./Ultimate.py --spec ../../sv-benchmarks/c/properties/unreach-call.prp --file ../../sv-benchmarks/c/systemc/mem_slave_tlm.5.cil.c --full-output --architecture 32bit -------------------------------------------------------------------------------- Checking for ERROR reachability Using default analysis Version b2eff8ba Calling Ultimate with: /usr/bin/java -Dosgi.configuration.area=/tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/data/config -Xmx15G -Xms4m -jar /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/plugins/org.eclipse.equinox.launcher_1.5.800.v20200727-1323.jar -data @noDefault -ultimatedata /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/data -tc /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/config/AutomizerReach.xml -i ../../sv-benchmarks/c/systemc/mem_slave_tlm.5.cil.c -s /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/config/svcomp-Reach-32bit-Automizer_Default.epf --cacsl2boogietranslator.entry.function main --witnessprinter.witness.directory /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD --witnessprinter.witness.filename witness.graphml --witnessprinter.write.witness.besides.input.file false --witnessprinter.graph.data.specification CHECK( init(main()), LTL(G ! call(reach_error())) ) --witnessprinter.graph.data.producer Automizer --witnessprinter.graph.data.architecture 32bit --witnessprinter.graph.data.programhash 7880e65593ee1ff76ba069c872d91bf5eb9c9765b1f1885b3bb6db280e316e3a ................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. Execution finished normally Writing output log to file Ultimate.log Result: TRUE --- Real Ultimate output --- This is Ultimate 0.2.1-dev-b2eff8b [2021-10-28 23:08:41,561 INFO L177 SettingsManager]: Resetting all preferences to default values... [2021-10-28 23:08:41,565 INFO L181 SettingsManager]: Resetting UltimateCore preferences to default values [2021-10-28 23:08:41,627 INFO L184 SettingsManager]: Ultimate Commandline Interface provides no preferences, ignoring... [2021-10-28 23:08:41,627 INFO L181 SettingsManager]: Resetting Boogie Preprocessor preferences to default values [2021-10-28 23:08:41,632 INFO L181 SettingsManager]: Resetting Boogie Procedure Inliner preferences to default values [2021-10-28 23:08:41,634 INFO L181 SettingsManager]: Resetting Abstract Interpretation preferences to default values [2021-10-28 23:08:41,638 INFO L181 SettingsManager]: Resetting LassoRanker preferences to default values [2021-10-28 23:08:41,641 INFO L181 SettingsManager]: Resetting Reaching Definitions preferences to default values [2021-10-28 23:08:41,647 INFO L181 SettingsManager]: Resetting SyntaxChecker preferences to default values [2021-10-28 23:08:41,648 INFO L181 SettingsManager]: Resetting Sifa preferences to default values [2021-10-28 23:08:41,650 INFO L184 SettingsManager]: Büchi Program Product provides no preferences, ignoring... [2021-10-28 23:08:41,651 INFO L181 SettingsManager]: Resetting LTL2Aut preferences to default values [2021-10-28 23:08:41,654 INFO L181 SettingsManager]: Resetting PEA to Boogie preferences to default values [2021-10-28 23:08:41,656 INFO L181 SettingsManager]: Resetting BlockEncodingV2 preferences to default values [2021-10-28 23:08:41,665 INFO L181 SettingsManager]: Resetting ChcToBoogie preferences to default values [2021-10-28 23:08:41,667 INFO L181 SettingsManager]: Resetting AutomataScriptInterpreter preferences to default values [2021-10-28 23:08:41,668 INFO L181 SettingsManager]: Resetting BuchiAutomizer preferences to default values [2021-10-28 23:08:41,671 INFO L181 SettingsManager]: Resetting CACSL2BoogieTranslator preferences to default values [2021-10-28 23:08:41,679 INFO L181 SettingsManager]: Resetting CodeCheck preferences to default values [2021-10-28 23:08:41,681 INFO L181 SettingsManager]: Resetting InvariantSynthesis preferences to default values [2021-10-28 23:08:41,684 INFO L181 SettingsManager]: Resetting RCFGBuilder preferences to default values [2021-10-28 23:08:41,687 INFO L181 SettingsManager]: Resetting Referee preferences to default values [2021-10-28 23:08:41,689 INFO L181 SettingsManager]: Resetting TraceAbstraction preferences to default values [2021-10-28 23:08:41,698 INFO L184 SettingsManager]: TraceAbstractionConcurrent provides no preferences, ignoring... [2021-10-28 23:08:41,699 INFO L184 SettingsManager]: TraceAbstractionWithAFAs provides no preferences, ignoring... [2021-10-28 23:08:41,699 INFO L181 SettingsManager]: Resetting TreeAutomizer preferences to default values [2021-10-28 23:08:41,701 INFO L181 SettingsManager]: Resetting IcfgToChc preferences to default values [2021-10-28 23:08:41,702 INFO L181 SettingsManager]: Resetting IcfgTransformer preferences to default values [2021-10-28 23:08:41,704 INFO L184 SettingsManager]: ReqToTest provides no preferences, ignoring... [2021-10-28 23:08:41,705 INFO L181 SettingsManager]: Resetting Boogie Printer preferences to default values [2021-10-28 23:08:41,706 INFO L181 SettingsManager]: Resetting ChcSmtPrinter preferences to default values [2021-10-28 23:08:41,708 INFO L181 SettingsManager]: Resetting ReqPrinter preferences to default values [2021-10-28 23:08:41,709 INFO L181 SettingsManager]: Resetting Witness Printer preferences to default values [2021-10-28 23:08:41,711 INFO L184 SettingsManager]: Boogie PL CUP Parser provides no preferences, ignoring... [2021-10-28 23:08:41,711 INFO L181 SettingsManager]: Resetting CDTParser preferences to default values [2021-10-28 23:08:41,712 INFO L184 SettingsManager]: AutomataScriptParser provides no preferences, ignoring... [2021-10-28 23:08:41,713 INFO L184 SettingsManager]: ReqParser provides no preferences, ignoring... [2021-10-28 23:08:41,713 INFO L181 SettingsManager]: Resetting SmtParser preferences to default values [2021-10-28 23:08:41,714 INFO L181 SettingsManager]: Resetting Witness Parser preferences to default values [2021-10-28 23:08:41,715 INFO L188 SettingsManager]: Finished resetting all preferences to default values... [2021-10-28 23:08:41,716 INFO L101 SettingsManager]: Beginning loading settings from /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/config/svcomp-Reach-32bit-Automizer_Default.epf [2021-10-28 23:08:41,758 INFO L113 SettingsManager]: Loading preferences was successful [2021-10-28 23:08:41,759 INFO L115 SettingsManager]: Preferences different from defaults after loading the file: [2021-10-28 23:08:41,760 INFO L136 SettingsManager]: Preferences of UltimateCore differ from their defaults: [2021-10-28 23:08:41,760 INFO L138 SettingsManager]: * Log level for class=de.uni_freiburg.informatik.ultimate.lib.smtlibutils.quantifier.QuantifierPusher=ERROR; [2021-10-28 23:08:41,769 INFO L136 SettingsManager]: Preferences of BlockEncodingV2 differ from their defaults: [2021-10-28 23:08:41,769 INFO L138 SettingsManager]: * Create parallel compositions if possible=false [2021-10-28 23:08:41,769 INFO L138 SettingsManager]: * Use SBE=true [2021-10-28 23:08:41,770 INFO L136 SettingsManager]: Preferences of CACSL2BoogieTranslator differ from their defaults: [2021-10-28 23:08:41,770 INFO L138 SettingsManager]: * sizeof long=4 [2021-10-28 23:08:41,770 INFO L138 SettingsManager]: * Overapproximate operations on floating types=true [2021-10-28 23:08:41,772 INFO L138 SettingsManager]: * sizeof POINTER=4 [2021-10-28 23:08:41,772 INFO L138 SettingsManager]: * Check division by zero=IGNORE [2021-10-28 23:08:41,772 INFO L138 SettingsManager]: * Pointer to allocated memory at dereference=IGNORE [2021-10-28 23:08:41,773 INFO L138 SettingsManager]: * If two pointers are subtracted or compared they have the same base address=IGNORE [2021-10-28 23:08:41,773 INFO L138 SettingsManager]: * Check array bounds for arrays that are off heap=IGNORE [2021-10-28 23:08:41,773 INFO L138 SettingsManager]: * sizeof long double=12 [2021-10-28 23:08:41,774 INFO L138 SettingsManager]: * Check if freed pointer was valid=false [2021-10-28 23:08:41,774 INFO L138 SettingsManager]: * Use constant arrays=true [2021-10-28 23:08:41,774 INFO L138 SettingsManager]: * Pointer base address is valid at dereference=IGNORE [2021-10-28 23:08:41,775 INFO L136 SettingsManager]: Preferences of RCFGBuilder differ from their defaults: [2021-10-28 23:08:41,775 INFO L138 SettingsManager]: * Size of a code block=SequenceOfStatements [2021-10-28 23:08:41,775 INFO L138 SettingsManager]: * SMT solver=External_DefaultMode [2021-10-28 23:08:41,776 INFO L138 SettingsManager]: * Command for external solver=z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in -t:2000 [2021-10-28 23:08:41,776 INFO L136 SettingsManager]: Preferences of TraceAbstraction differ from their defaults: [2021-10-28 23:08:41,776 INFO L138 SettingsManager]: * Compute Interpolants along a Counterexample=FPandBP [2021-10-28 23:08:41,777 INFO L138 SettingsManager]: * Positions where we compute the Hoare Annotation=LoopsAndPotentialCycles [2021-10-28 23:08:41,777 INFO L138 SettingsManager]: * Trace refinement strategy=CAMEL [2021-10-28 23:08:41,777 INFO L138 SettingsManager]: * Command for external solver=z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in [2021-10-28 23:08:41,778 INFO L138 SettingsManager]: * Large block encoding in concurrent analysis=OFF [2021-10-28 23:08:41,779 INFO L138 SettingsManager]: * Automaton type used in concurrency analysis=PETRI_NET [2021-10-28 23:08:41,780 INFO L138 SettingsManager]: * Compute Hoare Annotation of negated interpolant automaton, abstraction and CFG=true [2021-10-28 23:08:41,780 INFO L138 SettingsManager]: * Trace refinement exception blacklist=NONE [2021-10-28 23:08:41,781 INFO L138 SettingsManager]: * SMT solver=External_ModelsAndUnsatCoreMode WARNING: An illegal reflective access operation has occurred WARNING: Illegal reflective access by com.sun.xml.bind.v2.runtime.reflect.opt.Injector$1 (file:/tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/plugins/com.sun.xml.bind_2.2.0.v201505121915.jar) to method java.lang.ClassLoader.defineClass(java.lang.String,byte[],int,int) WARNING: Please consider reporting this to the maintainers of com.sun.xml.bind.v2.runtime.reflect.opt.Injector$1 WARNING: Use --illegal-access=warn to enable warnings of further illegal reflective access operations WARNING: All illegal access operations will be denied in a future release Applying setting for plugin de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator: Entry function -> main Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Witness directory -> /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Witness filename -> witness.graphml Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Write witness besides input file -> false Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Graph data specification -> CHECK( init(main()), LTL(G ! call(reach_error())) ) Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Graph data producer -> Automizer Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Graph data architecture -> 32bit Applying setting for plugin de.uni_freiburg.informatik.ultimate.witnessprinter: Graph data programhash -> 7880e65593ee1ff76ba069c872d91bf5eb9c9765b1f1885b3bb6db280e316e3a [2021-10-28 23:08:42,102 INFO L75 nceAwareModelManager]: Repository-Root is: /tmp [2021-10-28 23:08:42,132 INFO L261 ainManager$Toolchain]: [Toolchain 1]: Applicable parser(s) successfully (re)initialized [2021-10-28 23:08:42,134 INFO L217 ainManager$Toolchain]: [Toolchain 1]: Toolchain selected. [2021-10-28 23:08:42,136 INFO L271 PluginConnector]: Initializing CDTParser... [2021-10-28 23:08:42,137 INFO L275 PluginConnector]: CDTParser initialized [2021-10-28 23:08:42,138 INFO L432 ainManager$Toolchain]: [Toolchain 1]: Parsing single file: /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/../../sv-benchmarks/c/systemc/mem_slave_tlm.5.cil.c [2021-10-28 23:08:42,211 INFO L220 CDTParser]: Created temporary CDT project at /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/data/46fad86cf/22ba91c2911f4bc3b6973cb159807d2b/FLAG07d9389e9 [2021-10-28 23:08:42,727 INFO L306 CDTParser]: Found 1 translation units. [2021-10-28 23:08:42,728 INFO L160 CDTParser]: Scanning /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/sv-benchmarks/c/systemc/mem_slave_tlm.5.cil.c [2021-10-28 23:08:42,755 INFO L349 CDTParser]: About to delete temporary CDT project at /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/data/46fad86cf/22ba91c2911f4bc3b6973cb159807d2b/FLAG07d9389e9 [2021-10-28 23:08:43,055 INFO L357 CDTParser]: Successfully deleted /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/data/46fad86cf/22ba91c2911f4bc3b6973cb159807d2b [2021-10-28 23:08:43,058 INFO L299 ainManager$Toolchain]: ####################### [Toolchain 1] ####################### [2021-10-28 23:08:43,060 INFO L131 ToolchainWalker]: Walking toolchain with 6 elements. [2021-10-28 23:08:43,062 INFO L113 PluginConnector]: ------------------------CACSL2BoogieTranslator---------------------------- [2021-10-28 23:08:43,062 INFO L271 PluginConnector]: Initializing CACSL2BoogieTranslator... [2021-10-28 23:08:43,066 INFO L275 PluginConnector]: CACSL2BoogieTranslator initialized [2021-10-28 23:08:43,067 INFO L185 PluginConnector]: Executing the observer ACSLObjectContainerObserver from plugin CACSL2BoogieTranslator for "CDTParser AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,068 INFO L205 PluginConnector]: Invalid model from CACSL2BoogieTranslator for observer de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator.ACSLObjectContainerObserver@3c737326 and model type de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43, skipping insertion in model container [2021-10-28 23:08:43,068 INFO L185 PluginConnector]: Executing the observer CACSL2BoogieTranslatorObserver from plugin CACSL2BoogieTranslator for "CDTParser AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,076 INFO L145 MainTranslator]: Starting translation in SV-COMP mode [2021-10-28 23:08:43,120 INFO L178 MainTranslator]: Built tables and reachable declarations [2021-10-28 23:08:43,320 WARN L228 ndardFunctionHandler]: Function reach_error is already implemented but we override the implementation for the call at /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/sv-benchmarks/c/systemc/mem_slave_tlm.5.cil.c[341,354] [2021-10-28 23:08:43,454 INFO L206 PostProcessor]: Analyzing one entry point: main [2021-10-28 23:08:43,465 INFO L203 MainTranslator]: Completed pre-run [2021-10-28 23:08:43,478 WARN L228 ndardFunctionHandler]: Function reach_error is already implemented but we override the implementation for the call at /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/sv-benchmarks/c/systemc/mem_slave_tlm.5.cil.c[341,354] [2021-10-28 23:08:43,584 INFO L206 PostProcessor]: Analyzing one entry point: main [2021-10-28 23:08:43,603 INFO L208 MainTranslator]: Completed translation [2021-10-28 23:08:43,603 INFO L202 PluginConnector]: Adding new model de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43 WrapperNode [2021-10-28 23:08:43,604 INFO L132 PluginConnector]: ------------------------ END CACSL2BoogieTranslator---------------------------- [2021-10-28 23:08:43,605 INFO L113 PluginConnector]: ------------------------Boogie Procedure Inliner---------------------------- [2021-10-28 23:08:43,605 INFO L271 PluginConnector]: Initializing Boogie Procedure Inliner... [2021-10-28 23:08:43,605 INFO L275 PluginConnector]: Boogie Procedure Inliner initialized [2021-10-28 23:08:43,611 INFO L185 PluginConnector]: Executing the observer TypeChecker from plugin Boogie Procedure Inliner for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,623 INFO L185 PluginConnector]: Executing the observer Inliner from plugin Boogie Procedure Inliner for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,685 INFO L132 PluginConnector]: ------------------------ END Boogie Procedure Inliner---------------------------- [2021-10-28 23:08:43,686 INFO L113 PluginConnector]: ------------------------Boogie Preprocessor---------------------------- [2021-10-28 23:08:43,686 INFO L271 PluginConnector]: Initializing Boogie Preprocessor... [2021-10-28 23:08:43,687 INFO L275 PluginConnector]: Boogie Preprocessor initialized [2021-10-28 23:08:43,702 INFO L185 PluginConnector]: Executing the observer EnsureBoogieModelObserver from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,703 INFO L185 PluginConnector]: Executing the observer TypeChecker from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,708 INFO L185 PluginConnector]: Executing the observer ConstExpander from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,708 INFO L185 PluginConnector]: Executing the observer StructExpander from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,723 INFO L185 PluginConnector]: Executing the observer UnstructureCode from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,761 INFO L185 PluginConnector]: Executing the observer FunctionInliner from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,764 INFO L185 PluginConnector]: Executing the observer BoogieSymbolTableConstructor from plugin Boogie Preprocessor for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,771 INFO L132 PluginConnector]: ------------------------ END Boogie Preprocessor---------------------------- [2021-10-28 23:08:43,772 INFO L113 PluginConnector]: ------------------------RCFGBuilder---------------------------- [2021-10-28 23:08:43,772 INFO L271 PluginConnector]: Initializing RCFGBuilder... [2021-10-28 23:08:43,772 INFO L275 PluginConnector]: RCFGBuilder initialized [2021-10-28 23:08:43,789 INFO L185 PluginConnector]: Executing the observer RCFGBuilderObserver from plugin RCFGBuilder for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (1/1) ... [2021-10-28 23:08:43,799 INFO L170 SolverBuilder]: Constructing external solver with command: z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in -t:2000 [2021-10-28 23:08:43,815 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:08:43,830 INFO L229 MonitoredProcess]: Starting monitored process 1 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in -t:2000 (exit command is (exit), workingDir is null) [2021-10-28 23:08:43,848 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in -t:2000 (1)] Waiting until timeout for monitored process [2021-10-28 23:08:43,882 INFO L130 BoogieDeclarations]: Found specification of procedure write~init~int [2021-10-28 23:08:43,883 INFO L130 BoogieDeclarations]: Found specification of procedure #Ultimate.allocOnStack [2021-10-28 23:08:43,883 INFO L130 BoogieDeclarations]: Found specification of procedure ULTIMATE.start [2021-10-28 23:08:43,883 INFO L138 BoogieDeclarations]: Found implementation of procedure ULTIMATE.start [2021-10-28 23:08:45,036 INFO L294 CfgBuilder]: Using the 1 location(s) as analysis (start of procedure ULTIMATE.start) [2021-10-28 23:08:45,043 INFO L299 CfgBuilder]: Removed 39 assume(true) statements. [2021-10-28 23:08:45,046 INFO L202 PluginConnector]: Adding new model de.uni_freiburg.informatik.ultimate.plugins.generator.rcfgbuilder CFG 28.10 11:08:45 BoogieIcfgContainer [2021-10-28 23:08:45,046 INFO L132 PluginConnector]: ------------------------ END RCFGBuilder---------------------------- [2021-10-28 23:08:45,048 INFO L113 PluginConnector]: ------------------------TraceAbstraction---------------------------- [2021-10-28 23:08:45,049 INFO L271 PluginConnector]: Initializing TraceAbstraction... [2021-10-28 23:08:45,068 INFO L275 PluginConnector]: TraceAbstraction initialized [2021-10-28 23:08:45,068 INFO L185 PluginConnector]: Executing the observer TraceAbstractionObserver from plugin TraceAbstraction for "CDTParser AST 28.10 11:08:43" (1/3) ... [2021-10-28 23:08:45,069 INFO L205 PluginConnector]: Invalid model from TraceAbstraction for observer de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction.TraceAbstractionObserver@40998450 and model type de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction AST 28.10 11:08:45, skipping insertion in model container [2021-10-28 23:08:45,069 INFO L185 PluginConnector]: Executing the observer TraceAbstractionObserver from plugin TraceAbstraction for "de.uni_freiburg.informatik.ultimate.plugins.generator.cacsl2boogietranslator AST 28.10 11:08:43" (2/3) ... [2021-10-28 23:08:45,069 INFO L205 PluginConnector]: Invalid model from TraceAbstraction for observer de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction.TraceAbstractionObserver@40998450 and model type de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction AST 28.10 11:08:45, skipping insertion in model container [2021-10-28 23:08:45,069 INFO L185 PluginConnector]: Executing the observer TraceAbstractionObserver from plugin TraceAbstraction for "de.uni_freiburg.informatik.ultimate.plugins.generator.rcfgbuilder CFG 28.10 11:08:45" (3/3) ... [2021-10-28 23:08:45,071 INFO L111 eAbstractionObserver]: Analyzing ICFG mem_slave_tlm.5.cil.c [2021-10-28 23:08:45,077 INFO L204 ceAbstractionStarter]: Automizer settings: Hoare:true NWA Interpolation:FPandBP Determinization: PREDICATE_ABSTRACTION [2021-10-28 23:08:45,078 INFO L163 ceAbstractionStarter]: Applying trace abstraction to program that has 5 error locations. [2021-10-28 23:08:45,162 INFO L338 AbstractCegarLoop]: ======== Iteration 0 == of CEGAR loop == AllErrorsAtOnce ======== [2021-10-28 23:08:45,185 INFO L339 AbstractCegarLoop]: Settings: SEPARATE_VIOLATION_CHECK=true, mInterprocedural=true, mMaxIterations=1000000, mWatchIteration=1000000, mArtifact=RCFG, mInterpolation=FPandBP, mInterpolantAutomaton=STRAIGHT_LINE, mDumpAutomata=false, mAutomataFormat=ATS_NUMERATE, mDumpPath=., mDeterminiation=PREDICATE_ABSTRACTION, mMinimize=MINIMIZE_SEVPA, mHoare=true, mAutomataTypeConcurrency=PETRI_NET, mHoareTripleChecks=INCREMENTAL, mHoareAnnotationPositions=LoopsAndPotentialCycles, mDumpOnlyReuseAutomata=false, mLimitTraceHistogram=0, mErrorLocTimeLimit=0, mLimitPathProgramCount=0, mCollectInterpolantStatistics=true, mHeuristicEmptinessCheck=false, mHeuristicEmptinessCheckAStarHeuristic=ZERO, mHeuristicEmptinessCheckAStarHeuristicRandomSeed=1337, mHeuristicEmptinessCheckSmtFeatureScoringMethod=DAGSIZE, mSMTFeatureExtraction=false, mSMTFeatureExtractionDumpPath=., mOverrideInterpolantAutomaton=false, mMcrInterpolantMethod=WP, mLoopAccelerationTechnique=FAST_UPR [2021-10-28 23:08:45,185 INFO L340 AbstractCegarLoop]: Starting to check reachability of 5 error locations. [2021-10-28 23:08:45,238 INFO L276 IsEmpty]: Start isEmpty. Operand has 278 states, 272 states have (on average 1.8676470588235294) internal successors, (508), 277 states have internal predecessors, (508), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:45,251 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 29 [2021-10-28 23:08:45,252 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:45,253 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:45,253 INFO L402 AbstractCegarLoop]: === Iteration 1 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:45,259 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:45,260 INFO L85 PathProgramCache]: Analyzing trace with hash -963603713, now seen corresponding path program 1 times [2021-10-28 23:08:45,269 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:45,270 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [637106125] [2021-10-28 23:08:45,270 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:45,272 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:45,419 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:45,566 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:45,567 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:45,569 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [637106125] [2021-10-28 23:08:45,570 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [637106125] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:45,571 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:45,571 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:45,588 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1956147928] [2021-10-28 23:08:45,594 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:45,598 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:45,617 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:45,619 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:45,627 INFO L87 Difference]: Start difference. First operand has 278 states, 272 states have (on average 1.8676470588235294) internal successors, (508), 277 states have internal predecessors, (508), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Second operand has 3 states, 3 states have (on average 9.333333333333334) internal successors, (28), 3 states have internal predecessors, (28), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,193 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:46,194 INFO L93 Difference]: Finished difference Result 737 states and 1340 transitions. [2021-10-28 23:08:46,195 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:46,197 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 9.333333333333334) internal successors, (28), 3 states have internal predecessors, (28), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 28 [2021-10-28 23:08:46,197 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:46,224 INFO L225 Difference]: With dead ends: 737 [2021-10-28 23:08:46,224 INFO L226 Difference]: Without dead ends: 456 [2021-10-28 23:08:46,233 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:46,253 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 456 states. [2021-10-28 23:08:46,323 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 456 to 440. [2021-10-28 23:08:46,327 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 440 states, 435 states have (on average 1.6045977011494252) internal successors, (698), 439 states have internal predecessors, (698), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,331 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 440 states to 440 states and 698 transitions. [2021-10-28 23:08:46,333 INFO L78 Accepts]: Start accepts. Automaton has 440 states and 698 transitions. Word has length 28 [2021-10-28 23:08:46,333 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:46,334 INFO L470 AbstractCegarLoop]: Abstraction has 440 states and 698 transitions. [2021-10-28 23:08:46,335 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 9.333333333333334) internal successors, (28), 3 states have internal predecessors, (28), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,335 INFO L276 IsEmpty]: Start isEmpty. Operand 440 states and 698 transitions. [2021-10-28 23:08:46,344 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 41 [2021-10-28 23:08:46,345 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:46,345 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:46,346 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable0 [2021-10-28 23:08:46,346 INFO L402 AbstractCegarLoop]: === Iteration 2 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:46,349 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:46,350 INFO L85 PathProgramCache]: Analyzing trace with hash 1271304470, now seen corresponding path program 1 times [2021-10-28 23:08:46,350 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:46,351 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [386160538] [2021-10-28 23:08:46,351 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:46,351 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:46,386 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:46,461 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:46,461 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:46,461 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [386160538] [2021-10-28 23:08:46,462 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [386160538] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:46,462 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:46,462 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:46,463 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [703327153] [2021-10-28 23:08:46,464 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:46,464 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:46,465 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:46,465 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:46,466 INFO L87 Difference]: Start difference. First operand 440 states and 698 transitions. Second operand has 3 states, 3 states have (on average 13.333333333333334) internal successors, (40), 3 states have internal predecessors, (40), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,614 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:46,614 INFO L93 Difference]: Finished difference Result 1159 states and 1863 transitions. [2021-10-28 23:08:46,614 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:46,615 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 13.333333333333334) internal successors, (40), 3 states have internal predecessors, (40), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 40 [2021-10-28 23:08:46,615 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:46,621 INFO L225 Difference]: With dead ends: 1159 [2021-10-28 23:08:46,621 INFO L226 Difference]: Without dead ends: 733 [2021-10-28 23:08:46,624 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:46,626 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 733 states. [2021-10-28 23:08:46,677 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 733 to 717. [2021-10-28 23:08:46,680 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 717 states, 712 states have (on average 1.6418539325842696) internal successors, (1169), 716 states have internal predecessors, (1169), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,685 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 717 states to 717 states and 1169 transitions. [2021-10-28 23:08:46,685 INFO L78 Accepts]: Start accepts. Automaton has 717 states and 1169 transitions. Word has length 40 [2021-10-28 23:08:46,685 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:46,686 INFO L470 AbstractCegarLoop]: Abstraction has 717 states and 1169 transitions. [2021-10-28 23:08:46,686 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 13.333333333333334) internal successors, (40), 3 states have internal predecessors, (40), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,686 INFO L276 IsEmpty]: Start isEmpty. Operand 717 states and 1169 transitions. [2021-10-28 23:08:46,689 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 42 [2021-10-28 23:08:46,689 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:46,690 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:46,690 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable1 [2021-10-28 23:08:46,692 INFO L402 AbstractCegarLoop]: === Iteration 3 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:46,694 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:46,695 INFO L85 PathProgramCache]: Analyzing trace with hash -1281078165, now seen corresponding path program 1 times [2021-10-28 23:08:46,695 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:46,696 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1040651067] [2021-10-28 23:08:46,696 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:46,698 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:46,746 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:46,804 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:46,804 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:46,804 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1040651067] [2021-10-28 23:08:46,804 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1040651067] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:46,805 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:46,805 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:46,805 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [505730009] [2021-10-28 23:08:46,806 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:46,806 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:46,806 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:46,807 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:46,807 INFO L87 Difference]: Start difference. First operand 717 states and 1169 transitions. Second operand has 3 states, 3 states have (on average 13.666666666666666) internal successors, (41), 3 states have internal predecessors, (41), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,891 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:46,892 INFO L93 Difference]: Finished difference Result 1795 states and 2924 transitions. [2021-10-28 23:08:46,892 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:46,892 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 13.666666666666666) internal successors, (41), 3 states have internal predecessors, (41), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 41 [2021-10-28 23:08:46,893 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:46,902 INFO L225 Difference]: With dead ends: 1795 [2021-10-28 23:08:46,903 INFO L226 Difference]: Without dead ends: 1103 [2021-10-28 23:08:46,905 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:46,907 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 1103 states. [2021-10-28 23:08:46,944 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 1103 to 1091. [2021-10-28 23:08:46,947 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1091 states, 1086 states have (on average 1.6316758747697975) internal successors, (1772), 1090 states have internal predecessors, (1772), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,954 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1091 states to 1091 states and 1772 transitions. [2021-10-28 23:08:46,954 INFO L78 Accepts]: Start accepts. Automaton has 1091 states and 1772 transitions. Word has length 41 [2021-10-28 23:08:46,954 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:46,954 INFO L470 AbstractCegarLoop]: Abstraction has 1091 states and 1772 transitions. [2021-10-28 23:08:46,955 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 13.666666666666666) internal successors, (41), 3 states have internal predecessors, (41), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:46,955 INFO L276 IsEmpty]: Start isEmpty. Operand 1091 states and 1772 transitions. [2021-10-28 23:08:46,957 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 47 [2021-10-28 23:08:46,957 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:46,957 INFO L513 BasicCegarLoop]: trace histogram [2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:46,957 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable2 [2021-10-28 23:08:46,958 INFO L402 AbstractCegarLoop]: === Iteration 4 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:46,958 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:46,959 INFO L85 PathProgramCache]: Analyzing trace with hash -154905712, now seen corresponding path program 1 times [2021-10-28 23:08:46,959 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:46,959 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [481450608] [2021-10-28 23:08:46,959 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:46,960 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:46,991 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:47,075 INFO L134 CoverageAnalysis]: Checked inductivity of 5 backedges. 5 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:47,076 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:47,077 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [481450608] [2021-10-28 23:08:47,078 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [481450608] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:47,078 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:47,078 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [4] imperfect sequences [] total 4 [2021-10-28 23:08:47,079 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1685909877] [2021-10-28 23:08:47,080 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 4 states [2021-10-28 23:08:47,080 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:47,081 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 4 interpolants. [2021-10-28 23:08:47,082 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=5, Invalid=7, Unknown=0, NotChecked=0, Total=12 [2021-10-28 23:08:47,083 INFO L87 Difference]: Start difference. First operand 1091 states and 1772 transitions. Second operand has 4 states, 4 states have (on average 11.5) internal successors, (46), 4 states have internal predecessors, (46), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:47,515 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:47,516 INFO L93 Difference]: Finished difference Result 3005 states and 4865 transitions. [2021-10-28 23:08:47,516 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 4 states. [2021-10-28 23:08:47,517 INFO L78 Accepts]: Start accepts. Automaton has has 4 states, 4 states have (on average 11.5) internal successors, (46), 4 states have internal predecessors, (46), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 46 [2021-10-28 23:08:47,517 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:47,531 INFO L225 Difference]: With dead ends: 3005 [2021-10-28 23:08:47,531 INFO L226 Difference]: Without dead ends: 1939 [2021-10-28 23:08:47,535 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 6 GetRequests, 3 SyntacticMatches, 0 SemanticMatches, 3 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=9, Invalid=11, Unknown=0, NotChecked=0, Total=20 [2021-10-28 23:08:47,540 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 1939 states. [2021-10-28 23:08:47,628 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 1939 to 1709. [2021-10-28 23:08:47,633 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1709 states, 1704 states have (on average 1.6103286384976525) internal successors, (2744), 1708 states have internal predecessors, (2744), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:47,642 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1709 states to 1709 states and 2744 transitions. [2021-10-28 23:08:47,642 INFO L78 Accepts]: Start accepts. Automaton has 1709 states and 2744 transitions. Word has length 46 [2021-10-28 23:08:47,643 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:47,643 INFO L470 AbstractCegarLoop]: Abstraction has 1709 states and 2744 transitions. [2021-10-28 23:08:47,644 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 4 states, 4 states have (on average 11.5) internal successors, (46), 4 states have internal predecessors, (46), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:47,644 INFO L276 IsEmpty]: Start isEmpty. Operand 1709 states and 2744 transitions. [2021-10-28 23:08:47,645 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 53 [2021-10-28 23:08:47,646 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:47,646 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:47,647 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable3 [2021-10-28 23:08:47,647 INFO L402 AbstractCegarLoop]: === Iteration 5 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:47,649 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:47,650 INFO L85 PathProgramCache]: Analyzing trace with hash 796224946, now seen corresponding path program 1 times [2021-10-28 23:08:47,651 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:47,651 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1994079451] [2021-10-28 23:08:47,652 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:47,652 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:47,694 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:47,784 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:47,784 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:47,784 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1994079451] [2021-10-28 23:08:47,785 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1994079451] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:47,785 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:47,785 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [4] imperfect sequences [] total 4 [2021-10-28 23:08:47,785 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [973797424] [2021-10-28 23:08:47,786 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 4 states [2021-10-28 23:08:47,786 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:47,787 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 4 interpolants. [2021-10-28 23:08:47,787 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=5, Invalid=7, Unknown=0, NotChecked=0, Total=12 [2021-10-28 23:08:47,787 INFO L87 Difference]: Start difference. First operand 1709 states and 2744 transitions. Second operand has 4 states, 4 states have (on average 13.0) internal successors, (52), 4 states have internal predecessors, (52), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:48,315 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:48,316 INFO L93 Difference]: Finished difference Result 5093 states and 8076 transitions. [2021-10-28 23:08:48,316 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 4 states. [2021-10-28 23:08:48,317 INFO L78 Accepts]: Start accepts. Automaton has has 4 states, 4 states have (on average 13.0) internal successors, (52), 4 states have internal predecessors, (52), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 52 [2021-10-28 23:08:48,319 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:48,342 INFO L225 Difference]: With dead ends: 5093 [2021-10-28 23:08:48,342 INFO L226 Difference]: Without dead ends: 3403 [2021-10-28 23:08:48,346 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 6 GetRequests, 3 SyntacticMatches, 0 SemanticMatches, 3 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=9, Invalid=11, Unknown=0, NotChecked=0, Total=20 [2021-10-28 23:08:48,351 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 3403 states. [2021-10-28 23:08:48,508 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 3403 to 3017. [2021-10-28 23:08:48,516 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3017 states, 3012 states have (on average 1.5853253652058432) internal successors, (4775), 3016 states have internal predecessors, (4775), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:48,529 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3017 states to 3017 states and 4775 transitions. [2021-10-28 23:08:48,529 INFO L78 Accepts]: Start accepts. Automaton has 3017 states and 4775 transitions. Word has length 52 [2021-10-28 23:08:48,529 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:48,530 INFO L470 AbstractCegarLoop]: Abstraction has 3017 states and 4775 transitions. [2021-10-28 23:08:48,530 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 4 states, 4 states have (on average 13.0) internal successors, (52), 4 states have internal predecessors, (52), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:48,530 INFO L276 IsEmpty]: Start isEmpty. Operand 3017 states and 4775 transitions. [2021-10-28 23:08:48,532 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 53 [2021-10-28 23:08:48,533 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:48,533 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:48,533 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable4 [2021-10-28 23:08:48,534 INFO L402 AbstractCegarLoop]: === Iteration 6 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:48,534 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:48,534 INFO L85 PathProgramCache]: Analyzing trace with hash -1351345783, now seen corresponding path program 1 times [2021-10-28 23:08:48,535 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:48,535 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [832631482] [2021-10-28 23:08:48,535 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:48,535 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:48,566 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:48,629 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:48,630 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:48,630 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [832631482] [2021-10-28 23:08:48,630 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [832631482] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:48,630 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:48,631 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:48,632 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1509312889] [2021-10-28 23:08:48,634 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:48,637 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:48,639 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:48,639 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:48,639 INFO L87 Difference]: Start difference. First operand 3017 states and 4775 transitions. Second operand has 3 states, 3 states have (on average 17.333333333333332) internal successors, (52), 3 states have internal predecessors, (52), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:48,866 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:48,867 INFO L93 Difference]: Finished difference Result 7103 states and 11202 transitions. [2021-10-28 23:08:48,868 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:48,868 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 17.333333333333332) internal successors, (52), 3 states have internal predecessors, (52), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 52 [2021-10-28 23:08:48,869 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:48,900 INFO L225 Difference]: With dead ends: 7103 [2021-10-28 23:08:48,901 INFO L226 Difference]: Without dead ends: 4109 [2021-10-28 23:08:48,908 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:48,915 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 4109 states. [2021-10-28 23:08:49,140 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 4109 to 3925. [2021-10-28 23:08:49,151 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3925 states, 3920 states have (on average 1.5665816326530613) internal successors, (6141), 3924 states have internal predecessors, (6141), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:49,171 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3925 states to 3925 states and 6141 transitions. [2021-10-28 23:08:49,171 INFO L78 Accepts]: Start accepts. Automaton has 3925 states and 6141 transitions. Word has length 52 [2021-10-28 23:08:49,172 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:49,172 INFO L470 AbstractCegarLoop]: Abstraction has 3925 states and 6141 transitions. [2021-10-28 23:08:49,172 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 17.333333333333332) internal successors, (52), 3 states have internal predecessors, (52), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:49,173 INFO L276 IsEmpty]: Start isEmpty. Operand 3925 states and 6141 transitions. [2021-10-28 23:08:49,175 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 61 [2021-10-28 23:08:49,176 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:49,176 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:49,176 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable5 [2021-10-28 23:08:49,177 INFO L402 AbstractCegarLoop]: === Iteration 7 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:49,177 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:49,178 INFO L85 PathProgramCache]: Analyzing trace with hash 597787097, now seen corresponding path program 1 times [2021-10-28 23:08:49,178 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:49,178 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [778821168] [2021-10-28 23:08:49,179 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:49,179 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:49,193 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:49,223 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:49,224 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:49,224 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [778821168] [2021-10-28 23:08:49,224 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [778821168] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:49,225 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:49,225 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:49,225 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1049035106] [2021-10-28 23:08:49,226 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:49,226 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:49,226 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:49,227 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:49,227 INFO L87 Difference]: Start difference. First operand 3925 states and 6141 transitions. Second operand has 3 states, 3 states have (on average 20.0) internal successors, (60), 3 states have internal predecessors, (60), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:49,756 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:49,757 INFO L93 Difference]: Finished difference Result 9443 states and 14897 transitions. [2021-10-28 23:08:49,757 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:49,757 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 20.0) internal successors, (60), 3 states have internal predecessors, (60), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 60 [2021-10-28 23:08:49,760 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:49,795 INFO L225 Difference]: With dead ends: 9443 [2021-10-28 23:08:49,796 INFO L226 Difference]: Without dead ends: 5541 [2021-10-28 23:08:49,804 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:49,813 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 5541 states. [2021-10-28 23:08:50,093 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 5541 to 4755. [2021-10-28 23:08:50,108 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 4755 states, 4750 states have (on average 1.511157894736842) internal successors, (7178), 4754 states have internal predecessors, (7178), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:50,126 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 4755 states to 4755 states and 7178 transitions. [2021-10-28 23:08:50,127 INFO L78 Accepts]: Start accepts. Automaton has 4755 states and 7178 transitions. Word has length 60 [2021-10-28 23:08:50,127 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:50,128 INFO L470 AbstractCegarLoop]: Abstraction has 4755 states and 7178 transitions. [2021-10-28 23:08:50,128 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 20.0) internal successors, (60), 3 states have internal predecessors, (60), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:50,128 INFO L276 IsEmpty]: Start isEmpty. Operand 4755 states and 7178 transitions. [2021-10-28 23:08:50,131 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 63 [2021-10-28 23:08:50,131 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:50,132 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:50,132 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable6 [2021-10-28 23:08:50,132 INFO L402 AbstractCegarLoop]: === Iteration 8 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:50,133 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:50,133 INFO L85 PathProgramCache]: Analyzing trace with hash -2030496955, now seen corresponding path program 1 times [2021-10-28 23:08:50,133 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:50,134 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [344126015] [2021-10-28 23:08:50,134 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:50,134 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:50,183 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:50,243 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:50,244 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:50,244 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [344126015] [2021-10-28 23:08:50,244 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [344126015] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:50,245 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:50,245 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:50,245 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [786987425] [2021-10-28 23:08:50,246 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:50,246 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:50,246 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:50,247 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:50,247 INFO L87 Difference]: Start difference. First operand 4755 states and 7178 transitions. Second operand has 3 states, 3 states have (on average 20.666666666666668) internal successors, (62), 3 states have internal predecessors, (62), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:50,568 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:50,568 INFO L93 Difference]: Finished difference Result 9353 states and 14133 transitions. [2021-10-28 23:08:50,569 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:50,569 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 20.666666666666668) internal successors, (62), 3 states have internal predecessors, (62), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 62 [2021-10-28 23:08:50,570 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:50,602 INFO L225 Difference]: With dead ends: 9353 [2021-10-28 23:08:50,602 INFO L226 Difference]: Without dead ends: 4621 [2021-10-28 23:08:50,610 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:50,618 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 4621 states. [2021-10-28 23:08:50,888 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 4621 to 4621. [2021-10-28 23:08:50,901 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 4621 states, 4616 states have (on average 1.4898180242634316) internal successors, (6877), 4620 states have internal predecessors, (6877), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:50,917 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 4621 states to 4621 states and 6877 transitions. [2021-10-28 23:08:50,917 INFO L78 Accepts]: Start accepts. Automaton has 4621 states and 6877 transitions. Word has length 62 [2021-10-28 23:08:50,918 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:50,919 INFO L470 AbstractCegarLoop]: Abstraction has 4621 states and 6877 transitions. [2021-10-28 23:08:50,919 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 20.666666666666668) internal successors, (62), 3 states have internal predecessors, (62), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:50,919 INFO L276 IsEmpty]: Start isEmpty. Operand 4621 states and 6877 transitions. [2021-10-28 23:08:50,922 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 64 [2021-10-28 23:08:50,922 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:50,923 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:50,923 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable7 [2021-10-28 23:08:50,923 INFO L402 AbstractCegarLoop]: === Iteration 9 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:50,924 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:50,924 INFO L85 PathProgramCache]: Analyzing trace with hash 1137929187, now seen corresponding path program 1 times [2021-10-28 23:08:50,924 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:50,924 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [13777941] [2021-10-28 23:08:50,925 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:50,925 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:50,953 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:50,983 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:50,983 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:50,984 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [13777941] [2021-10-28 23:08:50,984 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [13777941] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:50,984 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:50,984 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:50,985 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1089523684] [2021-10-28 23:08:50,986 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:50,986 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:50,987 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:50,987 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:50,988 INFO L87 Difference]: Start difference. First operand 4621 states and 6877 transitions. Second operand has 3 states, 3 states have (on average 21.0) internal successors, (63), 3 states have internal predecessors, (63), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:51,281 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:51,282 INFO L93 Difference]: Finished difference Result 9889 states and 14872 transitions. [2021-10-28 23:08:51,282 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:51,282 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 21.0) internal successors, (63), 3 states have internal predecessors, (63), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 63 [2021-10-28 23:08:51,283 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:51,323 INFO L225 Difference]: With dead ends: 9889 [2021-10-28 23:08:51,324 INFO L226 Difference]: Without dead ends: 5291 [2021-10-28 23:08:51,333 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:51,341 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 5291 states. [2021-10-28 23:08:51,579 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 5291 to 3543. [2021-10-28 23:08:51,588 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3543 states, 3538 states have (on average 1.503391746749576) internal successors, (5319), 3542 states have internal predecessors, (5319), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:51,597 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3543 states to 3543 states and 5319 transitions. [2021-10-28 23:08:51,597 INFO L78 Accepts]: Start accepts. Automaton has 3543 states and 5319 transitions. Word has length 63 [2021-10-28 23:08:51,597 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:51,598 INFO L470 AbstractCegarLoop]: Abstraction has 3543 states and 5319 transitions. [2021-10-28 23:08:51,598 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 21.0) internal successors, (63), 3 states have internal predecessors, (63), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:51,598 INFO L276 IsEmpty]: Start isEmpty. Operand 3543 states and 5319 transitions. [2021-10-28 23:08:51,600 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 66 [2021-10-28 23:08:51,600 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:51,600 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:51,601 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable8 [2021-10-28 23:08:51,601 INFO L402 AbstractCegarLoop]: === Iteration 10 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:51,601 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:51,602 INFO L85 PathProgramCache]: Analyzing trace with hash 2053707672, now seen corresponding path program 1 times [2021-10-28 23:08:51,602 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:51,602 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [814331174] [2021-10-28 23:08:51,602 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:51,603 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:51,614 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:51,660 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:51,660 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:51,661 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [814331174] [2021-10-28 23:08:51,661 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [814331174] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:51,661 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:51,661 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [6] imperfect sequences [] total 6 [2021-10-28 23:08:51,662 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1442211456] [2021-10-28 23:08:51,662 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 6 states [2021-10-28 23:08:51,663 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:51,663 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 6 interpolants. [2021-10-28 23:08:51,664 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=9, Invalid=21, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:08:51,664 INFO L87 Difference]: Start difference. First operand 3543 states and 5319 transitions. Second operand has 6 states, 6 states have (on average 10.833333333333334) internal successors, (65), 6 states have internal predecessors, (65), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:53,044 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:53,044 INFO L93 Difference]: Finished difference Result 16685 states and 24815 transitions. [2021-10-28 23:08:53,045 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 17 states. [2021-10-28 23:08:53,045 INFO L78 Accepts]: Start accepts. Automaton has has 6 states, 6 states have (on average 10.833333333333334) internal successors, (65), 6 states have internal predecessors, (65), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 65 [2021-10-28 23:08:53,046 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:53,092 INFO L225 Difference]: With dead ends: 16685 [2021-10-28 23:08:53,093 INFO L226 Difference]: Without dead ends: 13361 [2021-10-28 23:08:53,104 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 24 GetRequests, 9 SyntacticMatches, 0 SemanticMatches, 15 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 45 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=81, Invalid=191, Unknown=0, NotChecked=0, Total=272 [2021-10-28 23:08:53,126 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 13361 states. [2021-10-28 23:08:53,549 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 13361 to 4409. [2021-10-28 23:08:53,565 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 4409 states, 4404 states have (on average 1.4934150772025432) internal successors, (6577), 4408 states have internal predecessors, (6577), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:53,586 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 4409 states to 4409 states and 6577 transitions. [2021-10-28 23:08:53,586 INFO L78 Accepts]: Start accepts. Automaton has 4409 states and 6577 transitions. Word has length 65 [2021-10-28 23:08:53,586 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:53,586 INFO L470 AbstractCegarLoop]: Abstraction has 4409 states and 6577 transitions. [2021-10-28 23:08:53,587 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 6 states, 6 states have (on average 10.833333333333334) internal successors, (65), 6 states have internal predecessors, (65), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:53,588 INFO L276 IsEmpty]: Start isEmpty. Operand 4409 states and 6577 transitions. [2021-10-28 23:08:53,589 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 67 [2021-10-28 23:08:53,589 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:53,590 INFO L513 BasicCegarLoop]: trace histogram [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:53,590 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable9 [2021-10-28 23:08:53,590 INFO L402 AbstractCegarLoop]: === Iteration 11 === Targeting ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:53,591 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:53,591 INFO L85 PathProgramCache]: Analyzing trace with hash 308353685, now seen corresponding path program 1 times [2021-10-28 23:08:53,591 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:53,594 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [565442296] [2021-10-28 23:08:53,594 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:53,594 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:53,619 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:53,686 INFO L134 CoverageAnalysis]: Checked inductivity of 0 backedges. 0 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:53,686 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:53,687 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [565442296] [2021-10-28 23:08:53,687 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [565442296] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:53,687 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:53,687 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [7] imperfect sequences [] total 7 [2021-10-28 23:08:53,687 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [380206417] [2021-10-28 23:08:53,688 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 7 states [2021-10-28 23:08:53,688 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:53,690 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 7 interpolants. [2021-10-28 23:08:53,690 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=11, Invalid=31, Unknown=0, NotChecked=0, Total=42 [2021-10-28 23:08:53,690 INFO L87 Difference]: Start difference. First operand 4409 states and 6577 transitions. Second operand has 7 states, 7 states have (on average 9.428571428571429) internal successors, (66), 7 states have internal predecessors, (66), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:55,757 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:55,757 INFO L93 Difference]: Finished difference Result 30225 states and 44734 transitions. [2021-10-28 23:08:55,758 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 29 states. [2021-10-28 23:08:55,758 INFO L78 Accepts]: Start accepts. Automaton has has 7 states, 7 states have (on average 9.428571428571429) internal successors, (66), 7 states have internal predecessors, (66), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 66 [2021-10-28 23:08:55,759 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:55,843 INFO L225 Difference]: With dead ends: 30225 [2021-10-28 23:08:55,844 INFO L226 Difference]: Without dead ends: 26035 [2021-10-28 23:08:55,859 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 45 GetRequests, 17 SyntacticMatches, 0 SemanticMatches, 28 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 230 ImplicationChecksByTransitivity, 0.2s TimeCoverageRelationStatistics Valid=212, Invalid=658, Unknown=0, NotChecked=0, Total=870 [2021-10-28 23:08:55,894 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 26035 states. [2021-10-28 23:08:56,547 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 26035 to 4717. [2021-10-28 23:08:56,559 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 4717 states, 4712 states have (on average 1.4828098471986417) internal successors, (6987), 4716 states have internal predecessors, (6987), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:56,577 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 4717 states to 4717 states and 6987 transitions. [2021-10-28 23:08:56,577 INFO L78 Accepts]: Start accepts. Automaton has 4717 states and 6987 transitions. Word has length 66 [2021-10-28 23:08:56,578 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:56,578 INFO L470 AbstractCegarLoop]: Abstraction has 4717 states and 6987 transitions. [2021-10-28 23:08:56,578 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 7 states, 7 states have (on average 9.428571428571429) internal successors, (66), 7 states have internal predecessors, (66), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:56,578 INFO L276 IsEmpty]: Start isEmpty. Operand 4717 states and 6987 transitions. [2021-10-28 23:08:56,585 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 78 [2021-10-28 23:08:56,585 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:56,585 INFO L513 BasicCegarLoop]: trace histogram [2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:56,586 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable10 [2021-10-28 23:08:56,586 INFO L402 AbstractCegarLoop]: === Iteration 12 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:56,587 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:56,587 INFO L85 PathProgramCache]: Analyzing trace with hash 1102042814, now seen corresponding path program 1 times [2021-10-28 23:08:56,587 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:56,587 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [328365963] [2021-10-28 23:08:56,588 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:56,588 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:56,601 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:56,627 INFO L134 CoverageAnalysis]: Checked inductivity of 4 backedges. 4 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:56,627 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:56,627 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [328365963] [2021-10-28 23:08:56,628 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [328365963] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:56,628 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:56,628 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:56,628 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [737842892] [2021-10-28 23:08:56,629 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:56,629 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:56,630 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:56,630 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:56,631 INFO L87 Difference]: Start difference. First operand 4717 states and 6987 transitions. Second operand has 3 states, 3 states have (on average 25.666666666666668) internal successors, (77), 3 states have internal predecessors, (77), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:57,161 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:57,162 INFO L93 Difference]: Finished difference Result 9956 states and 14724 transitions. [2021-10-28 23:08:57,162 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:57,163 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 25.666666666666668) internal successors, (77), 3 states have internal predecessors, (77), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 77 [2021-10-28 23:08:57,163 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:57,179 INFO L225 Difference]: With dead ends: 9956 [2021-10-28 23:08:57,180 INFO L226 Difference]: Without dead ends: 5260 [2021-10-28 23:08:57,190 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:57,196 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 5260 states. [2021-10-28 23:08:57,623 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 5260 to 5186. [2021-10-28 23:08:57,631 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 5186 states, 5181 states have (on average 1.4792511098243581) internal successors, (7664), 5185 states have internal predecessors, (7664), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:57,643 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 5186 states to 5186 states and 7664 transitions. [2021-10-28 23:08:57,643 INFO L78 Accepts]: Start accepts. Automaton has 5186 states and 7664 transitions. Word has length 77 [2021-10-28 23:08:57,643 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:57,643 INFO L470 AbstractCegarLoop]: Abstraction has 5186 states and 7664 transitions. [2021-10-28 23:08:57,644 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 25.666666666666668) internal successors, (77), 3 states have internal predecessors, (77), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:57,644 INFO L276 IsEmpty]: Start isEmpty. Operand 5186 states and 7664 transitions. [2021-10-28 23:08:57,647 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 89 [2021-10-28 23:08:57,647 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:57,648 INFO L513 BasicCegarLoop]: trace histogram [3, 3, 3, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:57,648 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable11 [2021-10-28 23:08:57,648 INFO L402 AbstractCegarLoop]: === Iteration 13 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:57,649 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:57,649 INFO L85 PathProgramCache]: Analyzing trace with hash 348611025, now seen corresponding path program 1 times [2021-10-28 23:08:57,649 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:57,649 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [595167706] [2021-10-28 23:08:57,650 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:57,650 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:57,662 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:57,690 INFO L134 CoverageAnalysis]: Checked inductivity of 19 backedges. 19 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:57,690 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:57,690 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [595167706] [2021-10-28 23:08:57,690 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [595167706] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:57,691 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:57,691 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [4] imperfect sequences [] total 4 [2021-10-28 23:08:57,691 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [193012978] [2021-10-28 23:08:57,691 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 4 states [2021-10-28 23:08:57,692 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:57,692 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 4 interpolants. [2021-10-28 23:08:57,692 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=5, Invalid=7, Unknown=0, NotChecked=0, Total=12 [2021-10-28 23:08:57,693 INFO L87 Difference]: Start difference. First operand 5186 states and 7664 transitions. Second operand has 4 states, 4 states have (on average 22.0) internal successors, (88), 4 states have internal predecessors, (88), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:58,551 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:58,551 INFO L93 Difference]: Finished difference Result 13878 states and 20348 transitions. [2021-10-28 23:08:58,552 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 5 states. [2021-10-28 23:08:58,552 INFO L78 Accepts]: Start accepts. Automaton has has 4 states, 4 states have (on average 22.0) internal successors, (88), 4 states have internal predecessors, (88), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 88 [2021-10-28 23:08:58,552 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:58,574 INFO L225 Difference]: With dead ends: 13878 [2021-10-28 23:08:58,575 INFO L226 Difference]: Without dead ends: 8592 [2021-10-28 23:08:58,586 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 7 GetRequests, 4 SyntacticMatches, 0 SemanticMatches, 3 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=9, Invalid=11, Unknown=0, NotChecked=0, Total=20 [2021-10-28 23:08:58,596 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 8592 states. [2021-10-28 23:08:59,192 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 8592 to 7621. [2021-10-28 23:08:59,205 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 7621 states, 7616 states have (on average 1.4474789915966386) internal successors, (11024), 7620 states have internal predecessors, (11024), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:59,222 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 7621 states to 7621 states and 11024 transitions. [2021-10-28 23:08:59,223 INFO L78 Accepts]: Start accepts. Automaton has 7621 states and 11024 transitions. Word has length 88 [2021-10-28 23:08:59,223 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:59,223 INFO L470 AbstractCegarLoop]: Abstraction has 7621 states and 11024 transitions. [2021-10-28 23:08:59,224 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 4 states, 4 states have (on average 22.0) internal successors, (88), 4 states have internal predecessors, (88), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:59,224 INFO L276 IsEmpty]: Start isEmpty. Operand 7621 states and 11024 transitions. [2021-10-28 23:08:59,231 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 96 [2021-10-28 23:08:59,231 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:59,232 INFO L513 BasicCegarLoop]: trace histogram [3, 3, 3, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:59,232 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable12 [2021-10-28 23:08:59,232 INFO L402 AbstractCegarLoop]: === Iteration 14 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:59,233 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:59,233 INFO L85 PathProgramCache]: Analyzing trace with hash 766561691, now seen corresponding path program 1 times [2021-10-28 23:08:59,233 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:59,233 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1105097314] [2021-10-28 23:08:59,233 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:59,234 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:59,253 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:59,291 INFO L134 CoverageAnalysis]: Checked inductivity of 22 backedges. 22 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:59,292 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:59,292 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1105097314] [2021-10-28 23:08:59,292 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1105097314] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:59,292 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:59,293 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:08:59,293 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1265116493] [2021-10-28 23:08:59,293 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:08:59,294 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:59,294 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:08:59,295 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:59,295 INFO L87 Difference]: Start difference. First operand 7621 states and 11024 transitions. Second operand has 3 states, 3 states have (on average 31.666666666666668) internal successors, (95), 3 states have internal predecessors, (95), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:59,570 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:08:59,570 INFO L93 Difference]: Finished difference Result 10976 states and 15901 transitions. [2021-10-28 23:08:59,571 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:08:59,571 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 31.666666666666668) internal successors, (95), 3 states have internal predecessors, (95), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 95 [2021-10-28 23:08:59,571 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:08:59,587 INFO L225 Difference]: With dead ends: 10976 [2021-10-28 23:08:59,588 INFO L226 Difference]: Without dead ends: 3363 [2021-10-28 23:08:59,602 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:08:59,606 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 3363 states. [2021-10-28 23:08:59,829 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 3363 to 3310. [2021-10-28 23:08:59,837 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3310 states, 3305 states have (on average 1.355824508320726) internal successors, (4481), 3309 states have internal predecessors, (4481), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:59,843 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3310 states to 3310 states and 4481 transitions. [2021-10-28 23:08:59,844 INFO L78 Accepts]: Start accepts. Automaton has 3310 states and 4481 transitions. Word has length 95 [2021-10-28 23:08:59,844 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:08:59,844 INFO L470 AbstractCegarLoop]: Abstraction has 3310 states and 4481 transitions. [2021-10-28 23:08:59,844 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 31.666666666666668) internal successors, (95), 3 states have internal predecessors, (95), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:08:59,845 INFO L276 IsEmpty]: Start isEmpty. Operand 3310 states and 4481 transitions. [2021-10-28 23:08:59,846 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 99 [2021-10-28 23:08:59,847 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:08:59,847 INFO L513 BasicCegarLoop]: trace histogram [2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:08:59,847 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable13 [2021-10-28 23:08:59,847 INFO L402 AbstractCegarLoop]: === Iteration 15 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:08:59,848 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:08:59,848 INFO L85 PathProgramCache]: Analyzing trace with hash 826534791, now seen corresponding path program 1 times [2021-10-28 23:08:59,848 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:08:59,848 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [434782589] [2021-10-28 23:08:59,848 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:08:59,849 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:08:59,859 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:08:59,897 INFO L134 CoverageAnalysis]: Checked inductivity of 10 backedges. 10 proven. 0 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:08:59,898 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:08:59,898 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [434782589] [2021-10-28 23:08:59,898 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [434782589] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:08:59,898 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:08:59,898 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [5] imperfect sequences [] total 5 [2021-10-28 23:08:59,899 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [296111177] [2021-10-28 23:08:59,899 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 5 states [2021-10-28 23:08:59,899 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:08:59,900 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 5 interpolants. [2021-10-28 23:08:59,900 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=7, Invalid=13, Unknown=0, NotChecked=0, Total=20 [2021-10-28 23:08:59,900 INFO L87 Difference]: Start difference. First operand 3310 states and 4481 transitions. Second operand has 5 states, 5 states have (on average 19.6) internal successors, (98), 5 states have internal predecessors, (98), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:00,818 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:00,818 INFO L93 Difference]: Finished difference Result 12609 states and 17059 transitions. [2021-10-28 23:09:00,818 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 9 states. [2021-10-28 23:09:00,819 INFO L78 Accepts]: Start accepts. Automaton has has 5 states, 5 states have (on average 19.6) internal successors, (98), 5 states have internal predecessors, (98), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 98 [2021-10-28 23:09:00,819 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:00,840 INFO L225 Difference]: With dead ends: 12609 [2021-10-28 23:09:00,840 INFO L226 Difference]: Without dead ends: 9473 [2021-10-28 23:09:00,851 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 13 GetRequests, 6 SyntacticMatches, 0 SemanticMatches, 7 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 5 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=27, Invalid=45, Unknown=0, NotChecked=0, Total=72 [2021-10-28 23:09:00,862 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 9473 states. [2021-10-28 23:09:01,185 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 9473 to 3312. [2021-10-28 23:09:01,189 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3312 states, 3307 states have (on average 1.3537949803447233) internal successors, (4477), 3311 states have internal predecessors, (4477), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:01,256 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3312 states to 3312 states and 4477 transitions. [2021-10-28 23:09:01,256 INFO L78 Accepts]: Start accepts. Automaton has 3312 states and 4477 transitions. Word has length 98 [2021-10-28 23:09:01,257 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:01,257 INFO L470 AbstractCegarLoop]: Abstraction has 3312 states and 4477 transitions. [2021-10-28 23:09:01,257 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 5 states, 5 states have (on average 19.6) internal successors, (98), 5 states have internal predecessors, (98), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:01,257 INFO L276 IsEmpty]: Start isEmpty. Operand 3312 states and 4477 transitions. [2021-10-28 23:09:01,260 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 101 [2021-10-28 23:09:01,260 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:01,260 INFO L513 BasicCegarLoop]: trace histogram [2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:01,261 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable14 [2021-10-28 23:09:01,261 INFO L402 AbstractCegarLoop]: === Iteration 16 === Targeting ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:01,263 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:01,264 INFO L85 PathProgramCache]: Analyzing trace with hash -313074590, now seen corresponding path program 1 times [2021-10-28 23:09:01,264 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:01,264 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1757768581] [2021-10-28 23:09:01,265 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:01,265 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:01,293 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:01,356 INFO L134 CoverageAnalysis]: Checked inductivity of 10 backedges. 0 proven. 10 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:09:01,359 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:01,359 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1757768581] [2021-10-28 23:09:01,362 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1757768581] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:01,362 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1804339187] [2021-10-28 23:09:01,363 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:01,363 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:01,363 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:01,369 INFO L229 MonitoredProcess]: Starting monitored process 2 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:01,402 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (2)] Waiting until timeout for monitored process [2021-10-28 23:09:01,554 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:01,558 INFO L263 TraceCheckSpWp]: Trace formula consists of 402 conjuncts, 2 conjunts are in the unsatisfiable core [2021-10-28 23:09:01,569 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:02,036 INFO L134 CoverageAnalysis]: Checked inductivity of 10 backedges. 5 proven. 0 refuted. 0 times theorem prover too weak. 5 trivial. 0 not checked. [2021-10-28 23:09:02,037 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1804339187] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:02,037 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 1 imperfect interpolant sequences. [2021-10-28 23:09:02,037 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [5] total 6 [2021-10-28 23:09:02,038 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [489158546] [2021-10-28 23:09:02,038 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:09:02,039 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:02,039 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:09:02,040 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=9, Invalid=21, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:02,040 INFO L87 Difference]: Start difference. First operand 3312 states and 4477 transitions. Second operand has 3 states, 3 states have (on average 32.333333333333336) internal successors, (97), 3 states have internal predecessors, (97), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:02,400 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:02,401 INFO L93 Difference]: Finished difference Result 3955 states and 5340 transitions. [2021-10-28 23:09:02,401 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:09:02,401 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 32.333333333333336) internal successors, (97), 3 states have internal predecessors, (97), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 100 [2021-10-28 23:09:02,402 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:02,410 INFO L225 Difference]: With dead ends: 3955 [2021-10-28 23:09:02,411 INFO L226 Difference]: Without dead ends: 3951 [2021-10-28 23:09:02,413 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 104 GetRequests, 100 SyntacticMatches, 0 SemanticMatches, 4 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=9, Invalid=21, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:02,417 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 3951 states. [2021-10-28 23:09:02,849 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 3951 to 3901. [2021-10-28 23:09:02,855 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3901 states, 3896 states have (on average 1.351129363449692) internal successors, (5264), 3900 states have internal predecessors, (5264), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:02,865 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3901 states to 3901 states and 5264 transitions. [2021-10-28 23:09:02,865 INFO L78 Accepts]: Start accepts. Automaton has 3901 states and 5264 transitions. Word has length 100 [2021-10-28 23:09:02,865 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:02,866 INFO L470 AbstractCegarLoop]: Abstraction has 3901 states and 5264 transitions. [2021-10-28 23:09:02,866 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 32.333333333333336) internal successors, (97), 3 states have internal predecessors, (97), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:02,866 INFO L276 IsEmpty]: Start isEmpty. Operand 3901 states and 5264 transitions. [2021-10-28 23:09:02,871 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 157 [2021-10-28 23:09:02,871 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:02,872 INFO L513 BasicCegarLoop]: trace histogram [3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:02,918 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (2)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:03,088 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 2 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable15 [2021-10-28 23:09:03,088 INFO L402 AbstractCegarLoop]: === Iteration 17 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:03,089 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:03,089 INFO L85 PathProgramCache]: Analyzing trace with hash -190497954, now seen corresponding path program 1 times [2021-10-28 23:09:03,089 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:03,090 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [371466686] [2021-10-28 23:09:03,090 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:03,090 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:03,113 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:03,185 INFO L134 CoverageAnalysis]: Checked inductivity of 24 backedges. 14 proven. 10 refuted. 0 times theorem prover too weak. 0 trivial. 0 not checked. [2021-10-28 23:09:03,185 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:03,185 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [371466686] [2021-10-28 23:09:03,186 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [371466686] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:03,186 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [761763411] [2021-10-28 23:09:03,186 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:03,186 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:03,187 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:03,188 INFO L229 MonitoredProcess]: Starting monitored process 3 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:03,204 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (3)] Waiting until timeout for monitored process [2021-10-28 23:09:03,390 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:03,393 INFO L263 TraceCheckSpWp]: Trace formula consists of 552 conjuncts, 2 conjunts are in the unsatisfiable core [2021-10-28 23:09:03,415 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:03,996 INFO L134 CoverageAnalysis]: Checked inductivity of 24 backedges. 19 proven. 0 refuted. 0 times theorem prover too weak. 5 trivial. 0 not checked. [2021-10-28 23:09:03,996 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [761763411] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:03,997 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 1 imperfect interpolant sequences. [2021-10-28 23:09:03,997 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [5] total 6 [2021-10-28 23:09:03,997 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1107498144] [2021-10-28 23:09:03,998 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:09:03,998 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:03,999 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:09:03,999 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=10, Invalid=20, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:03,999 INFO L87 Difference]: Start difference. First operand 3901 states and 5264 transitions. Second operand has 3 states, 3 states have (on average 51.0) internal successors, (153), 3 states have internal predecessors, (153), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:04,296 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:04,296 INFO L93 Difference]: Finished difference Result 6951 states and 9433 transitions. [2021-10-28 23:09:04,297 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:09:04,297 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 51.0) internal successors, (153), 3 states have internal predecessors, (153), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 156 [2021-10-28 23:09:04,297 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:04,301 INFO L225 Difference]: With dead ends: 6951 [2021-10-28 23:09:04,301 INFO L226 Difference]: Without dead ends: 3059 [2021-10-28 23:09:04,310 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 160 GetRequests, 156 SyntacticMatches, 0 SemanticMatches, 4 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=10, Invalid=20, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:04,315 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 3059 states. [2021-10-28 23:09:04,606 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 3059 to 2838. [2021-10-28 23:09:04,609 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 2838 states, 2833 states have (on average 1.3328626897282032) internal successors, (3776), 2837 states have internal predecessors, (3776), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:04,614 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 2838 states to 2838 states and 3776 transitions. [2021-10-28 23:09:04,614 INFO L78 Accepts]: Start accepts. Automaton has 2838 states and 3776 transitions. Word has length 156 [2021-10-28 23:09:04,614 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:04,615 INFO L470 AbstractCegarLoop]: Abstraction has 2838 states and 3776 transitions. [2021-10-28 23:09:04,615 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 51.0) internal successors, (153), 3 states have internal predecessors, (153), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:04,615 INFO L276 IsEmpty]: Start isEmpty. Operand 2838 states and 3776 transitions. [2021-10-28 23:09:04,619 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 160 [2021-10-28 23:09:04,619 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:04,620 INFO L513 BasicCegarLoop]: trace histogram [3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:04,648 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (3)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:04,828 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 3 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable16 [2021-10-28 23:09:04,828 INFO L402 AbstractCegarLoop]: === Iteration 18 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:04,829 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:04,829 INFO L85 PathProgramCache]: Analyzing trace with hash -458245749, now seen corresponding path program 1 times [2021-10-28 23:09:04,829 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:04,829 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1634839523] [2021-10-28 23:09:04,829 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:04,829 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:04,851 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:04,911 INFO L134 CoverageAnalysis]: Checked inductivity of 25 backedges. 18 proven. 2 refuted. 0 times theorem prover too weak. 5 trivial. 0 not checked. [2021-10-28 23:09:04,911 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:04,911 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1634839523] [2021-10-28 23:09:04,912 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1634839523] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:04,912 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1102320980] [2021-10-28 23:09:04,912 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:04,912 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:04,913 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:04,924 INFO L229 MonitoredProcess]: Starting monitored process 4 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:04,926 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (4)] Waiting until timeout for monitored process [2021-10-28 23:09:05,159 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:05,162 INFO L263 TraceCheckSpWp]: Trace formula consists of 546 conjuncts, 2 conjunts are in the unsatisfiable core [2021-10-28 23:09:05,168 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:05,578 INFO L134 CoverageAnalysis]: Checked inductivity of 25 backedges. 15 proven. 0 refuted. 0 times theorem prover too weak. 10 trivial. 0 not checked. [2021-10-28 23:09:05,579 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1102320980] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:05,579 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 1 imperfect interpolant sequences. [2021-10-28 23:09:05,579 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [5] total 6 [2021-10-28 23:09:05,581 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [777151062] [2021-10-28 23:09:05,582 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:09:05,582 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:05,583 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:09:05,583 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=10, Invalid=20, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:05,584 INFO L87 Difference]: Start difference. First operand 2838 states and 3776 transitions. Second operand has 3 states, 3 states have (on average 50.666666666666664) internal successors, (152), 3 states have internal predecessors, (152), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:05,987 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:05,988 INFO L93 Difference]: Finished difference Result 5507 states and 7368 transitions. [2021-10-28 23:09:05,988 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:09:05,989 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 50.666666666666664) internal successors, (152), 3 states have internal predecessors, (152), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 159 [2021-10-28 23:09:05,989 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:05,994 INFO L225 Difference]: With dead ends: 5507 [2021-10-28 23:09:05,994 INFO L226 Difference]: Without dead ends: 2838 [2021-10-28 23:09:05,999 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 164 GetRequests, 160 SyntacticMatches, 0 SemanticMatches, 4 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 1 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=10, Invalid=20, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:06,002 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2838 states. [2021-10-28 23:09:06,310 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2838 to 2838. [2021-10-28 23:09:06,312 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 2838 states, 2833 states have (on average 1.2989763501588423) internal successors, (3680), 2837 states have internal predecessors, (3680), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:06,317 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 2838 states to 2838 states and 3680 transitions. [2021-10-28 23:09:06,317 INFO L78 Accepts]: Start accepts. Automaton has 2838 states and 3680 transitions. Word has length 159 [2021-10-28 23:09:06,317 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:06,318 INFO L470 AbstractCegarLoop]: Abstraction has 2838 states and 3680 transitions. [2021-10-28 23:09:06,318 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 50.666666666666664) internal successors, (152), 3 states have internal predecessors, (152), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:06,318 INFO L276 IsEmpty]: Start isEmpty. Operand 2838 states and 3680 transitions. [2021-10-28 23:09:06,321 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 161 [2021-10-28 23:09:06,322 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:06,322 INFO L513 BasicCegarLoop]: trace histogram [3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:06,364 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (4)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:06,537 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 4 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable17 [2021-10-28 23:09:06,538 INFO L402 AbstractCegarLoop]: === Iteration 19 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:06,538 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:06,538 INFO L85 PathProgramCache]: Analyzing trace with hash -1040089916, now seen corresponding path program 1 times [2021-10-28 23:09:06,538 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:06,538 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1790304081] [2021-10-28 23:09:06,539 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:06,539 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:06,559 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:06,609 INFO L134 CoverageAnalysis]: Checked inductivity of 26 backedges. 19 proven. 2 refuted. 0 times theorem prover too weak. 5 trivial. 0 not checked. [2021-10-28 23:09:06,610 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:06,610 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1790304081] [2021-10-28 23:09:06,610 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1790304081] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:06,610 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1285778426] [2021-10-28 23:09:06,610 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:06,611 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:06,611 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:06,612 INFO L229 MonitoredProcess]: Starting monitored process 5 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:06,621 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (5)] Waiting until timeout for monitored process [2021-10-28 23:09:06,916 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:06,918 INFO L263 TraceCheckSpWp]: Trace formula consists of 547 conjuncts, 2 conjunts are in the unsatisfiable core [2021-10-28 23:09:06,921 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:07,259 INFO L134 CoverageAnalysis]: Checked inductivity of 26 backedges. 14 proven. 0 refuted. 0 times theorem prover too weak. 12 trivial. 0 not checked. [2021-10-28 23:09:07,259 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1285778426] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:07,259 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 1 imperfect interpolant sequences. [2021-10-28 23:09:07,259 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [5] total 6 [2021-10-28 23:09:07,261 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [976142850] [2021-10-28 23:09:07,262 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:09:07,262 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:07,263 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:09:07,263 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=10, Invalid=20, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:07,263 INFO L87 Difference]: Start difference. First operand 2838 states and 3680 transitions. Second operand has 3 states, 3 states have (on average 50.666666666666664) internal successors, (152), 3 states have internal predecessors, (152), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:07,961 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:07,961 INFO L93 Difference]: Finished difference Result 6422 states and 8493 transitions. [2021-10-28 23:09:07,962 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:09:07,962 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 50.666666666666664) internal successors, (152), 3 states have internal predecessors, (152), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 160 [2021-10-28 23:09:07,962 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:07,967 INFO L225 Difference]: With dead ends: 6422 [2021-10-28 23:09:07,967 INFO L226 Difference]: Without dead ends: 3753 [2021-10-28 23:09:07,971 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 165 GetRequests, 161 SyntacticMatches, 0 SemanticMatches, 4 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 1 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=10, Invalid=20, Unknown=0, NotChecked=0, Total=30 [2021-10-28 23:09:07,975 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 3753 states. [2021-10-28 23:09:08,253 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 3753 to 3662. [2021-10-28 23:09:08,257 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3662 states, 3657 states have (on average 1.269073010664479) internal successors, (4641), 3661 states have internal predecessors, (4641), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:08,262 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3662 states to 3662 states and 4641 transitions. [2021-10-28 23:09:08,262 INFO L78 Accepts]: Start accepts. Automaton has 3662 states and 4641 transitions. Word has length 160 [2021-10-28 23:09:08,262 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:08,262 INFO L470 AbstractCegarLoop]: Abstraction has 3662 states and 4641 transitions. [2021-10-28 23:09:08,263 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 50.666666666666664) internal successors, (152), 3 states have internal predecessors, (152), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:08,263 INFO L276 IsEmpty]: Start isEmpty. Operand 3662 states and 4641 transitions. [2021-10-28 23:09:08,266 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 163 [2021-10-28 23:09:08,266 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:08,267 INFO L513 BasicCegarLoop]: trace histogram [3, 3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:08,315 INFO L552 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (5)] Ended with exit code 0 [2021-10-28 23:09:08,492 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable18,5 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:08,492 INFO L402 AbstractCegarLoop]: === Iteration 20 === Targeting ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:08,493 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:08,493 INFO L85 PathProgramCache]: Analyzing trace with hash 225096567, now seen corresponding path program 1 times [2021-10-28 23:09:08,493 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:08,493 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1932692721] [2021-10-28 23:09:08,494 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:08,494 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:08,537 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:08,719 INFO L134 CoverageAnalysis]: Checked inductivity of 53 backedges. 5 proven. 43 refuted. 0 times theorem prover too weak. 5 trivial. 0 not checked. [2021-10-28 23:09:08,719 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:08,720 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1932692721] [2021-10-28 23:09:08,720 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1932692721] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:08,720 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [847896442] [2021-10-28 23:09:08,720 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:08,721 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:08,721 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:08,724 INFO L229 MonitoredProcess]: Starting monitored process 6 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:08,744 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (6)] Waiting until timeout for monitored process [2021-10-28 23:09:09,197 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:09,201 INFO L263 TraceCheckSpWp]: Trace formula consists of 551 conjuncts, 19 conjunts are in the unsatisfiable core [2021-10-28 23:09:09,204 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:09,899 INFO L134 CoverageAnalysis]: Checked inductivity of 53 backedges. 5 proven. 43 refuted. 0 times theorem prover too weak. 5 trivial. 0 not checked. [2021-10-28 23:09:09,900 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [847896442] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:09,900 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:09:09,901 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [9, 9] total 9 [2021-10-28 23:09:09,901 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [492318730] [2021-10-28 23:09:09,902 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 9 states [2021-10-28 23:09:09,902 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:09,903 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 9 interpolants. [2021-10-28 23:09:09,904 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=15, Invalid=57, Unknown=0, NotChecked=0, Total=72 [2021-10-28 23:09:09,904 INFO L87 Difference]: Start difference. First operand 3662 states and 4641 transitions. Second operand has 9 states, 9 states have (on average 17.666666666666668) internal successors, (159), 9 states have internal predecessors, (159), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:12,382 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:12,382 INFO L93 Difference]: Finished difference Result 18380 states and 23381 transitions. [2021-10-28 23:09:12,382 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 32 states. [2021-10-28 23:09:12,383 INFO L78 Accepts]: Start accepts. Automaton has has 9 states, 9 states have (on average 17.666666666666668) internal successors, (159), 9 states have internal predecessors, (159), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 162 [2021-10-28 23:09:12,383 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:12,403 INFO L225 Difference]: With dead ends: 18380 [2021-10-28 23:09:12,404 INFO L226 Difference]: Without dead ends: 14887 [2021-10-28 23:09:12,412 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 210 GetRequests, 178 SyntacticMatches, 0 SemanticMatches, 32 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 282 ImplicationChecksByTransitivity, 0.2s TimeCoverageRelationStatistics Valid=213, Invalid=909, Unknown=0, NotChecked=0, Total=1122 [2021-10-28 23:09:12,427 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 14887 states. [2021-10-28 23:09:12,897 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 14887 to 5193. [2021-10-28 23:09:12,903 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 5193 states, 5188 states have (on average 1.274479568234387) internal successors, (6612), 5192 states have internal predecessors, (6612), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:12,913 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 5193 states to 5193 states and 6612 transitions. [2021-10-28 23:09:12,913 INFO L78 Accepts]: Start accepts. Automaton has 5193 states and 6612 transitions. Word has length 162 [2021-10-28 23:09:12,914 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:12,914 INFO L470 AbstractCegarLoop]: Abstraction has 5193 states and 6612 transitions. [2021-10-28 23:09:12,915 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 9 states, 9 states have (on average 17.666666666666668) internal successors, (159), 9 states have internal predecessors, (159), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:12,915 INFO L276 IsEmpty]: Start isEmpty. Operand 5193 states and 6612 transitions. [2021-10-28 23:09:12,918 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 261 [2021-10-28 23:09:12,919 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:12,919 INFO L513 BasicCegarLoop]: trace histogram [5, 5, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:12,958 INFO L552 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (6)] Ended with exit code 0 [2021-10-28 23:09:13,132 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable19,6 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:13,132 INFO L402 AbstractCegarLoop]: === Iteration 21 === Targeting ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:13,133 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:13,133 INFO L85 PathProgramCache]: Analyzing trace with hash 2103811804, now seen corresponding path program 1 times [2021-10-28 23:09:13,133 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:13,133 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1760696368] [2021-10-28 23:09:13,133 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:13,134 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:13,183 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:13,408 INFO L134 CoverageAnalysis]: Checked inductivity of 211 backedges. 10 proven. 192 refuted. 0 times theorem prover too weak. 9 trivial. 0 not checked. [2021-10-28 23:09:13,409 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:13,409 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1760696368] [2021-10-28 23:09:13,409 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1760696368] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:13,409 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [543577912] [2021-10-28 23:09:13,410 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:13,410 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:13,410 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:13,411 INFO L229 MonitoredProcess]: Starting monitored process 7 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:13,436 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (7)] Waiting until timeout for monitored process [2021-10-28 23:09:13,946 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:13,951 INFO L263 TraceCheckSpWp]: Trace formula consists of 811 conjuncts, 25 conjunts are in the unsatisfiable core [2021-10-28 23:09:13,955 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:15,530 INFO L134 CoverageAnalysis]: Checked inductivity of 211 backedges. 10 proven. 192 refuted. 0 times theorem prover too weak. 9 trivial. 0 not checked. [2021-10-28 23:09:15,531 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [543577912] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:15,532 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:09:15,532 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [11, 11] total 11 [2021-10-28 23:09:15,532 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [223373937] [2021-10-28 23:09:15,533 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 11 states [2021-10-28 23:09:15,534 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:15,534 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 11 interpolants. [2021-10-28 23:09:15,534 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=19, Invalid=91, Unknown=0, NotChecked=0, Total=110 [2021-10-28 23:09:15,535 INFO L87 Difference]: Start difference. First operand 5193 states and 6612 transitions. Second operand has 11 states, 11 states have (on average 23.181818181818183) internal successors, (255), 11 states have internal predecessors, (255), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:18,487 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:18,487 INFO L93 Difference]: Finished difference Result 23937 states and 30355 transitions. [2021-10-28 23:09:18,488 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 42 states. [2021-10-28 23:09:18,488 INFO L78 Accepts]: Start accepts. Automaton has has 11 states, 11 states have (on average 23.181818181818183) internal successors, (255), 11 states have internal predecessors, (255), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 260 [2021-10-28 23:09:18,488 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:18,515 INFO L225 Difference]: With dead ends: 23937 [2021-10-28 23:09:18,516 INFO L226 Difference]: Without dead ends: 18913 [2021-10-28 23:09:18,526 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 322 GetRequests, 277 SyntacticMatches, 3 SemanticMatches, 42 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 505 ImplicationChecksByTransitivity, 0.5s TimeCoverageRelationStatistics Valid=261, Invalid=1631, Unknown=0, NotChecked=0, Total=1892 [2021-10-28 23:09:18,543 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 18913 states. [2021-10-28 23:09:19,452 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 18913 to 6601. [2021-10-28 23:09:19,460 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 6601 states, 6596 states have (on average 1.275924802910855) internal successors, (8416), 6600 states have internal predecessors, (8416), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:19,477 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 6601 states to 6601 states and 8416 transitions. [2021-10-28 23:09:19,477 INFO L78 Accepts]: Start accepts. Automaton has 6601 states and 8416 transitions. Word has length 260 [2021-10-28 23:09:19,478 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:19,478 INFO L470 AbstractCegarLoop]: Abstraction has 6601 states and 8416 transitions. [2021-10-28 23:09:19,479 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 11 states, 11 states have (on average 23.181818181818183) internal successors, (255), 11 states have internal predecessors, (255), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:19,479 INFO L276 IsEmpty]: Start isEmpty. Operand 6601 states and 8416 transitions. [2021-10-28 23:09:19,485 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 360 [2021-10-28 23:09:19,485 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:19,486 INFO L513 BasicCegarLoop]: trace histogram [7, 7, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:19,533 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (7)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:19,712 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 7 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable20 [2021-10-28 23:09:19,713 INFO L402 AbstractCegarLoop]: === Iteration 22 === Targeting ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:19,713 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:19,713 INFO L85 PathProgramCache]: Analyzing trace with hash 705037150, now seen corresponding path program 1 times [2021-10-28 23:09:19,713 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:19,714 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [901169091] [2021-10-28 23:09:19,714 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:19,714 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:19,799 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:20,117 INFO L134 CoverageAnalysis]: Checked inductivity of 476 backedges. 15 proven. 448 refuted. 0 times theorem prover too weak. 13 trivial. 0 not checked. [2021-10-28 23:09:20,118 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:20,118 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [901169091] [2021-10-28 23:09:20,118 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [901169091] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:20,118 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [2122795762] [2021-10-28 23:09:20,118 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:20,118 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:20,119 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:20,119 INFO L229 MonitoredProcess]: Starting monitored process 8 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:20,121 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (8)] Waiting until timeout for monitored process [2021-10-28 23:09:20,711 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:20,717 INFO L263 TraceCheckSpWp]: Trace formula consists of 1072 conjuncts, 31 conjunts are in the unsatisfiable core [2021-10-28 23:09:20,723 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:22,795 INFO L134 CoverageAnalysis]: Checked inductivity of 476 backedges. 15 proven. 448 refuted. 0 times theorem prover too weak. 13 trivial. 0 not checked. [2021-10-28 23:09:22,795 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [2122795762] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:22,795 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:09:22,796 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [13, 13] total 13 [2021-10-28 23:09:22,796 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1547207935] [2021-10-28 23:09:22,797 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 13 states [2021-10-28 23:09:22,797 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:22,798 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 13 interpolants. [2021-10-28 23:09:22,798 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=23, Invalid=133, Unknown=0, NotChecked=0, Total=156 [2021-10-28 23:09:22,799 INFO L87 Difference]: Start difference. First operand 6601 states and 8416 transitions. Second operand has 13 states, 13 states have (on average 27.076923076923077) internal successors, (352), 13 states have internal predecessors, (352), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:27,042 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:27,043 INFO L93 Difference]: Finished difference Result 29573 states and 37442 transitions. [2021-10-28 23:09:27,044 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 52 states. [2021-10-28 23:09:27,044 INFO L78 Accepts]: Start accepts. Automaton has has 13 states, 13 states have (on average 27.076923076923077) internal successors, (352), 13 states have internal predecessors, (352), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 359 [2021-10-28 23:09:27,045 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:27,080 INFO L225 Difference]: With dead ends: 29573 [2021-10-28 23:09:27,080 INFO L226 Difference]: Without dead ends: 23141 [2021-10-28 23:09:27,092 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 436 GetRequests, 380 SyntacticMatches, 3 SemanticMatches, 53 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 832 ImplicationChecksByTransitivity, 0.6s TimeCoverageRelationStatistics Valid=315, Invalid=2655, Unknown=0, NotChecked=0, Total=2970 [2021-10-28 23:09:27,118 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 23141 states. [2021-10-28 23:09:28,141 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 23141 to 8011. [2021-10-28 23:09:28,148 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 8011 states, 8006 states have (on average 1.2767924056957283) internal successors, (10222), 8010 states have internal predecessors, (10222), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:28,161 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 8011 states to 8011 states and 10222 transitions. [2021-10-28 23:09:28,161 INFO L78 Accepts]: Start accepts. Automaton has 8011 states and 10222 transitions. Word has length 359 [2021-10-28 23:09:28,161 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:28,162 INFO L470 AbstractCegarLoop]: Abstraction has 8011 states and 10222 transitions. [2021-10-28 23:09:28,162 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 13 states, 13 states have (on average 27.076923076923077) internal successors, (352), 13 states have internal predecessors, (352), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:28,162 INFO L276 IsEmpty]: Start isEmpty. Operand 8011 states and 10222 transitions. [2021-10-28 23:09:28,167 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 460 [2021-10-28 23:09:28,167 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:28,167 INFO L513 BasicCegarLoop]: trace histogram [9, 9, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 3, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:28,196 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (8)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:28,368 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 8 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable21 [2021-10-28 23:09:28,368 INFO L402 AbstractCegarLoop]: === Iteration 23 === Targeting ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:28,369 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:28,369 INFO L85 PathProgramCache]: Analyzing trace with hash -832045976, now seen corresponding path program 1 times [2021-10-28 23:09:28,369 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:28,369 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [785859950] [2021-10-28 23:09:28,369 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:28,370 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:28,461 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:28,829 INFO L134 CoverageAnalysis]: Checked inductivity of 849 backedges. 348 proven. 484 refuted. 0 times theorem prover too weak. 17 trivial. 0 not checked. [2021-10-28 23:09:28,830 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:28,830 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [785859950] [2021-10-28 23:09:28,830 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [785859950] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:28,830 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [990695147] [2021-10-28 23:09:28,830 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:28,831 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:28,831 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:28,832 INFO L229 MonitoredProcess]: Starting monitored process 9 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:28,836 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (9)] Waiting until timeout for monitored process [2021-10-28 23:09:29,538 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:29,543 INFO L263 TraceCheckSpWp]: Trace formula consists of 1334 conjuncts, 37 conjunts are in the unsatisfiable core [2021-10-28 23:09:29,549 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:31,446 INFO L134 CoverageAnalysis]: Checked inductivity of 849 backedges. 20 proven. 812 refuted. 0 times theorem prover too weak. 17 trivial. 0 not checked. [2021-10-28 23:09:31,446 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [990695147] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:31,447 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:09:31,447 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [16, 15] total 22 [2021-10-28 23:09:31,448 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [52234712] [2021-10-28 23:09:31,449 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 22 states [2021-10-28 23:09:31,450 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:31,451 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 22 interpolants. [2021-10-28 23:09:31,452 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=66, Invalid=396, Unknown=0, NotChecked=0, Total=462 [2021-10-28 23:09:31,452 INFO L87 Difference]: Start difference. First operand 8011 states and 10222 transitions. Second operand has 22 states, 22 states have (on average 33.81818181818182) internal successors, (744), 22 states have internal predecessors, (744), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:38,113 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:38,114 INFO L93 Difference]: Finished difference Result 36258 states and 45932 transitions. [2021-10-28 23:09:38,114 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 71 states. [2021-10-28 23:09:38,115 INFO L78 Accepts]: Start accepts. Automaton has has 22 states, 22 states have (on average 33.81818181818182) internal successors, (744), 22 states have internal predecessors, (744), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 459 [2021-10-28 23:09:38,116 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:38,178 INFO L225 Difference]: With dead ends: 36258 [2021-10-28 23:09:38,179 INFO L226 Difference]: Without dead ends: 28416 [2021-10-28 23:09:38,196 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 574 GetRequests, 487 SyntacticMatches, 3 SemanticMatches, 84 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 2399 ImplicationChecksByTransitivity, 1.0s TimeCoverageRelationStatistics Valid=862, Invalid=6448, Unknown=0, NotChecked=0, Total=7310 [2021-10-28 23:09:38,227 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 28416 states. [2021-10-28 23:09:39,375 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 28416 to 9263. [2021-10-28 23:09:39,384 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 9263 states, 9258 states have (on average 1.2791099589544177) internal successors, (11842), 9262 states have internal predecessors, (11842), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:39,399 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 9263 states to 9263 states and 11842 transitions. [2021-10-28 23:09:39,399 INFO L78 Accepts]: Start accepts. Automaton has 9263 states and 11842 transitions. Word has length 459 [2021-10-28 23:09:39,400 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:39,401 INFO L470 AbstractCegarLoop]: Abstraction has 9263 states and 11842 transitions. [2021-10-28 23:09:39,401 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 22 states, 22 states have (on average 33.81818181818182) internal successors, (744), 22 states have internal predecessors, (744), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:39,401 INFO L276 IsEmpty]: Start isEmpty. Operand 9263 states and 11842 transitions. [2021-10-28 23:09:39,409 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 562 [2021-10-28 23:09:39,409 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:39,410 INFO L513 BasicCegarLoop]: trace histogram [11, 10, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 3, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:39,472 INFO L552 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (9)] Ended with exit code 0 [2021-10-28 23:09:39,636 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable22,9 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:39,636 INFO L402 AbstractCegarLoop]: === Iteration 24 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:39,637 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:39,637 INFO L85 PathProgramCache]: Analyzing trace with hash -1627083542, now seen corresponding path program 1 times [2021-10-28 23:09:39,637 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:39,637 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1227572473] [2021-10-28 23:09:39,638 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:39,638 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:39,787 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:39,908 INFO L134 CoverageAnalysis]: Checked inductivity of 1198 backedges. 106 proven. 0 refuted. 0 times theorem prover too weak. 1092 trivial. 0 not checked. [2021-10-28 23:09:39,909 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:39,909 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1227572473] [2021-10-28 23:09:39,909 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1227572473] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:39,909 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:09:39,910 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [3] imperfect sequences [] total 3 [2021-10-28 23:09:39,910 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1844183826] [2021-10-28 23:09:39,911 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 3 states [2021-10-28 23:09:39,911 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:39,912 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 3 interpolants. [2021-10-28 23:09:39,912 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:09:39,912 INFO L87 Difference]: Start difference. First operand 9263 states and 11842 transitions. Second operand has 3 states, 3 states have (on average 58.333333333333336) internal successors, (175), 3 states have internal predecessors, (175), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:40,456 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:40,457 INFO L93 Difference]: Finished difference Result 11288 states and 14177 transitions. [2021-10-28 23:09:40,457 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 3 states. [2021-10-28 23:09:40,457 INFO L78 Accepts]: Start accepts. Automaton has has 3 states, 3 states have (on average 58.333333333333336) internal successors, (175), 3 states have internal predecessors, (175), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 561 [2021-10-28 23:09:40,458 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:40,461 INFO L225 Difference]: With dead ends: 11288 [2021-10-28 23:09:40,461 INFO L226 Difference]: Without dead ends: 2083 [2021-10-28 23:09:40,467 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 3 GetRequests, 2 SyntacticMatches, 0 SemanticMatches, 1 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 0 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=3, Invalid=3, Unknown=0, NotChecked=0, Total=6 [2021-10-28 23:09:40,469 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2083 states. [2021-10-28 23:09:40,646 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2083 to 1282. [2021-10-28 23:09:40,647 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1282 states, 1279 states have (on average 1.0742767787333856) internal successors, (1374), 1281 states have internal predecessors, (1374), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:40,649 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1282 states to 1282 states and 1374 transitions. [2021-10-28 23:09:40,649 INFO L78 Accepts]: Start accepts. Automaton has 1282 states and 1374 transitions. Word has length 561 [2021-10-28 23:09:40,650 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:40,650 INFO L470 AbstractCegarLoop]: Abstraction has 1282 states and 1374 transitions. [2021-10-28 23:09:40,651 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 3 states, 3 states have (on average 58.333333333333336) internal successors, (175), 3 states have internal predecessors, (175), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:40,651 INFO L276 IsEmpty]: Start isEmpty. Operand 1282 states and 1374 transitions. [2021-10-28 23:09:40,657 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 563 [2021-10-28 23:09:40,657 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:40,658 INFO L513 BasicCegarLoop]: trace histogram [11, 10, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 3, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:40,658 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable23 [2021-10-28 23:09:40,658 INFO L402 AbstractCegarLoop]: === Iteration 25 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:40,658 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:40,658 INFO L85 PathProgramCache]: Analyzing trace with hash -312768950, now seen corresponding path program 1 times [2021-10-28 23:09:40,659 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:40,659 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [2136973215] [2021-10-28 23:09:40,659 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:40,659 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:40,709 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:40,857 INFO L134 CoverageAnalysis]: Checked inductivity of 1198 backedges. 106 proven. 0 refuted. 0 times theorem prover too weak. 1092 trivial. 0 not checked. [2021-10-28 23:09:40,857 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:40,857 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [2136973215] [2021-10-28 23:09:40,858 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [2136973215] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:40,858 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:09:40,858 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [7] imperfect sequences [] total 7 [2021-10-28 23:09:40,858 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [763847690] [2021-10-28 23:09:40,859 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 7 states [2021-10-28 23:09:40,860 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:40,860 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 7 interpolants. [2021-10-28 23:09:40,861 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=11, Invalid=31, Unknown=0, NotChecked=0, Total=42 [2021-10-28 23:09:40,861 INFO L87 Difference]: Start difference. First operand 1282 states and 1374 transitions. Second operand has 7 states, 7 states have (on average 25.142857142857142) internal successors, (176), 7 states have internal predecessors, (176), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:41,549 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:41,549 INFO L93 Difference]: Finished difference Result 2435 states and 2662 transitions. [2021-10-28 23:09:41,550 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 14 states. [2021-10-28 23:09:41,550 INFO L78 Accepts]: Start accepts. Automaton has has 7 states, 7 states have (on average 25.142857142857142) internal successors, (176), 7 states have internal predecessors, (176), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 562 [2021-10-28 23:09:41,551 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:41,554 INFO L225 Difference]: With dead ends: 2435 [2021-10-28 23:09:41,554 INFO L226 Difference]: Without dead ends: 2226 [2021-10-28 23:09:41,555 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 21 GetRequests, 8 SyntacticMatches, 0 SemanticMatches, 13 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 19 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=65, Invalid=145, Unknown=0, NotChecked=0, Total=210 [2021-10-28 23:09:41,557 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2226 states. [2021-10-28 23:09:41,747 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2226 to 1348. [2021-10-28 23:09:41,749 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1348 states, 1345 states have (on average 1.0758364312267659) internal successors, (1447), 1347 states have internal predecessors, (1447), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:41,750 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1348 states to 1348 states and 1447 transitions. [2021-10-28 23:09:41,751 INFO L78 Accepts]: Start accepts. Automaton has 1348 states and 1447 transitions. Word has length 562 [2021-10-28 23:09:41,751 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:41,752 INFO L470 AbstractCegarLoop]: Abstraction has 1348 states and 1447 transitions. [2021-10-28 23:09:41,752 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 7 states, 7 states have (on average 25.142857142857142) internal successors, (176), 7 states have internal predecessors, (176), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:41,752 INFO L276 IsEmpty]: Start isEmpty. Operand 1348 states and 1447 transitions. [2021-10-28 23:09:41,762 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 564 [2021-10-28 23:09:41,762 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:41,763 INFO L513 BasicCegarLoop]: trace histogram [11, 10, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 3, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:41,763 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable24 [2021-10-28 23:09:41,764 INFO L402 AbstractCegarLoop]: === Iteration 26 === Targeting ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:41,764 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:41,764 INFO L85 PathProgramCache]: Analyzing trace with hash -37977565, now seen corresponding path program 1 times [2021-10-28 23:09:41,765 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:41,765 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [645152086] [2021-10-28 23:09:41,765 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:41,765 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:41,815 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:41,943 INFO L134 CoverageAnalysis]: Checked inductivity of 1218 backedges. 126 proven. 0 refuted. 0 times theorem prover too weak. 1092 trivial. 0 not checked. [2021-10-28 23:09:41,943 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:41,943 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [645152086] [2021-10-28 23:09:41,944 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [645152086] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:09:41,948 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 0 imperfect interpolant sequences. [2021-10-28 23:09:41,948 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [5] imperfect sequences [] total 5 [2021-10-28 23:09:41,949 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1418996966] [2021-10-28 23:09:41,950 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 5 states [2021-10-28 23:09:41,950 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:41,951 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 5 interpolants. [2021-10-28 23:09:41,951 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=7, Invalid=13, Unknown=0, NotChecked=0, Total=20 [2021-10-28 23:09:41,952 INFO L87 Difference]: Start difference. First operand 1348 states and 1447 transitions. Second operand has 5 states, 5 states have (on average 35.4) internal successors, (177), 5 states have internal predecessors, (177), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:42,316 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:42,316 INFO L93 Difference]: Finished difference Result 1723 states and 1869 transitions. [2021-10-28 23:09:42,317 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 7 states. [2021-10-28 23:09:42,317 INFO L78 Accepts]: Start accepts. Automaton has has 5 states, 5 states have (on average 35.4) internal successors, (177), 5 states have internal predecessors, (177), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 563 [2021-10-28 23:09:42,320 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:42,322 INFO L225 Difference]: With dead ends: 1723 [2021-10-28 23:09:42,323 INFO L226 Difference]: Without dead ends: 1514 [2021-10-28 23:09:42,324 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 11 GetRequests, 5 SyntacticMatches, 0 SemanticMatches, 6 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 2 ImplicationChecksByTransitivity, 0.0s TimeCoverageRelationStatistics Valid=22, Invalid=34, Unknown=0, NotChecked=0, Total=56 [2021-10-28 23:09:42,325 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 1514 states. [2021-10-28 23:09:42,528 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 1514 to 1332. [2021-10-28 23:09:42,530 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1332 states, 1330 states have (on average 1.0646616541353384) internal successors, (1416), 1331 states have internal predecessors, (1416), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:42,532 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1332 states to 1332 states and 1416 transitions. [2021-10-28 23:09:42,532 INFO L78 Accepts]: Start accepts. Automaton has 1332 states and 1416 transitions. Word has length 563 [2021-10-28 23:09:42,533 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:42,533 INFO L470 AbstractCegarLoop]: Abstraction has 1332 states and 1416 transitions. [2021-10-28 23:09:42,533 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 5 states, 5 states have (on average 35.4) internal successors, (177), 5 states have internal predecessors, (177), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:42,533 INFO L276 IsEmpty]: Start isEmpty. Operand 1332 states and 1416 transitions. [2021-10-28 23:09:42,540 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 619 [2021-10-28 23:09:42,540 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:42,541 INFO L513 BasicCegarLoop]: trace histogram [12, 10, 7, 7, 7, 7, 7, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 3, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:42,541 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable25 [2021-10-28 23:09:42,542 INFO L402 AbstractCegarLoop]: === Iteration 27 === Targeting ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:42,542 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:42,543 INFO L85 PathProgramCache]: Analyzing trace with hash 1142183535, now seen corresponding path program 1 times [2021-10-28 23:09:42,543 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:42,543 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1297609299] [2021-10-28 23:09:42,543 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:42,544 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:42,610 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:43,182 INFO L134 CoverageAnalysis]: Checked inductivity of 1327 backedges. 120 proven. 323 refuted. 0 times theorem prover too weak. 884 trivial. 0 not checked. [2021-10-28 23:09:43,183 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:43,183 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1297609299] [2021-10-28 23:09:43,183 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1297609299] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:43,183 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1595897236] [2021-10-28 23:09:43,184 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:43,184 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:43,184 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:43,192 INFO L229 MonitoredProcess]: Starting monitored process 10 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:43,193 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (10)] Waiting until timeout for monitored process [2021-10-28 23:09:44,355 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:44,365 INFO L263 TraceCheckSpWp]: Trace formula consists of 1732 conjuncts, 33 conjunts are in the unsatisfiable core [2021-10-28 23:09:44,377 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:49,233 INFO L134 CoverageAnalysis]: Checked inductivity of 1327 backedges. 120 proven. 323 refuted. 0 times theorem prover too weak. 884 trivial. 0 not checked. [2021-10-28 23:09:49,234 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1595897236] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:49,234 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:09:49,235 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [18, 17] total 19 [2021-10-28 23:09:49,235 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [2145527695] [2021-10-28 23:09:49,236 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 19 states [2021-10-28 23:09:49,237 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:49,237 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 19 interpolants. [2021-10-28 23:09:49,238 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=43, Invalid=299, Unknown=0, NotChecked=0, Total=342 [2021-10-28 23:09:49,238 INFO L87 Difference]: Start difference. First operand 1332 states and 1416 transitions. Second operand has 19 states, 19 states have (on average 15.263157894736842) internal successors, (290), 19 states have internal predecessors, (290), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:50,450 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:50,450 INFO L93 Difference]: Finished difference Result 1764 states and 1877 transitions. [2021-10-28 23:09:50,451 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 30 states. [2021-10-28 23:09:50,451 INFO L78 Accepts]: Start accepts. Automaton has has 19 states, 19 states have (on average 15.263157894736842) internal successors, (290), 19 states have internal predecessors, (290), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 618 [2021-10-28 23:09:50,452 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:50,454 INFO L225 Difference]: With dead ends: 1764 [2021-10-28 23:09:50,454 INFO L226 Difference]: Without dead ends: 1762 [2021-10-28 23:09:50,455 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 666 GetRequests, 625 SyntacticMatches, 2 SemanticMatches, 39 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 323 ImplicationChecksByTransitivity, 0.6s TimeCoverageRelationStatistics Valid=277, Invalid=1363, Unknown=0, NotChecked=0, Total=1640 [2021-10-28 23:09:50,459 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 1762 states. [2021-10-28 23:09:50,687 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 1762 to 1430. [2021-10-28 23:09:50,689 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1430 states, 1428 states have (on average 1.0630252100840336) internal successors, (1518), 1429 states have internal predecessors, (1518), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:50,690 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1430 states to 1430 states and 1518 transitions. [2021-10-28 23:09:50,691 INFO L78 Accepts]: Start accepts. Automaton has 1430 states and 1518 transitions. Word has length 618 [2021-10-28 23:09:50,691 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:50,691 INFO L470 AbstractCegarLoop]: Abstraction has 1430 states and 1518 transitions. [2021-10-28 23:09:50,692 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 19 states, 19 states have (on average 15.263157894736842) internal successors, (290), 19 states have internal predecessors, (290), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:50,692 INFO L276 IsEmpty]: Start isEmpty. Operand 1430 states and 1518 transitions. [2021-10-28 23:09:50,700 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 668 [2021-10-28 23:09:50,700 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:50,701 INFO L513 BasicCegarLoop]: trace histogram [13, 10, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 3, 3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:50,752 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (10)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:50,916 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 10 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable26 [2021-10-28 23:09:50,917 INFO L402 AbstractCegarLoop]: === Iteration 28 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:50,917 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:50,917 INFO L85 PathProgramCache]: Analyzing trace with hash -1804738143, now seen corresponding path program 1 times [2021-10-28 23:09:50,917 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:50,917 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [2091494091] [2021-10-28 23:09:50,918 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:50,918 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:51,003 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:51,416 INFO L134 CoverageAnalysis]: Checked inductivity of 1480 backedges. 337 proven. 47 refuted. 0 times theorem prover too weak. 1096 trivial. 0 not checked. [2021-10-28 23:09:51,417 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:51,417 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [2091494091] [2021-10-28 23:09:51,417 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [2091494091] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:51,417 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [609775044] [2021-10-28 23:09:51,418 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:51,418 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:51,418 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:51,424 INFO L229 MonitoredProcess]: Starting monitored process 11 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:51,444 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (11)] Waiting until timeout for monitored process [2021-10-28 23:09:53,099 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:53,106 INFO L263 TraceCheckSpWp]: Trace formula consists of 1860 conjuncts, 19 conjunts are in the unsatisfiable core [2021-10-28 23:09:53,117 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:09:54,735 INFO L134 CoverageAnalysis]: Checked inductivity of 1480 backedges. 337 proven. 47 refuted. 0 times theorem prover too weak. 1096 trivial. 0 not checked. [2021-10-28 23:09:54,736 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [609775044] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:54,736 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:09:54,737 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [9, 9] total 9 [2021-10-28 23:09:54,737 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1275872190] [2021-10-28 23:09:54,738 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 9 states [2021-10-28 23:09:54,739 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:09:54,739 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 9 interpolants. [2021-10-28 23:09:54,740 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=15, Invalid=57, Unknown=0, NotChecked=0, Total=72 [2021-10-28 23:09:54,740 INFO L87 Difference]: Start difference. First operand 1430 states and 1518 transitions. Second operand has 9 states, 9 states have (on average 31.0) internal successors, (279), 9 states have internal predecessors, (279), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:55,358 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:09:55,358 INFO L93 Difference]: Finished difference Result 2273 states and 2428 transitions. [2021-10-28 23:09:55,359 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 17 states. [2021-10-28 23:09:55,360 INFO L78 Accepts]: Start accepts. Automaton has has 9 states, 9 states have (on average 31.0) internal successors, (279), 9 states have internal predecessors, (279), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 667 [2021-10-28 23:09:55,360 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:09:55,363 INFO L225 Difference]: With dead ends: 2273 [2021-10-28 23:09:55,363 INFO L226 Difference]: Without dead ends: 2080 [2021-10-28 23:09:55,364 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 694 GetRequests, 677 SyntacticMatches, 0 SemanticMatches, 17 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 39 ImplicationChecksByTransitivity, 0.1s TimeCoverageRelationStatistics Valid=78, Invalid=264, Unknown=0, NotChecked=0, Total=342 [2021-10-28 23:09:55,366 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2080 states. [2021-10-28 23:09:55,638 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2080 to 1515. [2021-10-28 23:09:55,640 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1515 states, 1513 states have (on average 1.0627891606080635) internal successors, (1608), 1514 states have internal predecessors, (1608), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:55,642 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1515 states to 1515 states and 1608 transitions. [2021-10-28 23:09:55,642 INFO L78 Accepts]: Start accepts. Automaton has 1515 states and 1608 transitions. Word has length 667 [2021-10-28 23:09:55,643 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:09:55,643 INFO L470 AbstractCegarLoop]: Abstraction has 1515 states and 1608 transitions. [2021-10-28 23:09:55,643 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 9 states, 9 states have (on average 31.0) internal successors, (279), 9 states have internal predecessors, (279), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:09:55,643 INFO L276 IsEmpty]: Start isEmpty. Operand 1515 states and 1608 transitions. [2021-10-28 23:09:55,650 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 725 [2021-10-28 23:09:55,650 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:09:55,651 INFO L513 BasicCegarLoop]: trace histogram [14, 10, 8, 8, 8, 8, 8, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:09:55,684 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (11)] Forceful destruction successful, exit code 0 [2021-10-28 23:09:55,855 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 11 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable27 [2021-10-28 23:09:55,856 INFO L402 AbstractCegarLoop]: === Iteration 29 === Targeting ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:09:55,856 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:09:55,857 INFO L85 PathProgramCache]: Analyzing trace with hash 1673506766, now seen corresponding path program 1 times [2021-10-28 23:09:55,857 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:09:55,857 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [173148846] [2021-10-28 23:09:55,857 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:55,857 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:09:55,930 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:56,593 INFO L134 CoverageAnalysis]: Checked inductivity of 1673 backedges. 239 proven. 917 refuted. 0 times theorem prover too weak. 517 trivial. 0 not checked. [2021-10-28 23:09:56,594 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:09:56,594 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [173148846] [2021-10-28 23:09:56,594 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [173148846] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:09:56,594 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [2061530397] [2021-10-28 23:09:56,595 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:09:56,595 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:09:56,595 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:09:56,600 INFO L229 MonitoredProcess]: Starting monitored process 12 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:09:56,616 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (12)] Waiting until timeout for monitored process [2021-10-28 23:09:58,240 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:09:58,248 INFO L263 TraceCheckSpWp]: Trace formula consists of 1999 conjuncts, 45 conjunts are in the unsatisfiable core [2021-10-28 23:09:58,260 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:10:03,520 INFO L134 CoverageAnalysis]: Checked inductivity of 1673 backedges. 307 proven. 849 refuted. 0 times theorem prover too weak. 517 trivial. 0 not checked. [2021-10-28 23:10:03,521 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [2061530397] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:03,521 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:10:03,521 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [21, 21] total 30 [2021-10-28 23:10:03,521 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [857330327] [2021-10-28 23:10:03,523 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 30 states [2021-10-28 23:10:03,523 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:10:03,523 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 30 interpolants. [2021-10-28 23:10:03,524 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=74, Invalid=796, Unknown=0, NotChecked=0, Total=870 [2021-10-28 23:10:03,525 INFO L87 Difference]: Start difference. First operand 1515 states and 1608 transitions. Second operand has 30 states, 30 states have (on average 19.1) internal successors, (573), 30 states have internal predecessors, (573), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:05,157 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:10:05,157 INFO L93 Difference]: Finished difference Result 1879 states and 1994 transitions. [2021-10-28 23:10:05,157 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 38 states. [2021-10-28 23:10:05,157 INFO L78 Accepts]: Start accepts. Automaton has has 30 states, 30 states have (on average 19.1) internal successors, (573), 30 states have internal predecessors, (573), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 724 [2021-10-28 23:10:05,158 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:10:05,161 INFO L225 Difference]: With dead ends: 1879 [2021-10-28 23:10:05,161 INFO L226 Difference]: Without dead ends: 1877 [2021-10-28 23:10:05,164 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 787 GetRequests, 728 SyntacticMatches, 1 SemanticMatches, 58 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 733 ImplicationChecksByTransitivity, 1.1s TimeCoverageRelationStatistics Valid=419, Invalid=3121, Unknown=0, NotChecked=0, Total=3540 [2021-10-28 23:10:05,166 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 1877 states. [2021-10-28 23:10:05,468 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 1877 to 1613. [2021-10-28 23:10:05,469 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1613 states, 1611 states have (on average 1.0614525139664805) internal successors, (1710), 1612 states have internal predecessors, (1710), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:05,471 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1613 states to 1613 states and 1710 transitions. [2021-10-28 23:10:05,472 INFO L78 Accepts]: Start accepts. Automaton has 1613 states and 1710 transitions. Word has length 724 [2021-10-28 23:10:05,472 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:10:05,473 INFO L470 AbstractCegarLoop]: Abstraction has 1613 states and 1710 transitions. [2021-10-28 23:10:05,473 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 30 states, 30 states have (on average 19.1) internal successors, (573), 30 states have internal predecessors, (573), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:05,473 INFO L276 IsEmpty]: Start isEmpty. Operand 1613 states and 1710 transitions. [2021-10-28 23:10:05,480 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 774 [2021-10-28 23:10:05,481 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:10:05,481 INFO L513 BasicCegarLoop]: trace histogram [15, 10, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:10:05,520 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (12)] Forceful destruction successful, exit code 0 [2021-10-28 23:10:05,682 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 12 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable28 [2021-10-28 23:10:05,682 INFO L402 AbstractCegarLoop]: === Iteration 30 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:10:05,683 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:10:05,683 INFO L85 PathProgramCache]: Analyzing trace with hash -187150814, now seen corresponding path program 1 times [2021-10-28 23:10:05,683 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:10:05,683 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [393174718] [2021-10-28 23:10:05,683 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:05,684 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:10:05,778 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:06,604 INFO L134 CoverageAnalysis]: Checked inductivity of 1876 backedges. 35 proven. 1159 refuted. 0 times theorem prover too weak. 682 trivial. 0 not checked. [2021-10-28 23:10:06,604 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:10:06,604 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [393174718] [2021-10-28 23:10:06,605 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [393174718] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:06,605 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1977131556] [2021-10-28 23:10:06,605 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:06,606 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:06,608 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:10:06,613 INFO L229 MonitoredProcess]: Starting monitored process 13 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:10:06,637 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (13)] Waiting until timeout for monitored process [2021-10-28 23:10:09,004 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:09,011 INFO L263 TraceCheckSpWp]: Trace formula consists of 2127 conjuncts, 25 conjunts are in the unsatisfiable core [2021-10-28 23:10:09,019 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:10:11,488 INFO L134 CoverageAnalysis]: Checked inductivity of 1876 backedges. 568 proven. 208 refuted. 0 times theorem prover too weak. 1100 trivial. 0 not checked. [2021-10-28 23:10:11,488 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1977131556] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:11,488 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:10:11,489 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [23, 11] total 24 [2021-10-28 23:10:11,489 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [2134330045] [2021-10-28 23:10:11,491 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 24 states [2021-10-28 23:10:11,491 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:10:11,492 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 24 interpolants. [2021-10-28 23:10:11,492 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=45, Invalid=507, Unknown=0, NotChecked=0, Total=552 [2021-10-28 23:10:11,493 INFO L87 Difference]: Start difference. First operand 1613 states and 1710 transitions. Second operand has 24 states, 24 states have (on average 31.833333333333332) internal successors, (764), 24 states have internal predecessors, (764), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:15,727 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:10:15,727 INFO L93 Difference]: Finished difference Result 2707 states and 2888 transitions. [2021-10-28 23:10:15,728 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 69 states. [2021-10-28 23:10:15,728 INFO L78 Accepts]: Start accepts. Automaton has has 24 states, 24 states have (on average 31.833333333333332) internal successors, (764), 24 states have internal predecessors, (764), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 773 [2021-10-28 23:10:15,729 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:10:15,732 INFO L225 Difference]: With dead ends: 2707 [2021-10-28 23:10:15,732 INFO L226 Difference]: Without dead ends: 2514 [2021-10-28 23:10:15,736 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 896 GetRequests, 806 SyntacticMatches, 3 SemanticMatches, 87 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 2038 ImplicationChecksByTransitivity, 3.2s TimeCoverageRelationStatistics Valid=870, Invalid=6962, Unknown=0, NotChecked=0, Total=7832 [2021-10-28 23:10:15,738 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2514 states. [2021-10-28 23:10:16,100 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2514 to 1798. [2021-10-28 23:10:16,102 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1798 states, 1796 states have (on average 1.0606904231625836) internal successors, (1905), 1797 states have internal predecessors, (1905), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:16,104 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1798 states to 1798 states and 1905 transitions. [2021-10-28 23:10:16,105 INFO L78 Accepts]: Start accepts. Automaton has 1798 states and 1905 transitions. Word has length 773 [2021-10-28 23:10:16,105 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:10:16,105 INFO L470 AbstractCegarLoop]: Abstraction has 1798 states and 1905 transitions. [2021-10-28 23:10:16,106 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 24 states, 24 states have (on average 31.833333333333332) internal successors, (764), 24 states have internal predecessors, (764), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:16,106 INFO L276 IsEmpty]: Start isEmpty. Operand 1798 states and 1905 transitions. [2021-10-28 23:10:16,116 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 832 [2021-10-28 23:10:16,116 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:10:16,117 INFO L513 BasicCegarLoop]: trace histogram [16, 10, 9, 9, 9, 9, 9, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 7, 7, 7, 7, 7, 7, 7, 7, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:10:16,156 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (13)] Forceful destruction successful, exit code 0 [2021-10-28 23:10:16,328 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable29,13 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:16,329 INFO L402 AbstractCegarLoop]: === Iteration 31 === Targeting ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:10:16,329 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:10:16,329 INFO L85 PathProgramCache]: Analyzing trace with hash 1604741410, now seen corresponding path program 1 times [2021-10-28 23:10:16,329 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:10:16,329 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [232059797] [2021-10-28 23:10:16,330 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:16,330 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:10:16,432 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:17,242 INFO L134 CoverageAnalysis]: Checked inductivity of 2133 backedges. 198 proven. 1686 refuted. 0 times theorem prover too weak. 249 trivial. 0 not checked. [2021-10-28 23:10:17,242 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:10:17,242 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [232059797] [2021-10-28 23:10:17,242 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [232059797] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:17,242 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [169543101] [2021-10-28 23:10:17,243 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:17,243 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:17,243 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:10:17,243 INFO L229 MonitoredProcess]: Starting monitored process 14 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:10:17,244 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (14)] Waiting until timeout for monitored process [2021-10-28 23:10:19,451 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:19,459 INFO L263 TraceCheckSpWp]: Trace formula consists of 2267 conjuncts, 57 conjunts are in the unsatisfiable core [2021-10-28 23:10:19,470 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:10:24,661 INFO L134 CoverageAnalysis]: Checked inductivity of 2133 backedges. 406 proven. 1478 refuted. 0 times theorem prover too weak. 249 trivial. 0 not checked. [2021-10-28 23:10:24,661 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [169543101] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:24,661 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:10:24,662 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [25, 25] total 36 [2021-10-28 23:10:24,662 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1882042734] [2021-10-28 23:10:24,664 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 36 states [2021-10-28 23:10:24,664 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:10:24,664 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 36 interpolants. [2021-10-28 23:10:24,665 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=92, Invalid=1168, Unknown=0, NotChecked=0, Total=1260 [2021-10-28 23:10:24,665 INFO L87 Difference]: Start difference. First operand 1798 states and 1905 transitions. Second operand has 36 states, 36 states have (on average 24.416666666666668) internal successors, (879), 36 states have internal predecessors, (879), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:26,406 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:10:26,406 INFO L93 Difference]: Finished difference Result 2259 states and 2393 transitions. [2021-10-28 23:10:26,406 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 46 states. [2021-10-28 23:10:26,407 INFO L78 Accepts]: Start accepts. Automaton has has 36 states, 36 states have (on average 24.416666666666668) internal successors, (879), 36 states have internal predecessors, (879), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 831 [2021-10-28 23:10:26,408 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:10:26,410 INFO L225 Difference]: With dead ends: 2259 [2021-10-28 23:10:26,411 INFO L226 Difference]: Without dead ends: 2257 [2021-10-28 23:10:26,414 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 908 GetRequests, 837 SyntacticMatches, 1 SemanticMatches, 70 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 1078 ImplicationChecksByTransitivity, 1.2s TimeCoverageRelationStatistics Valid=491, Invalid=4621, Unknown=0, NotChecked=0, Total=5112 [2021-10-28 23:10:26,416 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2257 states. [2021-10-28 23:10:26,779 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2257 to 1983. [2021-10-28 23:10:26,781 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 1983 states, 1981 states have (on average 1.0595658758202928) internal successors, (2099), 1982 states have internal predecessors, (2099), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:26,783 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 1983 states to 1983 states and 2099 transitions. [2021-10-28 23:10:26,783 INFO L78 Accepts]: Start accepts. Automaton has 1983 states and 2099 transitions. Word has length 831 [2021-10-28 23:10:26,784 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:10:26,785 INFO L470 AbstractCegarLoop]: Abstraction has 1983 states and 2099 transitions. [2021-10-28 23:10:26,785 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 36 states, 36 states have (on average 24.416666666666668) internal successors, (879), 36 states have internal predecessors, (879), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:26,785 INFO L276 IsEmpty]: Start isEmpty. Operand 1983 states and 2099 transitions. [2021-10-28 23:10:26,796 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 881 [2021-10-28 23:10:26,796 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:10:26,797 INFO L513 BasicCegarLoop]: trace histogram [17, 10, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 7, 7, 7, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:10:26,829 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (14)] Forceful destruction successful, exit code 0 [2021-10-28 23:10:27,000 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable30,14 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:27,000 INFO L402 AbstractCegarLoop]: === Iteration 32 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:10:27,001 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:10:27,001 INFO L85 PathProgramCache]: Analyzing trace with hash 2120824654, now seen corresponding path program 1 times [2021-10-28 23:10:27,001 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:10:27,001 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1414914727] [2021-10-28 23:10:27,002 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:27,002 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:10:27,096 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:27,802 INFO L134 CoverageAnalysis]: Checked inductivity of 2387 backedges. 40 proven. 1748 refuted. 0 times theorem prover too weak. 599 trivial. 0 not checked. [2021-10-28 23:10:27,802 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:10:27,803 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1414914727] [2021-10-28 23:10:27,803 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1414914727] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:27,803 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1882154637] [2021-10-28 23:10:27,803 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:27,803 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:27,804 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:10:27,808 INFO L229 MonitoredProcess]: Starting monitored process 15 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:10:27,824 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (15)] Waiting until timeout for monitored process [2021-10-28 23:10:30,822 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:30,830 INFO L263 TraceCheckSpWp]: Trace formula consists of 2395 conjuncts, 31 conjunts are in the unsatisfiable core [2021-10-28 23:10:30,839 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:10:33,263 INFO L134 CoverageAnalysis]: Checked inductivity of 2387 backedges. 799 proven. 484 refuted. 0 times theorem prover too weak. 1104 trivial. 0 not checked. [2021-10-28 23:10:33,263 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1882154637] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:33,263 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:10:33,264 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [25, 13] total 26 [2021-10-28 23:10:33,264 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1778666981] [2021-10-28 23:10:33,266 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 26 states [2021-10-28 23:10:33,266 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:10:33,267 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 26 interpolants. [2021-10-28 23:10:33,267 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=49, Invalid=601, Unknown=0, NotChecked=0, Total=650 [2021-10-28 23:10:33,267 INFO L87 Difference]: Start difference. First operand 1983 states and 2099 transitions. Second operand has 26 states, 26 states have (on average 35.96153846153846) internal successors, (935), 26 states have internal predecessors, (935), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:37,430 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:10:37,431 INFO L93 Difference]: Finished difference Result 3276 states and 3490 transitions. [2021-10-28 23:10:37,431 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 76 states. [2021-10-28 23:10:37,431 INFO L78 Accepts]: Start accepts. Automaton has has 26 states, 26 states have (on average 35.96153846153846) internal successors, (935), 26 states have internal predecessors, (935), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 880 [2021-10-28 23:10:37,432 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:10:37,435 INFO L225 Difference]: With dead ends: 3276 [2021-10-28 23:10:37,435 INFO L226 Difference]: Without dead ends: 2898 [2021-10-28 23:10:37,439 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 1015 GetRequests, 918 SyntacticMatches, 2 SemanticMatches, 95 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 2439 ImplicationChecksByTransitivity, 2.8s TimeCoverageRelationStatistics Valid=920, Invalid=8392, Unknown=0, NotChecked=0, Total=9312 [2021-10-28 23:10:37,441 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 2898 states. [2021-10-28 23:10:37,852 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 2898 to 2170. [2021-10-28 23:10:37,854 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 2170 states, 2168 states have (on average 1.0590405904059041) internal successors, (2296), 2169 states have internal predecessors, (2296), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:37,856 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 2170 states to 2170 states and 2296 transitions. [2021-10-28 23:10:37,856 INFO L78 Accepts]: Start accepts. Automaton has 2170 states and 2296 transitions. Word has length 880 [2021-10-28 23:10:37,856 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:10:37,857 INFO L470 AbstractCegarLoop]: Abstraction has 2170 states and 2296 transitions. [2021-10-28 23:10:37,857 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 26 states, 26 states have (on average 35.96153846153846) internal successors, (935), 26 states have internal predecessors, (935), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:37,857 INFO L276 IsEmpty]: Start isEmpty. Operand 2170 states and 2296 transitions. [2021-10-28 23:10:37,865 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 940 [2021-10-28 23:10:37,865 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:10:37,865 INFO L513 BasicCegarLoop]: trace histogram [18, 10, 10, 10, 10, 10, 10, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 8, 8, 8, 8, 8, 8, 8, 8, 8, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 3, 3, 3, 3, 3, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:10:37,896 INFO L552 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (15)] Ended with exit code 0 [2021-10-28 23:10:38,066 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable31,15 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:38,066 INFO L402 AbstractCegarLoop]: === Iteration 33 === Targeting ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:10:38,066 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:10:38,067 INFO L85 PathProgramCache]: Analyzing trace with hash 957864572, now seen corresponding path program 1 times [2021-10-28 23:10:38,067 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:10:38,067 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1749767449] [2021-10-28 23:10:38,067 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:38,067 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:10:38,163 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:39,279 INFO L134 CoverageAnalysis]: Checked inductivity of 2708 backedges. 614 proven. 1934 refuted. 0 times theorem prover too weak. 160 trivial. 0 not checked. [2021-10-28 23:10:39,279 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:10:39,280 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1749767449] [2021-10-28 23:10:39,280 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1749767449] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:39,280 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [456249350] [2021-10-28 23:10:39,280 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:39,280 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:39,281 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:10:39,282 INFO L229 MonitoredProcess]: Starting monitored process 16 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:10:39,296 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (16)] Waiting until timeout for monitored process [2021-10-28 23:10:42,446 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:42,457 INFO L263 TraceCheckSpWp]: Trace formula consists of 2536 conjuncts, 69 conjunts are in the unsatisfiable core [2021-10-28 23:10:42,472 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:10:47,131 INFO L134 CoverageAnalysis]: Checked inductivity of 2708 backedges. 413 proven. 2208 refuted. 0 times theorem prover too weak. 87 trivial. 0 not checked. [2021-10-28 23:10:47,131 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [456249350] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:47,132 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:10:47,132 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [37, 29] total 64 [2021-10-28 23:10:47,132 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1113765158] [2021-10-28 23:10:47,134 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 64 states [2021-10-28 23:10:47,134 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:10:47,134 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 64 interpolants. [2021-10-28 23:10:47,135 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=153, Invalid=3879, Unknown=0, NotChecked=0, Total=4032 [2021-10-28 23:10:47,136 INFO L87 Difference]: Start difference. First operand 2170 states and 2296 transitions. Second operand has 64 states, 64 states have (on average 26.28125) internal successors, (1682), 64 states have internal predecessors, (1682), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:57,818 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:10:57,818 INFO L93 Difference]: Finished difference Result 3547 states and 3765 transitions. [2021-10-28 23:10:57,818 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 123 states. [2021-10-28 23:10:57,818 INFO L78 Accepts]: Start accepts. Automaton has has 64 states, 64 states have (on average 26.28125) internal successors, (1682), 64 states have internal predecessors, (1682), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 939 [2021-10-28 23:10:57,819 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:10:57,822 INFO L225 Difference]: With dead ends: 3547 [2021-10-28 23:10:57,822 INFO L226 Difference]: Without dead ends: 3545 [2021-10-28 23:10:57,828 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 1170 GetRequests, 988 SyntacticMatches, 0 SemanticMatches, 182 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 8790 ImplicationChecksByTransitivity, 8.9s TimeCoverageRelationStatistics Valid=2026, Invalid=31646, Unknown=0, NotChecked=0, Total=33672 [2021-10-28 23:10:57,830 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 3545 states. [2021-10-28 23:10:58,385 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 3545 to 2455. [2021-10-28 23:10:58,387 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 2455 states, 2453 states have (on average 1.0578883000407664) internal successors, (2595), 2454 states have internal predecessors, (2595), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:58,390 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 2455 states to 2455 states and 2595 transitions. [2021-10-28 23:10:58,390 INFO L78 Accepts]: Start accepts. Automaton has 2455 states and 2595 transitions. Word has length 939 [2021-10-28 23:10:58,391 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:10:58,391 INFO L470 AbstractCegarLoop]: Abstraction has 2455 states and 2595 transitions. [2021-10-28 23:10:58,392 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 64 states, 64 states have (on average 26.28125) internal successors, (1682), 64 states have internal predecessors, (1682), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:10:58,392 INFO L276 IsEmpty]: Start isEmpty. Operand 2455 states and 2595 transitions. [2021-10-28 23:10:58,402 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 989 [2021-10-28 23:10:58,402 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:10:58,402 INFO L513 BasicCegarLoop]: trace histogram [19, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 8, 8, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:10:58,439 INFO L552 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (16)] Ended with exit code 0 [2021-10-28 23:10:58,603 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 16 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable32 [2021-10-28 23:10:58,603 INFO L402 AbstractCegarLoop]: === Iteration 34 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:10:58,604 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:10:58,604 INFO L85 PathProgramCache]: Analyzing trace with hash -250589900, now seen corresponding path program 1 times [2021-10-28 23:10:58,604 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:10:58,604 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [2011577222] [2021-10-28 23:10:58,604 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:58,605 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:10:58,702 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:10:59,411 INFO L134 CoverageAnalysis]: Checked inductivity of 3014 backedges. 157 proven. 2213 refuted. 0 times theorem prover too weak. 644 trivial. 0 not checked. [2021-10-28 23:10:59,412 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:10:59,412 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [2011577222] [2021-10-28 23:10:59,412 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [2011577222] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:10:59,412 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [118236923] [2021-10-28 23:10:59,413 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:10:59,413 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:10:59,413 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:10:59,414 INFO L229 MonitoredProcess]: Starting monitored process 17 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:10:59,432 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (17)] Waiting until timeout for monitored process [2021-10-28 23:11:02,991 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:11:02,999 INFO L263 TraceCheckSpWp]: Trace formula consists of 2664 conjuncts, 37 conjunts are in the unsatisfiable core [2021-10-28 23:11:03,014 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:11:05,545 INFO L134 CoverageAnalysis]: Checked inductivity of 3014 backedges. 1030 proven. 876 refuted. 0 times theorem prover too weak. 1108 trivial. 0 not checked. [2021-10-28 23:11:05,546 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [118236923] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:11:05,546 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:11:05,546 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [28, 15] total 34 [2021-10-28 23:11:05,546 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [88907158] [2021-10-28 23:11:05,547 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 34 states [2021-10-28 23:11:05,548 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:11:05,548 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 34 interpolants. [2021-10-28 23:11:05,548 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=87, Invalid=1035, Unknown=0, NotChecked=0, Total=1122 [2021-10-28 23:11:05,548 INFO L87 Difference]: Start difference. First operand 2455 states and 2595 transitions. Second operand has 34 states, 34 states have (on average 34.705882352941174) internal successors, (1180), 34 states have internal predecessors, (1180), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:10,135 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:11:10,135 INFO L93 Difference]: Finished difference Result 5311 states and 5662 transitions. [2021-10-28 23:11:10,136 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 94 states. [2021-10-28 23:11:10,136 INFO L78 Accepts]: Start accepts. Automaton has has 34 states, 34 states have (on average 34.705882352941174) internal successors, (1180), 34 states have internal predecessors, (1180), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 988 [2021-10-28 23:11:10,137 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:11:10,141 INFO L225 Difference]: With dead ends: 5311 [2021-10-28 23:11:10,141 INFO L226 Difference]: Without dead ends: 4461 [2021-10-28 23:11:10,145 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 1153 GetRequests, 1029 SyntacticMatches, 3 SemanticMatches, 121 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 4281 ImplicationChecksByTransitivity, 2.5s TimeCoverageRelationStatistics Valid=1648, Invalid=13358, Unknown=0, NotChecked=0, Total=15006 [2021-10-28 23:11:10,149 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 4461 states. [2021-10-28 23:11:10,965 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 4461 to 2644. [2021-10-28 23:11:10,967 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 2644 states, 2642 states have (on average 1.0575321725965179) internal successors, (2794), 2643 states have internal predecessors, (2794), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:10,970 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 2644 states to 2644 states and 2794 transitions. [2021-10-28 23:11:10,970 INFO L78 Accepts]: Start accepts. Automaton has 2644 states and 2794 transitions. Word has length 988 [2021-10-28 23:11:10,971 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:11:10,971 INFO L470 AbstractCegarLoop]: Abstraction has 2644 states and 2794 transitions. [2021-10-28 23:11:10,972 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 34 states, 34 states have (on average 34.705882352941174) internal successors, (1180), 34 states have internal predecessors, (1180), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:10,972 INFO L276 IsEmpty]: Start isEmpty. Operand 2644 states and 2794 transitions. [2021-10-28 23:11:10,983 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 1049 [2021-10-28 23:11:10,983 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:11:10,984 INFO L513 BasicCegarLoop]: trace histogram [20, 11, 11, 11, 11, 11, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 9, 9, 9, 9, 9, 9, 9, 9, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:11:11,020 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (17)] Forceful destruction successful, exit code 0 [2021-10-28 23:11:11,184 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 17 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable33 [2021-10-28 23:11:11,185 INFO L402 AbstractCegarLoop]: === Iteration 35 === Targeting ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:11:11,185 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:11:11,186 INFO L85 PathProgramCache]: Analyzing trace with hash 198975503, now seen corresponding path program 1 times [2021-10-28 23:11:11,186 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:11:11,186 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1712316649] [2021-10-28 23:11:11,186 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:11:11,186 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:11:11,278 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:11:12,405 INFO L134 CoverageAnalysis]: Checked inductivity of 3399 backedges. 378 proven. 2577 refuted. 0 times theorem prover too weak. 444 trivial. 0 not checked. [2021-10-28 23:11:12,405 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:11:12,405 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1712316649] [2021-10-28 23:11:12,405 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1712316649] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:11:12,406 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [1196842133] [2021-10-28 23:11:12,406 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:11:12,406 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:11:12,406 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:11:12,407 INFO L229 MonitoredProcess]: Starting monitored process 18 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:11:12,408 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (18)] Waiting until timeout for monitored process [2021-10-28 23:11:16,241 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:11:16,250 INFO L263 TraceCheckSpWp]: Trace formula consists of 2806 conjuncts, 81 conjunts are in the unsatisfiable core [2021-10-28 23:11:16,266 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:11:21,362 INFO L134 CoverageAnalysis]: Checked inductivity of 3399 backedges. 328 proven. 3038 refuted. 0 times theorem prover too weak. 33 trivial. 0 not checked. [2021-10-28 23:11:21,363 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [1196842133] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:11:21,363 INFO L186 FreeRefinementEngine]: Constructing automaton from 0 perfect and 2 imperfect interpolant sequences. [2021-10-28 23:11:21,364 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [] imperfect sequences [41, 33] total 70 [2021-10-28 23:11:21,364 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [805158728] [2021-10-28 23:11:21,366 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 70 states [2021-10-28 23:11:21,366 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:11:21,366 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 70 interpolants. [2021-10-28 23:11:21,367 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=228, Invalid=4602, Unknown=0, NotChecked=0, Total=4830 [2021-10-28 23:11:21,368 INFO L87 Difference]: Start difference. First operand 2644 states and 2794 transitions. Second operand has 70 states, 70 states have (on average 24.757142857142856) internal successors, (1733), 70 states have internal predecessors, (1733), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:38,951 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:11:38,951 INFO L93 Difference]: Finished difference Result 8452 states and 9017 transitions. [2021-10-28 23:11:38,952 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 197 states. [2021-10-28 23:11:38,952 INFO L78 Accepts]: Start accepts. Automaton has has 70 states, 70 states have (on average 24.757142857142856) internal successors, (1733), 70 states have internal predecessors, (1733), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 1048 [2021-10-28 23:11:38,953 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:11:38,960 INFO L225 Difference]: With dead ends: 8452 [2021-10-28 23:11:38,960 INFO L226 Difference]: Without dead ends: 8450 [2021-10-28 23:11:38,968 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 1345 GetRequests, 1085 SyntacticMatches, 0 SemanticMatches, 260 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 23334 ImplicationChecksByTransitivity, 13.2s TimeCoverageRelationStatistics Valid=7546, Invalid=60836, Unknown=0, NotChecked=0, Total=68382 [2021-10-28 23:11:38,973 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 8450 states. [2021-10-28 23:11:39,972 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 8450 to 3253. [2021-10-28 23:11:39,974 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 3253 states, 3251 states have (on average 1.0652107043986465) internal successors, (3463), 3252 states have internal predecessors, (3463), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:39,978 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 3253 states to 3253 states and 3463 transitions. [2021-10-28 23:11:39,978 INFO L78 Accepts]: Start accepts. Automaton has 3253 states and 3463 transitions. Word has length 1048 [2021-10-28 23:11:39,978 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:11:39,979 INFO L470 AbstractCegarLoop]: Abstraction has 3253 states and 3463 transitions. [2021-10-28 23:11:39,979 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 70 states, 70 states have (on average 24.757142857142856) internal successors, (1733), 70 states have internal predecessors, (1733), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:39,979 INFO L276 IsEmpty]: Start isEmpty. Operand 3253 states and 3463 transitions. [2021-10-28 23:11:39,989 INFO L282 IsEmpty]: Finished isEmpty. Found accepting run of length 1098 [2021-10-28 23:11:39,989 INFO L505 BasicCegarLoop]: Found error trace [2021-10-28 23:11:39,990 INFO L513 BasicCegarLoop]: trace histogram [21, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 9, 9, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 3, 3, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:11:40,041 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (18)] Forceful destruction successful, exit code 0 [2021-10-28 23:11:40,204 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: 18 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true,SelfDestructingSolverStorable34 [2021-10-28 23:11:40,204 INFO L402 AbstractCegarLoop]: === Iteration 36 === Targeting ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION === [ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION, ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION (and 2 more)] === [2021-10-28 23:11:40,205 INFO L144 PredicateUnifier]: Initialized classic predicate unifier [2021-10-28 23:11:40,205 INFO L85 PathProgramCache]: Analyzing trace with hash 217910273, now seen corresponding path program 1 times [2021-10-28 23:11:40,205 INFO L121 FreeRefinementEngine]: Executing refinement strategy CAMEL [2021-10-28 23:11:40,205 INFO L332 FreeRefinementEngine]: Using trace check IpTcStrategyModuleSmtInterpolCraig [1502260682] [2021-10-28 23:11:40,205 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:11:40,205 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout -1 ms and remaining time -1 ms [2021-10-28 23:11:40,297 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:11:40,973 INFO L134 CoverageAnalysis]: Checked inductivity of 3758 backedges. 723 proven. 2215 refuted. 0 times theorem prover too weak. 820 trivial. 0 not checked. [2021-10-28 23:11:40,973 INFO L139 FreeRefinementEngine]: Strategy CAMEL found an infeasible trace [2021-10-28 23:11:40,974 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleSmtInterpolCraig [1502260682] [2021-10-28 23:11:40,974 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleSmtInterpolCraig [1502260682] provided 0 perfect and 1 imperfect interpolant sequences [2021-10-28 23:11:40,974 INFO L332 FreeRefinementEngine]: Using interpolant generator IpTcStrategyModuleZ3 [877521938] [2021-10-28 23:11:40,974 INFO L95 rtionOrderModulation]: Keeping assertion order NOT_INCREMENTALLY [2021-10-28 23:11:40,974 INFO L170 SolverBuilder]: Constructing external solver with command: z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:11:40,974 INFO L189 MonitoredProcess]: No working directory specified, using /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 [2021-10-28 23:11:40,975 INFO L229 MonitoredProcess]: Starting monitored process 19 with /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (exit command is (exit), workingDir is null) [2021-10-28 23:11:40,980 INFO L327 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (19)] Waiting until timeout for monitored process [2021-10-28 23:11:45,497 INFO L136 AnnotateAndAsserter]: Conjunction of SSA is unsat [2021-10-28 23:11:45,507 INFO L263 TraceCheckSpWp]: Trace formula consists of 2934 conjuncts, 17 conjunts are in the unsatisfiable core [2021-10-28 23:11:45,522 INFO L286 TraceCheckSpWp]: Computing forward predicates... [2021-10-28 23:11:47,869 INFO L134 CoverageAnalysis]: Checked inductivity of 3758 backedges. 2646 proven. 0 refuted. 0 times theorem prover too weak. 1112 trivial. 0 not checked. [2021-10-28 23:11:47,871 INFO L160 FreeRefinementEngine]: IpTcStrategyModuleZ3 [877521938] provided 1 perfect and 0 imperfect interpolant sequences [2021-10-28 23:11:47,872 INFO L186 FreeRefinementEngine]: Constructing automaton from 1 perfect and 1 imperfect interpolant sequences. [2021-10-28 23:11:47,872 INFO L199 FreeRefinementEngine]: Number of different interpolants: perfect sequences [13] imperfect sequences [25] total 28 [2021-10-28 23:11:47,872 INFO L115 tionRefinementEngine]: Using interpolant automaton builder IpAbStrategyModuleStraightlineAll [1596594135] [2021-10-28 23:11:47,873 INFO L546 AbstractCegarLoop]: INTERPOLANT automaton has 13 states [2021-10-28 23:11:47,873 INFO L103 FreeRefinementEngine]: Using predicate unifier PredicateUnifier provided by strategy CAMEL [2021-10-28 23:11:47,874 INFO L143 InterpolantAutomaton]: Constructing interpolant automaton starting with 13 interpolants. [2021-10-28 23:11:47,874 INFO L145 InterpolantAutomaton]: CoverageRelationStatistics Valid=80, Invalid=676, Unknown=0, NotChecked=0, Total=756 [2021-10-28 23:11:47,874 INFO L87 Difference]: Start difference. First operand 3253 states and 3463 transitions. Second operand has 13 states, 13 states have (on average 53.92307692307692) internal successors, (701), 13 states have internal predecessors, (701), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:48,876 INFO L144 Difference]: Subtrahend was deterministic. Have not used determinization. [2021-10-28 23:11:48,877 INFO L93 Difference]: Finished difference Result 4550 states and 4824 transitions. [2021-10-28 23:11:48,877 INFO L141 InterpolantAutomaton]: Switched to read-only mode: deterministic interpolant automaton has 18 states. [2021-10-28 23:11:48,877 INFO L78 Accepts]: Start accepts. Automaton has has 13 states, 13 states have (on average 53.92307692307692) internal successors, (701), 13 states have internal predecessors, (701), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) Word has length 1097 [2021-10-28 23:11:48,878 INFO L84 Accepts]: Finished accepts. some prefix is accepted. [2021-10-28 23:11:48,878 INFO L225 Difference]: With dead ends: 4550 [2021-10-28 23:11:48,878 INFO L226 Difference]: Without dead ends: 0 [2021-10-28 23:11:48,881 INFO L786 BasicCegarLoop]: 0 DeclaredPredicates, 1147 GetRequests, 1110 SyntacticMatches, 0 SemanticMatches, 37 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 141 ImplicationChecksByTransitivity, 0.4s TimeCoverageRelationStatistics Valid=221, Invalid=1261, Unknown=0, NotChecked=0, Total=1482 [2021-10-28 23:11:48,881 INFO L82 GeneralOperation]: Start minimizeSevpa. Operand 0 states. [2021-10-28 23:11:48,881 INFO L88 GeneralOperation]: Finished minimizeSevpa. Reduced states from 0 to 0. [2021-10-28 23:11:48,881 INFO L82 GeneralOperation]: Start removeUnreachable. Operand has 0 states, 0 states have (on average 0.0) internal successors, (0), 0 states have internal predecessors, (0), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:48,881 INFO L88 GeneralOperation]: Finished removeUnreachable. Reduced from 0 states to 0 states and 0 transitions. [2021-10-28 23:11:48,882 INFO L78 Accepts]: Start accepts. Automaton has 0 states and 0 transitions. Word has length 1097 [2021-10-28 23:11:48,882 INFO L84 Accepts]: Finished accepts. word is rejected. [2021-10-28 23:11:48,882 INFO L470 AbstractCegarLoop]: Abstraction has 0 states and 0 transitions. [2021-10-28 23:11:48,882 INFO L471 AbstractCegarLoop]: INTERPOLANT automaton has has 13 states, 13 states have (on average 53.92307692307692) internal successors, (701), 13 states have internal predecessors, (701), 0 states have call successors, (0), 0 states have call predecessors, (0), 0 states have return successors, (0), 0 states have call predecessors, (0), 0 states have call successors, (0) [2021-10-28 23:11:48,882 INFO L276 IsEmpty]: Start isEmpty. Operand 0 states and 0 transitions. [2021-10-28 23:11:48,882 INFO L282 IsEmpty]: Finished isEmpty. No accepting run. [2021-10-28 23:11:48,885 INFO L764 garLoopResultBuilder]: Registering result SAFE for location ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION [2021-10-28 23:11:48,885 INFO L764 garLoopResultBuilder]: Registering result SAFE for location ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION [2021-10-28 23:11:48,885 INFO L764 garLoopResultBuilder]: Registering result SAFE for location ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION [2021-10-28 23:11:48,886 INFO L764 garLoopResultBuilder]: Registering result SAFE for location ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION [2021-10-28 23:11:48,886 INFO L764 garLoopResultBuilder]: Registering result SAFE for location ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION [2021-10-28 23:11:48,927 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true (19)] Forceful destruction successful, exit code 0 [2021-10-28 23:11:49,086 WARN L452 AbstractCegarLoop]: Destroyed unattended storables created during the last iteration: SelfDestructingSolverStorable35,19 /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 -smt2 -in SMTLIB2_COMPLIANT=true [2021-10-28 23:11:49,088 INFO L343 DoubleDeckerVisitor]: Before removal of dead ends 0 states and 0 transitions. [2021-10-28 23:11:49,106 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:11:52,656 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:02,824 WARN L207 SmtUtils]: Spent 10.16 s on a formula simplification. DAG size of input: 1890 DAG size of output: 1675 [2021-10-28 23:12:02,837 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:02,837 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:02,842 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:02,845 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:03,142 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:03,232 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:03,868 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:04,158 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:04,424 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:08,758 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:13,153 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:13,408 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:19,170 WARN L207 SmtUtils]: Spent 5.76 s on a formula simplification. DAG size of input: 1093 DAG size of output: 989 [2021-10-28 23:12:19,175 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:19,680 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:21,774 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:25,095 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:25,186 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:29,487 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:29,790 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:29,995 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:34,827 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:35,538 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:35,837 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:36,184 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:36,750 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:37,046 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:37,047 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:37,294 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:37,639 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:37,764 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:38,059 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:38,372 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:41,842 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:42,123 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:42,447 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:42,448 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:42,777 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:44,640 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:49,307 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:51,090 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:53,201 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:53,205 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:56,651 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:58,800 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:12:58,839 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:00,002 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:00,416 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:01,003 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:01,338 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:01,417 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:03,323 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:03,416 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:03,506 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:05,439 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:05,442 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:06,073 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:06,817 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:06,818 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:07,056 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,232 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,314 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,352 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,442 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,782 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,784 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,872 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:09,873 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:10,390 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:10,472 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:10,562 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:14,771 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:14,852 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:28,654 WARN L207 SmtUtils]: Spent 13.80 s on a formula simplification. DAG size of input: 2226 DAG size of output: 1972 [2021-10-28 23:13:28,661 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:28,662 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:29,280 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:29,794 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:33,983 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:34,019 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:34,023 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:38,218 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:38,551 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:42,019 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:46,322 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:46,658 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:46,738 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:47,430 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:51,047 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:54,708 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:55,273 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:55,276 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:55,583 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:55,664 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:56,914 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:59,035 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:59,259 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:13:59,916 INFO L128 SolverBuilder]: Constructing new instance of SMTInterpol with explicit timeout 10000 ms and remaining time -1 ms [2021-10-28 23:14:08,107 WARN L207 SmtUtils]: Spent 8.10 s on a formula simplification. DAG size of input: 809 DAG size of output: 233 [2021-10-28 23:14:33,076 WARN L207 SmtUtils]: Spent 24.96 s on a formula simplification. DAG size of input: 1616 DAG size of output: 345 [2021-10-28 23:14:51,060 WARN L207 SmtUtils]: Spent 9.33 s on a formula simplification. DAG size of input: 855 DAG size of output: 214 [2021-10-28 23:15:00,363 WARN L207 SmtUtils]: Spent 9.30 s on a formula simplification. DAG size of input: 855 DAG size of output: 214 [2021-10-28 23:15:14,451 WARN L207 SmtUtils]: Spent 12.73 s on a formula simplification. DAG size of input: 952 DAG size of output: 234 [2021-10-28 23:15:24,563 WARN L207 SmtUtils]: Spent 8.21 s on a formula simplification. DAG size of input: 798 DAG size of output: 234 [2021-10-28 23:15:33,478 WARN L207 SmtUtils]: Spent 8.91 s on a formula simplification. DAG size of input: 873 DAG size of output: 250 [2021-10-28 23:15:43,870 WARN L207 SmtUtils]: Spent 9.78 s on a formula simplification. DAG size of input: 944 DAG size of output: 248 [2021-10-28 23:15:57,994 WARN L207 SmtUtils]: Spent 11.08 s on a formula simplification. DAG size of input: 922 DAG size of output: 219 [2021-10-28 23:16:22,839 WARN L207 SmtUtils]: Spent 8.50 s on a formula simplification. DAG size of input: 873 DAG size of output: 250 [2021-10-28 23:16:42,509 WARN L207 SmtUtils]: Spent 10.69 s on a formula simplification. DAG size of input: 879 DAG size of output: 204 [2021-10-28 23:16:53,815 WARN L207 SmtUtils]: Spent 7.83 s on a formula simplification. DAG size of input: 798 DAG size of output: 234 [2021-10-28 23:17:02,351 WARN L207 SmtUtils]: Spent 8.53 s on a formula simplification. DAG size of input: 873 DAG size of output: 250 [2021-10-28 23:17:10,187 WARN L207 SmtUtils]: Spent 7.83 s on a formula simplification. DAG size of input: 798 DAG size of output: 234 [2021-10-28 23:17:27,757 WARN L207 SmtUtils]: Spent 6.93 s on a formula simplification. DAG size of input: 779 DAG size of output: 209 [2021-10-28 23:17:35,891 WARN L207 SmtUtils]: Spent 6.78 s on a formula simplification. DAG size of input: 774 DAG size of output: 212 [2021-10-28 23:17:49,091 WARN L207 SmtUtils]: Spent 7.78 s on a formula simplification. DAG size of input: 798 DAG size of output: 234 [2021-10-28 23:18:05,869 WARN L207 SmtUtils]: Spent 9.51 s on a formula simplification. DAG size of input: 855 DAG size of output: 214 [2021-10-28 23:18:40,811 WARN L207 SmtUtils]: Spent 34.35 s on a formula simplification. DAG size of input: 1901 DAG size of output: 342 [2021-10-28 23:18:55,104 WARN L207 SmtUtils]: Spent 9.60 s on a formula simplification. DAG size of input: 855 DAG size of output: 214 [2021-10-28 23:19:04,899 WARN L207 SmtUtils]: Spent 9.53 s on a formula simplification. DAG size of input: 855 DAG size of output: 214 [2021-10-28 23:19:15,265 WARN L207 SmtUtils]: Spent 8.59 s on a formula simplification. DAG size of input: 873 DAG size of output: 250 [2021-10-28 23:19:28,572 WARN L207 SmtUtils]: Spent 13.30 s on a formula simplification. DAG size of input: 764 DAG size of output: 289 [2021-10-28 23:19:44,275 WARN L207 SmtUtils]: Spent 8.59 s on a formula simplification. DAG size of input: 873 DAG size of output: 250 [2021-10-28 23:19:52,903 WARN L207 SmtUtils]: Spent 8.62 s on a formula simplification. DAG size of input: 873 DAG size of output: 250 [2021-10-28 23:20:08,431 WARN L207 SmtUtils]: Spent 7.88 s on a formula simplification. DAG size of input: 798 DAG size of output: 234 [2021-10-28 23:20:12,798 INFO L853 garLoopResultBuilder]: At program point L828(lines 821 838) the Hoare annotation is: (let ((.cse20 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse16 (+ 51 ~req_tt_a~0)) (.cse23 (<= 2 ~a_t~0)) (.cse14 (<= 3 ~a_t~0)) (.cse34 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse22 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= .cse34 .cse22)) (.cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (+ ~req_tt_a~0 52)) (.cse15 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= .cse22 .cse34)) (.cse4 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (not (= ~s_run_st~0 0))) (.cse27 (<= 6 ~m_run_pc~0)) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6))) (or (and .cse25 .cse26 (<= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse23) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse14) (and .cse25 .cse26 .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 1) .cse29 (= ~a_t~0 1) .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 0) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse16)) (.cse7 (<= 51 ~s_memory1~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse20)) (.cse10 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 (= ~req_tt_a~0 3) .cse3 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse4 .cse5 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse16 .cse17) .cse11 .cse12 (<= .cse18 .cse16) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 .cse7 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse9 (<= .cse18 .cse21) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 (<= .cse17 .cse21) .cse11 .cse12 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse21 .cse17) .cse19 .cse13 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse23) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse21) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse24)))) [2021-10-28 23:20:12,799 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startErr1ASSERT_VIOLATIONERROR_FUNCTION(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,799 INFO L857 garLoopResultBuilder]: For program point L630(lines 630 634) no Hoare annotation was computed. [2021-10-28 23:20:12,799 INFO L857 garLoopResultBuilder]: For program point L498(lines 498 502) no Hoare annotation was computed. [2021-10-28 23:20:12,799 INFO L853 garLoopResultBuilder]: At program point L432(lines 425 469) the Hoare annotation is: (let ((.cse17 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse16 (+ ~a_t~0 50)) (.cse20 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse20)) (.cse7 (<= .cse16 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse16)) (.cse15 (<= .cse17 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse3 (<= 52 ~s_memory2~0)) (.cse4 (not (= ~c_m_lock~0 1))) (.cse5 (<= ~s_memory2~0 52)) (.cse6 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~c_empty_rsp~0 1)) (.cse12 (= ~m_run_pc~0 3)) (.cse18 (<= ULTIMATE.start_s_run_~req_d~1 .cse16)) (.cse19 (<= .cse16 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse15) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 (<= ~s_memory1~0 .cse16) (<= ~c_req_d~0 .cse17) (<= ~c_req_d~0 51) (<= .cse16 ~s_memory1~0) .cse6 .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 .cse19 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse16 ~s_memory3~0) .cse3 .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse0 .cse1 .cse2 .cse4 .cse6 .cse7 .cse8 (<= ~c_req_d~0 50) .cse9 .cse10 .cse11 .cse12 .cse18 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse19 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse15) (and (<= ULTIMATE.start_s_memory_write_~v .cse16) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse3 (<= 51 ~s_memory1~0) .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse19 (<= ULTIMATE.start_m_run_~a~0 2))))) [2021-10-28 23:20:12,799 INFO L853 garLoopResultBuilder]: At program point L366(lines 359 385) the Hoare annotation is: (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse20 (+ ~s_memory1~0 2)) (.cse15 (+ ~a_t~0 50))) (let ((.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse15)) (.cse18 (<= .cse15 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= 52 ~s_memory2~0)) (.cse17 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse5 (<= .cse15 ULTIMATE.start_s_run_~req_d~1)) (.cse6 (= ~c_empty_req~0 1)) (.cse7 (<= ~s_memory0~0 50)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse10 (= ~m_run_pc~0 3)) (.cse12 (<= ~c_req_d~0 .cse15)) (.cse21 (<= ~s_memory3~0 .cse20)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse14 (<= .cse19 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14) (and (<= ULTIMATE.start_s_memory_write_~v .cse15) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse16 (<= 51 ~s_memory1~0) .cse17 .cse4 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 .cse18 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse15) (<= ~c_req_d~0 .cse19) (<= .cse15 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse18 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse14) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse15 ~s_memory3~0) .cse16 .cse17 .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse21 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse14) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse16 .cse17 .cse4 .cse5 .cse6 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse7 .cse8 .cse9 .cse10 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse21 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse14)))) [2021-10-28 23:20:12,799 INFO L857 garLoopResultBuilder]: For program point L300(lines 299 327) no Hoare annotation was computed. [2021-10-28 23:20:12,799 INFO L857 garLoopResultBuilder]: For program point L1291(lines 1291 1295) no Hoare annotation was computed. [2021-10-28 23:20:12,799 INFO L857 garLoopResultBuilder]: For program point L234(lines 234 238) no Hoare annotation was computed. [2021-10-28 23:20:12,800 INFO L853 garLoopResultBuilder]: At program point L961(lines 954 971) the Hoare annotation is: (let ((.cse56 (+ ~s_memory1~0 2)) (.cse57 (+ ~req_tt_a~0 52)) (.cse42 (= ULTIMATE.start_m_run_~a~0 2)) (.cse19 (<= 2 ~c_write_req_ev~0)) (.cse21 (<= 1 ~c_m_lock~0)) (.cse23 (not (= ~s_run_st~0 0))) (.cse24 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse28 (= ~c_empty_rsp~0 1)) (.cse33 (= ~a_t~0 0)) (.cse34 (<= 2 ~c_m_ev~0)) (.cse60 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse17 (+ 51 ~req_tt_a~0)) (.cse64 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse63 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse62 (+ ~a_t~0 50))) (let ((.cse0 (<= 2 ~c_req_a~0)) (.cse10 (< 1 ULTIMATE.start_s_run_~req_a~1)) (.cse11 (<= ULTIMATE.start_s_run_~req_a~1 2)) (.cse15 (<= ~c_req_a~0 2)) (.cse30 (<= ULTIMATE.start_s_run_~req_d~1 .cse62)) (.cse35 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse52 (<= ~c_req_a~0 3)) (.cse46 (<= .cse64 .cse63)) (.cse53 (<= 3 ~c_req_a~0)) (.cse48 (<= (+ ~s_memory1~0 ~a_t~0) .cse17)) (.cse16 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse55 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse44 (<= ULTIMATE.start_s_run_~req_a~1 4)) (.cse22 (= ~c_req_type~0 1)) (.cse45 (< 3 ULTIMATE.start_s_run_~req_a~1)) (.cse47 (<= 4 ~c_req_a~0)) (.cse41 (<= ~s_memory1~0 51)) (.cse43 (<= 51 ~s_memory1~0)) (.cse54 (<= ~s_memory2~0 52)) (.cse25 (<= .cse62 ULTIMATE.start_s_run_~req_d~1)) (.cse29 (= ~m_run_pc~0 3)) (.cse32 (<= ~c_req_d~0 .cse62)) (.cse36 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse51 (<= ~c_req_a~0 4)) (.cse37 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0)) (.cse38 (= ~c_req_a~0 1)) (.cse39 (= ULTIMATE.start_s_run_~req_a~1 1)) (.cse40 (= ~a_t~0 1)) (.cse18 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse60)) (.cse1 (= ~c_req_type~0 0)) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ~c_req_a~0 0)) (.cse3 (let ((.cse65 (<= 6 ~m_run_pc~0)) (.cse66 (= ~m_run_pc~0 6))) (or (and .cse19 .cse21 (= ~a_t~0 2) .cse23 .cse42 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and .cse19 (<= 1 ULTIMATE.start_m_run_~a~0) .cse21 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse23 .cse65 (<= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse19 .cse21 .cse23 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34 (<= 3 ~a_t~0)) (and .cse19 .cse21 .cse23 (= ULTIMATE.start_m_run_~a~0 0) .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse33 .cse34)))) (.cse4 (<= 50 ~s_memory0~0)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse61 (<= (+ ~s_memory2~0 ~a_t~0) .cse57)) (.cse6 (<= 52 ~s_memory2~0)) (.cse49 (<= .cse63 .cse64)) (.cse12 (= ~s_memory4~0 54)) (.cse13 (<= ~s_memory0~0 50)) (.cse31 (= ULTIMATE.start_s_run_~req_a~1 0)) (.cse14 (<= ~s_memory3~0 .cse56)) (.cse50 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (let ((.cse9 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse8 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse7 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse7 .cse8) (<= .cse8 .cse9) (<= .cse9 .cse8) .cse10 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse11 .cse12 .cse13 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse14 .cse15 (<= .cse8 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) (<= .cse16 .cse17) (<= .cse8 .cse7) .cse18 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (and .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse19 .cse21 .cse22 .cse4 .cse38 .cse39 .cse23 (= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse40 .cse26 .cse13 .cse27 .cse28 .cse29 .cse30 .cse32 (<= ULTIMATE.start_s_memory_write_~v 50) .cse34 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse36 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse0 .cse19 .cse21 (<= ULTIMATE.start_s_memory_write_~v 51) .cse22 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse41 .cse23 (<= ~a_t~0 2) .cse42 .cse43 .cse24 .cse10 .cse11 .cse26 .cse13 .cse27 .cse28 .cse29 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (<= ~c_req_d~0 52) .cse34 .cse36 .cse37 (<= 2 ~a_t~0)) (and .cse19 .cse20 .cse21 .cse22 .cse23 (= ~s_run_pc~0 0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse1 .cse2 .cse44 .cse45 .cse46 .cse47 .cse3 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse41 .cse5 .cse48 .cse6 .cse43 .cse49 .cse12 .cse13 (= ~req_tt_a~0 4) .cse14 .cse50 .cse51 .cse18) (and .cse52 (<= ULTIMATE.start_s_memory_write_~v 52) .cse19 .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse53 .cse23 .cse6 .cse54 (< 2 ULTIMATE.start_s_run_~req_a~1) .cse24 (<= ~s_memory1~0 .cse55) .cse25 .cse26 .cse13 .cse27 .cse28 .cse29 .cse32 (<= ULTIMATE.start_s_run_~req_a~1 3) .cse34 .cse36 (<= ULTIMATE.start_s_run_~req_d~1 .cse56) (= 53 ULTIMATE.start_s_run_~req_d~1) .cse37) (let ((.cse59 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse58 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse52 .cse1 .cse2 .cse46 (<= .cse57 .cse16) .cse3 .cse4 .cse53 .cse41 .cse5 .cse48 .cse6 .cse43 .cse54 (= ~a_t~0 3) .cse49 (<= .cse16 .cse57) .cse12 (<= .cse58 .cse57) .cse13 .cse14 (<= .cse59 .cse60) (<= .cse60 .cse59) (<= .cse57 .cse58) (= 3 ULTIMATE.start_s_run_~req_a~1) .cse50 (<= .cse55 ~s_memory1~0))) (and .cse19 .cse21 .cse44 .cse22 .cse45 .cse47 .cse4 .cse41 (<= .cse56 ~s_memory3~0) .cse23 .cse6 .cse43 .cse54 .cse24 .cse25 .cse26 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse27 .cse28 .cse29 (= ULTIMATE.start_s_run_~req_d~1 54) .cse32 .cse14 .cse34 .cse36 .cse51 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse1 .cse2 .cse3 .cse4 .cse38 .cse39 .cse5 .cse61 .cse6 (<= ~s_memory1~0 .cse62) .cse40 .cse12 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse50 .cse18) (and .cse1 .cse2 .cse20 .cse3 .cse4 .cse5 .cse61 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse49 .cse12 .cse13 .cse31 .cse14 .cse50)))) [2021-10-28 23:20:12,800 INFO L857 garLoopResultBuilder]: For program point L829(lines 821 838) no Hoare annotation was computed. [2021-10-28 23:20:12,800 INFO L857 garLoopResultBuilder]: For program point L301(lines 301 305) no Hoare annotation was computed. [2021-10-28 23:20:12,800 INFO L857 garLoopResultBuilder]: For program point L1226(lines 1226 1230) no Hoare annotation was computed. [2021-10-28 23:20:12,800 INFO L857 garLoopResultBuilder]: For program point L1160(lines 1160 1167) no Hoare annotation was computed. [2021-10-28 23:20:12,800 INFO L857 garLoopResultBuilder]: For program point L962(lines 887 1117) no Hoare annotation was computed. [2021-10-28 23:20:12,800 INFO L857 garLoopResultBuilder]: For program point L830(lines 830 834) no Hoare annotation was computed. [2021-10-28 23:20:12,801 INFO L857 garLoopResultBuilder]: For program point L434(lines 434 438) no Hoare annotation was computed. [2021-10-28 23:20:12,801 INFO L857 garLoopResultBuilder]: For program point L368(lines 368 372) no Hoare annotation was computed. [2021-10-28 23:20:12,806 INFO L857 garLoopResultBuilder]: For program point L963(lines 963 967) no Hoare annotation was computed. [2021-10-28 23:20:12,806 INFO L853 garLoopResultBuilder]: At program point L700(lines 693 737) the Hoare annotation is: (let ((.cse21 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse22 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse5 (+ ~req_tt_a~0 52)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse16 (<= .cse13 .cse22)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0 2) .cse19)) (.cse18 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (let ((.cse23 (<= 2 ~c_write_req_ev~0)) (.cse24 (<= 1 ~c_m_lock~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (<= 6 ~m_run_pc~0)) (.cse27 (= 2 ~s_run_pc~0)) (.cse28 (= ~c_empty_req~0 1)) (.cse29 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 6)) (.cse32 (<= 2 ~c_m_ev~0))) (or (and .cse23 .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse23 .cse24 .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 1) .cse27 (= ~a_t~0 1) .cse28 .cse29 .cse30 .cse31 .cse32) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 (<= 3 ~a_t~0)) (and .cse23 .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (= ~a_t~0 0) .cse32)))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse21)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse8 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse14 (<= .cse22 .cse13))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 (<= .cse5 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse7 (<= .cse8 .cse5) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse9 (<= .cse10 .cse5) .cse11 .cse12 (<= .cse13 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse5 .cse10) .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse16 .cse17 .cse4 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse18 .cse7 .cse9 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15) (and .cse0 .cse1 .cse2 .cse3 .cse16 .cse17 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 (= 53 ~c_rsp_d~0) .cse18 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse7 .cse9 .cse11 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse12 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (let ((.cse20 (+ 51 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse19 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse7 .cse9 (<= .cse20 .cse10) .cse11 .cse12 (<= .cse8 .cse20) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse14 (<= .cse21 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)))))) [2021-10-28 23:20:12,807 INFO L853 garLoopResultBuilder]: At program point L568(lines 538 569) the Hoare annotation is: (let ((.cse19 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse31 (+ 53 ~req_tt_a~0)) (.cse34 (= ~a_t~0 0)) (.cse35 (<= 2 ~c_write_req_ev~0)) (.cse36 (<= 1 ~c_m_lock~0)) (.cse37 (not (= ~s_run_st~0 0))) (.cse38 (= 2 ~s_run_pc~0)) (.cse40 (= 2 ~c_write_rsp_ev~0)) (.cse41 (= ~c_empty_rsp~0 1)) (.cse42 (<= 2 ~c_m_ev~0)) (.cse33 (<= 3 ~a_t~0)) (.cse26 (+ 51 ~req_tt_a~0)) (.cse27 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse43 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse18 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse4 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse2 (<= .cse27 .cse43)) (.cse6 (<= ~s_memory1~0 51)) (.cse25 (+ ~a_t~0 ~c_rsp_d~0)) (.cse8 (<= (+ ~s_memory1~0 ~a_t~0) .cse26)) (.cse11 (<= 51 ~s_memory1~0)) (.cse12 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse7 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse3 (+ ~req_tt_a~0 52)) (.cse28 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse20 (let ((.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse35 .cse36 .cse37 (= ULTIMATE.start_m_run_~a~0 2) .cse44 .cse38 (= ~a_t~0 1) .cse40 .cse41 .cse45 .cse42) (and .cse35 .cse36 (= ~a_t~0 2) .cse37 .cse44 (= ULTIMATE.start_m_run_~a~0 3) .cse38 .cse40 .cse41 .cse45 .cse42) (and .cse35 (<= 1 ULTIMATE.start_m_run_~a~0) .cse36 .cse37 .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse38 .cse40 .cse41 .cse45 .cse34 .cse42) (and .cse35 .cse36 (<= ULTIMATE.start_m_run_~a~0 4) .cse37 .cse44 .cse38 (<= 4 ULTIMATE.start_m_run_~a~0) .cse40 .cse41 .cse45 .cse42 .cse33)))) (.cse21 (<= .cse31 (+ ~s_memory3~0 ~a_t~0))) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse5 (<= 50 ~s_memory0~0)) (.cse10 (<= 52 ~s_memory2~0)) (.cse13 (<= .cse43 .cse27)) (.cse14 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse22 (= ULTIMATE.start_m_run_~req_type___0~0 0)) (.cse30 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse19))) (or (let ((.cse9 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse0 .cse1 .cse2 (<= .cse3 .cse4) .cse5 .cse6 .cse7 .cse8 (<= .cse9 .cse3) (<= .cse3 .cse9) .cse10 .cse11 .cse12 .cse13 (<= .cse4 .cse3) .cse14 (<= .cse15 .cse3) .cse16 .cse17 (<= .cse18 .cse19) (<= .cse19 .cse18) .cse20 (<= .cse3 .cse15) .cse21 .cse22 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0))) (let ((.cse24 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse23 (+ ~req_tt_a~0 50)) (.cse29 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and .cse0 .cse1 .cse5 .cse6 .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse23) .cse10 .cse11 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse24) (<= .cse24 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse14 (<= .cse25 .cse26) .cse16 (<= .cse27 .cse18) (<= .cse28 .cse29) (<= .cse24 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse23 ULTIMATE.start_s_memory_read_~x~0) .cse20 (<= .cse4 .cse26) (<= .cse29 .cse28) .cse21 .cse22 .cse30)) (let ((.cse32 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse5 .cse6 (<= .cse31 .cse25) .cse7 .cse8 (<= .cse32 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res| 1)) .cse10 .cse11 .cse12 .cse13 (<= .cse32 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse14 .cse16 (<= .cse32 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse17 .cse20 .cse21 .cse22 .cse33)) (and .cse0 .cse1 .cse5 .cse7 (<= (+ ~s_memory2~0 ~a_t~0) .cse3) .cse10 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse14 .cse16 (<= .cse28 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse34 .cse20 .cse21 .cse22 .cse30) (let ((.cse39 (+ ~a_t~0 50))) (and .cse35 .cse1 .cse36 .cse5 .cse37 .cse10 .cse38 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse39 ULTIMATE.start_s_run_~req_d~1) .cse13 .cse14 .cse16 .cse40 .cse41 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= ~c_req_d~0 .cse39) (<= 4 ~a_t~0) .cse17 .cse42 (<= .cse39 ~c_req_d~0) (<= 0 ULTIMATE.start_m_run_~a~0) .cse22 .cse30 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))))))) [2021-10-28 23:20:12,807 INFO L857 garLoopResultBuilder]: For program point L767(lines 767 820) no Hoare annotation was computed. [2021-10-28 23:20:12,807 INFO L857 garLoopResultBuilder]: For program point L768(lines 768 772) no Hoare annotation was computed. [2021-10-28 23:20:12,807 INFO L857 garLoopResultBuilder]: For program point L702(lines 702 706) no Hoare annotation was computed. [2021-10-28 23:20:12,807 INFO L853 garLoopResultBuilder]: At program point L636(lines 629 646) the Hoare annotation is: (let ((.cse6 (= ~a_t~0 0)) (.cse8 (= ULTIMATE.start_m_run_~a~0 0)) (.cse12 (<= 3 ~a_t~0)) (.cse2 (= ULTIMATE.start_m_run_~a~0 1)) (.cse10 (= ~a_t~0 1)) (.cse0 (<= 1 ~c_m_lock~0)) (.cse11 (= ~a_t~0 2)) (.cse1 (not (= ~s_run_st~0 0))) (.cse9 (= ULTIMATE.start_m_run_~a~0 2)) (.cse3 (= 2 ~s_run_pc~0)) (.cse4 (= 2 ~c_write_rsp_ev~0)) (.cse5 (= ~c_empty_rsp~0 1)) (.cse7 (<= 2 ~c_m_ev~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7) (and .cse0 .cse1 .cse8 .cse3 .cse4 .cse5 .cse6 .cse7) (and .cse0 .cse1 .cse9 .cse3 .cse10 .cse4 .cse5 .cse7) (and .cse0 .cse11 .cse1 (= ULTIMATE.start_m_run_~a~0 3) .cse3 .cse4 .cse5 .cse7) (and .cse0 .cse1 .cse8 .cse3 .cse4 .cse5 .cse7 .cse12) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse3 .cse4 .cse5 .cse7 .cse12) (and .cse0 .cse1 .cse2 .cse3 .cse10 .cse4 .cse5 .cse7) (and .cse0 .cse11 .cse1 .cse9 .cse3 .cse4 .cse5 .cse7))) [2021-10-28 23:20:12,807 INFO L853 garLoopResultBuilder]: At program point L1297(lines 1290 1325) the Hoare annotation is: (let ((.cse49 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~s_memory1~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse40 (= ~a_t~0 0)) (.cse25 (= ULTIMATE.start_m_run_~a~0 1)) (.cse26 (= ~a_t~0 1)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse1 (= 2 ~s_run_pc~0)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse27 (<= 2 ~c_m_ev~0)) (.cse47 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse48 (<= 2 ~a_t~0)) (.cse14 (+ 51 ~req_tt_a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse50 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse46 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse33 (+ ~a_t~0 50))) (let ((.cse39 (<= ~c_req_d~0 .cse33)) (.cse28 (<= .cse46 ~c_req_d~0)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse30 (= ~s_run_pc~0 0)) (.cse34 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= .cse51 .cse50)) (.cse8 (<= 50 ~s_memory0~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse36 (<= (+ ~s_memory1~0 ~a_t~0) .cse14)) (.cse10 (<= 52 ~s_memory2~0)) (.cse24 (<= 51 ~s_memory1~0)) (.cse11 (let ((.cse52 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse0 .cse44 .cse52 .cse1 .cse2 .cse3 .cse45 .cse40 .cse27) (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse2 .cse3 .cse45 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse52 .cse1 .cse2 .cse3 .cse45 .cse27 .cse43) (and .cse21 .cse22 .cse0 (<= ~a_t~0 2) .cse52 .cse1 .cse2 .cse3 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse27 .cse47 .cse48)))) (.cse12 (<= .cse50 .cse51)) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse13 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse38)) (.cse41 (+ ~req_tt_a~0 52)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse49)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse6 (= ~c_req_type~0 0)) (.cse29 (= ~c_req_a~0 0)) (.cse31 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse32 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse11 (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse12 .cse13 (<= .cse14 .cse15) .cse16 .cse17 (<= .cse18 .cse14) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse8 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse23 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse24 .cse25 (<= ~c_req_d~0 51) .cse1 .cse26 .cse2 .cse16 .cse3 .cse5 .cse27 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse28) (and .cse29 .cse0 .cse30 .cse31 .cse2 .cse3 .cse4 .cse32) (and (<= .cse33 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse8 .cse23 .cse0 .cse10 .cse34 .cse1 .cse2 .cse13 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse27 .cse20 .cse28) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse35 .cse8 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse23 .cse9 .cse36 .cse10 .cse24 .cse11 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse13 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37 .cse19) (and .cse21 .cse22 .cse8 .cse23 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse38) (<= .cse33 ~s_memory3~0) .cse10 (= ULTIMATE.start_m_run_~a~0 3) .cse34 .cse1 .cse2 .cse16 .cse3 .cse5 .cse39 .cse17 .cse27 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse28) (and .cse21 .cse22 .cse8 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse39 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse27 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse28) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse8 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse41) .cse10 .cse11 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse12 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse13 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse37 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse3 .cse4 .cse27) (and .cse21 .cse22 (= ~a_t~0 2) .cse0 (= ULTIMATE.start_m_run_~a~0 2) .cse1 .cse3 .cse4 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse27 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse40 .cse27)) .cse45) (and .cse6 .cse7 .cse35 .cse8 .cse23 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse9 .cse36 (= 53 ~c_rsp_d~0) .cse10 .cse24 .cse11 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 .cse16 .cse17 .cse37 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse29 .cse0 .cse30 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse8 .cse0 .cse10 .cse24 (<= ~c_req_d~0 .cse46) .cse34 .cse1 (<= .cse33 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse33) .cse27 (<= .cse33 ~c_req_d~0) .cse47 .cse48) (and .cse6 .cse7 .cse35 .cse8 .cse23 .cse9 .cse36 (<= .cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 .cse24 .cse11 .cse12 (<= .cse18 .cse41) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse13 (<= .cse15 .cse41) .cse16 .cse17 (<= .cse49 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse41 .cse15) .cse19 .cse20 .cse47 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse48) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse27 .cse43) (and .cse6 .cse21 .cse29 .cse0 .cse31 .cse1 .cse2 .cse3 .cse4 .cse40 .cse27 .cse32)))) [2021-10-28 23:20:12,808 INFO L853 garLoopResultBuilder]: At program point L240(lines 233 277) the Hoare annotation is: (let ((.cse29 (+ ~a_t~0 50)) (.cse41 (+ ULTIMATE.start_m_run_~a~0 50))) (let ((.cse22 (= ~c_req_a~0 0)) (.cse28 (= ~s_run_pc~0 0)) (.cse23 (<= .cse41 ULTIMATE.start_m_run_~req_d~0)) (.cse24 (<= ~c_req_d~0 .cse29)) (.cse25 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse21 (= ~a_t~0 0)) (.cse26 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse27 (= ~m_run_pc~0 0)) (.cse0 (<= ULTIMATE.start_s_memory_write_~v .cse29)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (= ~c_req_type~0 1)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (not (= ULTIMATE.start_m_run_~req_type~0 0))) (.cse5 (not (= ~s_run_st~0 0))) (.cse6 (<= 52 ~s_memory2~0)) (.cse19 (<= ULTIMATE.start_m_run_~req_d~0 .cse41)) (.cse7 (<= ~s_memory2~0 52)) (.cse8 (= 2 ~s_run_pc~0)) (.cse20 (<= .cse29 ULTIMATE.start_s_run_~req_d~1)) (.cse9 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= 2 ~c_write_rsp_ev~0)) (.cse12 (= ~c_empty_rsp~0 1)) (.cse13 (= ~m_run_pc~0 3)) (.cse14 (<= ULTIMATE.start_s_run_~req_d~1 .cse29)) (.cse15 (<= 2 ~c_m_ev~0)) (.cse16 (not (= ~c_req_type~0 0))) (.cse17 (<= .cse41 ~c_req_d~0)) (.cse30 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse18 (+ ~s_memory1~0 2))) (or (and (<= ~c_req_a~0 3) (<= ULTIMATE.start_m_run_~req_a~0 3) .cse0 .cse1 .cse2 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse3 .cse4 (<= 3 ~c_req_a~0) .cse5 (<= ~a_t~0 2) .cse6 .cse7 .cse8 (<= 3 ULTIMATE.start_m_run_~req_a~0) (= 53 ~c_req_d~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (= 53 ULTIMATE.start_m_run_~req_d~0) .cse16 .cse17 (<= ULTIMATE.start_m_run_~req_d~0 .cse18)) (and .cse1 .cse2 .cse3 (= ~c_req_a~0 1) (= ULTIMATE.start_m_run_~req_a~0 1) .cse4 .cse5 .cse19 (<= ~c_req_d~0 51) .cse8 .cse20 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse21 (<= ULTIMATE.start_s_memory_write_~v 50) .cse15 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse16 (<= 51 ULTIMATE.start_m_run_~req_d~0) .cse17) (and .cse22 .cse1 .cse2 .cse5 .cse23 .cse19 .cse8 .cse9 .cse11 .cse12 .cse24 .cse25 .cse21 .cse15 .cse26 .cse27 .cse17) (and .cse22 .cse4 .cse5 .cse28 (= ULTIMATE.start_m_run_~a~0 0) .cse11 .cse12 .cse25 .cse27 .cse16) (and (<= 2 ~c_req_a~0) .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 .cse3 .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse5 .cse23 (<= .cse29 ~s_memory1~0) .cse8 (<= ~s_memory1~0 .cse30) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (<= ~c_req_a~0 2) (<= ~c_req_d~0 52) .cse15 (<= 2 ULTIMATE.start_m_run_~req_a~0) (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2) .cse16 .cse17) (and .cse22 .cse1 .cse2 .cse28 .cse23 .cse19 .cse9 .cse11 .cse12 .cse24 .cse25 .cse21 .cse15 .cse26 .cse27 .cse17) (and (let ((.cse31 (<= .cse29 ULTIMATE.start_s_memory_write_~v)) (.cse32 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse33 (<= 4 ~c_req_a~0)) (.cse34 (<= ~s_memory1~0 51)) (.cse35 (<= ~c_req_d~0 .cse41)) (.cse36 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse37 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse38 (<= ~s_memory3~0 .cse18)) (.cse39 (<= ~c_req_a~0 4)) (.cse40 (<= .cse30 ~s_memory3~0))) (or (and .cse31 .cse32 .cse0 .cse1 .cse2 .cse33 .cse3 .cse4 .cse34 .cse5 .cse6 .cse19 .cse35 .cse7 .cse8 .cse36 (= ~a_t~0 3) .cse20 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse37 .cse38 .cse15 .cse39 .cse16 .cse17 .cse40) (and .cse31 .cse32 .cse0 .cse1 .cse2 .cse33 .cse3 .cse4 .cse34 .cse5 .cse6 .cse19 .cse35 .cse7 .cse8 .cse36 .cse20 (= ~s_memory4~0 54) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse37 .cse38 .cse15 (<= .cse29 ~c_req_d~0) .cse39 .cse16 .cse17 .cse40))) (<= 3 ~a_t~0))))) [2021-10-28 23:20:12,808 INFO L857 garLoopResultBuilder]: For program point L1099(lines 1099 1103) no Hoare annotation was computed. [2021-10-28 23:20:12,808 INFO L857 garLoopResultBuilder]: For program point L637(lines 629 646) no Hoare annotation was computed. [2021-10-28 23:20:12,808 INFO L853 garLoopResultBuilder]: At program point L1232(lines 1225 1242) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse1 (= ~c_empty_req~0 1)) (.cse2 (= 2 ~c_write_rsp_ev~0)) (.cse3 (= ~c_empty_rsp~0 1)) (.cse4 (= ~m_run_pc~0 ~c_m_lock~0)) (.cse5 (= ~m_run_pc~0 0)) (.cse6 (= ~m_run_pc~0 ~s_run_pc~0))) (or (and (= ~c_req_type~0 0) (<= 2 ~c_write_req_ev~0) .cse0 .cse1 .cse2 .cse3 (= ~a_t~0 0) .cse4 (<= 2 ~c_m_ev~0) .cse5 .cse6) (and .cse0 (not (= ~s_run_st~0 0)) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6))) [2021-10-28 23:20:12,808 INFO L857 garLoopResultBuilder]: For program point L638(lines 638 642) no Hoare annotation was computed. [2021-10-28 23:20:12,808 INFO L853 garLoopResultBuilder]: At program point L440(lines 433 468) the Hoare annotation is: (let ((.cse17 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse16 (+ ~a_t~0 50)) (.cse20 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse20)) (.cse7 (<= .cse16 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse16)) (.cse15 (<= .cse17 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse3 (<= 52 ~s_memory2~0)) (.cse4 (not (= ~c_m_lock~0 1))) (.cse5 (<= ~s_memory2~0 52)) (.cse6 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~c_empty_rsp~0 1)) (.cse12 (= ~m_run_pc~0 3)) (.cse18 (<= ULTIMATE.start_s_run_~req_d~1 .cse16)) (.cse19 (<= .cse16 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse15) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 (<= ~s_memory1~0 .cse16) (<= ~c_req_d~0 .cse17) (<= ~c_req_d~0 51) (<= .cse16 ~s_memory1~0) .cse6 .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 .cse19 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse16 ~s_memory3~0) .cse3 .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse0 .cse1 .cse2 .cse4 .cse6 .cse7 .cse8 (<= ~c_req_d~0 50) .cse9 .cse10 .cse11 .cse12 .cse18 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse19 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse15) (and (<= ULTIMATE.start_s_memory_write_~v .cse16) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse3 (<= 51 ~s_memory1~0) .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse19 (<= ULTIMATE.start_m_run_~a~0 2))))) [2021-10-28 23:20:12,809 INFO L853 garLoopResultBuilder]: At program point L506-2(lines 506 534) the Hoare annotation is: (let ((.cse15 (+ 53 ~req_tt_a~0)) (.cse9 (= ~a_t~0 0)) (.cse26 (<= 2 ~c_write_req_ev~0)) (.cse27 (not (= ~s_run_st~0 0))) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse31 (= ~c_empty_req~0 1)) (.cse32 (= 2 ~c_write_rsp_ev~0)) (.cse33 (= ~c_empty_rsp~0 1)) (.cse34 (<= 2 ~c_m_ev~0)) (.cse25 (<= 3 ~a_t~0)) (.cse37 (+ 51 ~req_tt_a~0)) (.cse38 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse43 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse41 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse19 (+ ~a_t~0 ~c_rsp_d~0)) (.cse8 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse13 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse41)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse14 (<= .cse38 .cse43)) (.cse2 (<= 50 ~s_memory0~0)) (.cse18 (<= ~s_memory1~0 51)) (.cse3 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse20 (<= (+ ~s_memory1~0 ~a_t~0) .cse37)) (.cse16 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse5 (<= 52 ~s_memory2~0)) (.cse21 (<= 51 ~s_memory1~0)) (.cse23 (<= .cse43 .cse38)) (.cse22 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse6 (= ~s_memory4~0 54)) (.cse7 (<= ~s_memory0~0 50)) (.cse24 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse39 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse4 (+ ~req_tt_a~0 52)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse10 (let ((.cse42 (= ~m_run_pc~0 6))) (or (and .cse26 .cse27 (= ULTIMATE.start_m_run_~a~0 2) .cse28 .cse29 (= ~a_t~0 1) .cse31 .cse32 .cse33 .cse42 .cse34) (and .cse26 (= ~a_t~0 2) .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 3) .cse29 .cse31 .cse32 .cse33 .cse42 .cse34) (and .cse26 (<= 1 ULTIMATE.start_m_run_~a~0) .cse27 (<= ULTIMATE.start_m_run_~a~0 1) .cse28 .cse29 .cse31 .cse32 .cse33 .cse42 .cse9 .cse34) (and .cse26 (<= ULTIMATE.start_m_run_~a~0 4) .cse27 .cse28 .cse29 .cse31 (<= 4 ULTIMATE.start_m_run_~a~0) .cse32 .cse33 .cse42 .cse34 .cse25)))) (.cse11 (<= .cse15 (+ ~s_memory3~0 ~a_t~0))) (.cse12 (= ULTIMATE.start_m_run_~req_type___0~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 (<= (+ ~s_memory2~0 ~a_t~0) .cse4) .cse5 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse6 .cse7 (<= .cse8 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse9 .cse10 .cse11 .cse12 .cse13) (and .cse0 .cse1 .cse14 (<= .cse15 .cse16) .cse2 (<= .cse15 .cse17) .cse18 (<= .cse15 .cse19) .cse3 .cse20 .cse5 .cse21 (<= .cse15 .cse22) .cse23 .cse6 .cse7 .cse24 .cse10 .cse11 .cse12 .cse13 .cse25) (let ((.cse30 (+ ~a_t~0 50))) (and .cse26 .cse1 .cse2 .cse27 .cse5 .cse28 .cse29 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse30 ULTIMATE.start_s_run_~req_d~1) .cse23 .cse31 .cse6 .cse7 .cse32 .cse33 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= ~c_req_d~0 .cse30) (<= 4 ~a_t~0) .cse24 .cse34 (<= .cse30 ~c_req_d~0) (<= 0 ULTIMATE.start_m_run_~a~0) .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (let ((.cse36 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse35 (+ ~req_tt_a~0 50)) (.cse40 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and .cse0 .cse1 .cse2 .cse18 .cse3 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse35) .cse5 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse36) (<= .cse36 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= .cse19 .cse37) .cse7 (<= .cse38 .cse39) .cse24 (<= .cse8 .cse40) (<= .cse36 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse35 ULTIMATE.start_s_memory_read_~x~0) (<= .cse22 .cse37) (<= .cse40 .cse8) .cse10 .cse11 .cse12 .cse13)) (and .cse0 .cse1 .cse14 (<= .cse4 .cse22) .cse2 .cse18 .cse3 .cse20 (<= .cse16 .cse4) (<= .cse4 .cse16) .cse5 .cse21 (<= ~s_memory2~0 52) .cse23 (<= .cse22 .cse4) .cse6 (<= .cse17 .cse4) .cse7 .cse24 (<= .cse39 .cse41) (<= .cse41 .cse39) (<= .cse4 .cse17) .cse10 .cse11 .cse12 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0))))) [2021-10-28 23:20:12,809 INFO L853 garLoopResultBuilder]: At program point L374(lines 367 384) the Hoare annotation is: (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse20 (+ ~s_memory1~0 2)) (.cse15 (+ ~a_t~0 50))) (let ((.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse15)) (.cse18 (<= .cse15 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= 52 ~s_memory2~0)) (.cse17 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse5 (<= .cse15 ULTIMATE.start_s_run_~req_d~1)) (.cse6 (= ~c_empty_req~0 1)) (.cse7 (<= ~s_memory0~0 50)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse10 (= ~m_run_pc~0 3)) (.cse12 (<= ~c_req_d~0 .cse15)) (.cse21 (<= ~s_memory3~0 .cse20)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse14 (<= .cse19 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14) (and (<= ULTIMATE.start_s_memory_write_~v .cse15) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse16 (<= 51 ~s_memory1~0) .cse17 .cse4 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 .cse18 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse15) (<= ~c_req_d~0 .cse19) (<= .cse15 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse18 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse14) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse15 ~s_memory3~0) .cse16 .cse17 .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse21 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse14) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse16 .cse17 .cse4 .cse5 .cse6 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse7 .cse8 .cse9 .cse10 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse21 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse14)))) [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L1299(lines 1299 1303) no Hoare annotation was computed. [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L242(lines 242 246) no Hoare annotation was computed. [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L1233(lines 1181 1360) no Hoare annotation was computed. [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L507(lines 506 534) no Hoare annotation was computed. [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L375(lines 145 491) no Hoare annotation was computed. [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L1234(lines 1234 1238) no Hoare annotation was computed. [2021-10-28 23:20:12,809 INFO L857 garLoopResultBuilder]: For program point L508(lines 508 512) no Hoare annotation was computed. [2021-10-28 23:20:12,810 INFO L857 garLoopResultBuilder]: For program point L442(lines 442 446) no Hoare annotation was computed. [2021-10-28 23:20:12,810 INFO L857 garLoopResultBuilder]: For program point L376(lines 376 380) no Hoare annotation was computed. [2021-10-28 23:20:12,810 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startErr3ASSERT_VIOLATIONERROR_FUNCTION(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,810 INFO L853 garLoopResultBuilder]: At program point L1037(lines 1011 1038) the Hoare annotation is: (let ((.cse31 (<= 3 ~a_t~0)) (.cse45 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse46 (<= 2 ~a_t~0)) (.cse13 (<= 2 ~c_write_req_ev~0)) (.cse14 (<= 1 ~c_m_lock~0)) (.cse20 (= 2 ~s_run_pc~0)) (.cse22 (= ~c_empty_req~0 1)) (.cse23 (= 2 ~c_write_rsp_ev~0)) (.cse24 (= ~c_empty_rsp~0 1)) (.cse37 (= ~a_t~0 0)) (.cse28 (<= 2 ~c_m_ev~0)) (.cse43 (+ 51 ~req_tt_a~0)) (.cse53 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse52 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse47 (+ ~s_memory1~0 2)) (.cse54 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse12 (+ ~a_t~0 50))) (let ((.cse33 (<= ~s_memory1~0 .cse12)) (.cse18 (<= ~c_req_d~0 .cse54)) (.cse26 (<= ULTIMATE.start_s_run_~req_d~1 .cse12)) (.cse29 (<= .cse12 ~c_req_d~0)) (.cse16 (<= .cse47 ~s_memory3~0)) (.cse19 (<= ~s_memory2~0 52)) (.cse21 (<= .cse12 ULTIMATE.start_s_run_~req_d~1)) (.cse25 (= ~m_run_pc~0 3)) (.cse27 (<= ~c_req_d~0 .cse12)) (.cse38 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse39 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse40 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse32 (<= .cse54 ~c_req_d~0)) (.cse11 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse48 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse34 (<= .cse53 .cse52)) (.cse2 (<= 50 ~s_memory0~0)) (.cse15 (<= ~s_memory1~0 51)) (.cse3 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse35 (<= (+ ~s_memory1~0 ~a_t~0) .cse43)) (.cse5 (<= 52 ~s_memory2~0)) (.cse17 (<= 51 ~s_memory1~0)) (.cse6 (<= .cse52 .cse53)) (.cse42 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse7 (let ((.cse51 (= ~m_run_pc~0 6))) (or (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse13 .cse14 .cse20 .cse22 .cse23 .cse24 .cse51 .cse28 .cse31) (and .cse13 (<= 1 ULTIMATE.start_m_run_~a~0) .cse14 (<= ~a_t~0 1) (<= 1 ~a_t~0) (<= ULTIMATE.start_m_run_~a~0 1) .cse20 .cse22 .cse23 .cse24 .cse51 .cse28) (and .cse13 .cse14 (<= ~a_t~0 2) .cse20 .cse22 .cse23 .cse24 .cse51 (<= 2 ULTIMATE.start_m_run_~a~0) .cse28 .cse45 .cse46) (and .cse13 .cse14 (= ULTIMATE.start_m_run_~a~0 0) .cse20 .cse22 .cse23 .cse24 .cse51 .cse37 .cse28)))) (.cse8 (= ~s_memory4~0 54)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (<= ~s_memory3~0 .cse47)) (.cse4 (+ ~req_tt_a~0 52)) (.cse41 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse36 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (.cse30 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (or (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse3 (<= (+ ~s_memory2~0 ~a_t~0) .cse4) .cse5 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse7 .cse8 .cse9 .cse10 .cse11 (<= |ULTIMATE.start_s_memory_read_#res| 50)) (and (<= .cse12 ULTIMATE.start_s_memory_write_~v) (<= ULTIMATE.start_s_memory_write_~v .cse12) .cse13 .cse14 .cse2 .cse15 .cse16 .cse5 .cse17 .cse18 .cse19 .cse20 .cse21 .cse22 .cse8 .cse9 .cse23 .cse24 .cse25 .cse26 .cse27 .cse10 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse33 .cse18 (<= .cse12 ~s_memory1~0) .cse20 (= ~a_t~0 1) .cse21 .cse22 .cse9 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse32) (and .cse0 .cse1 .cse34 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse15 .cse3 .cse35 .cse5 .cse17 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse6 .cse7 .cse8 .cse9 (= ~req_tt_a~0 4) .cse10 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse11 .cse36) (and .cse13 .cse14 .cse2 .cse20 .cse21 .cse22 .cse9 .cse23 .cse24 .cse25 .cse26 .cse27 .cse37 .cse38 .cse28 .cse39 .cse40 .cse32) (and .cse0 .cse1 .cse2 .cse3 .cse5 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse33 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse41) (<= .cse41 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse7 .cse8 .cse9 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) (<= (+ ~req_tt_a~0 50) ULTIMATE.start_s_memory_read_~x~0) (<= .cse42 .cse43) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse36 .cse30) (let ((.cse44 (+ 49 ULTIMATE.start_m_run_~a~0))) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse13 .cse14 (<= .cse44 ~s_memory1~0) (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse5 .cse18 .cse19 .cse20 .cse21 (<= ~s_memory1~0 .cse44) .cse22 .cse9 .cse23 .cse24 .cse25 .cse26 .cse28 .cse29 .cse45 .cse46)) (and .cse13 .cse14 .cse2 .cse16 (<= ULTIMATE.start_s_memory_write_~v .cse47) .cse5 .cse19 .cse20 (<= ~s_memory1~0 .cse48) .cse21 .cse22 .cse9 .cse23 .cse24 .cse25 .cse27 .cse10 .cse28 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse32) (and .cse13 .cse14 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) (<= ULTIMATE.start_s_run_~req_d~1 50) (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse22 .cse9 .cse23 .cse25 .cse27 .cse37 .cse38 .cse28 .cse39 (= ULTIMATE.start_s_run_~req_type~1 1) .cse40 .cse32) (and .cse0 .cse1 .cse34 .cse2 .cse15 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse3 .cse35 .cse5 .cse17 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse36 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse48 ~s_memory1~0)) (let ((.cse50 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse49 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse34 .cse2 .cse15 .cse3 .cse35 (= ULTIMATE.start_m_run_~a~0 2) (<= .cse4 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse5 .cse17 (<= .cse49 .cse41) .cse6 (<= .cse42 .cse4) .cse7 (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse8 (<= .cse50 .cse4) .cse9 .cse10 (<= .cse4 .cse50) (<= .cse41 .cse49) .cse36 .cse30 (<= ULTIMATE.start_s_run_~rsp_d~1 52)))))) [2021-10-28 23:20:12,811 INFO L857 garLoopResultBuilder]: For program point L575(lines 575 628) no Hoare annotation was computed. [2021-10-28 23:20:12,811 INFO L857 garLoopResultBuilder]: For program point L113(lines 113 141) no Hoare annotation was computed. [2021-10-28 23:20:12,811 INFO L857 garLoopResultBuilder]: For program point L840(lines 840 846) no Hoare annotation was computed. [2021-10-28 23:20:12,811 INFO L853 garLoopResultBuilder]: At program point L840-1(lines 840 846) the Hoare annotation is: (let ((.cse34 (+ ULTIMATE.start_m_run_~req_a___0~0 50)) (.cse14 (= ~a_t~0 0)) (.cse30 (<= 3 ~a_t~0)) (.cse37 (= ULTIMATE.start_m_run_~a~0 2)) (.cse40 (+ ~s_memory1~0 ~a_t~0)) (.cse33 (+ 51 ~req_tt_a~0)) (.cse38 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse39 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse35 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse41 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse13 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) (.cse12 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ 53 ~req_tt_a~0))) (let ((.cse6 (<= 52 ~s_memory2~0)) (.cse15 (<= .cse19 (+ ~s_memory3~0 ~a_t~0))) (.cse24 (<= .cse13 .cse12)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse18 (<= .cse35 .cse41)) (.cse2 (<= 50 ~s_memory0~0)) (.cse22 (<= ~s_memory1~0 51)) (.cse23 (<= .cse38 .cse39)) (.cse3 (< ULTIMATE.start_m_run_~rsp_d___0~0 .cse35)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse5 (<= .cse40 .cse33)) (.cse20 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse25 (<= 51 ~s_memory1~0)) (.cse7 (let ((.cse42 (<= 2 ~c_write_req_ev~0)) (.cse43 (not (= ~s_run_st~0 0))) (.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (not (= ~c_m_lock~0 1))) (.cse46 (= 2 ~s_run_pc~0)) (.cse47 (= ~c_empty_req~0 1)) (.cse48 (= 2 ~c_write_rsp_ev~0)) (.cse49 (= ~c_empty_rsp~0 1)) (.cse50 (= ~m_run_pc~0 6)) (.cse51 (<= 2 ~c_m_ev~0))) (or (and .cse42 .cse43 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse45 .cse46 .cse47 .cse48 .cse49 .cse50 .cse14 .cse51) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse42 .cse43 .cse44 .cse45 .cse46 .cse47 .cse48 .cse49 .cse50 .cse51 .cse30) (and .cse42 (<= 1 ULTIMATE.start_m_run_~a~0) .cse43 .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse45 .cse46 (= ~a_t~0 1) .cse47 .cse48 .cse49 .cse50 .cse51) (and .cse42 (= ~a_t~0 2) .cse43 .cse37 .cse44 .cse45 .cse46 .cse47 .cse48 .cse49 .cse50 .cse51)))) (.cse8 (<= .cse34 ULTIMATE.start_m_run_~rsp_d___0~0)) (.cse9 (<= .cse41 .cse35)) (.cse26 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse10 (= ~s_memory4~0 54)) (.cse28 (<= .cse33 .cse40)) (.cse11 (<= ~s_memory0~0 50)) (.cse29 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse27 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse21 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse16 (<= .cse39 .cse38)) (.cse17 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= .cse12 .cse13) .cse14 .cse15 .cse16 .cse17) (and .cse0 .cse1 .cse18 (<= .cse19 .cse20) .cse2 (<= .cse19 .cse21) .cse22 .cse23 .cse3 .cse4 .cse5 .cse24 .cse25 (<= .cse19 .cse26) .cse7 (<= (+ 53 ULTIMATE.start_m_run_~req_a___0~0) .cse27) .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse16 .cse30) (let ((.cse32 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse31 (+ ~req_tt_a~0 50))) (and .cse0 .cse1 .cse2 .cse3 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse31) .cse6 .cse7 .cse8 (<= .cse32 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 .cse31) .cse9 .cse10 (<= (+ ~a_t~0 ~c_rsp_d~0) .cse33) .cse11 .cse29 (<= .cse32 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse31 ULTIMATE.start_s_memory_read_~x~0) (<= .cse26 .cse33) (<= .cse34 ~c_rsp_d~0) .cse15 .cse16 (<= .cse35 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)))) (and .cse0 .cse1 .cse18 .cse2 .cse22 .cse23 .cse3 .cse4 .cse5 .cse24 .cse25 .cse7 .cse8 .cse9 .cse10 .cse28 (<= 4 ULTIMATE.start_m_run_~a~0) .cse11 (<= 4 ~a_t~0) .cse29 .cse16) (let ((.cse36 (+ ~req_tt_a~0 52))) (and .cse0 .cse1 .cse18 (<= .cse36 .cse26) .cse2 .cse22 .cse23 .cse3 .cse4 .cse5 (<= .cse20 .cse36) .cse37 (<= .cse36 .cse20) .cse25 .cse7 .cse8 .cse9 (<= .cse26 .cse36) .cse10 .cse28 (<= .cse21 .cse36) .cse11 .cse29 (<= .cse27 .cse38) (<= .cse38 .cse27) (<= .cse36 .cse21) .cse16 .cse17))))) [2021-10-28 23:20:12,812 INFO L853 garLoopResultBuilder]: At program point L774(lines 767 820) the Hoare annotation is: (let ((.cse20 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse16 (+ 51 ~req_tt_a~0)) (.cse23 (<= 2 ~a_t~0)) (.cse14 (<= 3 ~a_t~0)) (.cse34 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse22 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= .cse34 .cse22)) (.cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (+ ~req_tt_a~0 52)) (.cse15 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= .cse22 .cse34)) (.cse4 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (not (= ~s_run_st~0 0))) (.cse27 (<= 6 ~m_run_pc~0)) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6))) (or (and .cse25 .cse26 (<= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse23) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse14) (and .cse25 .cse26 .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 1) .cse29 (= ~a_t~0 1) .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 0) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse16)) (.cse7 (<= 51 ~s_memory1~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse20)) (.cse10 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 (= ~req_tt_a~0 3) .cse3 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse4 .cse5 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse16 .cse17) .cse11 .cse12 (<= .cse18 .cse16) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 .cse7 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse9 (<= .cse18 .cse21) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 (<= .cse17 .cse21) .cse11 .cse12 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse21 .cse17) .cse19 .cse13 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse23) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse21) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse24)))) [2021-10-28 23:20:12,812 INFO L853 garLoopResultBuilder]: At program point L708(lines 701 736) the Hoare annotation is: (let ((.cse21 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse22 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse5 (+ ~req_tt_a~0 52)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse16 (<= .cse13 .cse22)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0 2) .cse19)) (.cse18 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (let ((.cse23 (<= 2 ~c_write_req_ev~0)) (.cse24 (<= 1 ~c_m_lock~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (<= 6 ~m_run_pc~0)) (.cse27 (= 2 ~s_run_pc~0)) (.cse28 (= ~c_empty_req~0 1)) (.cse29 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 6)) (.cse32 (<= 2 ~c_m_ev~0))) (or (and .cse23 .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse23 .cse24 .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 1) .cse27 (= ~a_t~0 1) .cse28 .cse29 .cse30 .cse31 .cse32) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 (<= 3 ~a_t~0)) (and .cse23 .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (= ~a_t~0 0) .cse32)))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse21)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse8 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse14 (<= .cse22 .cse13))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 (<= .cse5 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse7 (<= .cse8 .cse5) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse9 (<= .cse10 .cse5) .cse11 .cse12 (<= .cse13 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse5 .cse10) .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse16 .cse17 .cse4 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse18 .cse7 .cse9 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15) (and .cse0 .cse1 .cse2 .cse3 .cse16 .cse17 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 (= 53 ~c_rsp_d~0) .cse18 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse7 .cse9 .cse11 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse12 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (let ((.cse20 (+ 51 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse19 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse7 .cse9 (<= .cse20 .cse10) .cse11 .cse12 (<= .cse8 .cse20) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse14 (<= .cse21 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)))))) [2021-10-28 23:20:12,812 INFO L857 garLoopResultBuilder]: For program point L576(lines 576 580) no Hoare annotation was computed. [2021-10-28 23:20:12,812 INFO L853 garLoopResultBuilder]: At program point L1105(lines 1098 1115) the Hoare annotation is: (let ((.cse3 (+ ~s_memory1~0 2)) (.cse32 (= ULTIMATE.start_m_run_~a~0 2)) (.cse40 (= ~a_t~0 0)) (.cse16 (= ~a_t~0 1)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse44 (= 2 ~s_run_pc~0)) (.cse42 (= ~c_empty_req~0 1)) (.cse12 (<= 2 ~c_m_ev~0)) (.cse38 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse39 (+ 51 ~req_tt_a~0)) (.cse46 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse45 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse14 (+ ~a_t~0 50)) (.cse41 (+ ULTIMATE.start_m_run_~a~0 50))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse15 (<= ~c_req_d~0 .cse41)) (.cse18 (<= .cse14 ~c_req_d~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse33 (<= 2 ~a_t~0)) (.cse37 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse36 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse34 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (<= .cse46 .cse45)) (.cse22 (<= ~s_memory1~0 51)) (.cse24 (<= (+ ~s_memory1~0 ~a_t~0) .cse39)) (.cse25 (<= 51 ~s_memory1~0)) (.cse30 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse38)) (.cse19 (= ~c_req_type~0 0)) (.cse20 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse23 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse35 (+ ~req_tt_a~0 52)) (.cse4 (<= 52 ~s_memory2~0)) (.cse26 (let ((.cse47 (<= 6 ~m_run_pc~0)) (.cse48 (= ~m_run_pc~0 6))) (or (and .cse0 .cse1 (= ~a_t~0 2) .cse32 .cse47 .cse44 .cse42 .cse48 .cse12) (and .cse0 .cse1 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse42 .cse48 .cse40 .cse12) (and .cse0 .cse1 .cse47 (= ULTIMATE.start_m_run_~a~0 1) .cse44 .cse16 .cse42 .cse48 .cse12) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse47 .cse44 .cse42 .cse48 .cse12 (<= 3 ~a_t~0))))) (.cse27 (<= .cse45 .cse46)) (.cse28 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory3~0 .cse3)) (.cse29 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse2 (<= 50 ~s_memory0~0)) (.cse6 (let ((.cse43 (= ~m_run_pc~0 3))) (or (and (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse42 .cse43) (and .cse44 .cse42 .cse43)))) (.cse8 (<= .cse14 ULTIMATE.start_s_run_~req_d~1)) (.cse9 (<= ~s_memory0~0 50)) (.cse17 (<= ULTIMATE.start_s_run_~req_d~1 .cse14)) (.cse10 (<= ~c_req_d~0 .cse14)) (.cse13 (<= .cse41 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= .cse3 ~s_memory3~0) (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 (<= ~s_memory1~0 .cse7) .cse8 .cse9 .cse10 .cse11 .cse12 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse13) (and (<= ULTIMATE.start_s_memory_write_~v .cse14) .cse0 .cse1 .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) (<= ~s_memory1~0 .cse14) .cse15 (<= .cse14 ~s_memory1~0) .cse6 .cse16 .cse8 .cse9 .cse17 .cse10 .cse12 .cse18 .cse13) (and .cse19 .cse20 .cse21 .cse2 .cse22 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse23 .cse24 (= 53 ~c_rsp_d~0) .cse4 .cse25 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse26 .cse27 .cse28 .cse9 .cse11 .cse29 .cse30 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse7 ~s_memory1~0)) (let ((.cse31 (+ 49 ULTIMATE.start_m_run_~a~0))) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= .cse31 ~s_memory1~0) (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse32 .cse4 .cse15 .cse5 .cse6 .cse8 (<= ~s_memory1~0 .cse31) .cse9 .cse17 .cse12 .cse18 .cse33)) (and (<= .cse14 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse22 .cse4 .cse5 .cse6 .cse8 .cse28 (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse17 .cse10 .cse11 .cse12 .cse34 .cse13) (and .cse19 .cse20 .cse21 .cse2 .cse22 .cse23 .cse24 (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse4 .cse25 .cse26 .cse27 (<= .cse36 .cse35) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse28 (<= .cse37 .cse35) .cse9 .cse11 (<= .cse38 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse35 .cse37) .cse30 .cse34 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse33) (and .cse19 .cse20 .cse2 .cse23 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse26 (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse27 .cse28 (<= .cse39 .cse37) .cse9 .cse11 (<= .cse36 .cse39) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse30 .cse34 (<= ~c_rsp_d~0 51)) (and (= 54 ~c_rsp_d~0) .cse19 .cse20 .cse21 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse22 .cse23 .cse24 .cse4 .cse25 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse26 .cse27 .cse28 .cse9 (= ~req_tt_a~0 4) .cse11 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse29 .cse30) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse19 .cse20 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse23 (<= (+ ~s_memory2~0 ~a_t~0) .cse35) .cse4 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse26 .cse27 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse28 .cse9 (<= ~c_rsp_d~0 50) .cse11 .cse29 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and .cse0 .cse1 .cse2 .cse6 .cse8 .cse9 .cse17 .cse10 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse12 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse13)))) [2021-10-28 23:20:12,813 INFO L853 garLoopResultBuilder]: At program point L1172(lines 1124 1177) the Hoare annotation is: (let ((.cse49 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~s_memory1~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse40 (= ~a_t~0 0)) (.cse25 (= ULTIMATE.start_m_run_~a~0 1)) (.cse26 (= ~a_t~0 1)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse1 (= 2 ~s_run_pc~0)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse27 (<= 2 ~c_m_ev~0)) (.cse47 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse48 (<= 2 ~a_t~0)) (.cse14 (+ 51 ~req_tt_a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse50 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse46 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse33 (+ ~a_t~0 50))) (let ((.cse39 (<= ~c_req_d~0 .cse33)) (.cse28 (<= .cse46 ~c_req_d~0)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse30 (= ~s_run_pc~0 0)) (.cse34 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= .cse51 .cse50)) (.cse8 (<= 50 ~s_memory0~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse36 (<= (+ ~s_memory1~0 ~a_t~0) .cse14)) (.cse10 (<= 52 ~s_memory2~0)) (.cse24 (<= 51 ~s_memory1~0)) (.cse11 (let ((.cse52 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse0 .cse44 .cse52 .cse1 .cse2 .cse3 .cse45 .cse40 .cse27) (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse2 .cse3 .cse45 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse52 .cse1 .cse2 .cse3 .cse45 .cse27 .cse43) (and .cse21 .cse22 .cse0 (<= ~a_t~0 2) .cse52 .cse1 .cse2 .cse3 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse27 .cse47 .cse48)))) (.cse12 (<= .cse50 .cse51)) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse13 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse38)) (.cse41 (+ ~req_tt_a~0 52)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse49)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse6 (= ~c_req_type~0 0)) (.cse29 (= ~c_req_a~0 0)) (.cse31 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse32 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse11 (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse12 .cse13 (<= .cse14 .cse15) .cse16 .cse17 (<= .cse18 .cse14) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse8 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse23 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse24 .cse25 (<= ~c_req_d~0 51) .cse1 .cse26 .cse2 .cse16 .cse3 .cse5 .cse27 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse28) (and .cse29 .cse0 .cse30 .cse31 .cse2 .cse3 .cse4 .cse32) (and (<= .cse33 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse8 .cse23 .cse0 .cse10 .cse34 .cse1 .cse2 .cse13 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse27 .cse20 .cse28) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse35 .cse8 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse23 .cse9 .cse36 .cse10 .cse24 .cse11 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse13 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37 .cse19) (and .cse21 .cse22 .cse8 .cse23 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse38) (<= .cse33 ~s_memory3~0) .cse10 (= ULTIMATE.start_m_run_~a~0 3) .cse34 .cse1 .cse2 .cse16 .cse3 .cse5 .cse39 .cse17 .cse27 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse28) (and .cse21 .cse22 .cse8 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse39 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse27 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse28) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse8 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse41) .cse10 .cse11 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse12 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse13 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse37 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse3 .cse4 .cse27) (and .cse21 .cse22 (= ~a_t~0 2) .cse0 (= ULTIMATE.start_m_run_~a~0 2) .cse1 .cse3 .cse4 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse27 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse40 .cse27)) .cse45) (and .cse6 .cse7 .cse35 .cse8 .cse23 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse9 .cse36 (= 53 ~c_rsp_d~0) .cse10 .cse24 .cse11 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 .cse16 .cse17 .cse37 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse29 .cse0 .cse30 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse8 .cse0 .cse10 .cse24 (<= ~c_req_d~0 .cse46) .cse34 .cse1 (<= .cse33 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse33) .cse27 (<= .cse33 ~c_req_d~0) .cse47 .cse48) (and .cse6 .cse7 .cse35 .cse8 .cse23 .cse9 .cse36 (<= .cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 .cse24 .cse11 .cse12 (<= .cse18 .cse41) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse13 (<= .cse15 .cse41) .cse16 .cse17 (<= .cse49 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse41 .cse15) .cse19 .cse20 .cse47 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse48) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse27 .cse43) (and .cse6 .cse21 .cse29 .cse0 .cse31 .cse1 .cse2 .cse3 .cse4 .cse40 .cse27 .cse32)))) [2021-10-28 23:20:12,813 INFO L857 garLoopResultBuilder]: For program point L1106(lines 1098 1115) no Hoare annotation was computed. [2021-10-28 23:20:12,814 INFO L857 garLoopResultBuilder]: For program point L776(lines 776 780) no Hoare annotation was computed. [2021-10-28 23:20:12,814 INFO L857 garLoopResultBuilder]: For program point L710(lines 710 714) no Hoare annotation was computed. [2021-10-28 23:20:12,814 INFO L853 garLoopResultBuilder]: At program point L1305(lines 1298 1324) the Hoare annotation is: (let ((.cse49 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~s_memory1~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse40 (= ~a_t~0 0)) (.cse25 (= ULTIMATE.start_m_run_~a~0 1)) (.cse26 (= ~a_t~0 1)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse1 (= 2 ~s_run_pc~0)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse27 (<= 2 ~c_m_ev~0)) (.cse47 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse48 (<= 2 ~a_t~0)) (.cse14 (+ 51 ~req_tt_a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse50 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse46 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse33 (+ ~a_t~0 50))) (let ((.cse39 (<= ~c_req_d~0 .cse33)) (.cse28 (<= .cse46 ~c_req_d~0)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse30 (= ~s_run_pc~0 0)) (.cse34 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= .cse51 .cse50)) (.cse8 (<= 50 ~s_memory0~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse36 (<= (+ ~s_memory1~0 ~a_t~0) .cse14)) (.cse10 (<= 52 ~s_memory2~0)) (.cse24 (<= 51 ~s_memory1~0)) (.cse11 (let ((.cse52 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse0 .cse44 .cse52 .cse1 .cse2 .cse3 .cse45 .cse40 .cse27) (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse2 .cse3 .cse45 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse52 .cse1 .cse2 .cse3 .cse45 .cse27 .cse43) (and .cse21 .cse22 .cse0 (<= ~a_t~0 2) .cse52 .cse1 .cse2 .cse3 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse27 .cse47 .cse48)))) (.cse12 (<= .cse50 .cse51)) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse13 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse38)) (.cse41 (+ ~req_tt_a~0 52)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse49)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse6 (= ~c_req_type~0 0)) (.cse29 (= ~c_req_a~0 0)) (.cse31 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse32 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse11 (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse12 .cse13 (<= .cse14 .cse15) .cse16 .cse17 (<= .cse18 .cse14) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse8 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse23 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse24 .cse25 (<= ~c_req_d~0 51) .cse1 .cse26 .cse2 .cse16 .cse3 .cse5 .cse27 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse28) (and .cse29 .cse0 .cse30 .cse31 .cse2 .cse3 .cse4 .cse32) (and (<= .cse33 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse8 .cse23 .cse0 .cse10 .cse34 .cse1 .cse2 .cse13 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse27 .cse20 .cse28) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse35 .cse8 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse23 .cse9 .cse36 .cse10 .cse24 .cse11 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse13 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37 .cse19) (and .cse21 .cse22 .cse8 .cse23 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse38) (<= .cse33 ~s_memory3~0) .cse10 (= ULTIMATE.start_m_run_~a~0 3) .cse34 .cse1 .cse2 .cse16 .cse3 .cse5 .cse39 .cse17 .cse27 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse28) (and .cse21 .cse22 .cse8 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse39 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse27 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse28) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse8 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse41) .cse10 .cse11 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse12 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse13 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse37 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse3 .cse4 .cse27) (and .cse21 .cse22 (= ~a_t~0 2) .cse0 (= ULTIMATE.start_m_run_~a~0 2) .cse1 .cse3 .cse4 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse27 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse40 .cse27)) .cse45) (and .cse6 .cse7 .cse35 .cse8 .cse23 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse9 .cse36 (= 53 ~c_rsp_d~0) .cse10 .cse24 .cse11 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 .cse16 .cse17 .cse37 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse29 .cse0 .cse30 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse8 .cse0 .cse10 .cse24 (<= ~c_req_d~0 .cse46) .cse34 .cse1 (<= .cse33 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse33) .cse27 (<= .cse33 ~c_req_d~0) .cse47 .cse48) (and .cse6 .cse7 .cse35 .cse8 .cse23 .cse9 .cse36 (<= .cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 .cse24 .cse11 .cse12 (<= .cse18 .cse41) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse13 (<= .cse15 .cse41) .cse16 .cse17 (<= .cse49 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse41 .cse15) .cse19 .cse20 .cse47 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse48) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse27 .cse43) (and .cse6 .cse21 .cse29 .cse0 .cse31 .cse1 .cse2 .cse3 .cse4 .cse40 .cse27 .cse32)))) [2021-10-28 23:20:12,815 INFO L853 garLoopResultBuilder]: At program point L248(lines 241 276) the Hoare annotation is: (let ((.cse38 (= ~m_run_pc~0 0)) (.cse36 (= ~c_empty_rsp~0 1)) (.cse33 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse17 (+ ~a_t~0 50))) (let ((.cse10 (<= ULTIMATE.start_s_run_~req_d~1 .cse17)) (.cse18 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse35 (= ~s_run_pc~0 0)) (.cse21 (<= ULTIMATE.start_s_memory_write_~v .cse17)) (.cse2 (<= 50 ~s_memory0~0)) (.cse24 (<= 52 ~s_memory2~0)) (.cse26 (<= ~s_memory2~0 52)) (.cse6 (<= .cse17 ULTIMATE.start_s_run_~req_d~1)) (.cse8 (<= ~s_memory0~0 50)) (.cse32 (+ ~s_memory1~0 2)) (.cse34 (= ~c_req_a~0 0)) (.cse0 (<= 1 ~c_m_lock~0)) (.cse1 (= ~c_req_type~0 1)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= .cse33 ULTIMATE.start_m_run_~req_d~0)) (.cse4 (<= ULTIMATE.start_m_run_~req_d~0 .cse33)) (.cse5 (= 2 ~s_run_pc~0)) (.cse7 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse9 (= 2 ~c_write_rsp_ev~0)) (.cse39 (<= ~c_req_d~0 .cse17)) (.cse37 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse11 (or (and .cse36 .cse38) (and .cse36 (= ~m_run_pc~0 3)))) (.cse12 (= ~a_t~0 0)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse40 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse14 (not (= ~c_req_type~0 0))) (.cse15 (<= .cse33 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (= ~c_req_a~0 1) (= ULTIMATE.start_m_run_~req_a~0 1) .cse3 .cse4 (<= ~c_req_d~0 51) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14 (<= 51 ULTIMATE.start_m_run_~req_d~0) .cse15) (and (<= 2 ~c_req_a~0) .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 .cse16 (<= .cse17 ~s_memory1~0) .cse5 (<= ~s_memory1~0 .cse18) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse7 .cse8 .cse9 .cse10 .cse11 (<= ~c_req_a~0 2) (<= ~c_req_d~0 52) .cse13 (<= 2 ULTIMATE.start_m_run_~req_a~0) (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2) .cse14 .cse15) (and (let ((.cse19 (<= .cse17 ULTIMATE.start_s_memory_write_~v)) (.cse20 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse22 (<= 4 ~c_req_a~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse25 (<= ~c_req_d~0 .cse33)) (.cse27 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse28 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse29 (<= ~s_memory3~0 .cse32)) (.cse30 (<= ~c_req_a~0 4)) (.cse31 (<= .cse18 ~s_memory3~0))) (or (and .cse19 .cse20 .cse21 .cse0 .cse1 .cse22 .cse2 .cse23 .cse3 .cse24 .cse4 .cse25 .cse26 .cse5 .cse27 .cse6 (= ~s_memory4~0 54) .cse7 .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse13 (<= .cse17 ~c_req_d~0) .cse30 .cse14 .cse15 .cse31) (and .cse19 .cse20 .cse21 .cse0 .cse1 .cse22 .cse2 .cse23 .cse3 .cse24 .cse4 .cse25 .cse26 .cse5 .cse27 (= ~a_t~0 3) .cse6 .cse7 .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse13 .cse30 .cse14 .cse15 .cse31))) (<= 3 ~a_t~0)) (and .cse34 (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse3 .cse35 (= ULTIMATE.start_m_run_~a~0 0) .cse9 .cse36 .cse37 .cse38 .cse14) (and .cse34 .cse0 .cse1 .cse35 .cse16 .cse4 .cse7 .cse9 .cse36 .cse39 .cse37 .cse12 .cse13 .cse40 .cse38 .cse15) (and (<= ~c_req_a~0 3) (<= ULTIMATE.start_m_run_~req_a~0 3) .cse21 .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) (<= ULTIMATE.start_s_run_~req_d~1 52) .cse2 (<= 3 ~c_req_a~0) .cse3 .cse24 .cse26 .cse5 (<= 3 ULTIMATE.start_m_run_~req_a~0) (= 53 ~c_req_d~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse6 .cse7 .cse8 .cse9 .cse11 .cse13 (= 53 ULTIMATE.start_m_run_~req_d~0) .cse14 .cse15 (<= ULTIMATE.start_m_run_~req_d~0 .cse32)) (and .cse34 .cse0 .cse1 .cse3 .cse16 .cse4 .cse5 .cse7 .cse9 .cse39 .cse37 .cse11 .cse12 .cse13 .cse40 .cse14 .cse15)))) [2021-10-28 23:20:12,815 INFO L857 garLoopResultBuilder]: For program point L116(lines 116 140) no Hoare annotation was computed. [2021-10-28 23:20:12,815 INFO L857 garLoopResultBuilder]: For program point L1107(lines 1107 1111) no Hoare annotation was computed. [2021-10-28 23:20:12,815 INFO L853 garLoopResultBuilder]: At program point L117(lines 112 854) the Hoare annotation is: false [2021-10-28 23:20:12,816 INFO L853 garLoopResultBuilder]: At program point L448(lines 441 467) the Hoare annotation is: (let ((.cse17 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse16 (+ ~a_t~0 50)) (.cse20 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse20)) (.cse7 (<= .cse16 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse16)) (.cse15 (<= .cse17 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse3 (<= 52 ~s_memory2~0)) (.cse4 (not (= ~c_m_lock~0 1))) (.cse5 (<= ~s_memory2~0 52)) (.cse6 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~c_empty_rsp~0 1)) (.cse12 (= ~m_run_pc~0 3)) (.cse18 (<= ULTIMATE.start_s_run_~req_d~1 .cse16)) (.cse19 (<= .cse16 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse15) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 (<= ~s_memory1~0 .cse16) (<= ~c_req_d~0 .cse17) (<= ~c_req_d~0 51) (<= .cse16 ~s_memory1~0) .cse6 .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 .cse19 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse16 ~s_memory3~0) .cse3 .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse0 .cse1 .cse2 .cse4 .cse6 .cse7 .cse8 (<= ~c_req_d~0 50) .cse9 .cse10 .cse11 .cse12 .cse18 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse19 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse15) (and (<= ULTIMATE.start_s_memory_write_~v .cse16) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse3 (<= 51 ~s_memory1~0) .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse19 (<= ULTIMATE.start_m_run_~a~0 2))))) [2021-10-28 23:20:12,816 INFO L857 garLoopResultBuilder]: For program point L1307(lines 1307 1311) no Hoare annotation was computed. [2021-10-28 23:20:12,816 INFO L857 garLoopResultBuilder]: For program point L250(lines 250 254) no Hoare annotation was computed. [2021-10-28 23:20:12,816 INFO L857 garLoopResultBuilder]: For program point L977(lines 977 981) no Hoare annotation was computed. [2021-10-28 23:20:12,817 INFO L853 garLoopResultBuilder]: At program point L185(lines 155 186) the Hoare annotation is: (let ((.cse38 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse37 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse36 (+ ~a_t~0 50))) (let ((.cse29 (= ~s_run_pc~0 0)) (.cse0 (<= .cse36 ULTIMATE.start_s_memory_write_~v)) (.cse1 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse5 (<= ~s_memory1~0 51)) (.cse11 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse14 (<= 4 ULTIMATE.start_m_run_~a~0)) (.cse22 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse23 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse26 (<= .cse37 ~s_memory3~0)) (.cse12 (<= .cse36 ULTIMATE.start_s_run_~req_d~1)) (.cse21 (<= ~c_req_d~0 .cse36)) (.cse2 (<= ULTIMATE.start_s_memory_write_~v .cse36)) (.cse4 (<= 50 ~s_memory0~0)) (.cse7 (<= 52 ~s_memory2~0)) (.cse9 (<= ~s_memory2~0 52)) (.cse16 (<= ~s_memory0~0 50)) (.cse19 (= ~m_run_pc~0 3)) (.cse20 (<= ULTIMATE.start_s_run_~req_d~1 .cse36)) (.cse25 (<= .cse36 ~c_req_d~0)) (.cse27 (= ~c_req_type~0 0)) (.cse3 (<= 2 ~c_write_req_ev~0)) (.cse28 (= ~c_req_a~0 0)) (.cse6 (not (= ~s_run_st~0 0))) (.cse30 (= ULTIMATE.start_m_run_~a~0 0)) (.cse31 (<= .cse38 ULTIMATE.start_m_run_~req_d~0)) (.cse8 (not (= ~c_m_lock~0 1))) (.cse32 (<= ULTIMATE.start_m_run_~req_d~0 .cse38)) (.cse10 (= 2 ~s_run_pc~0)) (.cse13 (= ~c_empty_req~0 1)) (.cse15 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse17 (= 2 ~c_write_rsp_ev~0)) (.cse18 (= ~c_empty_rsp~0 1)) (.cse33 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse34 (= ~a_t~0 0)) (.cse24 (<= 2 ~c_m_ev~0)) (.cse35 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (= ~a_t~0 3) .cse12 .cse13 .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26) (and .cse27 .cse3 .cse28 .cse29 .cse30 .cse31 .cse8 .cse32 .cse13 .cse15 .cse17 .cse18 .cse33 .cse34 .cse24 .cse35) (and (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse6 .cse29 .cse30 .cse8 .cse13 .cse17 .cse18 .cse33 .cse35) (and .cse3 (<= ULTIMATE.start_s_memory_write_~v 51) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse6 .cse31 .cse8 (<= .cse36 ~s_memory1~0) .cse10 (<= ~s_memory1~0 .cse37) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse13 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse24 (<= 2 ULTIMATE.start_m_run_~req_a~0) .cse25 (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2)) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 (= ~s_memory4~0 54) .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 (= ULTIMATE.start_s_run_~req_d~1 54) .cse21 .cse22 .cse23 .cse24 (<= .cse38 ~c_req_d~0) .cse26) (and .cse3 .cse4 (= ULTIMATE.start_m_run_~req_a~0 1) .cse6 .cse8 (= ULTIMATE.start_m_run_~a~0 1) .cse10 .cse12 .cse13 (<= ULTIMATE.start_m_run_~req_d~0 51) .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse34 (<= ULTIMATE.start_s_memory_write_~v 50) .cse24 .cse25 (<= 50 ULTIMATE.start_s_memory_write_~v) (<= 51 ULTIMATE.start_m_run_~req_d~0)) (and (<= ULTIMATE.start_m_run_~req_a~0 3) .cse2 .cse3 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse6 .cse31 .cse7 (<= 51 ~s_memory1~0) .cse8 .cse9 .cse10 (<= 3 ULTIMATE.start_m_run_~req_a~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse13 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse24 .cse25 (= 53 ULTIMATE.start_m_run_~req_d~0)) (and .cse27 .cse3 .cse28 .cse6 .cse30 .cse31 .cse8 .cse32 .cse10 .cse13 .cse15 .cse17 .cse18 .cse33 .cse34 .cse24 .cse35)))) [2021-10-28 23:20:12,817 INFO L857 garLoopResultBuilder]: For program point L119(lines 119 139) no Hoare annotation was computed. [2021-10-28 23:20:12,817 INFO L857 garLoopResultBuilder]: For program point L1044(lines 1044 1097) no Hoare annotation was computed. [2021-10-28 23:20:12,818 INFO L853 garLoopResultBuilder]: At program point L582(lines 575 628) the Hoare annotation is: (let ((.cse32 (+ 53 ~req_tt_a~0)) (.cse27 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse26 (+ 51 ~req_tt_a~0)) (.cse36 (<= 3 ~a_t~0)) (.cse10 (= ~a_t~0 0)) (.cse14 (<= 1 ~c_m_lock~0)) (.cse15 (not (= ~s_run_st~0 0))) (.cse16 (= 2 ~s_run_pc~0)) (.cse18 (= 2 ~c_write_rsp_ev~0)) (.cse19 (= ~c_empty_rsp~0 1)) (.cse21 (<= 2 ~c_m_ev~0)) (.cse40 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse39 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse6 (<= 52 ~s_memory2~0)) (.cse9 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse25 (+ ~a_t~0 ~c_rsp_d~0)) (.cse13 (<= .cse40 .cse39)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (let ((.cse41 (= ~m_run_pc~0 6))) (or (and .cse14 .cse15 .cse16 (= ~a_t~0 1) .cse18 .cse19 .cse41 (<= 2 ULTIMATE.start_m_run_~a~0) .cse21 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse14 (<= ULTIMATE.start_m_run_~a~0 4) .cse15 .cse16 (<= 4 ULTIMATE.start_m_run_~a~0) .cse18 .cse19 .cse41 .cse21 .cse36) (and .cse14 .cse15 (= ULTIMATE.start_m_run_~a~0 1) .cse16 .cse18 .cse19 .cse41 .cse10 .cse21) (and .cse14 (= ~a_t~0 2) .cse15 (= ULTIMATE.start_m_run_~a~0 3) .cse16 .cse18 .cse19 .cse41 .cse21)))) (.cse3 (<= 50 ~s_memory0~0)) (.cse22 (<= ~s_memory1~0 51)) (.cse31 (<= .cse39 .cse40)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse33 (<= (+ ~s_memory1~0 ~a_t~0) .cse26)) (.cse34 (<= 51 ~s_memory1~0)) (.cse17 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse27)) (.cse30 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse7 (= ~s_memory4~0 54)) (.cse8 (<= ~s_memory0~0 50)) (.cse20 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse28 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse5 (+ ~req_tt_a~0 52)) (.cse11 (<= .cse32 (+ ~s_memory3~0 ~a_t~0))) (.cse12 (= ULTIMATE.start_m_run_~req_type___0~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 (= ~c_req_a~0 1) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse7 .cse8 (<= .cse9 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse10 .cse11 .cse12 .cse13) (and .cse0 .cse1 (= ~c_req_a~0 0) .cse14 .cse3 .cse15 .cse6 .cse16 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= (+ ~a_t~0 50) ULTIMATE.start_s_run_~req_d~1) .cse17 .cse7 .cse8 .cse18 .cse19 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse20 .cse21 (<= 0 ULTIMATE.start_m_run_~a~0) .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (let ((.cse24 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse23 (+ ~req_tt_a~0 50)) (.cse29 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse3 .cse22 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse23) .cse6 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse24) (<= .cse24 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse7 (<= .cse25 .cse26) .cse8 (<= .cse27 .cse28) .cse20 (<= .cse9 .cse29) (<= ~c_req_a~0 2) (<= .cse24 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse23 ULTIMATE.start_s_memory_read_~x~0) (<= .cse30 .cse26) (<= .cse29 .cse9) .cse11 .cse12 .cse13)) (let ((.cse35 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 (<= 4 ~c_req_a~0) .cse2 .cse3 .cse22 .cse31 (<= .cse32 .cse25) .cse4 .cse33 .cse34 (<= .cse32 .cse30) .cse17 (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse7 .cse8 (<= ULTIMATE.start_m_run_~req_a___0~0 4) (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse20 .cse11 .cse12 (<= ~c_req_a~0 4) .cse13 .cse36)) (let ((.cse37 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse38 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and (<= ~c_req_a~0 3) .cse0 .cse1 .cse2 (<= .cse5 .cse30) .cse3 (<= 3 ~c_req_a~0) .cse22 .cse31 .cse4 .cse33 (<= .cse37 .cse5) (<= .cse5 .cse37) .cse34 (<= ~s_memory2~0 52) .cse17 (<= .cse30 .cse5) .cse7 (<= .cse38 .cse5) .cse8 .cse20 (<= .cse28 .cse39) (<= .cse39 .cse28) (<= .cse5 .cse38) .cse11 .cse12 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0)))))) [2021-10-28 23:20:12,818 INFO L857 garLoopResultBuilder]: For program point L450(lines 450 454) no Hoare annotation was computed. [2021-10-28 23:20:12,818 INFO L853 garLoopResultBuilder]: At program point L120(lines 112 854) the Hoare annotation is: false [2021-10-28 23:20:12,818 INFO L857 garLoopResultBuilder]: For program point L1045(lines 1045 1049) no Hoare annotation was computed. [2021-10-28 23:20:12,819 INFO L853 garLoopResultBuilder]: At program point L649-2(lines 649 677) the Hoare annotation is: (let ((.cse60 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse87 (+ ~s_memory1~0 ~a_t~0 2)) (.cse26 (= ~a_t~0 2)) (.cse83 (= ULTIMATE.start_m_run_~a~0 3)) (.cse64 (= ULTIMATE.start_m_run_~a~0 2)) (.cse45 (= ~c_empty_rsp~0 1)) (.cse86 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse89 (<= ~a_t~0 2)) (.cse81 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse82 (<= 2 ~a_t~0)) (.cse65 (= ULTIMATE.start_m_run_~a~0 0)) (.cse76 (= ~a_t~0 0)) (.cse41 (= ULTIMATE.start_m_run_~a~0 1)) (.cse43 (= ~a_t~0 1)) (.cse79 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse38 (<= 2 ~c_write_req_ev~0)) (.cse39 (<= 1 ~c_m_lock~0)) (.cse40 (not (= ~s_run_st~0 0))) (.cse42 (= 2 ~s_run_pc~0)) (.cse84 (= ~c_empty_req~0 1)) (.cse44 (= 2 ~c_write_rsp_ev~0)) (.cse85 (= ~m_run_pc~0 6)) (.cse46 (<= 2 ~c_m_ev~0)) (.cse66 (<= 3 ~a_t~0)) (.cse28 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse27 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse30 (+ ~req_tt_a~0 52)) (.cse29 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse31 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse63 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse62 (+ 51 ~req_tt_a~0)) (.cse91 (+ ~s_memory1~0 ~a_t~0)) (.cse61 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse90 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse68 (= 0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse5 (<= .cse61 .cse90)) (.cse33 (<= 4 ~c_req_a~0)) (.cse9 (<= ~s_memory1~0 51)) (.cse17 (<= .cse62 .cse91)) (.cse36 (<= ~c_req_a~0 4)) (.cse37 (<= 53 ULTIMATE.start_s_memory_write_~v)) (.cse10 (= ~req_tt_a~0 3)) (.cse51 (<= .cse62 .cse63)) (.cse57 (<= .cse31 .cse62)) (.cse14 (<= .cse30 .cse29)) (.cse16 (<= .cse31 .cse30)) (.cse18 (<= .cse63 .cse30)) (.cse23 (<= .cse28 .cse27)) (.cse24 (<= .cse30 .cse63)) (.cse77 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse67 (or (and .cse38 .cse39 .cse40 .cse89 .cse42 .cse84 .cse44 .cse85 (<= 2 ULTIMATE.start_m_run_~a~0) .cse46 .cse81 .cse82) (and .cse38 .cse39 .cse40 .cse65 .cse42 .cse84 .cse44 .cse85 .cse76 .cse46) (and .cse38 .cse39 .cse40 .cse41 .cse42 .cse43 .cse84 .cse44 .cse85 .cse46) (and .cse79 .cse38 .cse39 .cse40 .cse42 .cse84 .cse44 .cse85 .cse46 .cse66))) (.cse34 (= 4 ULTIMATE.start_m_run_~req_a___0~0)) (.cse72 (<= .cse28 .cse86)) (.cse12 (<= .cse91 .cse62)) (.cse80 (<= ~s_memory2~0 52)) (.cse69 (<= .cse90 .cse61)) (.cse35 (= ~req_tt_a~0 4)) (.cse32 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse3 (let ((.cse88 (and .cse38 .cse39 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse42 .cse44 .cse45 .cse46))) (or (and .cse79 .cse38 .cse39 .cse42 .cse44 .cse45 .cse85 .cse46 .cse66) (and .cse38 .cse39 .cse65 .cse42 .cse44 .cse45 .cse46 .cse66) (and .cse38 .cse39 .cse26 .cse83 .cse42 .cse44 .cse45 .cse85 .cse46) (and .cse38 .cse39 .cse65 .cse42 .cse44 .cse45 .cse76 .cse46) (and (or .cse88 (and .cse38 .cse39 .cse42 .cse44 .cse45 .cse76 .cse46)) .cse41 .cse85) (and .cse64 (or .cse88 (and .cse38 .cse39 .cse89 .cse42 .cse44 .cse45 .cse46 .cse82)) .cse85)))) (.cse4 (= ~c_req_type~0 0)) (.cse0 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse74 (<= .cse60 .cse87)) (.cse7 (<= 50 ~s_memory0~0)) (.cse75 (<= .cse87 .cse60)) (.cse11 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse58 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse15 (<= 52 ~s_memory2~0)) (.cse73 (<= 51 ~s_memory1~0)) (.cse1 (= ~s_memory4~0 54)) (.cse19 (<= ~s_memory0~0 50)) (.cse20 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse25 (<= .cse86 .cse28))) (or (and .cse0 .cse1 (let ((.cse2 (<= ~c_req_a~0 3)) (.cse6 (<= .cse30 .cse31)) (.cse8 (<= 3 ~c_req_a~0)) (.cse13 (<= .cse29 .cse30)) (.cse21 (<= .cse27 .cse28)) (.cse22 (= 3 ULTIMATE.start_m_run_~req_a___0~0))) (or (and .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25) (and .cse2 .cse3 .cse4 .cse5 .cse6 .cse26 .cse7 .cse8 .cse9 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25))) .cse32) (and .cse3 .cse4 .cse0 .cse5 .cse33 .cse7 .cse34 .cse9 .cse11 .cse12 .cse15 .cse1 .cse17 .cse19 .cse35 .cse20 .cse32 .cse36 .cse25 .cse37) (and .cse38 .cse39 .cse40 .cse41 .cse42 .cse43 .cse44 .cse45 .cse46) (and .cse0 (let ((.cse47 (<= 2 ~c_req_a~0)) (.cse48 (<= .cse29 .cse62)) (.cse49 (<= .cse62 .cse29)) (.cse50 (<= .cse63 .cse62)) (.cse52 (<= (+ ~a_t~0 ~c_rsp_d~0) .cse62)) (.cse53 (= 2 ULTIMATE.start_m_run_~req_a___0~0)) (.cse54 (<= .cse61 .cse27)) (.cse55 (<= ~c_req_a~0 2)) (.cse56 (<= .cse60 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)))) (or (and .cse3 .cse47 .cse4 .cse26 .cse7 .cse9 .cse48 .cse11 .cse49 .cse15 .cse50 .cse51 .cse52 .cse19 .cse53 .cse54 .cse20 .cse55 .cse56 .cse57 .cse25) (let ((.cse59 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and .cse3 .cse47 .cse4 .cse7 .cse9 .cse48 .cse11 .cse49 .cse15 .cse50 .cse51 .cse52 .cse19 .cse53 .cse54 .cse20 (<= .cse58 .cse59) .cse55 .cse56 .cse57 (<= .cse59 .cse58) .cse25)))) .cse1 .cse32) (and .cse38 .cse39 .cse26 .cse40 .cse64 .cse42 .cse44 .cse45 .cse46) (and .cse38 .cse39 .cse40 .cse65 .cse42 .cse44 .cse45 .cse46 .cse66) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse4 .cse0 .cse67 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse7 .cse11 (<= (+ ~s_memory2~0 ~a_t~0) .cse30) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse68 .cse69 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse1 .cse19 (<= ~c_rsp_d~0 50) .cse20 .cse32 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and .cse0 (let ((.cse71 (= ~c_req_a~0 0))) (or (let ((.cse70 (+ ~a_t~0 50))) (and (<= .cse70 ULTIMATE.start_s_memory_write_~v) .cse3 .cse4 .cse71 .cse7 .cse72 .cse73 .cse68 .cse69 .cse19 (<= ULTIMATE.start_s_run_~req_d~1 .cse70) .cse20 .cse25)) (and .cse3 .cse4 .cse71 .cse74 .cse7 .cse72 .cse75 .cse73 .cse68 .cse69 .cse19 .cse20 .cse76 .cse25))) .cse1 (= ULTIMATE.start_s_run_~req_d~1 54) .cse77) (let ((.cse78 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse3 .cse4 .cse0 .cse5 .cse33 (<= .cse78 (+ ~a_t~0 1 ~c_rsp_d~0)) .cse7 .cse9 .cse11 .cse12 (<= .cse78 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res| 1)) .cse15 (<= .cse78 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse1 .cse17 (<= 4 ULTIMATE.start_m_run_~a~0) .cse19 (<= .cse78 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse20 .cse32 .cse36 .cse25 .cse37 (<= (+ 49 ULTIMATE.start_m_run_~a~0) ~s_memory3~0))) (and .cse79 .cse38 .cse39 .cse40 .cse42 .cse44 .cse45 .cse46 .cse66) (and .cse4 .cse0 .cse67 .cse7 .cse10 .cse72 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse11 .cse12 (= 53 ~c_rsp_d~0) .cse73 .cse80 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse69 .cse1 .cse19 .cse20 .cse32 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse38 .cse39 .cse40 .cse64 .cse42 .cse43 .cse44 .cse45 .cse46) (and .cse38 .cse39 .cse40 .cse65 .cse42 .cse44 .cse45 .cse76 .cse46) (and .cse4 .cse0 .cse67 .cse7 .cse11 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse60 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse69 .cse1 .cse51 .cse19 .cse20 .cse57 (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse25 .cse77 (<= ~c_rsp_d~0 51)) (and .cse4 .cse0 .cse67 .cse7 .cse11 .cse12 .cse14 .cse15 .cse73 .cse69 .cse16 (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse1 .cse18 .cse19 .cse20 .cse23 (<= ~c_rsp_d~0 52) .cse24 .cse25 .cse77 .cse81 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse82) (and (= 54 ~c_rsp_d~0) .cse4 .cse0 .cse67 .cse7 (= ULTIMATE.start_s_memory_read_~x~0 54) .cse34 .cse72 .cse11 .cse12 .cse73 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse80 .cse69 .cse1 .cse19 .cse35 .cse20 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse32) (and .cse3 .cse4 .cse0 .cse74 .cse7 (= ~c_req_a~0 1) (= ULTIMATE.start_m_run_~req_a___0~0 1) .cse75 .cse11 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2) .cse58) .cse15 .cse73 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse1 .cse19 .cse20 .cse25) (and .cse38 .cse39 .cse26 .cse40 .cse83 .cse42 .cse44 .cse45 .cse46) (and .cse79 .cse38 .cse40 .cse42 .cse84 .cse44 .cse45 .cse85 .cse46 .cse66) (and .cse38 .cse39 .cse40 .cse41 .cse42 .cse44 .cse45 .cse76 .cse46)))) [2021-10-28 23:20:12,820 INFO L853 garLoopResultBuilder]: At program point L782(lines 775 819) the Hoare annotation is: (let ((.cse20 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse16 (+ 51 ~req_tt_a~0)) (.cse23 (<= 2 ~a_t~0)) (.cse14 (<= 3 ~a_t~0)) (.cse34 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse22 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= .cse34 .cse22)) (.cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (+ ~req_tt_a~0 52)) (.cse15 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= .cse22 .cse34)) (.cse4 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (not (= ~s_run_st~0 0))) (.cse27 (<= 6 ~m_run_pc~0)) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6))) (or (and .cse25 .cse26 (<= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse23) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse14) (and .cse25 .cse26 .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 1) .cse29 (= ~a_t~0 1) .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 0) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse16)) (.cse7 (<= 51 ~s_memory1~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse20)) (.cse10 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 (= ~req_tt_a~0 3) .cse3 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse4 .cse5 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse16 .cse17) .cse11 .cse12 (<= .cse18 .cse16) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 .cse7 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse9 (<= .cse18 .cse21) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 (<= .cse17 .cse21) .cse11 .cse12 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse21 .cse17) .cse19 .cse13 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse23) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse21) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse24)))) [2021-10-28 23:20:12,820 INFO L853 garLoopResultBuilder]: At program point L716(lines 709 735) the Hoare annotation is: (let ((.cse21 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse22 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse5 (+ ~req_tt_a~0 52)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse16 (<= .cse13 .cse22)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0 2) .cse19)) (.cse18 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (let ((.cse23 (<= 2 ~c_write_req_ev~0)) (.cse24 (<= 1 ~c_m_lock~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (<= 6 ~m_run_pc~0)) (.cse27 (= 2 ~s_run_pc~0)) (.cse28 (= ~c_empty_req~0 1)) (.cse29 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 6)) (.cse32 (<= 2 ~c_m_ev~0))) (or (and .cse23 .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse23 .cse24 .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 1) .cse27 (= ~a_t~0 1) .cse28 .cse29 .cse30 .cse31 .cse32) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 (<= 3 ~a_t~0)) (and .cse23 .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (= ~a_t~0 0) .cse32)))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse21)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse8 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse14 (<= .cse22 .cse13))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 (<= .cse5 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse7 (<= .cse8 .cse5) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse9 (<= .cse10 .cse5) .cse11 .cse12 (<= .cse13 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse5 .cse10) .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse16 .cse17 .cse4 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse18 .cse7 .cse9 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15) (and .cse0 .cse1 .cse2 .cse3 .cse16 .cse17 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 (= 53 ~c_rsp_d~0) .cse18 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse7 .cse9 .cse11 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse12 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (let ((.cse20 (+ 51 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse19 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse7 .cse9 (<= .cse20 .cse10) .cse11 .cse12 (<= .cse8 .cse20) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse14 (<= .cse21 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)))))) [2021-10-28 23:20:12,820 INFO L857 garLoopResultBuilder]: For program point L650(lines 649 677) no Hoare annotation was computed. [2021-10-28 23:20:12,820 INFO L857 garLoopResultBuilder]: For program point L584(lines 584 588) no Hoare annotation was computed. [2021-10-28 23:20:12,821 INFO L857 garLoopResultBuilder]: For program point L122(lines 122 138) no Hoare annotation was computed. [2021-10-28 23:20:12,821 INFO L853 garLoopResultBuilder]: At program point L915(lines 889 916) the Hoare annotation is: (let ((.cse1 (= ~c_req_type~0 0)) (.cse57 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse52 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse25 (+ ~a_t~0 50)) (.cse40 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse55 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse56 (<= 2 ~a_t~0)) (.cse29 (= ~a_t~0 0)) (.cse26 (= ~a_t~0 1)) (.cse12 (<= 2 ~c_write_req_ev~0)) (.cse13 (<= 1 ~c_m_lock~0)) (.cse16 (not (= ~s_run_st~0 0))) (.cse17 (= 2 ~s_run_pc~0)) (.cse18 (= 2 ~c_write_rsp_ev~0)) (.cse19 (= ~c_empty_rsp~0 1)) (.cse22 (<= 2 ~c_m_ev~0)) (.cse32 (+ ~req_tt_a~0 52))) (let ((.cse15 (= ~c_req_a~0 1)) (.cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse32)) (.cse3 (= ~c_req_a~0 0)) (.cse30 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse0 (let ((.cse58 (= ~m_run_pc~0 6))) (or (and .cse12 .cse13 .cse16 (<= ~a_t~0 2) .cse17 .cse18 .cse19 .cse58 (<= 2 ULTIMATE.start_m_run_~a~0) .cse22 .cse55 .cse56) (and .cse12 .cse13 .cse16 (= ULTIMATE.start_m_run_~a~0 0) .cse17 .cse18 .cse19 .cse58 .cse29 .cse22) (and .cse12 .cse13 .cse16 (= ULTIMATE.start_m_run_~a~0 1) .cse17 .cse26 .cse18 .cse19 .cse58 .cse22) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse12 .cse13 .cse16 .cse17 .cse18 .cse19 .cse58 .cse22 (<= 3 ~a_t~0))))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= (+ ~s_memory1~0 ~a_t~0) (+ 51 ~req_tt_a~0))) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) (+ 51 ULTIMATE.start_m_run_~req_a___0~0))) (.cse8 (= ~s_memory4~0 54)) (.cse27 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2))) (.cse11 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse28 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse40)) (.cse31 (<= ~c_req_a~0 3)) (.cse34 (<= 3 ~c_req_a~0)) (.cse36 (<= 51 ~s_memory1~0)) (.cse37 (= ~a_t~0 3)) (.cse21 (<= ~c_req_d~0 .cse25)) (.cse41 (<= 2 ~c_req_a~0)) (.cse46 (<= ~s_memory1~0 .cse52)) (.cse47 (<= ~c_req_a~0 2)) (.cse14 (= ~c_req_type~0 1)) (.cse49 (<= 4 ~c_req_a~0)) (.cse4 (<= 50 ~s_memory0~0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse53 (<= ~c_req_d~0 .cse57)) (.cse51 (<= ~s_memory2~0 52)) (.cse48 (+ ~s_memory3~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse20 (= ~m_run_pc~0 3)) (.cse10 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse54 (<= .cse25 ~c_req_d~0)) (.cse50 (<= ~c_req_a~0 4)) (.cse23 (not .cse1)) (.cse24 (<= .cse57 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse7 .cse8 .cse9 .cse10 .cse11) (and .cse12 (<= 1 ULTIMATE.start_m_run_~a~0) .cse13 .cse14 (<= ~a_t~0 1) .cse4 .cse15 .cse16 .cse17 .cse9 .cse18 .cse19 .cse20 .cse21 (<= ULTIMATE.start_s_memory_write_~v 50) .cse22 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse23 .cse24) (and .cse0 .cse1 .cse2 .cse4 .cse15 .cse5 .cse6 (<= ~s_memory1~0 .cse25) .cse26 .cse8 .cse9 .cse27 .cse11 .cse28) (and .cse12 .cse3 .cse13 .cse14 .cse16 (= ~s_run_pc~0 0) .cse18 .cse19 .cse20 .cse21 .cse29 .cse22 .cse30 .cse24) (let ((.cse33 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse39 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse38 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse31 .cse0 .cse1 .cse2 (<= .cse32 .cse33) (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0 1)) .cse4 .cse34 .cse35 .cse6 .cse36 .cse37 .cse7 (<= .cse33 .cse32) .cse8 (<= .cse38 .cse32) .cse9 .cse10 (<= .cse39 .cse40) (= 3 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse40 .cse39) (<= .cse32 .cse38) .cse28)) (let ((.cse45 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse42 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (.cse43 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse44 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse41 .cse1 .cse2 .cse4 .cse6 (<= .cse42 .cse43) (<= .cse44 .cse43) (<= .cse43 .cse45) (<= .cse45 .cse43) .cse46 .cse8 .cse9 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse10 .cse47 (<= .cse43 .cse42) (= ~req_tt_a~0 2) (<= .cse43 .cse44) .cse28 (<= ULTIMATE.start_s_memory_write_~v .cse48))) (and .cse12 .cse3 .cse13 .cse14 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse29 .cse22 .cse30 .cse23 .cse24) (and .cse0 .cse1 .cse2 .cse49 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse35 .cse6 .cse36 .cse7 .cse8 .cse9 .cse27 (= ~req_tt_a~0 4) .cse11 .cse50 .cse28) (and .cse31 (<= ULTIMATE.start_s_memory_write_~v 52) .cse12 .cse13 .cse14 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse34 .cse16 .cse6 .cse36 .cse51 .cse17 .cse37 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse9 .cse18 .cse19 .cse20 .cse21 .cse22 .cse23 .cse24) (and .cse41 .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v 51) .cse14 (<= .cse52 ~s_memory1~0) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse16 .cse53 .cse17 .cse46 .cse9 .cse18 .cse19 .cse20 .cse47 .cse22 .cse54 .cse23 .cse55 .cse56) (and .cse12 .cse13 .cse14 .cse49 .cse4 (<= ~s_memory1~0 51) .cse16 .cse6 .cse53 .cse51 (<= ~c_req_d~0 .cse48) .cse17 .cse9 .cse18 .cse19 .cse20 (<= 4 ~a_t~0) .cse10 .cse22 .cse54 .cse50 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse23 .cse24)))) [2021-10-28 23:20:12,821 INFO L857 garLoopResultBuilder]: For program point L651(lines 651 655) no Hoare annotation was computed. [2021-10-28 23:20:12,822 INFO L853 garLoopResultBuilder]: At program point L123(lines 112 854) the Hoare annotation is: (let ((.cse37 (+ ~s_memory1~0 2)) (.cse6 (+ ~a_t~0 50))) (let ((.cse2 (<= ULTIMATE.start_s_memory_write_~v 51)) (.cse4 (<= 51 ULTIMATE.start_s_memory_write_~v)) (.cse23 (<= ~c_req_d~0 52)) (.cse16 (<= 51 ULTIMATE.start_s_run_~req_d~1)) (.cse17 (<= 52 ULTIMATE.start_s_memory_write_~v)) (.cse20 (<= 51 ~s_memory1~0)) (.cse22 (<= 52 ULTIMATE.start_s_run_~req_d~1)) (.cse18 (<= ~s_memory1~0 51)) (.cse27 (+ ~s_memory3~0 1)) (.cse24 (= ~c_req_type~0 1)) (.cse36 (<= .cse6 ULTIMATE.start_s_run_~req_d~1)) (.cse12 (<= ULTIMATE.start_s_run_~req_d~1 .cse6)) (.cse35 (= ~a_t~0 0)) (.cse30 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse31 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse33 (= ~c_req_a~0 0)) (.cse34 (= ~s_run_pc~0 0)) (.cse25 (= ~c_empty_rsp~0 1)) (.cse26 (not (= ~c_req_type~0 0))) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse3 (<= 50 ~s_memory0~0)) (.cse5 (not (= ~s_run_st~0 0))) (.cse19 (<= 52 ~s_memory2~0)) (.cse21 (<= ~s_memory2~0 52)) (.cse7 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~m_run_pc~0 3)) (.cse13 (<= ~c_req_d~0 .cse6)) (.cse28 (<= ~s_memory3~0 .cse37)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse15 (<= .cse6 ~c_req_d~0)) (.cse32 (<= 3 ~a_t~0)) (.cse29 (<= 53 ULTIMATE.start_s_memory_write_~v))) (or (and .cse0 .cse1 .cse2 (<= ~a_t~0 1) .cse3 .cse4 .cse5 (<= ~s_memory1~0 .cse6) (<= .cse6 ~s_memory1~0) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16) (and (<= ULTIMATE.start_s_memory_write_~v .cse6) .cse0 .cse1 .cse17 .cse3 .cse18 .cse5 .cse19 .cse20 .cse21 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse22 .cse23 .cse14 .cse15) (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse24 .cse3 .cse4 .cse18 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse20 .cse7 .cse9 .cse10 .cse25 .cse11 (<= ~c_req_a~0 2) .cse23 .cse14 .cse15 .cse16 .cse26 (<= 2 ~a_t~0)) (and .cse0 .cse1 .cse24 (<= 4 ~c_req_a~0) (= ~c_req_d~0 54) (<= 53 ULTIMATE.start_s_run_~req_d~1) .cse3 .cse18 .cse19 .cse21 (<= ~c_req_d~0 .cse27) .cse7 .cse9 .cse10 .cse25 .cse11 .cse13 .cse28 .cse14 .cse15 (<= ~c_req_a~0 4) .cse29 .cse26) (and .cse0 .cse1 .cse24 .cse3 (= ~c_req_a~0 1) (<= ULTIMATE.start_s_run_~req_d~1 50) .cse7 (= ~a_t~0 1) (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse9 .cse10 .cse25 .cse11 .cse13 .cse30 .cse14 .cse15 .cse31 .cse26) (and (<= ~c_req_a~0 3) (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 .cse24 .cse17 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse3 (<= 3 ~c_req_a~0) .cse18 .cse19 .cse20 .cse21 .cse7 (= 53 ~c_req_d~0) .cse9 .cse10 .cse25 .cse11 .cse22 .cse14 .cse15 .cse32 .cse26) (and .cse0 .cse33 .cse1 .cse24 .cse34 .cse10 .cse25 .cse11 .cse13 .cse35 .cse14 .cse15) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse3 .cse18 .cse5 .cse19 .cse21 .cse7 .cse36 .cse8 (= ~s_memory4~0 54) .cse9 .cse10 .cse11 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 (<= 4 ~a_t~0) .cse28 .cse14 .cse15 (<= ULTIMATE.start_s_memory_write_~v .cse27)) (and .cse0 .cse33 .cse1 .cse24 .cse7 .cse10 .cse25 .cse11 .cse13 .cse35 .cse14 .cse15 .cse26) (and .cse7 .cse8 .cse10 .cse25 .cse11) (and .cse0 .cse5 .cse7 .cse10 .cse25 .cse11) (and .cse0 .cse1 .cse3 .cse5 .cse7 .cse36 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse35 .cse30 .cse14 .cse15 .cse31) (and .cse33 .cse5 .cse34 .cse10 .cse25 .cse11 .cse26) (and .cse0 .cse1 .cse3 .cse5 (<= ULTIMATE.start_s_memory_write_~v .cse37) (<= .cse6 ~s_memory3~0) .cse19 .cse21 .cse7 .cse8 .cse9 .cse10 .cse11 .cse13 (<= .cse37 ULTIMATE.start_s_run_~req_d~1) .cse28 .cse14 .cse15 .cse32 (= 53 ULTIMATE.start_s_run_~req_d~1) .cse29)))) [2021-10-28 23:20:12,822 INFO L853 garLoopResultBuilder]: At program point L189-2(lines 189 217) the Hoare annotation is: (let ((.cse4 (= 2 ~s_run_pc~0)) (.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse24 (+ ~a_t~0 50))) (let ((.cse5 (<= .cse24 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse24)) (.cse25 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse28 (<= ULTIMATE.start_s_memory_write_~v .cse24)) (.cse2 (<= 50 ~s_memory0~0)) (.cse31 (<= 52 ~s_memory2~0)) (.cse32 (<= ~s_memory2~0 52)) (.cse8 (<= ~s_memory0~0 50)) (.cse11 (= ~m_run_pc~0 3)) (.cse12 (<= ULTIMATE.start_s_run_~req_d~1 .cse24)) (.cse16 (<= .cse24 ~c_req_d~0)) (.cse17 (= ~c_req_type~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse18 (= ~c_req_a~0 0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse20 (<= .cse35 ULTIMATE.start_m_run_~req_d~0)) (.cse21 (<= ULTIMATE.start_m_run_~req_d~0 .cse35)) (.cse7 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse14 (= ~a_t~0 0)) (.cse15 (<= 2 ~c_m_ev~0)) (.cse38 (not .cse4)) (.cse39 (not (= ULTIMATE.start_m_run_~req_type~0 0))) (.cse3 (not (= ~s_run_st~0 0))) (.cse40 (= ~s_run_pc~0 0)) (.cse19 (= ULTIMATE.start_m_run_~a~0 0)) (.cse6 (= ~c_empty_req~0 1)) (.cse9 (= 2 ~c_write_rsp_ev~0)) (.cse10 (= ~c_empty_rsp~0 1)) (.cse22 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse23 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~req_a~0 1) .cse3 (= ULTIMATE.start_m_run_~a~0 1) .cse4 .cse5 .cse6 (<= ULTIMATE.start_m_run_~req_d~0 51) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v 50) .cse15 .cse16 (<= 50 ULTIMATE.start_s_memory_write_~v) (<= 51 ULTIMATE.start_m_run_~req_d~0)) (and .cse17 .cse0 .cse18 .cse1 .cse3 .cse19 .cse20 .cse21 .cse4 .cse6 .cse7 .cse9 .cse10 .cse22 .cse14 .cse15 .cse23) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 .cse20 (<= .cse24 ~s_memory1~0) .cse4 (<= ~s_memory1~0 .cse25) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse15 (<= 2 ULTIMATE.start_m_run_~req_a~0) .cse16 (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2)) (and (let ((.cse26 (<= .cse24 ULTIMATE.start_s_memory_write_~v)) (.cse27 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse29 (<= 53 ~c_req_d~0)) (.cse30 (<= ~s_memory1~0 51)) (.cse33 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse34 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse36 (<= .cse25 ~s_memory3~0))) (or (and .cse26 .cse27 .cse28 .cse29 .cse0 .cse1 .cse2 .cse30 .cse3 .cse20 .cse31 .cse21 .cse32 .cse4 .cse33 .cse5 .cse6 (= ~s_memory4~0 54) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse34 .cse15 (<= .cse35 ~c_req_d~0) .cse36) (and .cse26 .cse27 .cse28 .cse29 .cse0 .cse1 .cse2 .cse30 .cse3 .cse20 .cse31 .cse21 .cse32 .cse4 .cse33 (= ~a_t~0 3) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse34 .cse15 .cse36))) (<= 4 ULTIMATE.start_m_run_~a~0)) (let ((.cse37 (+ ULTIMATE.start_m_run_~a~0 48))) (and (<= ULTIMATE.start_m_run_~req_a~0 3) .cse28 .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse31 (= ULTIMATE.start_m_run_~a~0 3) .cse32 .cse4 (<= 3 ULTIMATE.start_m_run_~req_a~0) (<= ~s_memory1~0 .cse37) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse15 .cse16 (= 53 ULTIMATE.start_m_run_~req_d~0) (<= .cse37 ~s_memory1~0))) (and .cse17 .cse38 .cse0 .cse18 .cse1 .cse39 .cse40 .cse19 .cse20 .cse21 .cse6 .cse7 .cse9 .cse10 .cse22 .cse14 .cse15 .cse23) (and .cse38 .cse39 .cse3 .cse40 .cse19 .cse6 .cse9 .cse10 .cse22 .cse23)))) [2021-10-28 23:20:12,823 INFO L857 garLoopResultBuilder]: For program point L784(lines 784 788) no Hoare annotation was computed. [2021-10-28 23:20:12,823 INFO L857 garLoopResultBuilder]: For program point L718(lines 718 722) no Hoare annotation was computed. [2021-10-28 23:20:12,823 INFO L853 garLoopResultBuilder]: At program point L1313(lines 1306 1323) the Hoare annotation is: (let ((.cse49 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~s_memory1~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse40 (= ~a_t~0 0)) (.cse25 (= ULTIMATE.start_m_run_~a~0 1)) (.cse26 (= ~a_t~0 1)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse1 (= 2 ~s_run_pc~0)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse27 (<= 2 ~c_m_ev~0)) (.cse47 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse48 (<= 2 ~a_t~0)) (.cse14 (+ 51 ~req_tt_a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse50 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse46 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse33 (+ ~a_t~0 50))) (let ((.cse39 (<= ~c_req_d~0 .cse33)) (.cse28 (<= .cse46 ~c_req_d~0)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse30 (= ~s_run_pc~0 0)) (.cse34 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= .cse51 .cse50)) (.cse8 (<= 50 ~s_memory0~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse36 (<= (+ ~s_memory1~0 ~a_t~0) .cse14)) (.cse10 (<= 52 ~s_memory2~0)) (.cse24 (<= 51 ~s_memory1~0)) (.cse11 (let ((.cse52 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse0 .cse44 .cse52 .cse1 .cse2 .cse3 .cse45 .cse40 .cse27) (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse2 .cse3 .cse45 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse52 .cse1 .cse2 .cse3 .cse45 .cse27 .cse43) (and .cse21 .cse22 .cse0 (<= ~a_t~0 2) .cse52 .cse1 .cse2 .cse3 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse27 .cse47 .cse48)))) (.cse12 (<= .cse50 .cse51)) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse13 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse38)) (.cse41 (+ ~req_tt_a~0 52)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse49)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse6 (= ~c_req_type~0 0)) (.cse29 (= ~c_req_a~0 0)) (.cse31 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse32 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse11 (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse12 .cse13 (<= .cse14 .cse15) .cse16 .cse17 (<= .cse18 .cse14) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse8 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse23 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse24 .cse25 (<= ~c_req_d~0 51) .cse1 .cse26 .cse2 .cse16 .cse3 .cse5 .cse27 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse28) (and .cse29 .cse0 .cse30 .cse31 .cse2 .cse3 .cse4 .cse32) (and (<= .cse33 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse8 .cse23 .cse0 .cse10 .cse34 .cse1 .cse2 .cse13 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse27 .cse20 .cse28) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse35 .cse8 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse23 .cse9 .cse36 .cse10 .cse24 .cse11 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse13 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37 .cse19) (and .cse21 .cse22 .cse8 .cse23 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse38) (<= .cse33 ~s_memory3~0) .cse10 (= ULTIMATE.start_m_run_~a~0 3) .cse34 .cse1 .cse2 .cse16 .cse3 .cse5 .cse39 .cse17 .cse27 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse28) (and .cse21 .cse22 .cse8 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse39 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse27 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse28) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse8 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse41) .cse10 .cse11 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse12 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse13 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse37 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse3 .cse4 .cse27) (and .cse21 .cse22 (= ~a_t~0 2) .cse0 (= ULTIMATE.start_m_run_~a~0 2) .cse1 .cse3 .cse4 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse27 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse40 .cse27)) .cse45) (and .cse6 .cse7 .cse35 .cse8 .cse23 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse9 .cse36 (= 53 ~c_rsp_d~0) .cse10 .cse24 .cse11 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 .cse16 .cse17 .cse37 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse29 .cse0 .cse30 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse8 .cse0 .cse10 .cse24 (<= ~c_req_d~0 .cse46) .cse34 .cse1 (<= .cse33 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse33) .cse27 (<= .cse33 ~c_req_d~0) .cse47 .cse48) (and .cse6 .cse7 .cse35 .cse8 .cse23 .cse9 .cse36 (<= .cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 .cse24 .cse11 .cse12 (<= .cse18 .cse41) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse13 (<= .cse15 .cse41) .cse16 .cse17 (<= .cse49 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse41 .cse15) .cse19 .cse20 .cse47 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse48) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse27 .cse43) (and .cse6 .cse21 .cse29 .cse0 .cse31 .cse1 .cse2 .cse3 .cse4 .cse40 .cse27 .cse32)))) [2021-10-28 23:20:12,824 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startEXIT(line -1) no Hoare annotation was computed. [2021-10-28 23:20:12,824 INFO L853 garLoopResultBuilder]: At program point L256(lines 249 275) the Hoare annotation is: (let ((.cse38 (= ~m_run_pc~0 0)) (.cse36 (= ~c_empty_rsp~0 1)) (.cse33 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse17 (+ ~a_t~0 50))) (let ((.cse10 (<= ULTIMATE.start_s_run_~req_d~1 .cse17)) (.cse18 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse35 (= ~s_run_pc~0 0)) (.cse21 (<= ULTIMATE.start_s_memory_write_~v .cse17)) (.cse2 (<= 50 ~s_memory0~0)) (.cse24 (<= 52 ~s_memory2~0)) (.cse26 (<= ~s_memory2~0 52)) (.cse6 (<= .cse17 ULTIMATE.start_s_run_~req_d~1)) (.cse8 (<= ~s_memory0~0 50)) (.cse32 (+ ~s_memory1~0 2)) (.cse34 (= ~c_req_a~0 0)) (.cse0 (<= 1 ~c_m_lock~0)) (.cse1 (= ~c_req_type~0 1)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= .cse33 ULTIMATE.start_m_run_~req_d~0)) (.cse4 (<= ULTIMATE.start_m_run_~req_d~0 .cse33)) (.cse5 (= 2 ~s_run_pc~0)) (.cse7 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse9 (= 2 ~c_write_rsp_ev~0)) (.cse39 (<= ~c_req_d~0 .cse17)) (.cse37 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse11 (or (and .cse36 .cse38) (and .cse36 (= ~m_run_pc~0 3)))) (.cse12 (= ~a_t~0 0)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse40 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse14 (not (= ~c_req_type~0 0))) (.cse15 (<= .cse33 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (= ~c_req_a~0 1) (= ULTIMATE.start_m_run_~req_a~0 1) .cse3 .cse4 (<= ~c_req_d~0 51) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14 (<= 51 ULTIMATE.start_m_run_~req_d~0) .cse15) (and (<= 2 ~c_req_a~0) .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 .cse16 (<= .cse17 ~s_memory1~0) .cse5 (<= ~s_memory1~0 .cse18) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse7 .cse8 .cse9 .cse10 .cse11 (<= ~c_req_a~0 2) (<= ~c_req_d~0 52) .cse13 (<= 2 ULTIMATE.start_m_run_~req_a~0) (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2) .cse14 .cse15) (and (let ((.cse19 (<= .cse17 ULTIMATE.start_s_memory_write_~v)) (.cse20 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse22 (<= 4 ~c_req_a~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse25 (<= ~c_req_d~0 .cse33)) (.cse27 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse28 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse29 (<= ~s_memory3~0 .cse32)) (.cse30 (<= ~c_req_a~0 4)) (.cse31 (<= .cse18 ~s_memory3~0))) (or (and .cse19 .cse20 .cse21 .cse0 .cse1 .cse22 .cse2 .cse23 .cse3 .cse24 .cse4 .cse25 .cse26 .cse5 .cse27 .cse6 (= ~s_memory4~0 54) .cse7 .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse13 (<= .cse17 ~c_req_d~0) .cse30 .cse14 .cse15 .cse31) (and .cse19 .cse20 .cse21 .cse0 .cse1 .cse22 .cse2 .cse23 .cse3 .cse24 .cse4 .cse25 .cse26 .cse5 .cse27 (= ~a_t~0 3) .cse6 .cse7 .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse13 .cse30 .cse14 .cse15 .cse31))) (<= 3 ~a_t~0)) (and .cse34 (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse3 .cse35 (= ULTIMATE.start_m_run_~a~0 0) .cse9 .cse36 .cse37 .cse38 .cse14) (and .cse34 .cse0 .cse1 .cse35 .cse16 .cse4 .cse7 .cse9 .cse36 .cse39 .cse37 .cse12 .cse13 .cse40 .cse38 .cse15) (and (<= ~c_req_a~0 3) (<= ULTIMATE.start_m_run_~req_a~0 3) .cse21 .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) (<= ULTIMATE.start_s_run_~req_d~1 52) .cse2 (<= 3 ~c_req_a~0) .cse3 .cse24 .cse26 .cse5 (<= 3 ULTIMATE.start_m_run_~req_a~0) (= 53 ~c_req_d~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse6 .cse7 .cse8 .cse9 .cse11 .cse13 (= 53 ULTIMATE.start_m_run_~req_d~0) .cse14 .cse15 (<= ULTIMATE.start_m_run_~req_d~0 .cse32)) (and .cse34 .cse0 .cse1 .cse3 .cse16 .cse4 .cse5 .cse7 .cse9 .cse39 .cse37 .cse11 .cse12 .cse13 .cse40 .cse14 .cse15)))) [2021-10-28 23:20:12,824 INFO L857 garLoopResultBuilder]: For program point L190(lines 189 217) no Hoare annotation was computed. [2021-10-28 23:20:12,825 INFO L853 garLoopResultBuilder]: At program point L983(lines 976 993) the Hoare annotation is: (let ((.cse60 (+ ~s_memory1~0 2)) (.cse46 (= ULTIMATE.start_m_run_~a~0 2)) (.cse43 (= ~a_t~0 1)) (.cse20 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse24 (not (= ~s_run_st~0 0))) (.cse25 (= 2 ~s_run_pc~0)) (.cse27 (= ~c_empty_req~0 1)) (.cse28 (= 2 ~c_write_rsp_ev~0)) (.cse29 (= ~c_empty_rsp~0 1)) (.cse34 (= ~a_t~0 0)) (.cse35 (<= 2 ~c_m_ev~0)) (.cse61 (+ ~req_tt_a~0 52)) (.cse62 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse65 (+ ~s_memory1~0 ~a_t~0)) (.cse51 (+ 51 ~req_tt_a~0)) (.cse55 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse63 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse42 (+ ~a_t~0 50))) (let ((.cse39 (= ~c_req_a~0 1)) (.cse40 (= ULTIMATE.start_s_run_~req_a~1 1)) (.cse31 (<= ULTIMATE.start_s_run_~req_d~1 .cse42)) (.cse36 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse45 (<= 2 ~c_req_a~0)) (.cse47 (< 1 ULTIMATE.start_s_run_~req_a~1)) (.cse48 (<= ULTIMATE.start_s_run_~req_a~1 2)) (.cse49 (<= ~c_req_a~0 2)) (.cse56 (<= ~c_req_a~0 3)) (.cse4 (<= .cse55 .cse63)) (.cse57 (<= 3 ~c_req_a~0)) (.cse9 (<= .cse65 .cse51)) (.cse53 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse15 (<= .cse51 .cse65)) (.cse54 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse50 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse62)) (.cse59 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse2 (<= ULTIMATE.start_s_run_~req_a~1 4)) (.cse23 (= ~c_req_type~0 1)) (.cse3 (< 3 ULTIMATE.start_s_run_~req_a~1)) (.cse5 (<= 4 ~c_req_a~0)) (.cse7 (<= ~s_memory1~0 51)) (.cse11 (<= 51 ~s_memory1~0)) (.cse58 (<= ~s_memory2~0 52)) (.cse26 (<= .cse42 ULTIMATE.start_s_run_~req_d~1)) (.cse30 (= ~m_run_pc~0 3)) (.cse33 (<= ~c_req_d~0 .cse42)) (.cse37 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse18 (<= ~c_req_a~0 4)) (.cse38 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse21 (= ~c_req_a~0 0)) (.cse6 (<= 50 ~s_memory0~0)) (.cse8 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse41 (<= (+ ~s_memory2~0 ~a_t~0) .cse61)) (.cse10 (<= 52 ~s_memory2~0)) (.cse12 (let ((.cse64 (= ~m_run_pc~0 6))) (or (and .cse20 .cse22 (= ~a_t~0 2) .cse24 .cse46 .cse25 .cse27 .cse28 .cse29 .cse64 .cse35) (and .cse20 (<= 1 ULTIMATE.start_m_run_~a~0) .cse22 .cse24 (<= ULTIMATE.start_m_run_~a~0 1) .cse25 .cse43 .cse27 .cse28 .cse29 .cse64 .cse35) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse20 .cse22 .cse24 .cse25 .cse27 .cse28 .cse29 .cse64 .cse35 (<= 3 ~a_t~0)) (and .cse20 .cse22 .cse24 (= ULTIMATE.start_m_run_~a~0 0) .cse25 .cse27 .cse28 .cse29 .cse64 .cse34 .cse35)))) (.cse13 (<= .cse63 .cse55)) (.cse14 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse32 (= ULTIMATE.start_s_run_~req_a~1 0)) (.cse17 (<= ~s_memory3~0 .cse60)) (.cse44 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0 1)) .cse6 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16 (= ~req_tt_a~0 4) .cse17 .cse18 .cse19) (and .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37 .cse38) (and .cse0 .cse1 .cse6 .cse39 .cse40 .cse8 .cse41 .cse10 (<= ~s_memory1~0 .cse42) .cse12 .cse43 .cse14 .cse16 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse44 .cse19) (and .cse20 .cse22 .cse23 .cse6 .cse39 .cse40 .cse24 (= ULTIMATE.start_m_run_~a~0 1) .cse25 .cse43 .cse27 .cse16 .cse28 .cse29 .cse30 .cse31 .cse33 (<= ULTIMATE.start_s_memory_write_~v 50) .cse35 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse37 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse38) (and .cse45 .cse20 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse23 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse6 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse7 .cse24 (<= ~a_t~0 2) .cse46 .cse11 .cse25 .cse47 .cse48 .cse27 .cse16 .cse28 .cse29 .cse30 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse49 (<= ~c_req_d~0 52) .cse35 .cse37 .cse38 (<= 2 ~a_t~0)) (and .cse20 .cse21 .cse22 .cse23 .cse24 (= ~s_run_pc~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37 .cse38) (let ((.cse52 (+ ~s_memory3~0 ~req_tt_a~0))) (and .cse45 .cse0 .cse1 .cse6 (<= (+ 53 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory3~0 ULTIMATE.start_m_run_~a~0)) .cse8 .cse46 .cse10 .cse12 (<= .cse50 .cse51) .cse47 .cse48 .cse13 .cse14 (<= .cse51 .cse50) .cse16 .cse17 .cse49 (<= .cse52 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) (<= .cse53 .cse51) (<= .cse52 (+ ~a_t~0 2 ~c_rsp_d~0)) .cse19 (<= .cse54 .cse55))) (and .cse56 (<= ULTIMATE.start_s_memory_write_~v 52) .cse20 .cse22 .cse23 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse6 .cse57 .cse24 .cse10 .cse58 (< 2 ULTIMATE.start_s_run_~req_a~1) .cse25 (<= ~s_memory1~0 .cse59) .cse26 .cse27 .cse16 .cse28 .cse29 .cse30 .cse33 (<= ULTIMATE.start_s_run_~req_a~1 3) .cse35 .cse37 (<= ULTIMATE.start_s_run_~req_d~1 .cse60) (= 53 ULTIMATE.start_s_run_~req_d~1) .cse38) (and .cse56 .cse0 .cse1 .cse4 (<= .cse61 .cse53) .cse6 .cse57 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 3) .cse13 (<= .cse53 .cse61) .cse14 .cse15 (<= .cse50 .cse61) .cse16 .cse17 (<= .cse54 .cse62) (<= .cse62 .cse54) (<= .cse61 .cse50) (= 3 ULTIMATE.start_s_run_~req_a~1) .cse19 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= .cse59 ~s_memory1~0)) (and .cse20 .cse22 .cse2 .cse23 .cse3 .cse5 .cse6 .cse7 (<= .cse60 ~s_memory3~0) .cse24 .cse10 .cse11 .cse58 .cse25 .cse26 .cse27 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse28 .cse29 .cse30 (= ULTIMATE.start_s_run_~req_d~1 54) .cse33 .cse17 .cse35 .cse37 .cse18 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse38) (and .cse0 .cse1 .cse21 .cse6 .cse8 .cse41 .cse10 .cse12 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse13 .cse14 .cse16 .cse32 .cse17 .cse44)))) [2021-10-28 23:20:12,825 INFO L857 garLoopResultBuilder]: For program point L1314(lines 1266 1355) no Hoare annotation was computed. [2021-10-28 23:20:12,825 INFO L857 garLoopResultBuilder]: For program point L1248(lines 1248 1252) no Hoare annotation was computed. [2021-10-28 23:20:12,826 INFO L857 garLoopResultBuilder]: For program point L191(lines 191 195) no Hoare annotation was computed. [2021-10-28 23:20:12,826 INFO L857 garLoopResultBuilder]: For program point L125(lines 125 137) no Hoare annotation was computed. [2021-10-28 23:20:12,826 INFO L857 garLoopResultBuilder]: For program point L984(lines 976 993) no Hoare annotation was computed. [2021-10-28 23:20:12,826 INFO L853 garLoopResultBuilder]: At program point L456(lines 449 466) the Hoare annotation is: (let ((.cse17 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse16 (+ ~a_t~0 50)) (.cse20 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse20)) (.cse7 (<= .cse16 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse16)) (.cse15 (<= .cse17 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse3 (<= 52 ~s_memory2~0)) (.cse4 (not (= ~c_m_lock~0 1))) (.cse5 (<= ~s_memory2~0 52)) (.cse6 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~c_empty_rsp~0 1)) (.cse12 (= ~m_run_pc~0 3)) (.cse18 (<= ULTIMATE.start_s_run_~req_d~1 .cse16)) (.cse19 (<= .cse16 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse15) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 (<= ~s_memory1~0 .cse16) (<= ~c_req_d~0 .cse17) (<= ~c_req_d~0 51) (<= .cse16 ~s_memory1~0) .cse6 .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 .cse19 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse16 ~s_memory3~0) .cse3 .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse0 .cse1 .cse2 .cse4 .cse6 .cse7 .cse8 (<= ~c_req_d~0 50) .cse9 .cse10 .cse11 .cse12 .cse18 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse19 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse15) (and (<= ULTIMATE.start_s_memory_write_~v .cse16) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse3 (<= 51 ~s_memory1~0) .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse19 (<= ULTIMATE.start_m_run_~a~0 2))))) [2021-10-28 23:20:12,826 INFO L857 garLoopResultBuilder]: For program point L390(lines 390 394) no Hoare annotation was computed. [2021-10-28 23:20:12,827 INFO L857 garLoopResultBuilder]: For program point L1315(lines 1315 1319) no Hoare annotation was computed. [2021-10-28 23:20:12,827 INFO L857 garLoopResultBuilder]: For program point L258(lines 258 262) no Hoare annotation was computed. [2021-10-28 23:20:12,827 INFO L857 garLoopResultBuilder]: For program point L1183(lines 1183 1187) no Hoare annotation was computed. [2021-10-28 23:20:12,827 INFO L853 garLoopResultBuilder]: At program point L126(lines 112 854) the Hoare annotation is: false [2021-10-28 23:20:12,827 INFO L857 garLoopResultBuilder]: For program point L1183-2(lines 1181 1360) no Hoare annotation was computed. [2021-10-28 23:20:12,828 INFO L853 garLoopResultBuilder]: At program point L1051(lines 1044 1097) the Hoare annotation is: (let ((.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse3 (+ ~s_memory1~0 2)) (.cse40 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse41 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse37 (<= 2 ~a_t~0)) (.cse34 (= ~a_t~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse6 (= 2 ~s_run_pc~0)) (.cse9 (= ~c_empty_req~0 1)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse48 (+ ~s_memory1~0 ~a_t~0)) (.cse42 (+ 51 ~req_tt_a~0)) (.cse47 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse46 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse43 (+ ~a_t~0 50))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse30 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse32 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse33 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse31 (<= .cse43 ~c_req_d~0)) (.cse18 (<= .cse47 .cse46)) (.cse21 (<= .cse48 .cse42)) (.cse22 (<= 51 ~s_memory1~0)) (.cse25 (<= .cse42 .cse48)) (.cse36 (+ ~req_tt_a~0 52)) (.cse16 (= ~c_req_type~0 0)) (.cse17 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse23 (<= .cse46 .cse47)) (.cse39 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse26 (let ((.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse0 (<= 1 ULTIMATE.start_m_run_~a~0) .cse1 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse6 .cse9 .cse45 .cse14) (and .cse0 .cse1 (<= ~a_t~0 2) .cse44 .cse6 .cse9 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse14 .cse41 .cse37) (and .cse0 .cse1 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse6 .cse9 .cse45 .cse34 .cse14) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse44 .cse6 .cse9 .cse45 .cse14 (<= 3 ~a_t~0))))) (.cse38 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse27 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse40)) (.cse2 (<= 50 ~s_memory0~0)) (.cse19 (<= ~s_memory1~0 51)) (.cse4 (<= 52 ~s_memory2~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse8 (<= .cse43 ULTIMATE.start_s_run_~req_d~1)) (.cse24 (= ~s_memory4~0 54)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= ~m_run_pc~0 3)) (.cse29 (<= ULTIMATE.start_s_run_~req_d~1 .cse43)) (.cse12 (<= ~c_req_d~0 .cse43)) (.cse13 (<= ~s_memory3~0 .cse3)) (.cse28 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse15 (<= .cse35 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= .cse3 ~s_memory3~0) (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 (<= ~s_memory1~0 .cse7) .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse16 .cse17 .cse18 .cse2 .cse19 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse20 .cse21 (= 53 ~c_rsp_d~0) .cse4 .cse22 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse23 .cse24 .cse25 .cse26 .cse10 .cse13 .cse27 .cse28 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse7 ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse6 .cse8 .cse9 (<= ~c_req_d~0 50) .cse10 .cse11 .cse29 .cse12 .cse30 .cse14 .cse31 .cse32 .cse33 .cse15) (and .cse0 .cse1 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse8 .cse9 .cse10 .cse11 .cse29 .cse12 .cse34 .cse30 .cse14 .cse32 (= ULTIMATE.start_s_run_~req_type~1 1) .cse33 .cse15) (and (= 54 ~c_rsp_d~0) .cse16 .cse17 .cse18 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse19 .cse20 .cse21 .cse4 .cse22 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse23 .cse24 .cse25 .cse26 .cse10 (= ~req_tt_a~0 4) .cse13 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse27 .cse28) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse19 (<= ULTIMATE.start_s_run_~req_d~1 51) (<= 51 ~c_req_d~0) .cse22 (<= ~c_req_d~0 .cse35) (<= ~c_req_d~0 51) .cse6 .cse9 .cse10 .cse11 .cse12 .cse14 .cse31 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse16 .cse17 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse20 (<= (+ ~s_memory2~0 ~a_t~0) .cse36) .cse4 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse23 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse26 .cse10 (<= ~c_rsp_d~0 50) .cse13 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)) (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 .cse22 .cse5 .cse6 .cse8 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse9 .cse10 .cse11 .cse29 (<= ~c_req_d~0 52) .cse14 .cse31 .cse15 .cse37) (and .cse16 .cse17 .cse18 .cse2 .cse19 .cse20 .cse21 (<= .cse36 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse4 .cse22 .cse23 (<= .cse38 .cse36) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse25 (<= .cse39 .cse36) .cse26 .cse10 .cse13 (<= .cse40 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse36 .cse39) .cse27 .cse28 .cse41 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse37) (and .cse16 .cse17 .cse2 .cse20 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse23 .cse24 (<= .cse42 .cse39) .cse26 .cse10 .cse13 (<= .cse38 .cse42) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse28 (<= ~c_rsp_d~0 51)) (and (<= .cse43 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse19 .cse4 .cse5 .cse6 .cse8 .cse9 .cse24 (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse29 .cse12 .cse13 .cse14 .cse28 .cse15)))) [2021-10-28 23:20:12,828 INFO L857 garLoopResultBuilder]: For program point L985(lines 985 989) no Hoare annotation was computed. [2021-10-28 23:20:12,828 INFO L857 garLoopResultBuilder]: For program point L457(lines 145 491) no Hoare annotation was computed. [2021-10-28 23:20:12,828 INFO L857 garLoopResultBuilder]: For program point L61(lines 61 72) no Hoare annotation was computed. [2021-10-28 23:20:12,829 INFO L853 garLoopResultBuilder]: At program point L590(lines 583 627) the Hoare annotation is: (let ((.cse32 (+ 53 ~req_tt_a~0)) (.cse27 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse26 (+ 51 ~req_tt_a~0)) (.cse36 (<= 3 ~a_t~0)) (.cse10 (= ~a_t~0 0)) (.cse14 (<= 1 ~c_m_lock~0)) (.cse15 (not (= ~s_run_st~0 0))) (.cse16 (= 2 ~s_run_pc~0)) (.cse18 (= 2 ~c_write_rsp_ev~0)) (.cse19 (= ~c_empty_rsp~0 1)) (.cse21 (<= 2 ~c_m_ev~0)) (.cse40 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse39 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse6 (<= 52 ~s_memory2~0)) (.cse9 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse25 (+ ~a_t~0 ~c_rsp_d~0)) (.cse13 (<= .cse40 .cse39)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (let ((.cse41 (= ~m_run_pc~0 6))) (or (and .cse14 .cse15 .cse16 (= ~a_t~0 1) .cse18 .cse19 .cse41 (<= 2 ULTIMATE.start_m_run_~a~0) .cse21 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse14 (<= ULTIMATE.start_m_run_~a~0 4) .cse15 .cse16 (<= 4 ULTIMATE.start_m_run_~a~0) .cse18 .cse19 .cse41 .cse21 .cse36) (and .cse14 .cse15 (= ULTIMATE.start_m_run_~a~0 1) .cse16 .cse18 .cse19 .cse41 .cse10 .cse21) (and .cse14 (= ~a_t~0 2) .cse15 (= ULTIMATE.start_m_run_~a~0 3) .cse16 .cse18 .cse19 .cse41 .cse21)))) (.cse3 (<= 50 ~s_memory0~0)) (.cse22 (<= ~s_memory1~0 51)) (.cse31 (<= .cse39 .cse40)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse33 (<= (+ ~s_memory1~0 ~a_t~0) .cse26)) (.cse34 (<= 51 ~s_memory1~0)) (.cse17 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse27)) (.cse30 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse7 (= ~s_memory4~0 54)) (.cse8 (<= ~s_memory0~0 50)) (.cse20 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse28 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse5 (+ ~req_tt_a~0 52)) (.cse11 (<= .cse32 (+ ~s_memory3~0 ~a_t~0))) (.cse12 (= ULTIMATE.start_m_run_~req_type___0~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 (= ~c_req_a~0 1) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse7 .cse8 (<= .cse9 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse10 .cse11 .cse12 .cse13) (and .cse0 .cse1 (= ~c_req_a~0 0) .cse14 .cse3 .cse15 .cse6 .cse16 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= (+ ~a_t~0 50) ULTIMATE.start_s_run_~req_d~1) .cse17 .cse7 .cse8 .cse18 .cse19 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse20 .cse21 (<= 0 ULTIMATE.start_m_run_~a~0) .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (let ((.cse24 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse23 (+ ~req_tt_a~0 50)) (.cse29 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse3 .cse22 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse23) .cse6 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse24) (<= .cse24 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse7 (<= .cse25 .cse26) .cse8 (<= .cse27 .cse28) .cse20 (<= .cse9 .cse29) (<= ~c_req_a~0 2) (<= .cse24 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse23 ULTIMATE.start_s_memory_read_~x~0) (<= .cse30 .cse26) (<= .cse29 .cse9) .cse11 .cse12 .cse13)) (let ((.cse35 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 (<= 4 ~c_req_a~0) .cse2 .cse3 .cse22 .cse31 (<= .cse32 .cse25) .cse4 .cse33 .cse34 (<= .cse32 .cse30) .cse17 (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse7 .cse8 (<= ULTIMATE.start_m_run_~req_a___0~0 4) (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse20 .cse11 .cse12 (<= ~c_req_a~0 4) .cse13 .cse36)) (let ((.cse37 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse38 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and (<= ~c_req_a~0 3) .cse0 .cse1 .cse2 (<= .cse5 .cse30) .cse3 (<= 3 ~c_req_a~0) .cse22 .cse31 .cse4 .cse33 (<= .cse37 .cse5) (<= .cse5 .cse37) .cse34 (<= ~s_memory2~0 52) .cse17 (<= .cse30 .cse5) .cse7 (<= .cse38 .cse5) .cse8 .cse20 (<= .cse28 .cse39) (<= .cse39 .cse28) (<= .cse5 .cse38) .cse11 .cse12 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0)))))) [2021-10-28 23:20:12,829 INFO L857 garLoopResultBuilder]: For program point L458(lines 458 462) no Hoare annotation was computed. [2021-10-28 23:20:12,829 INFO L857 garLoopResultBuilder]: For program point L128(lines 128 136) no Hoare annotation was computed. [2021-10-28 23:20:12,829 INFO L857 garLoopResultBuilder]: For program point L1053(lines 1053 1057) no Hoare annotation was computed. [2021-10-28 23:20:12,830 INFO L853 garLoopResultBuilder]: At program point L129(lines 112 854) the Hoare annotation is: false [2021-10-28 23:20:12,830 INFO L857 garLoopResultBuilder]: For program point L63(lines 63 72) no Hoare annotation was computed. [2021-10-28 23:20:12,830 INFO L857 garLoopResultBuilder]: For program point L922(lines 922 975) no Hoare annotation was computed. [2021-10-28 23:20:12,830 INFO L853 garLoopResultBuilder]: At program point L790(lines 783 818) the Hoare annotation is: (let ((.cse20 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse16 (+ 51 ~req_tt_a~0)) (.cse23 (<= 2 ~a_t~0)) (.cse14 (<= 3 ~a_t~0)) (.cse34 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse22 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= .cse34 .cse22)) (.cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (+ ~req_tt_a~0 52)) (.cse15 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= .cse22 .cse34)) (.cse4 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (not (= ~s_run_st~0 0))) (.cse27 (<= 6 ~m_run_pc~0)) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6))) (or (and .cse25 .cse26 (<= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse23) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse14) (and .cse25 .cse26 .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 1) .cse29 (= ~a_t~0 1) .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 0) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse16)) (.cse7 (<= 51 ~s_memory1~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse20)) (.cse10 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 (= ~req_tt_a~0 3) .cse3 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse4 .cse5 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse16 .cse17) .cse11 .cse12 (<= .cse18 .cse16) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 .cse7 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse9 (<= .cse18 .cse21) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 (<= .cse17 .cse21) .cse11 .cse12 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse21 .cse17) .cse19 .cse13 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse23) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse21) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse24)))) [2021-10-28 23:20:12,831 INFO L853 garLoopResultBuilder]: At program point L724(lines 717 734) the Hoare annotation is: (let ((.cse21 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse22 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse5 (+ ~req_tt_a~0 52)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse16 (<= .cse13 .cse22)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0 2) .cse19)) (.cse18 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (let ((.cse23 (<= 2 ~c_write_req_ev~0)) (.cse24 (<= 1 ~c_m_lock~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (<= 6 ~m_run_pc~0)) (.cse27 (= 2 ~s_run_pc~0)) (.cse28 (= ~c_empty_req~0 1)) (.cse29 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 6)) (.cse32 (<= 2 ~c_m_ev~0))) (or (and .cse23 .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse23 .cse24 .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 1) .cse27 (= ~a_t~0 1) .cse28 .cse29 .cse30 .cse31 .cse32) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 (<= 3 ~a_t~0)) (and .cse23 .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (= ~a_t~0 0) .cse32)))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse21)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse8 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse14 (<= .cse22 .cse13))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 (<= .cse5 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse7 (<= .cse8 .cse5) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse9 (<= .cse10 .cse5) .cse11 .cse12 (<= .cse13 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse5 .cse10) .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse16 .cse17 .cse4 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse18 .cse7 .cse9 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15) (and .cse0 .cse1 .cse2 .cse3 .cse16 .cse17 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 (= 53 ~c_rsp_d~0) .cse18 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse7 .cse9 .cse11 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse12 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (let ((.cse20 (+ 51 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse19 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse7 .cse9 (<= .cse20 .cse10) .cse11 .cse12 (<= .cse8 .cse20) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse14 (<= .cse21 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)))))) [2021-10-28 23:20:12,831 INFO L857 garLoopResultBuilder]: For program point L592(lines 592 596) no Hoare annotation was computed. [2021-10-28 23:20:12,831 INFO L860 garLoopResultBuilder]: At program point L1385(lines 1362 1387) the Hoare annotation is: true [2021-10-28 23:20:12,832 INFO L853 garLoopResultBuilder]: At program point L328(lines 298 329) the Hoare annotation is: (let ((.cse18 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse5 (+ ~a_t~0 50)) (.cse4 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse4)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= ~s_memory2~0 52)) (.cse20 (<= .cse5 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse8 (= 2 ~s_run_pc~0)) (.cse17 (<= .cse5 ULTIMATE.start_s_run_~req_d~1)) (.cse9 (= ~c_empty_req~0 1)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= 2 ~c_write_rsp_ev~0)) (.cse12 (= ~m_run_pc~0 3)) (.cse19 (<= ULTIMATE.start_s_run_~req_d~1 .cse5)) (.cse13 (<= ~c_req_d~0 .cse5)) (.cse15 (<= 2 ~c_m_ev~0)) (.cse16 (<= .cse18 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse4) (<= .cse5 ~s_memory3~0) .cse6 .cse7 .cse8 (= ~a_t~0 3) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse15 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse16) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse6 .cse7 .cse8 .cse17 .cse9 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 .cse15 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse16) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse5) (<= ~c_req_d~0 .cse18) (<= .cse5 ~s_memory1~0) .cse8 (= ~a_t~0 1) .cse9 .cse10 .cse11 .cse12 .cse19 .cse13 .cse15 .cse20 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse16) (and (<= ULTIMATE.start_s_memory_write_~v .cse5) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse6 (<= 51 ~s_memory1~0) .cse7 .cse8 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse9 .cse10 .cse11 .cse12 .cse19 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse15 .cse20 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 .cse2 .cse3 .cse8 .cse17 .cse9 .cse10 .cse11 .cse12 .cse19 .cse13 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse15 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse16)))) [2021-10-28 23:20:12,832 INFO L857 garLoopResultBuilder]: For program point L923(lines 923 927) no Hoare annotation was computed. [2021-10-28 23:20:12,832 INFO L857 garLoopResultBuilder]: For program point L725(lines 496 848) no Hoare annotation was computed. [2021-10-28 23:20:12,832 INFO L853 garLoopResultBuilder]: At program point L1254(lines 1247 1264) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse1 (= ~c_empty_req~0 1)) (.cse2 (= 2 ~c_write_rsp_ev~0)) (.cse3 (= ~c_empty_rsp~0 1)) (.cse4 (= ~m_run_pc~0 ~c_m_lock~0)) (.cse5 (= ~m_run_pc~0 0)) (.cse6 (= ~m_run_pc~0 ~s_run_pc~0))) (or (and (= ~c_req_type~0 0) (<= 2 ~c_write_req_ev~0) .cse0 .cse1 .cse2 .cse3 (= ~a_t~0 0) .cse4 (<= 2 ~c_m_ev~0) .cse5 .cse6) (and .cse0 (not (= ~s_run_st~0 0)) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6))) [2021-10-28 23:20:12,832 INFO L857 garLoopResultBuilder]: For program point L1188-1(lines 1181 1360) no Hoare annotation was computed. [2021-10-28 23:20:12,833 INFO L857 garLoopResultBuilder]: For program point L131(lines 131 135) no Hoare annotation was computed. [2021-10-28 23:20:12,833 INFO L857 garLoopResultBuilder]: For program point L65(lines 65 72) no Hoare annotation was computed. [2021-10-28 23:20:12,833 INFO L857 garLoopResultBuilder]: For program point L-1(line -1) no Hoare annotation was computed. [2021-10-28 23:20:12,833 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startErr0ASSERT_VIOLATIONERROR_FUNCTION(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,833 INFO L857 garLoopResultBuilder]: For program point L792(lines 792 796) no Hoare annotation was computed. [2021-10-28 23:20:12,833 INFO L857 garLoopResultBuilder]: For program point L726(lines 726 730) no Hoare annotation was computed. [2021-10-28 23:20:12,834 INFO L853 garLoopResultBuilder]: At program point L396(lines 389 406) the Hoare annotation is: (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse20 (+ ~s_memory1~0 2)) (.cse15 (+ ~a_t~0 50))) (let ((.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse15)) (.cse18 (<= .cse15 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= 52 ~s_memory2~0)) (.cse17 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse5 (<= .cse15 ULTIMATE.start_s_run_~req_d~1)) (.cse6 (= ~c_empty_req~0 1)) (.cse7 (<= ~s_memory0~0 50)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse10 (= ~m_run_pc~0 3)) (.cse12 (<= ~c_req_d~0 .cse15)) (.cse21 (<= ~s_memory3~0 .cse20)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse14 (<= .cse19 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14) (and (<= ULTIMATE.start_s_memory_write_~v .cse15) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse16 (<= 51 ~s_memory1~0) .cse17 .cse4 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 .cse18 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse15) (<= ~c_req_d~0 .cse19) (<= .cse15 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse18 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse14) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse15 ~s_memory3~0) .cse16 .cse17 .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse21 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse14) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse16 .cse17 .cse4 .cse5 .cse6 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse7 .cse8 .cse9 .cse10 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse21 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse14)))) [2021-10-28 23:20:12,834 INFO L853 garLoopResultBuilder]: At program point L264(lines 257 274) the Hoare annotation is: (let ((.cse38 (= ~m_run_pc~0 0)) (.cse36 (= ~c_empty_rsp~0 1)) (.cse33 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse17 (+ ~a_t~0 50))) (let ((.cse10 (<= ULTIMATE.start_s_run_~req_d~1 .cse17)) (.cse18 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse35 (= ~s_run_pc~0 0)) (.cse21 (<= ULTIMATE.start_s_memory_write_~v .cse17)) (.cse2 (<= 50 ~s_memory0~0)) (.cse24 (<= 52 ~s_memory2~0)) (.cse26 (<= ~s_memory2~0 52)) (.cse6 (<= .cse17 ULTIMATE.start_s_run_~req_d~1)) (.cse8 (<= ~s_memory0~0 50)) (.cse32 (+ ~s_memory1~0 2)) (.cse34 (= ~c_req_a~0 0)) (.cse0 (<= 1 ~c_m_lock~0)) (.cse1 (= ~c_req_type~0 1)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= .cse33 ULTIMATE.start_m_run_~req_d~0)) (.cse4 (<= ULTIMATE.start_m_run_~req_d~0 .cse33)) (.cse5 (= 2 ~s_run_pc~0)) (.cse7 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse9 (= 2 ~c_write_rsp_ev~0)) (.cse39 (<= ~c_req_d~0 .cse17)) (.cse37 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse11 (or (and .cse36 .cse38) (and .cse36 (= ~m_run_pc~0 3)))) (.cse12 (= ~a_t~0 0)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse40 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse14 (not (= ~c_req_type~0 0))) (.cse15 (<= .cse33 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (= ~c_req_a~0 1) (= ULTIMATE.start_m_run_~req_a~0 1) .cse3 .cse4 (<= ~c_req_d~0 51) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14 (<= 51 ULTIMATE.start_m_run_~req_d~0) .cse15) (and (<= 2 ~c_req_a~0) .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 .cse16 (<= .cse17 ~s_memory1~0) .cse5 (<= ~s_memory1~0 .cse18) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse7 .cse8 .cse9 .cse10 .cse11 (<= ~c_req_a~0 2) (<= ~c_req_d~0 52) .cse13 (<= 2 ULTIMATE.start_m_run_~req_a~0) (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2) .cse14 .cse15) (and (let ((.cse19 (<= .cse17 ULTIMATE.start_s_memory_write_~v)) (.cse20 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse22 (<= 4 ~c_req_a~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse25 (<= ~c_req_d~0 .cse33)) (.cse27 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse28 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse29 (<= ~s_memory3~0 .cse32)) (.cse30 (<= ~c_req_a~0 4)) (.cse31 (<= .cse18 ~s_memory3~0))) (or (and .cse19 .cse20 .cse21 .cse0 .cse1 .cse22 .cse2 .cse23 .cse3 .cse24 .cse4 .cse25 .cse26 .cse5 .cse27 .cse6 (= ~s_memory4~0 54) .cse7 .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse13 (<= .cse17 ~c_req_d~0) .cse30 .cse14 .cse15 .cse31) (and .cse19 .cse20 .cse21 .cse0 .cse1 .cse22 .cse2 .cse23 .cse3 .cse24 .cse4 .cse25 .cse26 .cse5 .cse27 (= ~a_t~0 3) .cse6 .cse7 .cse8 .cse9 .cse10 .cse28 .cse11 .cse29 .cse13 .cse30 .cse14 .cse15 .cse31))) (<= 3 ~a_t~0)) (and .cse34 (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse3 .cse35 (= ULTIMATE.start_m_run_~a~0 0) .cse9 .cse36 .cse37 .cse38 .cse14) (and .cse34 .cse0 .cse1 .cse35 .cse16 .cse4 .cse7 .cse9 .cse36 .cse39 .cse37 .cse12 .cse13 .cse40 .cse38 .cse15) (and (<= ~c_req_a~0 3) (<= ULTIMATE.start_m_run_~req_a~0 3) .cse21 .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) (<= ULTIMATE.start_s_run_~req_d~1 52) .cse2 (<= 3 ~c_req_a~0) .cse3 .cse24 .cse26 .cse5 (<= 3 ULTIMATE.start_m_run_~req_a~0) (= 53 ~c_req_d~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse6 .cse7 .cse8 .cse9 .cse11 .cse13 (= 53 ULTIMATE.start_m_run_~req_d~0) .cse14 .cse15 (<= ULTIMATE.start_m_run_~req_d~0 .cse32)) (and .cse34 .cse0 .cse1 .cse3 .cse16 .cse4 .cse5 .cse7 .cse9 .cse39 .cse37 .cse11 .cse12 .cse13 .cse40 .cse14 .cse15)))) [2021-10-28 23:20:12,835 INFO L853 garLoopResultBuilder]: At program point L132(lines 112 854) the Hoare annotation is: (let ((.cse28 (= ~c_empty_rsp~0 1)) (.cse29 (= ~a_t~0 0)) (.cse22 (<= 2 ~c_write_req_ev~0)) (.cse23 (<= 1 ~c_m_lock~0)) (.cse52 (<= 1 ~a_t~0)) (.cse24 (not (= ~s_run_st~0 0))) (.cse26 (= 2 ~s_run_pc~0)) (.cse50 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse21 (= ~m_run_pc~0 6)) (.cse30 (<= 2 ~c_m_ev~0)) (.cse17 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse5 (+ 51 ~req_tt_a~0)) (.cse51 (+ ~s_memory1~0 ~a_t~0)) (.cse47 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse4 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse46 (+ ~req_tt_a~0 52)) (.cse14 (+ ~a_t~0 ~c_rsp_d~0))) (let ((.cse36 (= ~req_tt_a~0 4)) (.cse18 (= ~req_tt_a~0 2)) (.cse41 (<= .cse46 .cse14)) (.cse42 (<= .cse46 .cse4)) (.cse43 (<= .cse47 .cse46)) (.cse38 (<= .cse5 .cse51)) (.cse44 (<= .cse13 .cse46)) (.cse45 (<= .cse46 .cse13)) (.cse10 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse17)) (.cse11 (<= .cse17 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1))) (.cse19 (<= .cse47 .cse5)) (.cse20 (<= .cse17 (+ ~a_t~0 2 ~c_rsp_d~0))) (.cse33 (<= ~s_memory1~0 51)) (.cse35 (or (and .cse22 .cse23 .cse24 .cse26 .cse50 .cse27 .cse21 .cse29 .cse30) (and .cse22 .cse23 .cse52 .cse24 .cse26 .cse50 .cse27 .cse21 .cse30))) (.cse48 (= ~a_t~0 3)) (.cse31 (<= 3 ~a_t~0)) (.cse6 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse34 (<= (+ ~s_memory2~0 ~a_t~0) .cse46)) (.cse49 (<= ~s_memory1~0 (+ ~a_t~0 50))) (.cse32 (= ~a_t~0 1)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (or (and .cse22 .cse23 .cse52 .cse26 .cse27 .cse28 .cse21 .cse30) (and .cse22 .cse23 .cse26 .cse27 .cse28 .cse21 .cse29 .cse30))) (.cse3 (<= 50 ~s_memory0~0)) (.cse7 (<= .cse51 .cse5)) (.cse39 (= ~req_tt_a~0 0)) (.cse8 (<= 52 ~s_memory2~0)) (.cse9 (<= ~s_memory2~0 52)) (.cse12 (= ~s_memory4~0 54)) (.cse15 (<= ~s_memory0~0 50)) (.cse16 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse40 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (or (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse3 (<= .cse4 .cse5) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (<= .cse5 .cse13) (<= .cse14 .cse5) .cse15 .cse16 (<= ~c_req_a~0 2) (<= .cse17 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) .cse18 .cse19 .cse20 (<= 2 ~a_t~0)) (and .cse21 (let ((.cse25 (<= 6 ~m_run_pc~0))) (or (and .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30) (and .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse30 .cse31) (and .cse22 .cse23 .cse24 .cse25 .cse26 .cse32 .cse27 .cse28 .cse30) (and .cse22 .cse23 (= ~a_t~0 2) .cse24 .cse25 .cse26 .cse27 .cse28 .cse30)))) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) .cse33 .cse6 .cse34 .cse35 .cse8 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse15 .cse36 .cse16 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37) (and .cse0 .cse1 (<= 4 ~c_req_a~0) .cse2 .cse3 .cse33 .cse6 .cse34 .cse8 .cse12 .cse38 .cse15 .cse36 .cse16 .cse37 (<= ~c_req_a~0 4)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 .cse6 .cse7 .cse39 .cse35 .cse8 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse15 (<= ~c_rsp_d~0 50) .cse16 (<= |ULTIMATE.start_s_memory_read_#res| 50) .cse40 (<= 50 ~c_rsp_d~0)) (and .cse0 .cse1 .cse3 .cse41 .cse33 .cse6 .cse42 .cse35 .cse8 .cse9 .cse43 (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse44 .cse15 .cse16 (<= ~c_rsp_d~0 52) .cse45 .cse18 .cse40 (<= ULTIMATE.start_s_run_~rsp_d~1 52)) (and (<= ~c_req_a~0 3) .cse0 .cse1 .cse2 (<= .cse46 .cse47) .cse3 (<= 3 ~c_req_a~0) .cse41 .cse33 .cse6 (<= .cse4 .cse46) .cse34 .cse42 .cse8 (<= .cse14 .cse46) .cse48 .cse43 .cse12 .cse38 .cse44 .cse15 .cse16 .cse45 .cse37) (and .cse0 .cse1 .cse3 .cse6 .cse35 .cse8 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse49 .cse9 .cse10 .cse11 .cse12 .cse15 .cse16 (<= (+ ~req_tt_a~0 50) ULTIMATE.start_s_memory_read_~x~0) .cse19 .cse20 (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse40 (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse3 .cse33 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse6 (= 53 ~c_rsp_d~0) .cse34 .cse35 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse48 .cse12 .cse15 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse16 .cse40 (= 53 ULTIMATE.start_s_run_~rsp_d~1)) (and .cse22 .cse24 .cse26 .cse50 .cse27 .cse28 .cse21 .cse30 .cse31) (and .cse0 .cse1 .cse2 .cse3 (= ~c_req_a~0 1) .cse6 .cse34 .cse8 .cse49 .cse32 .cse12 .cse15 .cse16 .cse37) (and .cse0 .cse1 (= ~c_req_a~0 0) .cse2 .cse3 .cse7 .cse39 .cse8 .cse9 .cse12 .cse15 (= ULTIMATE.start_s_run_~req_d~1 54) .cse16 .cse40)))) [2021-10-28 23:20:12,835 INFO L857 garLoopResultBuilder]: For program point L397(lines 389 406) no Hoare annotation was computed. [2021-10-28 23:20:12,835 INFO L857 garLoopResultBuilder]: For program point L265(lines 145 491) no Hoare annotation was computed. [2021-10-28 23:20:12,835 INFO L857 garLoopResultBuilder]: For program point L1256(lines 1256 1260) no Hoare annotation was computed. [2021-10-28 23:20:12,836 INFO L857 garLoopResultBuilder]: For program point L67(lines 67 72) no Hoare annotation was computed. [2021-10-28 23:20:12,836 INFO L857 garLoopResultBuilder]: For program point L398(lines 398 402) no Hoare annotation was computed. [2021-10-28 23:20:12,836 INFO L857 garLoopResultBuilder]: For program point L266(lines 266 270) no Hoare annotation was computed. [2021-10-28 23:20:12,836 INFO L853 garLoopResultBuilder]: At program point L1059(lines 1052 1096) the Hoare annotation is: (let ((.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse3 (+ ~s_memory1~0 2)) (.cse40 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse41 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse37 (<= 2 ~a_t~0)) (.cse34 (= ~a_t~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse6 (= 2 ~s_run_pc~0)) (.cse9 (= ~c_empty_req~0 1)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse48 (+ ~s_memory1~0 ~a_t~0)) (.cse42 (+ 51 ~req_tt_a~0)) (.cse47 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse46 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse43 (+ ~a_t~0 50))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse30 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse32 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse33 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse31 (<= .cse43 ~c_req_d~0)) (.cse18 (<= .cse47 .cse46)) (.cse21 (<= .cse48 .cse42)) (.cse22 (<= 51 ~s_memory1~0)) (.cse25 (<= .cse42 .cse48)) (.cse36 (+ ~req_tt_a~0 52)) (.cse16 (= ~c_req_type~0 0)) (.cse17 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse23 (<= .cse46 .cse47)) (.cse39 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse26 (let ((.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse0 (<= 1 ULTIMATE.start_m_run_~a~0) .cse1 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse6 .cse9 .cse45 .cse14) (and .cse0 .cse1 (<= ~a_t~0 2) .cse44 .cse6 .cse9 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse14 .cse41 .cse37) (and .cse0 .cse1 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse6 .cse9 .cse45 .cse34 .cse14) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse44 .cse6 .cse9 .cse45 .cse14 (<= 3 ~a_t~0))))) (.cse38 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse27 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse40)) (.cse2 (<= 50 ~s_memory0~0)) (.cse19 (<= ~s_memory1~0 51)) (.cse4 (<= 52 ~s_memory2~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse8 (<= .cse43 ULTIMATE.start_s_run_~req_d~1)) (.cse24 (= ~s_memory4~0 54)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= ~m_run_pc~0 3)) (.cse29 (<= ULTIMATE.start_s_run_~req_d~1 .cse43)) (.cse12 (<= ~c_req_d~0 .cse43)) (.cse13 (<= ~s_memory3~0 .cse3)) (.cse28 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse15 (<= .cse35 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= .cse3 ~s_memory3~0) (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 (<= ~s_memory1~0 .cse7) .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse16 .cse17 .cse18 .cse2 .cse19 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse20 .cse21 (= 53 ~c_rsp_d~0) .cse4 .cse22 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse23 .cse24 .cse25 .cse26 .cse10 .cse13 .cse27 .cse28 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse7 ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse6 .cse8 .cse9 (<= ~c_req_d~0 50) .cse10 .cse11 .cse29 .cse12 .cse30 .cse14 .cse31 .cse32 .cse33 .cse15) (and .cse0 .cse1 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse8 .cse9 .cse10 .cse11 .cse29 .cse12 .cse34 .cse30 .cse14 .cse32 (= ULTIMATE.start_s_run_~req_type~1 1) .cse33 .cse15) (and (= 54 ~c_rsp_d~0) .cse16 .cse17 .cse18 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse19 .cse20 .cse21 .cse4 .cse22 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse23 .cse24 .cse25 .cse26 .cse10 (= ~req_tt_a~0 4) .cse13 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse27 .cse28) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse19 (<= ULTIMATE.start_s_run_~req_d~1 51) (<= 51 ~c_req_d~0) .cse22 (<= ~c_req_d~0 .cse35) (<= ~c_req_d~0 51) .cse6 .cse9 .cse10 .cse11 .cse12 .cse14 .cse31 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse16 .cse17 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse20 (<= (+ ~s_memory2~0 ~a_t~0) .cse36) .cse4 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse23 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse26 .cse10 (<= ~c_rsp_d~0 50) .cse13 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)) (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 .cse22 .cse5 .cse6 .cse8 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse9 .cse10 .cse11 .cse29 (<= ~c_req_d~0 52) .cse14 .cse31 .cse15 .cse37) (and .cse16 .cse17 .cse18 .cse2 .cse19 .cse20 .cse21 (<= .cse36 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse4 .cse22 .cse23 (<= .cse38 .cse36) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse25 (<= .cse39 .cse36) .cse26 .cse10 .cse13 (<= .cse40 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse36 .cse39) .cse27 .cse28 .cse41 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse37) (and .cse16 .cse17 .cse2 .cse20 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse23 .cse24 (<= .cse42 .cse39) .cse26 .cse10 .cse13 (<= .cse38 .cse42) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse28 (<= ~c_rsp_d~0 51)) (and (<= .cse43 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse19 .cse4 .cse5 .cse6 .cse8 .cse9 .cse24 (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse29 .cse12 .cse13 .cse14 .cse28 .cse15)))) [2021-10-28 23:20:12,837 INFO L857 garLoopResultBuilder]: For program point L69(lines 69 72) no Hoare annotation was computed. [2021-10-28 23:20:12,837 INFO L853 garLoopResultBuilder]: At program point L598(lines 591 626) the Hoare annotation is: (let ((.cse32 (+ 53 ~req_tt_a~0)) (.cse27 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse26 (+ 51 ~req_tt_a~0)) (.cse36 (<= 3 ~a_t~0)) (.cse10 (= ~a_t~0 0)) (.cse14 (<= 1 ~c_m_lock~0)) (.cse15 (not (= ~s_run_st~0 0))) (.cse16 (= 2 ~s_run_pc~0)) (.cse18 (= 2 ~c_write_rsp_ev~0)) (.cse19 (= ~c_empty_rsp~0 1)) (.cse21 (<= 2 ~c_m_ev~0)) (.cse40 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse39 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse6 (<= 52 ~s_memory2~0)) (.cse9 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse25 (+ ~a_t~0 ~c_rsp_d~0)) (.cse13 (<= .cse40 .cse39)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (let ((.cse41 (= ~m_run_pc~0 6))) (or (and .cse14 .cse15 .cse16 (= ~a_t~0 1) .cse18 .cse19 .cse41 (<= 2 ULTIMATE.start_m_run_~a~0) .cse21 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse14 (<= ULTIMATE.start_m_run_~a~0 4) .cse15 .cse16 (<= 4 ULTIMATE.start_m_run_~a~0) .cse18 .cse19 .cse41 .cse21 .cse36) (and .cse14 .cse15 (= ULTIMATE.start_m_run_~a~0 1) .cse16 .cse18 .cse19 .cse41 .cse10 .cse21) (and .cse14 (= ~a_t~0 2) .cse15 (= ULTIMATE.start_m_run_~a~0 3) .cse16 .cse18 .cse19 .cse41 .cse21)))) (.cse3 (<= 50 ~s_memory0~0)) (.cse22 (<= ~s_memory1~0 51)) (.cse31 (<= .cse39 .cse40)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse33 (<= (+ ~s_memory1~0 ~a_t~0) .cse26)) (.cse34 (<= 51 ~s_memory1~0)) (.cse17 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse27)) (.cse30 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse7 (= ~s_memory4~0 54)) (.cse8 (<= ~s_memory0~0 50)) (.cse20 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse28 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse5 (+ ~req_tt_a~0 52)) (.cse11 (<= .cse32 (+ ~s_memory3~0 ~a_t~0))) (.cse12 (= ULTIMATE.start_m_run_~req_type___0~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 (= ~c_req_a~0 1) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse7 .cse8 (<= .cse9 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse10 .cse11 .cse12 .cse13) (and .cse0 .cse1 (= ~c_req_a~0 0) .cse14 .cse3 .cse15 (= ULTIMATE.start_m_run_~a~0 0) .cse6 .cse16 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= (+ ~a_t~0 50) ULTIMATE.start_s_run_~req_d~1) .cse17 .cse7 .cse8 .cse18 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) (or (and .cse19 (= ~m_run_pc~0 0)) (and .cse19 (= ~m_run_pc~0 3))) .cse20 .cse21 .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (let ((.cse24 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse23 (+ ~req_tt_a~0 50)) (.cse29 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse3 .cse22 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse23) .cse6 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse24) (<= .cse24 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse7 (<= .cse25 .cse26) .cse8 (<= .cse27 .cse28) .cse20 (<= .cse9 .cse29) (<= ~c_req_a~0 2) (<= .cse24 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse23 ULTIMATE.start_s_memory_read_~x~0) (<= .cse30 .cse26) (<= .cse29 .cse9) .cse11 .cse12 .cse13)) (let ((.cse35 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 (<= 4 ~c_req_a~0) .cse2 .cse3 .cse22 .cse31 (<= .cse32 .cse25) .cse4 .cse33 .cse34 (<= .cse32 .cse30) .cse17 (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse7 .cse8 (<= ULTIMATE.start_m_run_~req_a___0~0 4) (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse20 .cse11 .cse12 (<= ~c_req_a~0 4) .cse13 .cse36)) (let ((.cse37 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse38 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and (<= ~c_req_a~0 3) .cse0 .cse1 .cse2 (<= .cse5 .cse30) .cse3 (<= 3 ~c_req_a~0) .cse22 .cse31 .cse4 .cse33 (<= .cse37 .cse5) (<= .cse5 .cse37) .cse34 (<= ~s_memory2~0 52) .cse17 (<= .cse30 .cse5) .cse7 (<= .cse38 .cse5) .cse8 .cse20 (<= .cse28 .cse39) (<= .cse39 .cse28) (<= .cse5 .cse38) .cse11 .cse12 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0)))))) [2021-10-28 23:20:12,837 INFO L857 garLoopResultBuilder]: For program point L1061(lines 1061 1065) no Hoare annotation was computed. [2021-10-28 23:20:12,838 INFO L853 garLoopResultBuilder]: At program point L929(lines 922 975) the Hoare annotation is: (let ((.cse56 (+ ~s_memory1~0 2)) (.cse57 (+ ~req_tt_a~0 52)) (.cse42 (= ULTIMATE.start_m_run_~a~0 2)) (.cse19 (<= 2 ~c_write_req_ev~0)) (.cse21 (<= 1 ~c_m_lock~0)) (.cse23 (not (= ~s_run_st~0 0))) (.cse24 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse28 (= ~c_empty_rsp~0 1)) (.cse33 (= ~a_t~0 0)) (.cse34 (<= 2 ~c_m_ev~0)) (.cse60 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse17 (+ 51 ~req_tt_a~0)) (.cse64 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse63 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse62 (+ ~a_t~0 50))) (let ((.cse0 (<= 2 ~c_req_a~0)) (.cse10 (< 1 ULTIMATE.start_s_run_~req_a~1)) (.cse11 (<= ULTIMATE.start_s_run_~req_a~1 2)) (.cse15 (<= ~c_req_a~0 2)) (.cse30 (<= ULTIMATE.start_s_run_~req_d~1 .cse62)) (.cse35 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse52 (<= ~c_req_a~0 3)) (.cse46 (<= .cse64 .cse63)) (.cse53 (<= 3 ~c_req_a~0)) (.cse48 (<= (+ ~s_memory1~0 ~a_t~0) .cse17)) (.cse16 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse55 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse44 (<= ULTIMATE.start_s_run_~req_a~1 4)) (.cse22 (= ~c_req_type~0 1)) (.cse45 (< 3 ULTIMATE.start_s_run_~req_a~1)) (.cse47 (<= 4 ~c_req_a~0)) (.cse41 (<= ~s_memory1~0 51)) (.cse43 (<= 51 ~s_memory1~0)) (.cse54 (<= ~s_memory2~0 52)) (.cse25 (<= .cse62 ULTIMATE.start_s_run_~req_d~1)) (.cse29 (= ~m_run_pc~0 3)) (.cse32 (<= ~c_req_d~0 .cse62)) (.cse36 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse51 (<= ~c_req_a~0 4)) (.cse37 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0)) (.cse38 (= ~c_req_a~0 1)) (.cse39 (= ULTIMATE.start_s_run_~req_a~1 1)) (.cse40 (= ~a_t~0 1)) (.cse18 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse60)) (.cse1 (= ~c_req_type~0 0)) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ~c_req_a~0 0)) (.cse3 (let ((.cse65 (<= 6 ~m_run_pc~0)) (.cse66 (= ~m_run_pc~0 6))) (or (and .cse19 .cse21 (= ~a_t~0 2) .cse23 .cse42 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and .cse19 (<= 1 ULTIMATE.start_m_run_~a~0) .cse21 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse23 .cse65 (<= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse19 .cse21 .cse23 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34 (<= 3 ~a_t~0)) (and .cse19 .cse21 .cse23 (= ULTIMATE.start_m_run_~a~0 0) .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse33 .cse34)))) (.cse4 (<= 50 ~s_memory0~0)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse61 (<= (+ ~s_memory2~0 ~a_t~0) .cse57)) (.cse6 (<= 52 ~s_memory2~0)) (.cse49 (<= .cse63 .cse64)) (.cse12 (= ~s_memory4~0 54)) (.cse13 (<= ~s_memory0~0 50)) (.cse31 (= ULTIMATE.start_s_run_~req_a~1 0)) (.cse14 (<= ~s_memory3~0 .cse56)) (.cse50 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (let ((.cse9 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse8 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse7 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse7 .cse8) (<= .cse8 .cse9) (<= .cse9 .cse8) .cse10 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse11 .cse12 .cse13 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse14 .cse15 (<= .cse8 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) (<= .cse16 .cse17) (<= .cse8 .cse7) .cse18 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (and .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse19 .cse21 .cse22 .cse4 .cse38 .cse39 .cse23 (= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse40 .cse26 .cse13 .cse27 .cse28 .cse29 .cse30 .cse32 (<= ULTIMATE.start_s_memory_write_~v 50) .cse34 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse36 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse0 .cse19 .cse21 (<= ULTIMATE.start_s_memory_write_~v 51) .cse22 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse41 .cse23 (<= ~a_t~0 2) .cse42 .cse43 .cse24 .cse10 .cse11 .cse26 .cse13 .cse27 .cse28 .cse29 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (<= ~c_req_d~0 52) .cse34 .cse36 .cse37 (<= 2 ~a_t~0)) (and .cse19 .cse20 .cse21 .cse22 .cse23 (= ~s_run_pc~0 0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse1 .cse2 .cse44 .cse45 .cse46 .cse47 .cse3 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse41 .cse5 .cse48 .cse6 .cse43 .cse49 .cse12 .cse13 (= ~req_tt_a~0 4) .cse14 .cse50 .cse51 .cse18) (and .cse52 (<= ULTIMATE.start_s_memory_write_~v 52) .cse19 .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse53 .cse23 .cse6 .cse54 (< 2 ULTIMATE.start_s_run_~req_a~1) .cse24 (<= ~s_memory1~0 .cse55) .cse25 .cse26 .cse13 .cse27 .cse28 .cse29 .cse32 (<= ULTIMATE.start_s_run_~req_a~1 3) .cse34 .cse36 (<= ULTIMATE.start_s_run_~req_d~1 .cse56) (= 53 ULTIMATE.start_s_run_~req_d~1) .cse37) (let ((.cse59 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse58 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse52 .cse1 .cse2 .cse46 (<= .cse57 .cse16) .cse3 .cse4 .cse53 .cse41 .cse5 .cse48 .cse6 .cse43 .cse54 (= ~a_t~0 3) .cse49 (<= .cse16 .cse57) .cse12 (<= .cse58 .cse57) .cse13 .cse14 (<= .cse59 .cse60) (<= .cse60 .cse59) (<= .cse57 .cse58) (= 3 ULTIMATE.start_s_run_~req_a~1) .cse50 (<= .cse55 ~s_memory1~0))) (and .cse19 .cse21 .cse44 .cse22 .cse45 .cse47 .cse4 .cse41 (<= .cse56 ~s_memory3~0) .cse23 .cse6 .cse43 .cse54 .cse24 .cse25 .cse26 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse27 .cse28 .cse29 (= ULTIMATE.start_s_run_~req_d~1 54) .cse32 .cse14 .cse34 .cse36 .cse51 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse1 .cse2 .cse3 .cse4 .cse38 .cse39 .cse5 .cse61 .cse6 (<= ~s_memory1~0 .cse62) .cse40 .cse12 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse50 .cse18) (and .cse1 .cse2 .cse20 .cse3 .cse4 .cse5 .cse61 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse49 .cse12 .cse13 .cse31 .cse14 .cse50)))) [2021-10-28 23:20:12,838 INFO L857 garLoopResultBuilder]: For program point L335(lines 335 388) no Hoare annotation was computed. [2021-10-28 23:20:12,838 INFO L857 garLoopResultBuilder]: For program point L1194(lines 1194 1198) no Hoare annotation was computed. [2021-10-28 23:20:12,838 INFO L857 garLoopResultBuilder]: For program point L996(lines 996 1010) no Hoare annotation was computed. [2021-10-28 23:20:12,839 INFO L853 garLoopResultBuilder]: At program point L798(lines 791 817) the Hoare annotation is: (let ((.cse20 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse16 (+ 51 ~req_tt_a~0)) (.cse23 (<= 2 ~a_t~0)) (.cse14 (<= 3 ~a_t~0)) (.cse34 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse22 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= .cse34 .cse22)) (.cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (+ ~req_tt_a~0 52)) (.cse15 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= .cse22 .cse34)) (.cse4 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (not (= ~s_run_st~0 0))) (.cse27 (<= 6 ~m_run_pc~0)) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6))) (or (and .cse25 .cse26 (<= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse23) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse14) (and .cse25 .cse26 .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 1) .cse29 (= ~a_t~0 1) .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 0) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse16)) (.cse7 (<= 51 ~s_memory1~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse20)) (.cse10 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 (= ~req_tt_a~0 3) .cse3 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse4 .cse5 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse16 .cse17) .cse11 .cse12 (<= .cse18 .cse16) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 .cse7 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse9 (<= .cse18 .cse21) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 (<= .cse17 .cse21) .cse11 .cse12 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse21 .cse17) .cse19 .cse13 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse23) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse21) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse24)))) [2021-10-28 23:20:12,839 INFO L857 garLoopResultBuilder]: For program point L600(lines 600 604) no Hoare annotation was computed. [2021-10-28 23:20:12,839 INFO L857 garLoopResultBuilder]: For program point L336(lines 336 340) no Hoare annotation was computed. [2021-10-28 23:20:12,839 INFO L857 garLoopResultBuilder]: For program point L931(lines 931 935) no Hoare annotation was computed. [2021-10-28 23:20:12,840 INFO L853 garLoopResultBuilder]: At program point L535(lines 505 536) the Hoare annotation is: (let ((.cse21 (+ 53 ~req_tt_a~0)) (.cse44 (+ ~s_memory1~0 ~a_t~0)) (.cse37 (+ 51 ~req_tt_a~0)) (.cse34 (= ~a_t~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse5 (not (= ~c_m_lock~0 1))) (.cse6 (= 2 ~s_run_pc~0)) (.cse9 (= ~c_empty_req~0 1)) (.cse12 (= 2 ~c_write_rsp_ev~0)) (.cse13 (= ~c_empty_rsp~0 1)) (.cse15 (<= 2 ~c_m_ev~0)) (.cse31 (<= 3 ~a_t~0)) (.cse38 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse45 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse43 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse22 (+ ~a_t~0 ~c_rsp_d~0)) (.cse33 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse17 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse43)) (.cse18 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse19 (<= .cse38 .cse45)) (.cse2 (<= 50 ~s_memory0~0)) (.cse20 (<= ~s_memory1~0 51)) (.cse23 (let ((.cse46 (<= 6 ~m_run_pc~0)) (.cse47 (= ~m_run_pc~0 6))) (or (and .cse0 (= ~a_t~0 2) .cse3 .cse46 .cse5 (= ULTIMATE.start_m_run_~a~0 3) .cse6 .cse9 .cse12 .cse13 .cse47 .cse15) (and .cse0 .cse3 .cse46 .cse5 (= ULTIMATE.start_m_run_~a~0 1) .cse6 .cse9 .cse12 .cse13 .cse47 .cse34 .cse15) (and .cse0 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse3 .cse46 .cse5 .cse6 .cse9 .cse12 .cse13 .cse47 (<= 2 ULTIMATE.start_m_run_~a~0) .cse15 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 (<= ULTIMATE.start_m_run_~a~0 4) .cse3 .cse46 .cse5 .cse6 .cse9 (<= 4 ULTIMATE.start_m_run_~a~0) .cse12 .cse13 .cse47 .cse15 .cse31)))) (.cse24 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse25 (<= .cse44 .cse37)) (.cse4 (<= 52 ~s_memory2~0)) (.cse26 (<= 51 ~s_memory1~0)) (.cse8 (<= .cse45 .cse38)) (.cse27 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse10 (= ~s_memory4~0 54)) (.cse29 (<= .cse37 .cse44)) (.cse11 (<= ~s_memory0~0 50)) (.cse14 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse39 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse32 (+ ~req_tt_a~0 52)) (.cse30 (<= .cse21 (+ ~s_memory3~0 ~a_t~0))) (.cse16 (= ULTIMATE.start_m_run_~req_type___0~0 0))) (or (let ((.cse7 (+ ~a_t~0 50))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse7 ULTIMATE.start_s_run_~req_d~1) .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= ~c_req_d~0 .cse7) (<= 4 ~a_t~0) .cse14 .cse15 (<= .cse7 ~c_req_d~0) (<= 0 ULTIMATE.start_m_run_~a~0) .cse16 .cse17 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (let ((.cse28 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse18 .cse1 .cse19 .cse2 .cse20 (<= .cse21 .cse22) .cse23 .cse24 .cse25 .cse4 .cse26 (<= .cse21 .cse27) .cse8 (<= .cse28 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse10 .cse29 .cse11 (<= .cse28 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse14 .cse30 .cse16 .cse17 .cse31)) (and .cse18 .cse1 .cse2 .cse23 .cse24 (<= (+ ~s_memory2~0 ~a_t~0) .cse32) .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse10 .cse11 (<= .cse33 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse34 .cse30 .cse16 .cse17) (let ((.cse36 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse35 (+ ~req_tt_a~0 50)) (.cse40 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and .cse18 .cse1 .cse2 .cse20 .cse23 .cse24 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse35) .cse4 .cse26 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse36) (<= .cse36 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 (<= .cse22 .cse37) .cse11 (<= .cse38 .cse39) (<= .cse33 .cse40) (<= .cse36 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse35 ULTIMATE.start_s_memory_read_~x~0) (<= .cse27 .cse37) (<= .cse40 .cse33) .cse30 .cse16 .cse17)) (let ((.cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse42 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse18 .cse1 .cse19 (<= .cse32 .cse27) .cse2 .cse20 .cse23 .cse24 .cse25 (<= .cse41 .cse32) (<= .cse32 .cse41) .cse4 .cse26 (<= ~s_memory2~0 52) .cse8 (<= .cse27 .cse32) .cse10 .cse29 (<= .cse42 .cse32) .cse11 .cse14 (<= .cse39 .cse43) (<= .cse43 .cse39) (<= .cse32 .cse42) .cse30 .cse16 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0)))))) [2021-10-28 23:20:12,840 INFO L857 garLoopResultBuilder]: For program point L800(lines 800 804) no Hoare annotation was computed. [2021-10-28 23:20:12,840 INFO L857 garLoopResultBuilder]: For program point L1329(lines 1329 1333) no Hoare annotation was computed. [2021-10-28 23:20:12,840 INFO L857 garLoopResultBuilder]: For program point L1131(lines 1130 1171) no Hoare annotation was computed. [2021-10-28 23:20:12,841 INFO L853 garLoopResultBuilder]: At program point L74(lines 57 75) the Hoare annotation is: (let ((.cse14 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse13 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) (.cse23 (+ 51 ~req_tt_a~0)) (.cse25 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse24 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse7 (<= ~s_memory2~0 52)) (.cse4 (<= .cse25 .cse24)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse23)) (.cse15 (+ ~req_tt_a~0 52)) (.cse8 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) (+ 51 ULTIMATE.start_m_run_~req_a___0~0))) (.cse11 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (let ((.cse26 (<= 2 ~c_write_req_ev~0)) (.cse27 (<= 1 ~c_m_lock~0)) (.cse28 (<= 6 ~m_run_pc~0)) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6)) (.cse34 (<= 2 ~c_m_ev~0))) (or (and .cse26 (<= 1 ULTIMATE.start_m_run_~a~0) .cse27 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse28 (<= ULTIMATE.start_m_run_~a~0 1) .cse29 .cse30 .cse31 .cse32 .cse33 .cse34) (and .cse26 .cse27 (= ULTIMATE.start_m_run_~a~0 0) .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0) .cse34) (and .cse26 .cse27 (= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 (<= 3 ~a_t~0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse22 (<= 52 ~s_memory2~0)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (<= ~s_memory0~0 50)) (.cse20 (<= .cse14 .cse13)) (.cse18 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse16 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse12 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse21 (<= .cse24 .cse25))) (or (and .cse0 .cse1 .cse2 .cse3 (= ~req_tt_a~0 3) .cse4 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse5 .cse6 .cse7 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse8 .cse9 .cse10 .cse11 .cse12 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 (<= (+ 53 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory3~0 ULTIMATE.start_m_run_~a~0)) .cse5 .cse6 (<= .cse13 .cse14) .cse7 .cse8 .cse9 .cse10 (= ~req_tt_a~0 4) .cse11 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse12) (let ((.cse19 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse17 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 (<= .cse15 .cse16) .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse17 .cse18) .cse8 (<= .cse16 .cse15) .cse9 (<= .cse19 .cse15) .cse10 .cse20 .cse11 (<= .cse15 .cse19) (<= .cse18 .cse17) .cse12 .cse21 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= 2 ~a_t~0))) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 .cse3 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse15) .cse22 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse8 (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 (<= |ULTIMATE.start_s_memory_read_#res| 50)) (and .cse0 .cse1 .cse2 .cse3 .cse5 .cse22 (<= ~s_memory1~0 (+ ~a_t~0 50)) (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse18) .cse9 .cse10 .cse20 (<= .cse18 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= (+ ~req_tt_a~0 50) ULTIMATE.start_s_memory_read_~x~0) (<= .cse16 .cse23) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse21)))) [2021-10-28 23:20:12,841 INFO L857 garLoopResultBuilder]: For program point L472(lines 472 476) no Hoare annotation was computed. [2021-10-28 23:20:12,841 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startErr2ASSERT_VIOLATIONERROR_FUNCTION(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,841 INFO L853 garLoopResultBuilder]: At program point L142(lines 112 854) the Hoare annotation is: (let ((.cse13 (= 2 ~s_run_pc~0))) (let ((.cse0 (not .cse13)) (.cse2 (= ~s_run_pc~0 0)) (.cse8 (= ~c_req_type~0 0)) (.cse9 (<= 2 ~c_write_req_ev~0)) (.cse10 (= ~c_req_a~0 0)) (.cse1 (not (= ~s_run_st~0 0))) (.cse3 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_req~0 1)) (.cse5 (= 2 ~c_write_rsp_ev~0)) (.cse6 (= ~c_empty_rsp~0 1)) (.cse11 (= ~a_t~0 0)) (.cse12 (<= 2 ~c_m_ev~0)) (.cse7 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7) (and .cse8 .cse0 .cse9 .cse10 .cse2 .cse3 .cse4 .cse5 .cse6 .cse11 .cse12 .cse7) (and .cse8 .cse9 .cse10 .cse1 .cse3 .cse13 .cse4 .cse5 .cse6 .cse11 .cse12 .cse7)))) [2021-10-28 23:20:12,842 INFO L853 garLoopResultBuilder]: At program point L1067(lines 1060 1095) the Hoare annotation is: (let ((.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse3 (+ ~s_memory1~0 2)) (.cse40 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse41 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse37 (<= 2 ~a_t~0)) (.cse34 (= ~a_t~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse6 (= 2 ~s_run_pc~0)) (.cse9 (= ~c_empty_req~0 1)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse48 (+ ~s_memory1~0 ~a_t~0)) (.cse42 (+ 51 ~req_tt_a~0)) (.cse47 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse46 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse43 (+ ~a_t~0 50))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse30 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse32 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse33 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse31 (<= .cse43 ~c_req_d~0)) (.cse18 (<= .cse47 .cse46)) (.cse21 (<= .cse48 .cse42)) (.cse22 (<= 51 ~s_memory1~0)) (.cse25 (<= .cse42 .cse48)) (.cse36 (+ ~req_tt_a~0 52)) (.cse16 (= ~c_req_type~0 0)) (.cse17 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse23 (<= .cse46 .cse47)) (.cse39 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse26 (let ((.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse0 (<= 1 ULTIMATE.start_m_run_~a~0) .cse1 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse6 .cse9 .cse45 .cse14) (and .cse0 .cse1 (<= ~a_t~0 2) .cse44 .cse6 .cse9 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse14 .cse41 .cse37) (and .cse0 .cse1 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse6 .cse9 .cse45 .cse34 .cse14) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse44 .cse6 .cse9 .cse45 .cse14 (<= 3 ~a_t~0))))) (.cse38 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse27 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse40)) (.cse2 (<= 50 ~s_memory0~0)) (.cse19 (<= ~s_memory1~0 51)) (.cse4 (<= 52 ~s_memory2~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse8 (<= .cse43 ULTIMATE.start_s_run_~req_d~1)) (.cse24 (= ~s_memory4~0 54)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= ~m_run_pc~0 3)) (.cse29 (<= ULTIMATE.start_s_run_~req_d~1 .cse43)) (.cse12 (<= ~c_req_d~0 .cse43)) (.cse13 (<= ~s_memory3~0 .cse3)) (.cse28 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse15 (<= .cse35 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= .cse3 ~s_memory3~0) (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 (<= ~s_memory1~0 .cse7) .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse16 .cse17 .cse18 .cse2 .cse19 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse20 .cse21 (= 53 ~c_rsp_d~0) .cse4 .cse22 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse23 .cse24 .cse25 .cse26 .cse10 .cse13 .cse27 .cse28 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse7 ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse6 .cse8 .cse9 (<= ~c_req_d~0 50) .cse10 .cse11 .cse29 .cse12 .cse30 .cse14 .cse31 .cse32 .cse33 .cse15) (and .cse0 .cse1 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse8 .cse9 .cse10 .cse11 .cse29 .cse12 .cse34 .cse30 .cse14 .cse32 (= ULTIMATE.start_s_run_~req_type~1 1) .cse33 .cse15) (and (= 54 ~c_rsp_d~0) .cse16 .cse17 .cse18 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse19 .cse20 .cse21 .cse4 .cse22 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse23 .cse24 .cse25 .cse26 .cse10 (= ~req_tt_a~0 4) .cse13 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse27 .cse28) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse19 (<= ULTIMATE.start_s_run_~req_d~1 51) (<= 51 ~c_req_d~0) .cse22 (<= ~c_req_d~0 .cse35) (<= ~c_req_d~0 51) .cse6 .cse9 .cse10 .cse11 .cse12 .cse14 .cse31 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse16 .cse17 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse20 (<= (+ ~s_memory2~0 ~a_t~0) .cse36) .cse4 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse23 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse26 .cse10 (<= ~c_rsp_d~0 50) .cse13 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)) (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 .cse22 .cse5 .cse6 .cse8 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse9 .cse10 .cse11 .cse29 (<= ~c_req_d~0 52) .cse14 .cse31 .cse15 .cse37) (and .cse16 .cse17 .cse18 .cse2 .cse19 .cse20 .cse21 (<= .cse36 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse4 .cse22 .cse23 (<= .cse38 .cse36) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse25 (<= .cse39 .cse36) .cse26 .cse10 .cse13 (<= .cse40 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse36 .cse39) .cse27 .cse28 .cse41 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse37) (and .cse16 .cse17 .cse2 .cse20 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse23 .cse24 (<= .cse42 .cse39) .cse26 .cse10 .cse13 (<= .cse38 .cse42) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse28 (<= ~c_rsp_d~0 51)) (and (<= .cse43 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse19 .cse4 .cse5 .cse6 .cse8 .cse9 .cse24 (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse29 .cse12 .cse13 .cse14 .cse28 .cse15)))) [2021-10-28 23:20:12,843 INFO L853 garLoopResultBuilder]: At program point L539-2(lines 539 567) the Hoare annotation is: (let ((.cse32 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse3 (+ 53 ~req_tt_a~0)) (.cse23 (<= 3 ~a_t~0)) (.cse42 (= ~a_t~0 0)) (.cse33 (<= 2 ~c_write_req_ev~0)) (.cse34 (<= 1 ~c_m_lock~0)) (.cse35 (not (= ~s_run_st~0 0))) (.cse36 (= 2 ~s_run_pc~0)) (.cse38 (= ~c_empty_req~0 1)) (.cse39 (= 2 ~c_write_rsp_ev~0)) (.cse40 (= ~c_empty_rsp~0 1)) (.cse41 (<= 2 ~c_m_ev~0)) (.cse46 (+ ~s_memory1~0 ~a_t~0)) (.cse26 (+ 51 ~req_tt_a~0)) (.cse27 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse45 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse8 (+ ~a_t~0 ~c_rsp_d~0)) (.cse2 (<= .cse27 .cse45)) (.cse7 (<= ~s_memory1~0 51)) (.cse10 (<= .cse46 .cse26)) (.cse4 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse12 (<= 51 ~s_memory1~0)) (.cse13 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse16 (<= .cse26 .cse46)) (.cse28 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse6 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse14 (<= .cse45 .cse27)) (.cse19 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse5 (<= 50 ~s_memory0~0)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse31 (+ ~req_tt_a~0 52)) (.cse11 (<= 52 ~s_memory2~0)) (.cse15 (= ~s_memory4~0 54)) (.cse17 (<= ~s_memory0~0 50)) (.cse18 (let ((.cse43 (<= 6 ~m_run_pc~0)) (.cse44 (= ~m_run_pc~0 6))) (or (and .cse33 .cse34 (<= ULTIMATE.start_m_run_~a~0 4) .cse35 .cse43 .cse36 .cse38 (<= 4 ULTIMATE.start_m_run_~a~0) .cse39 .cse40 .cse44 .cse41 .cse23) (and .cse33 (<= 1 ULTIMATE.start_m_run_~a~0) .cse34 .cse35 .cse43 (<= ULTIMATE.start_m_run_~a~0 1) .cse36 .cse38 .cse39 .cse40 .cse44 .cse42 .cse41) (and .cse33 .cse34 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse35 .cse43 .cse36 .cse38 .cse39 .cse40 .cse44 (<= 2 ULTIMATE.start_m_run_~a~0) .cse41 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse33 .cse34 (= ~a_t~0 2) .cse35 .cse43 (= ULTIMATE.start_m_run_~a~0 3) .cse36 .cse38 .cse39 .cse40 .cse44 .cse41)))) (.cse29 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse20 (<= .cse3 (+ ~s_memory3~0 ~a_t~0))) (.cse21 (= ULTIMATE.start_m_run_~req_type___0~0 0)) (.cse22 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse32))) (or (and .cse0 .cse1 .cse2 (<= .cse3 .cse4) .cse5 (<= .cse3 .cse6) .cse7 (<= .cse3 .cse8) .cse9 .cse10 .cse11 .cse12 (<= .cse3 .cse13) .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse22 .cse23) (let ((.cse25 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse24 (+ ~req_tt_a~0 50)) (.cse30 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and .cse0 .cse1 .cse5 .cse7 .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse24) .cse11 .cse12 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse25) (<= .cse25 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 (<= .cse8 .cse26) .cse17 .cse18 (<= .cse27 .cse28) (<= .cse29 .cse30) (<= .cse25 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse24 ULTIMATE.start_s_memory_read_~x~0) (<= .cse13 .cse26) (<= .cse30 .cse29) .cse20 .cse21 .cse22)) (and .cse0 .cse1 .cse2 (<= .cse31 .cse13) .cse5 .cse7 .cse9 .cse10 (<= .cse4 .cse31) (<= .cse31 .cse4) .cse11 .cse12 (<= ~s_memory2~0 52) .cse14 (<= .cse13 .cse31) .cse15 .cse16 (<= .cse6 .cse31) .cse17 .cse18 .cse19 (<= .cse28 .cse32) (<= .cse32 .cse28) (<= .cse31 .cse6) .cse20 .cse21 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0)) (let ((.cse37 (+ ~a_t~0 50))) (and .cse33 .cse1 .cse34 .cse5 .cse35 .cse11 .cse36 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse37 ULTIMATE.start_s_run_~req_d~1) .cse14 .cse38 .cse15 .cse17 .cse39 .cse40 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= ~c_req_d~0 .cse37) (<= 4 ~a_t~0) .cse19 .cse41 (<= .cse37 ~c_req_d~0) (<= 0 ULTIMATE.start_m_run_~a~0) .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (and .cse0 .cse1 .cse5 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse31) .cse11 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse15 .cse17 .cse18 (<= .cse29 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse42 .cse20 .cse21 .cse22)))) [2021-10-28 23:20:12,843 INFO L853 garLoopResultBuilder]: At program point L1200(lines 1193 1246) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse1 (= ~c_empty_req~0 1)) (.cse2 (= 2 ~c_write_rsp_ev~0)) (.cse3 (= ~c_empty_rsp~0 1)) (.cse4 (= ~m_run_pc~0 ~c_m_lock~0)) (.cse5 (= ~m_run_pc~0 0)) (.cse6 (= ~m_run_pc~0 ~s_run_pc~0))) (or (and (= ~c_req_type~0 0) (<= 2 ~c_write_req_ev~0) .cse0 .cse1 .cse2 .cse3 (= ~a_t~0 0) .cse4 (<= 2 ~c_m_ev~0) .cse5 .cse6) (and .cse0 (not (= ~s_run_st~0 0)) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6))) [2021-10-28 23:20:12,843 INFO L857 garLoopResultBuilder]: For program point L1002(lines 1002 1009) no Hoare annotation was computed. [2021-10-28 23:20:12,843 INFO L853 garLoopResultBuilder]: At program point L606(lines 599 625) the Hoare annotation is: (let ((.cse32 (+ 53 ~req_tt_a~0)) (.cse27 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse26 (+ 51 ~req_tt_a~0)) (.cse36 (<= 3 ~a_t~0)) (.cse10 (= ~a_t~0 0)) (.cse14 (<= 1 ~c_m_lock~0)) (.cse15 (not (= ~s_run_st~0 0))) (.cse16 (= 2 ~s_run_pc~0)) (.cse18 (= 2 ~c_write_rsp_ev~0)) (.cse19 (= ~c_empty_rsp~0 1)) (.cse21 (<= 2 ~c_m_ev~0)) (.cse40 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse39 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse6 (<= 52 ~s_memory2~0)) (.cse9 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse25 (+ ~a_t~0 ~c_rsp_d~0)) (.cse13 (<= .cse40 .cse39)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (let ((.cse41 (= ~m_run_pc~0 6))) (or (and .cse14 .cse15 .cse16 (= ~a_t~0 1) .cse18 .cse19 .cse41 (<= 2 ULTIMATE.start_m_run_~a~0) .cse21 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse14 (<= ULTIMATE.start_m_run_~a~0 4) .cse15 .cse16 (<= 4 ULTIMATE.start_m_run_~a~0) .cse18 .cse19 .cse41 .cse21 .cse36) (and .cse14 .cse15 (= ULTIMATE.start_m_run_~a~0 1) .cse16 .cse18 .cse19 .cse41 .cse10 .cse21) (and .cse14 (= ~a_t~0 2) .cse15 (= ULTIMATE.start_m_run_~a~0 3) .cse16 .cse18 .cse19 .cse41 .cse21)))) (.cse3 (<= 50 ~s_memory0~0)) (.cse22 (<= ~s_memory1~0 51)) (.cse31 (<= .cse39 .cse40)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse33 (<= (+ ~s_memory1~0 ~a_t~0) .cse26)) (.cse34 (<= 51 ~s_memory1~0)) (.cse17 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse27)) (.cse30 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse7 (= ~s_memory4~0 54)) (.cse8 (<= ~s_memory0~0 50)) (.cse20 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse28 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse5 (+ ~req_tt_a~0 52)) (.cse11 (<= .cse32 (+ ~s_memory3~0 ~a_t~0))) (.cse12 (= ULTIMATE.start_m_run_~req_type___0~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 (= ~c_req_a~0 1) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse7 .cse8 (<= .cse9 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse10 .cse11 .cse12 .cse13) (and .cse0 .cse1 (= ~c_req_a~0 0) .cse14 .cse3 .cse15 (= ULTIMATE.start_m_run_~a~0 0) .cse6 .cse16 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= (+ ~a_t~0 50) ULTIMATE.start_s_run_~req_d~1) .cse17 .cse7 .cse8 .cse18 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) (or (and .cse19 (= ~m_run_pc~0 0)) (and .cse19 (= ~m_run_pc~0 3))) .cse20 .cse21 .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (let ((.cse24 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse23 (+ ~req_tt_a~0 50)) (.cse29 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse3 .cse22 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse23) .cse6 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse24) (<= .cse24 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse7 (<= .cse25 .cse26) .cse8 (<= .cse27 .cse28) .cse20 (<= .cse9 .cse29) (<= ~c_req_a~0 2) (<= .cse24 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse23 ULTIMATE.start_s_memory_read_~x~0) (<= .cse30 .cse26) (<= .cse29 .cse9) .cse11 .cse12 .cse13)) (let ((.cse35 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 (<= 4 ~c_req_a~0) .cse2 .cse3 .cse22 .cse31 (<= .cse32 .cse25) .cse4 .cse33 .cse34 (<= .cse32 .cse30) .cse17 (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse7 .cse8 (<= ULTIMATE.start_m_run_~req_a___0~0 4) (<= .cse35 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse20 .cse11 .cse12 (<= ~c_req_a~0 4) .cse13 .cse36)) (let ((.cse37 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse38 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and (<= ~c_req_a~0 3) .cse0 .cse1 .cse2 (<= .cse5 .cse30) .cse3 (<= 3 ~c_req_a~0) .cse22 .cse31 .cse4 .cse33 (<= .cse37 .cse5) (<= .cse5 .cse37) .cse34 (<= ~s_memory2~0 52) .cse17 (<= .cse30 .cse5) .cse7 (<= .cse38 .cse5) .cse8 .cse20 (<= .cse28 .cse39) (<= .cse39 .cse28) (<= .cse5 .cse38) .cse11 .cse12 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) (<= 2 ~a_t~0)))))) [2021-10-28 23:20:12,844 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startErr4ASSERT_VIOLATIONERROR_FUNCTION(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,844 INFO L857 garLoopResultBuilder]: For program point L540(lines 539 567) no Hoare annotation was computed. [2021-10-28 23:20:12,844 INFO L857 garLoopResultBuilder]: For program point L408(lines 408 414) no Hoare annotation was computed. [2021-10-28 23:20:12,844 INFO L853 garLoopResultBuilder]: At program point L408-1(lines 408 414) the Hoare annotation is: (let ((.cse0 (+ ~a_t~0 50)) (.cse14 (+ ~s_memory1~0 2))) (let ((.cse4 (<= 52 ~s_memory2~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse16 (<= ~s_memory3~0 .cse14)) (.cse1 (<= 2 ~c_write_req_ev~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse6 (= 2 ~s_run_pc~0)) (.cse18 (<= .cse0 ULTIMATE.start_s_run_~req_d~1)) (.cse7 (= ~c_empty_req~0 1)) (.cse8 (<= ~s_memory0~0 50)) (.cse9 (= 2 ~c_write_rsp_ev~0)) (.cse10 (= ~c_empty_rsp~0 1)) (.cse11 (= ~m_run_pc~0 3)) (.cse12 (<= ULTIMATE.start_s_run_~req_d~1 .cse0)) (.cse15 (<= ~c_req_d~0 .cse0)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse17 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0))) (or (and (<= ULTIMATE.start_s_memory_write_~v .cse0) .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse4 (<= 51 ~s_memory1~0) .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 (<= .cse0 ~c_req_d~0) (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse14) (<= .cse0 ~s_memory3~0) .cse4 .cse5 .cse6 (= ~a_t~0 3) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse15 .cse16 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse17) (and .cse1 (<= 1 ULTIMATE.start_m_run_~a~0) (<= ULTIMATE.start_s_memory_write_~v 51) (<= ~a_t~0 1) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse0) (<= .cse0 ~s_memory1~0) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse15 .cse13 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse17) (and .cse1 (= ULTIMATE.start_s_memory_write_~v 54) .cse2 (<= ~s_memory1~0 51) .cse3 .cse4 .cse5 .cse6 .cse18 .cse7 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse8 .cse9 .cse10 .cse11 (= ULTIMATE.start_s_run_~req_d~1 54) .cse15 .cse16 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse17) (and .cse1 .cse2 .cse3 (= ULTIMATE.start_m_run_~a~0 0) .cse6 .cse18 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse15 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse17)))) [2021-10-28 23:20:12,845 INFO L853 garLoopResultBuilder]: At program point L342(lines 335 388) the Hoare annotation is: (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse20 (+ ~s_memory1~0 2)) (.cse15 (+ ~a_t~0 50))) (let ((.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse15)) (.cse18 (<= .cse15 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= 52 ~s_memory2~0)) (.cse17 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse5 (<= .cse15 ULTIMATE.start_s_run_~req_d~1)) (.cse6 (= ~c_empty_req~0 1)) (.cse7 (<= ~s_memory0~0 50)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse10 (= ~m_run_pc~0 3)) (.cse12 (<= ~c_req_d~0 .cse15)) (.cse21 (<= ~s_memory3~0 .cse20)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse14 (<= .cse19 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14) (and (<= ULTIMATE.start_s_memory_write_~v .cse15) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse16 (<= 51 ~s_memory1~0) .cse17 .cse4 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 .cse18 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse15) (<= ~c_req_d~0 .cse19) (<= .cse15 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse18 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse14) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse15 ~s_memory3~0) .cse16 .cse17 .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse21 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse14) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse16 .cse17 .cse4 .cse5 .cse6 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse7 .cse8 .cse9 .cse10 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse21 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse14)))) [2021-10-28 23:20:12,845 INFO L857 garLoopResultBuilder]: For program point L1267(line 1267) no Hoare annotation was computed. [2021-10-28 23:20:12,845 INFO L857 garLoopResultBuilder]: For program point L1135(lines 1135 1139) no Hoare annotation was computed. [2021-10-28 23:20:12,845 INFO L857 garLoopResultBuilder]: For program point L1135-1(lines 1130 1171) no Hoare annotation was computed. [2021-10-28 23:20:12,845 INFO L857 garLoopResultBuilder]: For program point L1069(lines 1069 1073) no Hoare annotation was computed. [2021-10-28 23:20:12,845 INFO L857 garLoopResultBuilder]: For program point L12(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,846 INFO L857 garLoopResultBuilder]: For program point L12-1(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,846 INFO L857 garLoopResultBuilder]: For program point L12-2(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,846 INFO L853 garLoopResultBuilder]: At program point L937(lines 930 974) the Hoare annotation is: (let ((.cse56 (+ ~s_memory1~0 2)) (.cse57 (+ ~req_tt_a~0 52)) (.cse42 (= ULTIMATE.start_m_run_~a~0 2)) (.cse19 (<= 2 ~c_write_req_ev~0)) (.cse21 (<= 1 ~c_m_lock~0)) (.cse23 (not (= ~s_run_st~0 0))) (.cse24 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse28 (= ~c_empty_rsp~0 1)) (.cse33 (= ~a_t~0 0)) (.cse34 (<= 2 ~c_m_ev~0)) (.cse60 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse17 (+ 51 ~req_tt_a~0)) (.cse64 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse63 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse62 (+ ~a_t~0 50))) (let ((.cse0 (<= 2 ~c_req_a~0)) (.cse10 (< 1 ULTIMATE.start_s_run_~req_a~1)) (.cse11 (<= ULTIMATE.start_s_run_~req_a~1 2)) (.cse15 (<= ~c_req_a~0 2)) (.cse30 (<= ULTIMATE.start_s_run_~req_d~1 .cse62)) (.cse35 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse52 (<= ~c_req_a~0 3)) (.cse46 (<= .cse64 .cse63)) (.cse53 (<= 3 ~c_req_a~0)) (.cse48 (<= (+ ~s_memory1~0 ~a_t~0) .cse17)) (.cse16 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse55 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse44 (<= ULTIMATE.start_s_run_~req_a~1 4)) (.cse22 (= ~c_req_type~0 1)) (.cse45 (< 3 ULTIMATE.start_s_run_~req_a~1)) (.cse47 (<= 4 ~c_req_a~0)) (.cse41 (<= ~s_memory1~0 51)) (.cse43 (<= 51 ~s_memory1~0)) (.cse54 (<= ~s_memory2~0 52)) (.cse25 (<= .cse62 ULTIMATE.start_s_run_~req_d~1)) (.cse29 (= ~m_run_pc~0 3)) (.cse32 (<= ~c_req_d~0 .cse62)) (.cse36 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse51 (<= ~c_req_a~0 4)) (.cse37 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0)) (.cse38 (= ~c_req_a~0 1)) (.cse39 (= ULTIMATE.start_s_run_~req_a~1 1)) (.cse40 (= ~a_t~0 1)) (.cse18 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse60)) (.cse1 (= ~c_req_type~0 0)) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ~c_req_a~0 0)) (.cse3 (let ((.cse65 (<= 6 ~m_run_pc~0)) (.cse66 (= ~m_run_pc~0 6))) (or (and .cse19 .cse21 (= ~a_t~0 2) .cse23 .cse42 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and .cse19 (<= 1 ULTIMATE.start_m_run_~a~0) .cse21 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse23 .cse65 (<= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse19 .cse21 .cse23 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34 (<= 3 ~a_t~0)) (and .cse19 .cse21 .cse23 (= ULTIMATE.start_m_run_~a~0 0) .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse33 .cse34)))) (.cse4 (<= 50 ~s_memory0~0)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse61 (<= (+ ~s_memory2~0 ~a_t~0) .cse57)) (.cse6 (<= 52 ~s_memory2~0)) (.cse49 (<= .cse63 .cse64)) (.cse12 (= ~s_memory4~0 54)) (.cse13 (<= ~s_memory0~0 50)) (.cse31 (= ULTIMATE.start_s_run_~req_a~1 0)) (.cse14 (<= ~s_memory3~0 .cse56)) (.cse50 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (let ((.cse9 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse8 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse7 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse7 .cse8) (<= .cse8 .cse9) (<= .cse9 .cse8) .cse10 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse11 .cse12 .cse13 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse14 .cse15 (<= .cse8 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) (<= .cse16 .cse17) (<= .cse8 .cse7) .cse18 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (and .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse19 .cse21 .cse22 .cse4 .cse38 .cse39 .cse23 (= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse40 .cse26 .cse13 .cse27 .cse28 .cse29 .cse30 .cse32 (<= ULTIMATE.start_s_memory_write_~v 50) .cse34 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse36 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse0 .cse19 .cse21 (<= ULTIMATE.start_s_memory_write_~v 51) .cse22 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse41 .cse23 (<= ~a_t~0 2) .cse42 .cse43 .cse24 .cse10 .cse11 .cse26 .cse13 .cse27 .cse28 .cse29 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (<= ~c_req_d~0 52) .cse34 .cse36 .cse37 (<= 2 ~a_t~0)) (and .cse19 .cse20 .cse21 .cse22 .cse23 (= ~s_run_pc~0 0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse1 .cse2 .cse44 .cse45 .cse46 .cse47 .cse3 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse41 .cse5 .cse48 .cse6 .cse43 .cse49 .cse12 .cse13 (= ~req_tt_a~0 4) .cse14 .cse50 .cse51 .cse18) (and .cse52 (<= ULTIMATE.start_s_memory_write_~v 52) .cse19 .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse53 .cse23 .cse6 .cse54 (< 2 ULTIMATE.start_s_run_~req_a~1) .cse24 (<= ~s_memory1~0 .cse55) .cse25 .cse26 .cse13 .cse27 .cse28 .cse29 .cse32 (<= ULTIMATE.start_s_run_~req_a~1 3) .cse34 .cse36 (<= ULTIMATE.start_s_run_~req_d~1 .cse56) (= 53 ULTIMATE.start_s_run_~req_d~1) .cse37) (let ((.cse59 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse58 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse52 .cse1 .cse2 .cse46 (<= .cse57 .cse16) .cse3 .cse4 .cse53 .cse41 .cse5 .cse48 .cse6 .cse43 .cse54 (= ~a_t~0 3) .cse49 (<= .cse16 .cse57) .cse12 (<= .cse58 .cse57) .cse13 .cse14 (<= .cse59 .cse60) (<= .cse60 .cse59) (<= .cse57 .cse58) (= 3 ULTIMATE.start_s_run_~req_a~1) .cse50 (<= .cse55 ~s_memory1~0))) (and .cse19 .cse21 .cse44 .cse22 .cse45 .cse47 .cse4 .cse41 (<= .cse56 ~s_memory3~0) .cse23 .cse6 .cse43 .cse54 .cse24 .cse25 .cse26 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse27 .cse28 .cse29 (= ULTIMATE.start_s_run_~req_d~1 54) .cse32 .cse14 .cse34 .cse36 .cse51 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse1 .cse2 .cse3 .cse4 .cse38 .cse39 .cse5 .cse61 .cse6 (<= ~s_memory1~0 .cse62) .cse40 .cse12 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse50 .cse18) (and .cse1 .cse2 .cse20 .cse3 .cse4 .cse5 .cse61 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse49 .cse12 .cse13 .cse31 .cse14 .cse50)))) [2021-10-28 23:20:12,847 INFO L857 garLoopResultBuilder]: For program point L12-3(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,847 INFO L857 garLoopResultBuilder]: For program point L12-4(line 12) no Hoare annotation was computed. [2021-10-28 23:20:12,847 INFO L857 garLoopResultBuilder]: For program point L541(lines 541 545) no Hoare annotation was computed. [2021-10-28 23:20:12,847 INFO L857 garLoopResultBuilder]: For program point L1202(lines 1202 1206) no Hoare annotation was computed. [2021-10-28 23:20:12,847 INFO L853 garLoopResultBuilder]: At program point L145-2(lines 145 491) the Hoare annotation is: (let ((.cse3 (+ ~s_memory1~0 2)) (.cse25 (+ ~a_t~0 50))) (let ((.cse19 (= ~c_req_type~0 0)) (.cse20 (= ~c_req_a~0 0)) (.cse18 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse23 (= ~a_t~0 0)) (.cse21 (= ~s_run_pc~0 0)) (.cse22 (= ULTIMATE.start_m_run_~a~0 0)) (.cse24 (= ~m_run_pc~0 0)) (.cse26 (<= ULTIMATE.start_s_run_~req_d~1 .cse25)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse4 (<= 52 ~s_memory2~0)) (.cse5 (not (= ~c_m_lock~0 1))) (.cse6 (<= ~s_memory2~0 52)) (.cse7 (= 2 ~s_run_pc~0)) (.cse8 (<= .cse25 ULTIMATE.start_s_run_~req_d~1)) (.cse9 (= ~c_empty_req~0 1)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= 2 ~c_write_rsp_ev~0)) (.cse12 (= ~c_empty_rsp~0 1)) (.cse13 (= ~m_run_pc~0 3)) (.cse14 (<= ~c_req_d~0 .cse25)) (.cse15 (<= ~s_memory3~0 .cse3)) (.cse16 (<= 2 ~c_m_ev~0)) (.cse17 (<= .cse25 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse12 .cse13 .cse14 (<= .cse3 ULTIMATE.start_s_run_~req_d~1) .cse15 .cse16 .cse17 (<= 3 ~a_t~0) (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) (<= .cse18 ~s_memory3~0)) (and .cse19 .cse0 .cse20 .cse21 .cse22 .cse5 .cse9 .cse11 .cse12 .cse23 .cse16 .cse24) (and .cse19 .cse0 .cse20 .cse2 .cse22 .cse5 .cse7 .cse9 .cse11 .cse12 .cse23 .cse16 .cse24) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse5 (<= .cse25 ~s_memory1~0) .cse7 (<= ~s_memory1~0 .cse18) .cse9 .cse10 .cse11 .cse12 .cse13 .cse26 .cse14 .cse16 .cse17 (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 .cse2 .cse5 (= ULTIMATE.start_m_run_~a~0 1) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse26 .cse14 .cse23 (<= ULTIMATE.start_s_memory_write_~v 50) .cse16 .cse17 (<= 50 ULTIMATE.start_s_memory_write_~v)) (and .cse2 .cse21 .cse22 .cse5 .cse9 .cse11 .cse12 .cse24) (let ((.cse27 (+ ULTIMATE.start_m_run_~a~0 48))) (and (<= ULTIMATE.start_s_memory_write_~v .cse25) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse4 .cse5 (= ULTIMATE.start_m_run_~a~0 3) .cse6 .cse7 (<= ~s_memory1~0 .cse27) .cse9 .cse10 .cse11 .cse12 .cse13 .cse26 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse16 .cse17 (<= .cse27 ~s_memory1~0))) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 (= ~s_memory4~0 54) .cse10 .cse11 .cse12 .cse13 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 5 ULTIMATE.start_m_run_~a~0) .cse14 (<= 4 ~a_t~0) .cse15 .cse16 .cse17 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))))) [2021-10-28 23:20:12,848 INFO L857 garLoopResultBuilder]: For program point L79(lines 79 90) no Hoare annotation was computed. [2021-10-28 23:20:12,848 INFO L853 garLoopResultBuilder]: At program point L13-3(lines 1 1387) the Hoare annotation is: (let ((.cse21 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse20 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse9 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse17 (<= .cse21 .cse20)) (.cse13 (+ ~req_tt_a~0 52)) (.cse6 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (let ((.cse22 (<= 2 ~c_write_req_ev~0)) (.cse23 (<= 1 ~c_m_lock~0)) (.cse24 (<= 6 ~m_run_pc~0)) (.cse25 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse28 (= ~c_empty_rsp~0 1)) (.cse29 (= ~m_run_pc~0 6)) (.cse30 (<= 2 ~c_m_ev~0))) (or (and .cse22 (<= 1 ULTIMATE.start_m_run_~a~0) .cse23 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse24 (<= ULTIMATE.start_m_run_~a~0 1) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30) (and .cse22 .cse23 (= ULTIMATE.start_m_run_~a~0 0) .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 (= ~a_t~0 0) .cse30) (and .cse22 .cse23 (= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 (<= 3 ~a_t~0))))) (.cse18 (<= .cse20 .cse21)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse5 (<= (+ ~s_memory1~0 ~a_t~0) (+ 51 ~req_tt_a~0))) (.cse7 (<= 51 ~s_memory1~0)) (.cse19 (<= ~s_memory2~0 52)) (.cse10 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) (+ 51 ULTIMATE.start_m_run_~req_a___0~0))) (.cse11 (= ~s_memory4~0 54)) (.cse14 (<= ~s_memory0~0 50)) (.cse15 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse16 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (let ((.cse12 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse8 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 (<= .cse8 .cse9) .cse10 .cse11 (<= .cse12 .cse13) .cse14 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse15 (<= .cse13 .cse12) (<= .cse9 .cse8) .cse16 .cse17 (<= 2 ~a_t~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ~s_memory1~0 (+ ~a_t~0 50)) (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse9) .cse10 (<= 51 ULTIMATE.start_s_memory_read_~x~0) .cse11 .cse14 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) (<= (+ ~req_tt_a~0 50) ULTIMATE.start_s_memory_read_~x~0) .cse16 .cse17) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 .cse3 .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse13) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse10 .cse11 .cse14 .cse15 .cse16) (and .cse0 .cse1 .cse2 .cse3 (= ~req_tt_a~0 3) .cse18 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse7 .cse19 .cse10 .cse11 .cse14 .cse15 .cse16 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse18 .cse4 .cse5 .cse7 .cse19 .cse10 .cse11 .cse14 (= ~req_tt_a~0 4) .cse15 .cse16)))) [2021-10-28 23:20:12,848 INFO L853 garLoopResultBuilder]: At program point L13-4(lines 77 93) the Hoare annotation is: (let ((.cse23 (+ ~s_memory1~0 2)) (.cse20 (+ ~a_t~0 50)) (.cse25 (+ ULTIMATE.start_m_run_~a~0 50))) (let ((.cse3 (<= ~c_req_d~0 .cse25)) (.cse13 (<= .cse20 ~c_req_d~0)) (.cse11 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse15 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse17 (<= ~s_memory1~0 51)) (.cse18 (<= 52 ~s_memory2~0)) (.cse19 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse21 (<= .cse20 ULTIMATE.start_s_run_~req_d~1)) (.cse5 (= ~c_empty_req~0 1)) (.cse6 (<= ~s_memory0~0 50)) (.cse7 (= 2 ~c_write_rsp_ev~0)) (.cse8 (= ~c_empty_rsp~0 1)) (.cse9 (= ~m_run_pc~0 3)) (.cse10 (<= ULTIMATE.start_s_run_~req_d~1 .cse20)) (.cse22 (<= ~c_req_d~0 .cse20)) (.cse24 (<= ~s_memory3~0 .cse23)) (.cse12 (<= 2 ~c_m_ev~0)) (.cse14 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse16 (<= .cse25 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse5 (<= ~c_req_d~0 50) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) (<= ULTIMATE.start_s_run_~req_d~1 52) .cse2 .cse17 .cse18 (<= 51 ~s_memory1~0) .cse19 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= 2 ULTIMATE.start_m_run_~a~0) (<= ~c_req_d~0 52) .cse12 .cse13 .cse14 .cse16 (<= 2 ~a_t~0)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) (<= ~s_memory1~0 .cse20) .cse3 (<= .cse20 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse21 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse22 .cse12 .cse13 .cse14 .cse16) (and .cse0 .cse1 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse21 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse22 (= ~a_t~0 0) .cse11 .cse12 (<= 0 ULTIMATE.start_m_run_~a~0) .cse14 .cse15 .cse16) (and .cse0 .cse1 (<= 53 ~s_memory3~0) .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse23) .cse18 .cse19 .cse4 (= ~a_t~0 3) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse22 .cse24 .cse12 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse16) (and (<= .cse20 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse17 .cse18 .cse19 .cse4 .cse21 .cse5 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse6 .cse7 .cse8 .cse9 .cse10 .cse22 .cse24 .cse12 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse16)))) [2021-10-28 23:20:12,848 INFO L857 garLoopResultBuilder]: For program point L872(lines 872 884) no Hoare annotation was computed. [2021-10-28 23:20:12,849 INFO L853 garLoopResultBuilder]: At program point L806(lines 799 816) the Hoare annotation is: (let ((.cse20 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse16 (+ 51 ~req_tt_a~0)) (.cse23 (<= 2 ~a_t~0)) (.cse14 (<= 3 ~a_t~0)) (.cse34 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse22 (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (let ((.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse17 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= .cse34 .cse22)) (.cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse21 (+ ~req_tt_a~0 52)) (.cse15 (<= 52 ~s_memory2~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= .cse22 .cse34)) (.cse4 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (not (= ~s_run_st~0 0))) (.cse27 (<= 6 ~m_run_pc~0)) (.cse28 (not (= ~c_m_lock~0 1))) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~c_empty_rsp~0 1)) (.cse33 (= ~m_run_pc~0 6))) (or (and .cse25 .cse26 (<= ~a_t~0 2) (= ULTIMATE.start_m_run_~a~0 2) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse23) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse14) (and .cse25 .cse26 .cse27 .cse28 (= ULTIMATE.start_m_run_~a~0 1) .cse29 (= ~a_t~0 1) .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 0) .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (= ~a_t~0 0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= (+ ~s_memory1~0 ~a_t~0) .cse16)) (.cse7 (<= 51 ~s_memory1~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse20)) (.cse10 (= ~s_memory4~0 54)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (and .cse0 .cse1 .cse2 (= ~req_tt_a~0 3) .cse3 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse4 .cse5 .cse15 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse16 .cse17) .cse11 .cse12 (<= .cse18 .cse16) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse15 .cse7 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse9 (<= .cse18 .cse21) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 (<= .cse17 .cse21) .cse11 .cse12 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse21 .cse17) .cse19 .cse13 (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse23) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse21) .cse15 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse24)))) [2021-10-28 23:20:12,849 INFO L857 garLoopResultBuilder]: For program point L740(lines 740 744) no Hoare annotation was computed. [2021-10-28 23:20:12,849 INFO L857 garLoopResultBuilder]: For program point L608(lines 608 612) no Hoare annotation was computed. [2021-10-28 23:20:12,849 INFO L857 garLoopResultBuilder]: For program point L344(lines 344 348) no Hoare annotation was computed. [2021-10-28 23:20:12,850 INFO L853 garLoopResultBuilder]: At program point L1335(lines 1328 1345) the Hoare annotation is: (let ((.cse40 (= ~a_t~0 2)) (.cse41 (= ULTIMATE.start_m_run_~a~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse37 (= ~a_t~0 0)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse24 (= ULTIMATE.start_m_run_~a~0 1)) (.cse1 (= 2 ~s_run_pc~0)) (.cse25 (= ~a_t~0 1)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse26 (<= 2 ~c_m_ev~0)) (.cse35 (+ ~s_memory1~0 2)) (.cse50 (+ ~s_memory1~0 ~a_t~0)) (.cse39 (+ 51 ~req_tt_a~0)) (.cse52 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse48 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse32 (+ ~a_t~0 50))) (let ((.cse36 (<= ~c_req_d~0 .cse32)) (.cse27 (<= .cse48 ~c_req_d~0)) (.cse38 (<= .cse52 .cse51)) (.cse34 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse29 (= ~s_run_pc~0 0)) (.cse23 (<= 51 ~s_memory1~0)) (.cse33 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse46 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse47 (<= 2 ~a_t~0)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse8 (<= .cse51 .cse52)) (.cse9 (<= 50 ~s_memory0~0)) (.cse10 (<= ~s_memory1~0 51)) (.cse11 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse12 (<= .cse50 .cse39)) (.cse13 (<= 52 ~s_memory2~0)) (.cse14 (= ~s_memory4~0 54)) (.cse15 (<= .cse39 .cse50)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse35)) (.cse18 (let ((.cse49 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse40 .cse0 .cse41 .cse49 .cse1 .cse2 .cse3 .cse45 .cse26) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse2 .cse3 .cse45 .cse37 .cse26) (and .cse42 .cse21 .cse22 .cse0 .cse49 .cse1 .cse2 .cse3 .cse45 .cse26 .cse43) (and .cse21 .cse22 .cse0 .cse49 .cse24 .cse1 .cse25 .cse2 .cse3 .cse45 .cse26)))) (.cse19 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse20 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) (+ 52 ULTIMATE.start_m_run_~req_a___0~0))) (.cse6 (= ~c_req_type~0 0)) (.cse28 (= ~c_req_a~0 0)) (.cse30 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse11 .cse12 (= 53 ~c_rsp_d~0) .cse13 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse9 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse10 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse23 .cse24 (<= ~c_req_d~0 51) .cse1 .cse25 .cse2 .cse16 .cse3 .cse5 .cse26 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse27) (and .cse28 .cse0 .cse29 .cse30 .cse2 .cse3 .cse4 .cse31) (and (<= .cse32 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse9 .cse10 .cse0 .cse13 .cse33 .cse1 .cse2 .cse14 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse26 .cse34 .cse27) (and .cse21 .cse22 .cse9 .cse10 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse35) (<= .cse32 ~s_memory3~0) .cse13 (= ULTIMATE.start_m_run_~a~0 3) .cse33 .cse1 .cse2 .cse16 .cse3 .cse5 .cse36 .cse17 .cse26 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse27) (and .cse21 .cse22 .cse9 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse36 .cse37 (<= ULTIMATE.start_s_memory_write_~v 50) .cse26 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse27) (and .cse6 .cse7 .cse9 .cse11 .cse13 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse38 .cse14 (<= .cse39 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) .cse16 .cse17 .cse18 (<= (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|) .cse39) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse20 .cse34 (<= ~c_rsp_d~0 51)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse9 .cse11 (<= (+ ~s_memory2~0 ~a_t~0) (+ ~req_tt_a~0 52)) .cse13 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse38 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse14 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse18 .cse19 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse24 .cse1 .cse25 .cse3 .cse4 .cse26) (and .cse21 .cse22 .cse40 .cse0 .cse41 .cse1 .cse3 .cse4 .cse26) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse26 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse37 .cse26)) .cse45) (and (<= 52 ~c_rsp_d~0) (<= 52 ULTIMATE.start_s_run_~rsp_d~1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 (<= |ULTIMATE.start_s_memory_read_#res| 52) (<= ULTIMATE.start_s_memory_read_~x~0 52) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse14 .cse15 .cse16 .cse17 .cse18 (<= 52 ULTIMATE.start_s_memory_read_~x~0) (<= ~c_rsp_d~0 52) .cse20 .cse34 .cse46 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse47) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse28 .cse0 .cse29 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse9 .cse0 .cse13 .cse23 (<= ~c_req_d~0 .cse48) .cse33 .cse1 (<= .cse32 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse32) .cse26 (<= .cse32 ~c_req_d~0) .cse46 .cse47) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse8 .cse9 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse10 .cse11 .cse12 .cse13 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse14 .cse15 .cse16 (= ~req_tt_a~0 4) .cse17 .cse18 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse19 .cse20) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse26 .cse43) (and .cse6 .cse21 .cse28 .cse0 .cse30 .cse1 .cse2 .cse3 .cse4 .cse37 .cse26 .cse31)))) [2021-10-28 23:20:12,850 INFO L857 garLoopResultBuilder]: For program point L146(lines 145 491) no Hoare annotation was computed. [2021-10-28 23:20:12,850 INFO L857 garLoopResultBuilder]: For program point L939(lines 939 943) no Hoare annotation was computed. [2021-10-28 23:20:12,851 INFO L857 garLoopResultBuilder]: For program point L807(lines 496 848) no Hoare annotation was computed. [2021-10-28 23:20:12,851 INFO L857 garLoopResultBuilder]: For program point L1336(lines 1266 1355) no Hoare annotation was computed. [2021-10-28 23:20:12,851 INFO L857 garLoopResultBuilder]: For program point L147(lines 147 151) no Hoare annotation was computed. [2021-10-28 23:20:12,851 INFO L857 garLoopResultBuilder]: For program point L81(lines 81 90) no Hoare annotation was computed. [2021-10-28 23:20:12,851 INFO L857 garLoopResultBuilder]: For program point L808(lines 808 812) no Hoare annotation was computed. [2021-10-28 23:20:12,852 INFO L853 garLoopResultBuilder]: At program point L478(lines 471 488) the Hoare annotation is: (let ((.cse17 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse16 (+ ~a_t~0 50)) (.cse20 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse20)) (.cse7 (<= .cse16 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse16)) (.cse15 (<= .cse17 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse3 (<= 52 ~s_memory2~0)) (.cse4 (not (= ~c_m_lock~0 1))) (.cse5 (<= ~s_memory2~0 52)) (.cse6 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~c_empty_rsp~0 1)) (.cse12 (= ~m_run_pc~0 3)) (.cse18 (<= ULTIMATE.start_s_run_~req_d~1 .cse16)) (.cse19 (<= .cse16 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse15) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 (<= ~s_memory1~0 .cse16) (<= ~c_req_d~0 .cse17) (<= ~c_req_d~0 51) (<= .cse16 ~s_memory1~0) .cse6 .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 .cse19 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse16 ~s_memory3~0) .cse3 .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse0 .cse1 .cse2 .cse4 .cse6 .cse7 .cse8 (<= ~c_req_d~0 50) .cse9 .cse10 .cse11 .cse12 .cse18 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse19 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse15) (and (<= ULTIMATE.start_s_memory_write_~v .cse16) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse3 (<= 51 ~s_memory1~0) .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse19 (<= ULTIMATE.start_m_run_~a~0 2))))) [2021-10-28 23:20:12,852 INFO L857 garLoopResultBuilder]: For program point L1337(lines 1337 1341) no Hoare annotation was computed. [2021-10-28 23:20:12,852 INFO L857 garLoopResultBuilder]: For program point L280(lines 280 284) no Hoare annotation was computed. [2021-10-28 23:20:12,852 INFO L857 garLoopResultBuilder]: For program point L875(lines 875 883) no Hoare annotation was computed. [2021-10-28 23:20:12,852 INFO L857 garLoopResultBuilder]: For program point L479(lines 471 488) no Hoare annotation was computed. [2021-10-28 23:20:12,852 INFO L857 garLoopResultBuilder]: For program point L83(lines 83 90) no Hoare annotation was computed. [2021-10-28 23:20:12,853 INFO L853 garLoopResultBuilder]: At program point L876(lines 871 1122) the Hoare annotation is: false [2021-10-28 23:20:12,853 INFO L853 garLoopResultBuilder]: At program point L678(lines 648 679) the Hoare annotation is: (let ((.cse18 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse21 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse22 (<= 2 ~a_t~0)) (.cse34 (+ ~s_memory1~0 ~a_t~0)) (.cse23 (+ 51 ~req_tt_a~0)) (.cse36 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse35 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse14 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse7 (+ ~req_tt_a~0 52)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= .cse36 .cse35)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (<= ~s_memory1~0 51)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= .cse34 .cse23)) (.cse8 (<= 52 ~s_memory2~0)) (.cse9 (<= 51 ~s_memory1~0)) (.cse10 (<= .cse35 .cse36)) (.cse12 (= ~s_memory4~0 54)) (.cse13 (<= .cse23 .cse34)) (.cse15 (<= ~s_memory0~0 50)) (.cse16 (let ((.cse25 (<= 2 ~c_write_req_ev~0)) (.cse26 (<= 1 ~c_m_lock~0)) (.cse27 (not (= ~s_run_st~0 0))) (.cse28 (<= 6 ~m_run_pc~0)) (.cse29 (= 2 ~s_run_pc~0)) (.cse30 (= ~c_empty_req~0 1)) (.cse31 (= 2 ~c_write_rsp_ev~0)) (.cse32 (= ~m_run_pc~0 6)) (.cse33 (<= 2 ~c_m_ev~0))) (or (and .cse25 (<= 1 ULTIMATE.start_m_run_~a~0) .cse26 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse27 .cse28 (<= ULTIMATE.start_m_run_~a~0 1) .cse29 .cse30 .cse31 .cse32 .cse33) (and .cse25 .cse26 .cse27 (= ULTIMATE.start_m_run_~a~0 0) .cse29 .cse30 .cse31 .cse32 (= ~a_t~0 0) .cse33) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 (<= 3 ~a_t~0)) (and .cse25 .cse26 .cse27 (<= ~a_t~0 2) .cse28 .cse29 .cse30 .cse31 .cse32 (<= 2 ULTIMATE.start_m_run_~a~0) .cse33 .cse21 .cse22)))) (.cse17 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse24 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse18))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse7 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse8 .cse9 .cse10 (<= .cse11 .cse7) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 (<= .cse14 .cse7) .cse15 .cse16 .cse17 (<= .cse18 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse7 .cse14) .cse19 .cse20 .cse21 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse22) (and .cse0 .cse1 .cse3 .cse5 .cse8 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse10 .cse12 (<= .cse23 .cse14) .cse15 .cse16 .cse17 (<= .cse11 .cse23) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse7) .cse8 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse15 (<= ~c_rsp_d~0 50) .cse16 .cse17 .cse24 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse4 .cse5 .cse6 .cse8 .cse9 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse10 .cse12 .cse13 .cse15 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse19 .cse20) (and .cse0 .cse1 .cse2 .cse3 .cse4 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse8 .cse9 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse10 .cse12 .cse13 .cse15 .cse16 .cse17 .cse24 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0))))) [2021-10-28 23:20:12,853 INFO L857 garLoopResultBuilder]: For program point L480(lines 480 484) no Hoare annotation was computed. [2021-10-28 23:20:12,854 INFO L853 garLoopResultBuilder]: At program point L1141(lines 1130 1171) the Hoare annotation is: (let ((.cse101 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse71 (+ ~s_memory1~0 2)) (.cse87 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse95 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse105 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse104 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse66 (<= 1 ULTIMATE.start_m_run_~a~0)) (.cse15 (= ~c_empty_rsp~0 1)) (.cse21 (= ~c_req_type~0 0)) (.cse102 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse100 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse97 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse86 (+ 51 ~req_tt_a~0)) (.cse106 (+ ~s_memory1~0 ~a_t~0)) (.cse107 (<= ~a_t~0 2)) (.cse108 (<= 2 ULTIMATE.start_m_run_~a~0)) (.cse46 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse47 (<= 2 ~a_t~0)) (.cse91 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse92 (<= 3 ~a_t~0)) (.cse90 (= ULTIMATE.start_m_run_~a~0 1)) (.cse68 (= ~a_t~0 1)) (.cse2 (<= 2 ~c_write_req_ev~0)) (.cse3 (<= 1 ~c_m_lock~0)) (.cse23 (not (= ~s_run_st~0 0))) (.cse51 (= ULTIMATE.start_m_run_~a~0 0)) (.cse25 (= ~m_run_st~0 0)) (.cse11 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse14 (= 2 ~c_write_rsp_ev~0)) (.cse93 (= ~m_run_pc~0 6)) (.cse27 (= ~a_t~0 0)) (.cse18 (<= 2 ~c_m_ev~0)) (.cse75 (+ ~s_memory3~0 1)) (.cse99 (+ ~req_tt_a~0 52)) (.cse62 (+ ~a_t~0 50)) (.cse109 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse103 (+ ULTIMATE.start_m_run_~a~0 48))) (let ((.cse52 (<= ULTIMATE.start_s_run_~req_d~1 50)) (.cse53 (<= 50 ULTIMATE.start_s_run_~req_d~1)) (.cse54 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse55 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse49 (= 0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse12 (<= ~s_memory1~0 .cse103)) (.cse73 (<= 53 ULTIMATE.start_s_memory_write_~v)) (.cse74 (<= 4 ~c_req_a~0)) (.cse77 (<= ~c_req_a~0 4)) (.cse1 (<= ULTIMATE.start_s_memory_write_~v 52)) (.cse5 (<= 52 ULTIMATE.start_s_memory_write_~v)) (.cse61 (<= ~c_req_d~0 .cse109)) (.cse72 (<= .cse62 ULTIMATE.start_s_run_~req_d~1)) (.cse63 (<= ULTIMATE.start_s_run_~req_d~1 .cse62)) (.cse67 (= ~c_req_a~0 1)) (.cse48 (<= (+ ~s_memory2~0 ~a_t~0) .cse99)) (.cse60 (<= ~s_memory1~0 .cse62)) (.cse58 (<= ULTIMATE.start_s_memory_write_~v 51)) (.cse59 (<= 51 ULTIMATE.start_s_memory_write_~v)) (.cse65 (<= 51 ULTIMATE.start_s_run_~req_d~1)) (.cse45 (<= ULTIMATE.start_s_memory_write_~v .cse75)) (.cse70 (= ULTIMATE.start_s_run_~req_d~1 54)) (.cse76 (<= 4 ~a_t~0)) (.cse64 (<= .cse62 ~c_req_d~0)) (.cse82 (= ~a_t~0 2)) (.cse31 (let ((.cse110 (<= 6 ~m_run_pc~0))) (or (and .cse2 .cse3 .cse23 .cse107 .cse110 .cse25 .cse11 .cse26 .cse14 .cse93 .cse108 .cse18 .cse46 .cse47) (and .cse91 .cse2 .cse3 .cse23 .cse110 .cse25 .cse11 .cse26 .cse14 .cse93 .cse18 .cse92) (and .cse2 .cse3 .cse23 .cse110 .cse90 .cse25 .cse11 .cse68 .cse26 .cse14 .cse93 .cse18) (and .cse2 .cse3 .cse23 .cse51 .cse110 .cse25 .cse11 .cse26 .cse14 .cse93 .cse27 .cse18)))) (.cse78 (= 4 ULTIMATE.start_m_run_~req_a___0~0)) (.cse39 (<= .cse86 .cse106)) (.cse79 (= ~req_tt_a~0 4)) (.cse24 (not (= ~c_m_lock~0 1))) (.cse28 (= ~m_run_pc~0 0)) (.cse81 (<= 2 ~c_req_a~0)) (.cse83 (= ULTIMATE.start_m_run_~a~0 2)) (.cse85 (<= .cse97 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1))) (.cse80 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0))) (.cse84 (<= ~c_req_a~0 2)) (.cse88 (<= .cse100 .cse86)) (.cse44 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse102)) (.cse22 (= ~c_req_a~0 0)) (.cse4 (= ~c_req_type~0 1)) (.cse89 (= ~s_run_pc~0 0)) (.cse16 (= ~m_run_pc~0 3)) (.cse17 (<= ~c_req_d~0 .cse62)) (.cse94 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse19 (not .cse21)) (.cse20 (<= .cse109 ~c_req_d~0)) (.cse69 (or (and .cse91 .cse2 .cse3 .cse11 .cse14 .cse15 .cse93 .cse18 .cse92) (and .cse2 .cse3 .cse107 .cse11 .cse14 .cse15 .cse93 .cse108 .cse18 .cse46 .cse47) (and .cse2 .cse66 .cse3 (<= ULTIMATE.start_m_run_~a~0 1) .cse11 .cse68 .cse14 .cse15 .cse93 .cse18) (and .cse2 .cse3 .cse51 .cse11 .cse14 .cse15 .cse93 .cse27 .cse18))) (.cse0 (<= ~c_req_a~0 3)) (.cse29 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse30 (<= .cse105 .cse104)) (.cse6 (<= 50 ~s_memory0~0)) (.cse7 (<= 3 ~c_req_a~0)) (.cse32 (<= ~s_memory1~0 51)) (.cse56 (= ~req_tt_a~0 3)) (.cse33 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse34 (<= .cse106 .cse86)) (.cse35 (<= .cse99 .cse95)) (.cse8 (<= 52 ~s_memory2~0)) (.cse9 (<= 51 ~s_memory1~0)) (.cse10 (<= ~s_memory2~0 52)) (.cse36 (<= .cse104 .cse105)) (.cse37 (<= .cse100 .cse99)) (.cse38 (= ~s_memory4~0 54)) (.cse40 (<= .cse87 .cse99)) (.cse13 (<= ~s_memory0~0 50)) (.cse41 (<= ~s_memory3~0 .cse71)) (.cse42 (<= .cse102 .cse101)) (.cse43 (<= .cse99 .cse87)) (.cse50 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse57 (<= .cse103 ~s_memory1~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (= ~a_t~0 3) .cse12 .cse13 .cse14 .cse15 .cse16 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse17 .cse18 .cse19 .cse20) (and .cse21 .cse2 .cse22 .cse23 .cse24 .cse25 .cse11 .cse26 .cse14 .cse15 .cse27 .cse18 .cse28) (and .cse21 .cse29 .cse30 .cse31 .cse6 .cse32 .cse33 .cse34 .cse35 .cse8 .cse9 .cse36 .cse37 (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse38 .cse39 .cse40 .cse13 .cse41 .cse42 (<= ~c_rsp_d~0 52) .cse43 .cse44 .cse45 .cse46 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse47) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse21 .cse29 .cse31 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse6 .cse33 .cse48 .cse8 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse49 .cse36 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse38 .cse13 (<= ~c_rsp_d~0 50) .cse41 .cse50 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and .cse2 .cse3 .cse6 .cse23 .cse51 .cse52 .cse25 .cse11 .cse53 .cse26 (<= ~c_req_d~0 50) .cse13 .cse14 .cse16 .cse27 .cse54 .cse18 .cse55 .cse20) (and .cse21 .cse29 .cse30 .cse31 .cse6 .cse32 .cse56 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse33 .cse34 (= 53 ~c_rsp_d~0) .cse8 .cse9 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse36 .cse38 .cse39 .cse13 .cse41 .cse50 .cse44 (= 53 ULTIMATE.start_s_run_~rsp_d~1) .cse57) (and .cse2 .cse3 .cse58 (<= ~a_t~0 1) .cse6 .cse59 .cse23 .cse60 .cse61 .cse25 (<= .cse62 ~s_memory1~0) .cse11 .cse26 .cse13 .cse14 .cse16 .cse63 .cse17 .cse18 .cse64 .cse65 .cse20) (and .cse2 .cse66 .cse3 .cse4 .cse6 .cse67 .cse52 .cse11 .cse68 .cse53 .cse13 .cse14 .cse15 .cse16 .cse17 .cse54 .cse18 .cse55 .cse19 .cse20) (and .cse69 .cse21 .cse29 .cse22 .cse6 .cse48 .cse8 .cse49 .cse36 .cse38 .cse13 .cse70 .cse41 .cse50) (and .cse2 .cse3 .cse6 .cse23 (<= ULTIMATE.start_s_memory_write_~v .cse71) (<= .cse62 ~s_memory3~0) .cse8 .cse25 .cse10 .cse11 .cse12 .cse72 .cse26 .cse13 .cse14 .cse16 .cse17 .cse41 .cse18 (= 53 ULTIMATE.start_s_run_~req_d~1) .cse73 .cse20) (and .cse2 .cse3 .cse4 .cse74 (<= 53 ULTIMATE.start_s_run_~req_d~1) .cse6 .cse32 .cse8 .cse61 .cse10 (<= ~c_req_d~0 .cse75) .cse11 .cse13 .cse14 .cse15 .cse16 .cse76 .cse41 .cse18 .cse64 .cse77 .cse73 .cse19 .cse20) (and .cse69 .cse21 .cse29 .cse30 .cse74 .cse6 .cse78 .cse32 .cse33 .cse34 .cse8 .cse9 .cse36 .cse38 .cse13 .cse79 .cse41 .cse50 .cse77 .cse44) (and .cse1 .cse2 .cse3 .cse5 .cse6 .cse23 .cse8 .cse9 .cse61 .cse25 .cse10 .cse11 .cse72 .cse80 .cse26 .cse13 .cse14 .cse16 .cse63 .cse18 .cse64 .cse46 .cse47) (and .cse69 .cse21 .cse29 .cse6 .cse67 .cse33 .cse48 .cse8 .cse60 .cse68 .cse38 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse50 .cse44) (and .cse81 .cse2 .cse3 .cse58 .cse4 .cse82 .cse6 .cse59 .cse32 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse83 .cse9 .cse11 .cse13 .cse14 .cse15 .cse16 .cse17 .cse84 .cse18 .cse65 .cse19 .cse20) (and .cse21 .cse29 .cse31 .cse6 .cse33 .cse8 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse85 (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse36 .cse38 (<= .cse86 .cse87) .cse13 .cse41 .cse88 (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse44 .cse45 (<= ~c_rsp_d~0 51)) (and .cse21 .cse2 .cse22 .cse89 .cse24 .cse26 .cse14 .cse15 .cse27 .cse18 .cse28) (and .cse2 .cse29 .cse3 (= ~c_req_d~0 54) (<= 53 ~s_memory3~0) .cse6 .cse32 .cse23 .cse8 .cse25 .cse10 .cse11 .cse26 .cse38 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse14 .cse16 .cse70 .cse76 .cse41 .cse18 .cse64 .cse20) (and .cse11 .cse26 .cse14 .cse15 .cse16) (and (or (and .cse2 .cse3 .cse23 .cse90 .cse11 .cse68 .cse14 .cse15 .cse18) (and .cse2 .cse3 .cse82 .cse23 .cse83 .cse11 .cse14 .cse15 .cse18) (and .cse91 .cse2 .cse3 .cse23 .cse11 .cse14 .cse15 .cse18 .cse92) (and .cse2 .cse3 .cse23 .cse51 .cse11 .cse14 .cse15 .cse27 .cse18)) .cse93) (and (= 54 ~c_rsp_d~0) .cse21 .cse29 .cse30 .cse31 .cse6 (= ULTIMATE.start_s_memory_read_~x~0 54) .cse78 .cse32 .cse33 .cse34 .cse8 .cse9 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse36 .cse38 .cse39 .cse13 .cse79 .cse41 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse50 .cse44) (and .cse2 .cse22 .cse3 .cse4 .cse11 .cse14 .cse15 .cse16 .cse17 .cse27 .cse18 .cse94 .cse19 .cse20) (and .cse2 .cse23 .cse11 .cse14 .cse15 .cse16) (and .cse22 .cse23 .cse89 .cse14 .cse15 .cse16 .cse19) (and .cse22 .cse23 .cse89 .cse24 .cse25 .cse26 .cse14 .cse15 .cse28) (let ((.cse98 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse96 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse69 .cse81 .cse21 .cse29 .cse6 (<= .cse95 .cse86) (<= (+ 53 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory3~0 ULTIMATE.start_m_run_~a~0)) .cse33 .cse83 .cse8 (<= .cse96 .cse97) (<= .cse97 .cse98) (<= .cse98 .cse97) .cse85 .cse80 .cse38 .cse13 .cse41 .cse84 (<= .cse97 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) .cse88 (<= .cse97 .cse96) .cse44)) (and .cse91 .cse2 .cse23 .cse11 .cse26 .cse14 .cse15 .cse93 .cse18 .cse92) (and .cse2 .cse22 .cse3 .cse4 .cse89 .cse14 .cse15 .cse16 .cse17 .cse27 .cse18 .cse94 .cse19 .cse20) (and .cse69 .cse0 .cse21 .cse29 .cse30 (<= .cse99 .cse100) .cse6 .cse7 .cse32 .cse56 .cse33 .cse34 (<= .cse95 .cse99) .cse35 .cse8 .cse9 .cse10 .cse36 .cse37 .cse38 .cse40 .cse13 .cse41 (<= .cse101 .cse102) .cse42 .cse43 .cse50 .cse57)))) [2021-10-28 23:20:12,855 INFO L853 garLoopResultBuilder]: At program point L1075(lines 1068 1094) the Hoare annotation is: (let ((.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse3 (+ ~s_memory1~0 2)) (.cse40 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse41 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse37 (<= 2 ~a_t~0)) (.cse34 (= ~a_t~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse6 (= 2 ~s_run_pc~0)) (.cse9 (= ~c_empty_req~0 1)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse48 (+ ~s_memory1~0 ~a_t~0)) (.cse42 (+ 51 ~req_tt_a~0)) (.cse47 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse46 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse43 (+ ~a_t~0 50))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse30 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse32 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse33 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse31 (<= .cse43 ~c_req_d~0)) (.cse18 (<= .cse47 .cse46)) (.cse21 (<= .cse48 .cse42)) (.cse22 (<= 51 ~s_memory1~0)) (.cse25 (<= .cse42 .cse48)) (.cse36 (+ ~req_tt_a~0 52)) (.cse16 (= ~c_req_type~0 0)) (.cse17 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse23 (<= .cse46 .cse47)) (.cse39 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse26 (let ((.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse0 (<= 1 ULTIMATE.start_m_run_~a~0) .cse1 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse6 .cse9 .cse45 .cse14) (and .cse0 .cse1 (<= ~a_t~0 2) .cse44 .cse6 .cse9 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse14 .cse41 .cse37) (and .cse0 .cse1 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse6 .cse9 .cse45 .cse34 .cse14) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse44 .cse6 .cse9 .cse45 .cse14 (<= 3 ~a_t~0))))) (.cse38 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse27 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse40)) (.cse2 (<= 50 ~s_memory0~0)) (.cse19 (<= ~s_memory1~0 51)) (.cse4 (<= 52 ~s_memory2~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse8 (<= .cse43 ULTIMATE.start_s_run_~req_d~1)) (.cse24 (= ~s_memory4~0 54)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= ~m_run_pc~0 3)) (.cse29 (<= ULTIMATE.start_s_run_~req_d~1 .cse43)) (.cse12 (<= ~c_req_d~0 .cse43)) (.cse13 (<= ~s_memory3~0 .cse3)) (.cse28 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse15 (<= .cse35 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= .cse3 ~s_memory3~0) (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 (<= ~s_memory1~0 .cse7) .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse16 .cse17 .cse18 .cse2 .cse19 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse20 .cse21 (= 53 ~c_rsp_d~0) .cse4 .cse22 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse23 .cse24 .cse25 .cse26 .cse10 .cse13 .cse27 .cse28 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse7 ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse6 .cse8 .cse9 (<= ~c_req_d~0 50) .cse10 .cse11 .cse29 .cse12 .cse30 .cse14 .cse31 .cse32 .cse33 .cse15) (and .cse0 .cse1 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse8 .cse9 .cse10 .cse11 .cse29 .cse12 .cse34 .cse30 .cse14 .cse32 (= ULTIMATE.start_s_run_~req_type~1 1) .cse33 .cse15) (and (= 54 ~c_rsp_d~0) .cse16 .cse17 .cse18 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse19 .cse20 .cse21 .cse4 .cse22 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse23 .cse24 .cse25 .cse26 .cse10 (= ~req_tt_a~0 4) .cse13 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse27 .cse28) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse19 (<= ULTIMATE.start_s_run_~req_d~1 51) (<= 51 ~c_req_d~0) .cse22 (<= ~c_req_d~0 .cse35) (<= ~c_req_d~0 51) .cse6 .cse9 .cse10 .cse11 .cse12 .cse14 .cse31 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse16 .cse17 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse20 (<= (+ ~s_memory2~0 ~a_t~0) .cse36) .cse4 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse23 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse26 .cse10 (<= ~c_rsp_d~0 50) .cse13 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)) (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 .cse22 .cse5 .cse6 .cse8 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse9 .cse10 .cse11 .cse29 (<= ~c_req_d~0 52) .cse14 .cse31 .cse15 .cse37) (and .cse16 .cse17 .cse18 .cse2 .cse19 .cse20 .cse21 (<= .cse36 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse4 .cse22 .cse23 (<= .cse38 .cse36) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse25 (<= .cse39 .cse36) .cse26 .cse10 .cse13 (<= .cse40 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse36 .cse39) .cse27 .cse28 .cse41 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse37) (and .cse16 .cse17 .cse2 .cse20 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse23 .cse24 (<= .cse42 .cse39) .cse26 .cse10 .cse13 (<= .cse38 .cse42) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse28 (<= ~c_rsp_d~0 51)) (and (<= .cse43 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse19 .cse4 .cse5 .cse6 .cse8 .cse9 .cse24 (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse29 .cse12 .cse13 .cse14 .cse28 .cse15)))) [2021-10-28 23:20:12,855 INFO L857 garLoopResultBuilder]: For program point L1274(lines 1274 1327) no Hoare annotation was computed. [2021-10-28 23:20:12,855 INFO L853 garLoopResultBuilder]: At program point L1208(lines 1201 1245) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse1 (= ~c_empty_req~0 1)) (.cse2 (= 2 ~c_write_rsp_ev~0)) (.cse3 (= ~c_empty_rsp~0 1)) (.cse4 (= ~m_run_pc~0 ~c_m_lock~0)) (.cse5 (= ~m_run_pc~0 0)) (.cse6 (= ~m_run_pc~0 ~s_run_pc~0))) (or (and (= ~c_req_type~0 0) (<= 2 ~c_write_req_ev~0) .cse0 .cse1 .cse2 .cse3 (= ~a_t~0 0) .cse4 (<= 2 ~c_m_ev~0) .cse5 .cse6) (and .cse0 (not (= ~s_run_st~0 0)) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6))) [2021-10-28 23:20:12,855 INFO L857 garLoopResultBuilder]: For program point L85(lines 85 90) no Hoare annotation was computed. [2021-10-28 23:20:12,855 INFO L857 garLoopResultBuilder]: For program point L878(lines 878 882) no Hoare annotation was computed. [2021-10-28 23:20:12,856 INFO L853 garLoopResultBuilder]: At program point L746(lines 739 756) the Hoare annotation is: (let ((.cse21 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse22 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse5 (+ ~req_tt_a~0 52)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse16 (<= .cse13 .cse22)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0 2) .cse19)) (.cse18 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (let ((.cse23 (<= 2 ~c_write_req_ev~0)) (.cse24 (<= 1 ~c_m_lock~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (<= 6 ~m_run_pc~0)) (.cse27 (= 2 ~s_run_pc~0)) (.cse28 (= ~c_empty_req~0 1)) (.cse29 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 6)) (.cse32 (<= 2 ~c_m_ev~0))) (or (and .cse23 .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse23 .cse24 .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 1) .cse27 (= ~a_t~0 1) .cse28 .cse29 .cse30 .cse31 .cse32) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 (<= 3 ~a_t~0)) (and .cse23 .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (= ~a_t~0 0) .cse32)))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse21)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse8 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse14 (<= .cse22 .cse13))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 (<= .cse5 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse7 (<= .cse8 .cse5) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse9 (<= .cse10 .cse5) .cse11 .cse12 (<= .cse13 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse5 .cse10) .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse16 .cse17 .cse4 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse18 .cse7 .cse9 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15) (and .cse0 .cse1 .cse2 .cse3 .cse16 .cse17 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 (= 53 ~c_rsp_d~0) .cse18 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse7 .cse9 .cse11 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse12 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (let ((.cse20 (+ 51 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse19 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse7 .cse9 (<= .cse20 .cse10) .cse11 .cse12 (<= .cse8 .cse20) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse14 (<= .cse21 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)))))) [2021-10-28 23:20:12,856 INFO L853 garLoopResultBuilder]: At program point L614(lines 607 624) the Hoare annotation is: (let ((.cse15 (+ 53 ~req_tt_a~0)) (.cse37 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (<= 2 ULTIMATE.start_m_run_~a~0)) (.cse10 (= ~a_t~0 0)) (.cse23 (<= 1 ~c_m_lock~0)) (.cse29 (= ~a_t~0 2)) (.cse24 (not (= ~s_run_st~0 0))) (.cse25 (= 2 ~s_run_pc~0)) (.cse26 (= 2 ~c_write_rsp_ev~0)) (.cse27 (= ~c_empty_rsp~0 1)) (.cse28 (<= 2 ~c_m_ev~0)) (.cse36 (+ 51 ~req_tt_a~0)) (.cse33 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse40 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse14 (<= .cse33 .cse40)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0) .cse36)) (.cse22 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse5 (+ ~req_tt_a~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (let ((.cse42 (<= ~a_t~0 1)) (.cse43 (<= 1 ~a_t~0)) (.cse41 (= ~m_run_pc~0 6))) (or (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse41 .cse28 (<= 3 ~a_t~0)) (and (let ((.cse44 (<= ULTIMATE.start_m_run_~a~0 2))) (or (and .cse23 .cse42 .cse43 .cse24 .cse25 .cse26 .cse27 .cse38 .cse28 .cse44) (and .cse23 .cse24 (<= ~a_t~0 2) .cse25 .cse26 .cse27 .cse38 .cse28 .cse44 (<= 2 ~a_t~0)))) .cse41) (and (= ULTIMATE.start_m_run_~a~0 1) (or (and .cse23 .cse24 .cse25 .cse26 .cse27 .cse10 .cse28) (and .cse23 .cse42 .cse43 .cse24 .cse25 .cse26 .cse27 .cse28)) .cse41) (and .cse23 .cse29 .cse24 (= ULTIMATE.start_m_run_~a~0 3) .cse25 .cse26 .cse27 .cse41 .cse28)))) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse18 (<= 51 ~s_memory1~0)) (.cse20 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse37)) (.cse7 (= ~s_memory4~0 54)) (.cse16 (+ ~a_t~0 ~c_rsp_d~0)) (.cse8 (<= ~s_memory0~0 50)) (.cse32 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse19 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse9 (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse11 (<= .cse15 (+ ~s_memory3~0 ~a_t~0))) (.cse12 (= ULTIMATE.start_m_run_~req_type___0~0 0)) (.cse13 (<= .cse40 .cse33))) (or (and .cse0 .cse1 .cse2 (= ~c_req_a~0 1) .cse3 .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse7 .cse8 (<= .cse9 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse10 .cse11 .cse12 .cse13) (let ((.cse21 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 (<= 4 ~c_req_a~0) .cse2 .cse3 .cse14 (<= .cse15 .cse16) .cse4 .cse17 .cse18 (<= .cse15 .cse19) .cse20 (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse7 (<= 4 ULTIMATE.start_m_run_~a~0) .cse8 (<= ULTIMATE.start_m_run_~req_a___0~0 4) (<= .cse21 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse22 .cse11 .cse12 (<= ~c_req_a~0 4) .cse13)) (and .cse0 .cse1 (= ~c_req_a~0 0) .cse23 .cse2 .cse24 (= ULTIMATE.start_m_run_~a~0 0) .cse6 .cse25 (= 0 ULTIMATE.start_m_run_~req_a___0~0) (<= (+ ~a_t~0 50) ULTIMATE.start_s_run_~req_d~1) .cse20 .cse7 .cse8 .cse26 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) (or (and .cse27 (= ~m_run_pc~0 0)) (and .cse27 (= ~m_run_pc~0 3))) .cse22 .cse28 .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (let ((.cse30 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse31 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and (<= ~c_req_a~0 3) .cse0 .cse1 (<= .cse5 .cse19) .cse29 .cse2 (<= 3 ~c_req_a~0) .cse3 .cse14 .cse4 .cse17 (<= .cse30 .cse5) (<= .cse5 .cse30) .cse18 (<= ~s_memory2~0 52) .cse20 (<= .cse19 .cse5) .cse7 (<= .cse31 .cse5) .cse8 .cse22 (<= .cse32 .cse33) (= 3 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse33 .cse32) (<= .cse5 .cse31) .cse11 .cse12)) (let ((.cse35 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse34 (+ ~req_tt_a~0 50)) (.cse39 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2))) (and (<= 2 ~c_req_a~0) .cse0 .cse1 .cse2 .cse3 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse34) .cse6 .cse18 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse35) (<= .cse35 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse20 .cse7 (<= .cse16 .cse36) .cse8 (<= .cse37 .cse32) .cse38 (<= .cse9 .cse39) (<= ~c_req_a~0 2) (<= .cse35 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse34 ULTIMATE.start_s_memory_read_~x~0) (<= .cse19 .cse36) (<= .cse39 .cse9) .cse11 .cse12 .cse13))))) [2021-10-28 23:20:12,857 INFO L853 garLoopResultBuilder]: At program point L350(lines 343 387) the Hoare annotation is: (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse20 (+ ~s_memory1~0 2)) (.cse15 (+ ~a_t~0 50))) (let ((.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse15)) (.cse18 (<= .cse15 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= 52 ~s_memory2~0)) (.cse17 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse5 (<= .cse15 ULTIMATE.start_s_run_~req_d~1)) (.cse6 (= ~c_empty_req~0 1)) (.cse7 (<= ~s_memory0~0 50)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse10 (= ~m_run_pc~0 3)) (.cse12 (<= ~c_req_d~0 .cse15)) (.cse21 (<= ~s_memory3~0 .cse20)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse14 (<= .cse19 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14) (and (<= ULTIMATE.start_s_memory_write_~v .cse15) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse16 (<= 51 ~s_memory1~0) .cse17 .cse4 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 .cse18 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse15) (<= ~c_req_d~0 .cse19) (<= .cse15 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse18 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse14) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse15 ~s_memory3~0) .cse16 .cse17 .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse21 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse14) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse16 .cse17 .cse4 .cse5 .cse6 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse7 .cse8 .cse9 .cse10 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse21 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse14)))) [2021-10-28 23:20:12,857 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startENTRY(line -1) no Hoare annotation was computed. [2021-10-28 23:20:12,857 INFO L857 garLoopResultBuilder]: For program point L1275(lines 1275 1279) no Hoare annotation was computed. [2021-10-28 23:20:12,858 INFO L853 garLoopResultBuilder]: At program point L218(lines 188 219) the Hoare annotation is: (let ((.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse37 (+ ~a_t~0 50))) (let ((.cse20 (= ~s_run_pc~0 0)) (.cse16 (<= ULTIMATE.start_s_memory_write_~v .cse37)) (.cse17 (<= 52 ~s_memory2~0)) (.cse18 (<= ~s_memory2~0 52)) (.cse5 (<= .cse37 ULTIMATE.start_s_run_~req_d~1)) (.cse2 (<= 50 ~s_memory0~0)) (.cse36 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse7 (<= ~s_memory0~0 50)) (.cse10 (= ~m_run_pc~0 3)) (.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse37)) (.cse12 (<= ~c_req_d~0 .cse37)) (.cse15 (<= .cse37 ~c_req_d~0)) (.cse24 (= ~c_req_type~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse25 (= ~c_req_a~0 0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse21 (= ULTIMATE.start_m_run_~a~0 0)) (.cse26 (<= .cse35 ULTIMATE.start_m_run_~req_d~0)) (.cse27 (<= ULTIMATE.start_m_run_~req_d~0 .cse35)) (.cse4 (= 2 ~s_run_pc~0)) (.cse6 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse22 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse13 (= ~a_t~0 0)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse23 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~req_a~0 1) .cse3 (= ULTIMATE.start_m_run_~a~0 1) .cse4 .cse5 (<= ULTIMATE.start_m_run_~req_d~0 51) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse14 .cse15 (<= 50 ULTIMATE.start_s_memory_write_~v) (<= 51 ULTIMATE.start_m_run_~req_d~0)) (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 48))) (and (<= ULTIMATE.start_m_run_~req_a~0 3) .cse16 .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse17 (= ULTIMATE.start_m_run_~a~0 3) .cse18 .cse4 (<= 3 ULTIMATE.start_m_run_~req_a~0) (<= ~s_memory1~0 .cse19) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse14 .cse15 (= 53 ULTIMATE.start_m_run_~req_d~0) (<= .cse19 ~s_memory1~0))) (and (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse3 .cse20 .cse21 .cse8 .cse9 .cse22 .cse23) (and .cse24 .cse0 .cse25 .cse1 .cse20 .cse21 .cse26 .cse27 .cse6 .cse8 .cse9 .cse22 .cse13 .cse14 .cse23) (and (let ((.cse28 (<= .cse37 ULTIMATE.start_s_memory_write_~v)) (.cse29 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse30 (<= ~s_memory1~0 51)) (.cse31 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse32 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse33 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse34 (<= .cse36 ~s_memory3~0))) (or (and .cse28 .cse29 .cse16 .cse0 .cse1 .cse2 .cse30 .cse3 .cse17 .cse18 .cse4 .cse31 (= ~a_t~0 3) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse32 .cse33 .cse14 .cse15 .cse34) (and .cse28 .cse29 .cse16 .cse0 .cse1 .cse2 .cse30 .cse3 .cse17 .cse18 .cse4 .cse31 .cse5 (= ~s_memory4~0 54) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse32 .cse33 .cse14 (<= .cse35 ~c_req_d~0) .cse34))) (<= 4 ULTIMATE.start_m_run_~a~0)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 .cse26 (<= .cse37 ~s_memory1~0) .cse4 (<= ~s_memory1~0 .cse36) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse14 (<= 2 ULTIMATE.start_m_run_~req_a~0) .cse15 (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2)) (and .cse24 .cse0 .cse25 .cse1 .cse3 .cse21 .cse26 .cse27 .cse4 .cse6 .cse8 .cse9 .cse22 .cse13 .cse14 .cse23)))) [2021-10-28 23:20:12,858 INFO L857 garLoopResultBuilder]: For program point L1077(lines 1077 1081) no Hoare annotation was computed. [2021-10-28 23:20:12,858 INFO L853 garLoopResultBuilder]: At program point L945(lines 938 973) the Hoare annotation is: (let ((.cse56 (+ ~s_memory1~0 2)) (.cse57 (+ ~req_tt_a~0 52)) (.cse42 (= ULTIMATE.start_m_run_~a~0 2)) (.cse19 (<= 2 ~c_write_req_ev~0)) (.cse21 (<= 1 ~c_m_lock~0)) (.cse23 (not (= ~s_run_st~0 0))) (.cse24 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse28 (= ~c_empty_rsp~0 1)) (.cse33 (= ~a_t~0 0)) (.cse34 (<= 2 ~c_m_ev~0)) (.cse60 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse17 (+ 51 ~req_tt_a~0)) (.cse64 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse63 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse62 (+ ~a_t~0 50))) (let ((.cse0 (<= 2 ~c_req_a~0)) (.cse10 (< 1 ULTIMATE.start_s_run_~req_a~1)) (.cse11 (<= ULTIMATE.start_s_run_~req_a~1 2)) (.cse15 (<= ~c_req_a~0 2)) (.cse30 (<= ULTIMATE.start_s_run_~req_d~1 .cse62)) (.cse35 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse52 (<= ~c_req_a~0 3)) (.cse46 (<= .cse64 .cse63)) (.cse53 (<= 3 ~c_req_a~0)) (.cse48 (<= (+ ~s_memory1~0 ~a_t~0) .cse17)) (.cse16 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse55 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse44 (<= ULTIMATE.start_s_run_~req_a~1 4)) (.cse22 (= ~c_req_type~0 1)) (.cse45 (< 3 ULTIMATE.start_s_run_~req_a~1)) (.cse47 (<= 4 ~c_req_a~0)) (.cse41 (<= ~s_memory1~0 51)) (.cse43 (<= 51 ~s_memory1~0)) (.cse54 (<= ~s_memory2~0 52)) (.cse25 (<= .cse62 ULTIMATE.start_s_run_~req_d~1)) (.cse29 (= ~m_run_pc~0 3)) (.cse32 (<= ~c_req_d~0 .cse62)) (.cse36 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse51 (<= ~c_req_a~0 4)) (.cse37 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0)) (.cse38 (= ~c_req_a~0 1)) (.cse39 (= ULTIMATE.start_s_run_~req_a~1 1)) (.cse40 (= ~a_t~0 1)) (.cse18 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse60)) (.cse1 (= ~c_req_type~0 0)) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ~c_req_a~0 0)) (.cse3 (let ((.cse65 (<= 6 ~m_run_pc~0)) (.cse66 (= ~m_run_pc~0 6))) (or (and .cse19 .cse21 (= ~a_t~0 2) .cse23 .cse42 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and .cse19 (<= 1 ULTIMATE.start_m_run_~a~0) .cse21 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse23 .cse65 (<= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse19 .cse21 .cse23 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34 (<= 3 ~a_t~0)) (and .cse19 .cse21 .cse23 (= ULTIMATE.start_m_run_~a~0 0) .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse33 .cse34)))) (.cse4 (<= 50 ~s_memory0~0)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse61 (<= (+ ~s_memory2~0 ~a_t~0) .cse57)) (.cse6 (<= 52 ~s_memory2~0)) (.cse49 (<= .cse63 .cse64)) (.cse12 (= ~s_memory4~0 54)) (.cse13 (<= ~s_memory0~0 50)) (.cse31 (= ULTIMATE.start_s_run_~req_a~1 0)) (.cse14 (<= ~s_memory3~0 .cse56)) (.cse50 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (let ((.cse9 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse8 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse7 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse7 .cse8) (<= .cse8 .cse9) (<= .cse9 .cse8) .cse10 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse11 .cse12 .cse13 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse14 .cse15 (<= .cse8 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) (<= .cse16 .cse17) (<= .cse8 .cse7) .cse18 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (and .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse19 .cse21 .cse22 .cse4 .cse38 .cse39 .cse23 (= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse40 .cse26 .cse13 .cse27 .cse28 .cse29 .cse30 .cse32 (<= ULTIMATE.start_s_memory_write_~v 50) .cse34 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse36 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse0 .cse19 .cse21 (<= ULTIMATE.start_s_memory_write_~v 51) .cse22 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse41 .cse23 (<= ~a_t~0 2) .cse42 .cse43 .cse24 .cse10 .cse11 .cse26 .cse13 .cse27 .cse28 .cse29 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (<= ~c_req_d~0 52) .cse34 .cse36 .cse37 (<= 2 ~a_t~0)) (and .cse19 .cse20 .cse21 .cse22 .cse23 (= ~s_run_pc~0 0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse1 .cse2 .cse44 .cse45 .cse46 .cse47 .cse3 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse41 .cse5 .cse48 .cse6 .cse43 .cse49 .cse12 .cse13 (= ~req_tt_a~0 4) .cse14 .cse50 .cse51 .cse18) (and .cse52 (<= ULTIMATE.start_s_memory_write_~v 52) .cse19 .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse53 .cse23 .cse6 .cse54 (< 2 ULTIMATE.start_s_run_~req_a~1) .cse24 (<= ~s_memory1~0 .cse55) .cse25 .cse26 .cse13 .cse27 .cse28 .cse29 .cse32 (<= ULTIMATE.start_s_run_~req_a~1 3) .cse34 .cse36 (<= ULTIMATE.start_s_run_~req_d~1 .cse56) (= 53 ULTIMATE.start_s_run_~req_d~1) .cse37) (let ((.cse59 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse58 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse52 .cse1 .cse2 .cse46 (<= .cse57 .cse16) .cse3 .cse4 .cse53 .cse41 .cse5 .cse48 .cse6 .cse43 .cse54 (= ~a_t~0 3) .cse49 (<= .cse16 .cse57) .cse12 (<= .cse58 .cse57) .cse13 .cse14 (<= .cse59 .cse60) (<= .cse60 .cse59) (<= .cse57 .cse58) (= 3 ULTIMATE.start_s_run_~req_a~1) .cse50 (<= .cse55 ~s_memory1~0))) (and .cse19 .cse21 .cse44 .cse22 .cse45 .cse47 .cse4 .cse41 (<= .cse56 ~s_memory3~0) .cse23 .cse6 .cse43 .cse54 .cse24 .cse25 .cse26 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse27 .cse28 .cse29 (= ULTIMATE.start_s_run_~req_d~1 54) .cse32 .cse14 .cse34 .cse36 .cse51 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse1 .cse2 .cse3 .cse4 .cse38 .cse39 .cse5 .cse61 .cse6 (<= ~s_memory1~0 .cse62) .cse40 .cse12 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse50 .cse18) (and .cse1 .cse2 .cse20 .cse3 .cse4 .cse5 .cse61 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse49 .cse12 .cse13 .cse31 .cse14 .cse50)))) [2021-10-28 23:20:12,859 INFO L853 garLoopResultBuilder]: At program point L879(lines 871 1122) the Hoare annotation is: (let ((.cse1 (= ~c_req_type~0 0)) (.cse56 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse51 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse25 (+ ~a_t~0 50)) (.cse38 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse54 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse55 (<= 2 ~a_t~0)) (.cse47 (= ~a_t~0 0)) (.cse26 (= ~a_t~0 1)) (.cse17 (<= 2 ~c_write_req_ev~0)) (.cse18 (<= 1 ~c_m_lock~0)) (.cse12 (not (= ~s_run_st~0 0))) (.cse13 (= 2 ~s_run_pc~0)) (.cse14 (= 2 ~c_write_rsp_ev~0)) (.cse15 (= ~c_empty_rsp~0 1)) (.cse22 (<= 2 ~c_m_ev~0)) (.cse30 (+ ~req_tt_a~0 52))) (let ((.cse20 (= ~c_req_a~0 1)) (.cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse30)) (.cse3 (= ~c_req_a~0 0)) (.cse0 (let ((.cse57 (= ~m_run_pc~0 6))) (or (and .cse17 .cse18 .cse12 (<= ~a_t~0 2) .cse13 .cse14 .cse15 .cse57 (<= 2 ULTIMATE.start_m_run_~a~0) .cse22 .cse54 .cse55) (and .cse17 .cse18 .cse12 (= ULTIMATE.start_m_run_~a~0 0) .cse13 .cse14 .cse15 .cse57 .cse47 .cse22) (and .cse17 .cse18 .cse12 (= ULTIMATE.start_m_run_~a~0 1) .cse13 .cse26 .cse14 .cse15 .cse57 .cse22) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse17 .cse18 .cse12 .cse13 .cse14 .cse15 .cse57 .cse22 (<= 3 ~a_t~0))))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse33 (<= (+ ~s_memory1~0 ~a_t~0) (+ 51 ~req_tt_a~0))) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) (+ 51 ULTIMATE.start_m_run_~req_a___0~0))) (.cse8 (= ~s_memory4~0 54)) (.cse27 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2))) (.cse11 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse28 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse38)) (.cse29 (<= ~c_req_a~0 3)) (.cse32 (<= 3 ~c_req_a~0)) (.cse34 (<= 51 ~s_memory1~0)) (.cse35 (= ~a_t~0 3)) (.cse21 (<= ~c_req_d~0 .cse25)) (.cse39 (<= 2 ~c_req_a~0)) (.cse44 (<= ~s_memory1~0 .cse51)) (.cse45 (<= ~c_req_a~0 2)) (.cse19 (= ~c_req_type~0 1)) (.cse48 (<= 4 ~c_req_a~0)) (.cse4 (<= 50 ~s_memory0~0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse52 (<= ~c_req_d~0 .cse56)) (.cse50 (<= ~s_memory2~0 52)) (.cse46 (+ ~s_memory3~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse16 (= ~m_run_pc~0 3)) (.cse10 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse53 (<= .cse25 ~c_req_d~0)) (.cse49 (<= ~c_req_a~0 4)) (.cse23 (not .cse1)) (.cse24 (<= .cse56 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse7 .cse8 .cse9 .cse10 .cse11) (and .cse12 .cse13 (= ~c_empty_req~0 1) .cse14 .cse15 .cse16) (and .cse17 (<= 1 ULTIMATE.start_m_run_~a~0) .cse18 .cse19 (<= ~a_t~0 1) .cse4 .cse20 .cse12 .cse13 .cse9 .cse14 .cse15 .cse16 .cse21 (<= ULTIMATE.start_s_memory_write_~v 50) .cse22 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse23 .cse24) (and .cse0 .cse1 .cse2 .cse4 .cse20 .cse5 .cse6 (<= ~s_memory1~0 .cse25) .cse26 .cse8 .cse9 .cse27 .cse11 .cse28) (let ((.cse31 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse37 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse36 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse29 .cse0 .cse1 .cse2 (<= .cse30 .cse31) (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0 1)) .cse4 .cse32 .cse33 .cse6 .cse34 .cse35 .cse7 (<= .cse31 .cse30) .cse8 (<= .cse36 .cse30) .cse9 .cse10 (<= .cse37 .cse38) (= 3 ULTIMATE.start_m_run_~req_a___0~0) (<= .cse38 .cse37) (<= .cse30 .cse36) .cse28)) (let ((.cse43 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse40 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (.cse41 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse42 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse39 .cse1 .cse2 .cse4 .cse6 (<= .cse40 .cse41) (<= .cse42 .cse41) (<= .cse41 .cse43) (<= .cse43 .cse41) .cse44 .cse8 .cse9 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse10 .cse45 (<= .cse41 .cse40) (= ~req_tt_a~0 2) (<= .cse41 .cse42) .cse28 (<= ULTIMATE.start_s_memory_write_~v .cse46))) (and .cse17 .cse3 .cse18 .cse19 .cse12 .cse13 .cse14 .cse15 .cse16 .cse21 .cse47 .cse22 (<= 0 ULTIMATE.start_m_run_~a~0) .cse23 .cse24) (and .cse0 .cse1 .cse2 .cse48 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse33 .cse6 .cse34 .cse7 .cse8 .cse9 .cse27 (= ~req_tt_a~0 4) .cse11 .cse49 .cse28) (and .cse29 (<= ULTIMATE.start_s_memory_write_~v 52) .cse17 .cse18 .cse19 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse32 .cse12 .cse6 .cse34 .cse50 .cse13 .cse35 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse9 .cse14 .cse15 .cse16 .cse21 .cse22 .cse23 .cse24) (and .cse39 .cse17 .cse18 (<= ULTIMATE.start_s_memory_write_~v 51) .cse19 (<= .cse51 ~s_memory1~0) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse12 .cse52 .cse13 .cse44 .cse9 .cse14 .cse15 .cse16 .cse45 .cse22 .cse53 .cse23 .cse54 .cse55) (and .cse17 .cse18 .cse19 .cse48 .cse4 (<= ~s_memory1~0 51) .cse12 .cse6 .cse52 .cse50 (<= ~c_req_d~0 .cse46) .cse13 .cse9 .cse14 .cse15 .cse16 (<= 4 ~a_t~0) .cse10 .cse22 .cse53 .cse49 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse23 .cse24)))) [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L747(lines 739 756) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L615(lines 496 848) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L417(lines 417 470) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L1210(lines 1210 1214) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L87(lines 87 90) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L1012-1(lines 887 1117) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L748(lines 748 752) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L616(lines 616 620) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L418(lines 418 422) no Hoare annotation was computed. [2021-10-28 23:20:12,859 INFO L857 garLoopResultBuilder]: For program point L352(lines 352 356) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L853 garLoopResultBuilder]: At program point L286(lines 279 296) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse2 (= ~s_run_pc~0 0)) (.cse5 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse6 (= ~m_run_pc~0 0)) (.cse1 (not (= ~s_run_st~0 0))) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse4 (= ~c_empty_rsp~0 1))) (or (and .cse0 (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse1 .cse2 (= ULTIMATE.start_m_run_~a~0 0) .cse3 .cse4 .cse5 .cse6 (not (= ~c_req_type~0 0))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 50))) (and .cse0 (<= 1 ~c_m_lock~0) (= ~c_req_type~0 1) .cse2 (<= .cse7 ULTIMATE.start_m_run_~req_d~0) (<= ULTIMATE.start_m_run_~req_d~0 .cse7) (= ULTIMATE.start_m_run_~req_type~0 1) .cse3 .cse4 (<= ~c_req_d~0 (+ ~a_t~0 50)) .cse5 (= ~a_t~0 0) (<= 2 ~c_m_ev~0) (<= 0 ULTIMATE.start_m_run_~a~0) .cse6 (<= .cse7 ~c_req_d~0))) (and .cse1 (= 2 ~s_run_pc~0) .cse3 .cse4))) [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L1145(lines 1145 1152) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L1013(lines 1012 1036) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L947(lines 947 951) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L287(lines 279 296) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L1014(lines 1014 1018) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L288(lines 288 292) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L853 garLoopResultBuilder]: At program point L156-2(lines 156 184) the Hoare annotation is: (let ((.cse38 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse37 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse36 (+ ~a_t~0 50))) (let ((.cse29 (= ~s_run_pc~0 0)) (.cse0 (<= .cse36 ULTIMATE.start_s_memory_write_~v)) (.cse1 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse5 (<= ~s_memory1~0 51)) (.cse11 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse14 (<= 4 ULTIMATE.start_m_run_~a~0)) (.cse22 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse23 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse26 (<= .cse37 ~s_memory3~0)) (.cse12 (<= .cse36 ULTIMATE.start_s_run_~req_d~1)) (.cse21 (<= ~c_req_d~0 .cse36)) (.cse2 (<= ULTIMATE.start_s_memory_write_~v .cse36)) (.cse4 (<= 50 ~s_memory0~0)) (.cse7 (<= 52 ~s_memory2~0)) (.cse9 (<= ~s_memory2~0 52)) (.cse16 (<= ~s_memory0~0 50)) (.cse19 (= ~m_run_pc~0 3)) (.cse20 (<= ULTIMATE.start_s_run_~req_d~1 .cse36)) (.cse25 (<= .cse36 ~c_req_d~0)) (.cse27 (= ~c_req_type~0 0)) (.cse3 (<= 2 ~c_write_req_ev~0)) (.cse28 (= ~c_req_a~0 0)) (.cse6 (not (= ~s_run_st~0 0))) (.cse30 (= ULTIMATE.start_m_run_~a~0 0)) (.cse31 (<= .cse38 ULTIMATE.start_m_run_~req_d~0)) (.cse8 (not (= ~c_m_lock~0 1))) (.cse32 (<= ULTIMATE.start_m_run_~req_d~0 .cse38)) (.cse10 (= 2 ~s_run_pc~0)) (.cse13 (= ~c_empty_req~0 1)) (.cse15 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse17 (= 2 ~c_write_rsp_ev~0)) (.cse18 (= ~c_empty_rsp~0 1)) (.cse33 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse34 (= ~a_t~0 0)) (.cse24 (<= 2 ~c_m_ev~0)) (.cse35 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (= ~a_t~0 3) .cse12 .cse13 .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26) (and .cse27 .cse3 .cse28 .cse29 .cse30 .cse31 .cse8 .cse32 .cse13 .cse15 .cse17 .cse18 .cse33 .cse34 .cse24 .cse35) (and (not (= ULTIMATE.start_m_run_~req_type~0 0)) .cse6 .cse29 .cse30 .cse8 .cse13 .cse17 .cse18 .cse33 .cse35) (and .cse3 (<= ULTIMATE.start_s_memory_write_~v 51) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse6 .cse31 .cse8 (<= .cse36 ~s_memory1~0) .cse10 (<= ~s_memory1~0 .cse37) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse13 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse24 (<= 2 ULTIMATE.start_m_run_~req_a~0) .cse25 (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2)) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 (= ~s_memory4~0 54) .cse14 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 (= ULTIMATE.start_s_run_~req_d~1 54) .cse21 .cse22 .cse23 .cse24 (<= .cse38 ~c_req_d~0) .cse26) (and .cse3 .cse4 (= ULTIMATE.start_m_run_~req_a~0 1) .cse6 .cse8 (= ULTIMATE.start_m_run_~a~0 1) .cse10 .cse12 .cse13 (<= ULTIMATE.start_m_run_~req_d~0 51) .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 .cse21 .cse34 (<= ULTIMATE.start_s_memory_write_~v 50) .cse24 .cse25 (<= 50 ULTIMATE.start_s_memory_write_~v) (<= 51 ULTIMATE.start_m_run_~req_d~0)) (and (<= ULTIMATE.start_m_run_~req_a~0 3) .cse2 .cse3 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse6 .cse31 .cse7 (<= 51 ~s_memory1~0) .cse8 .cse9 .cse10 (<= 3 ULTIMATE.start_m_run_~req_a~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse13 .cse15 .cse16 .cse17 .cse18 .cse19 .cse20 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse24 .cse25 (= 53 ULTIMATE.start_m_run_~req_d~0)) (and .cse27 .cse3 .cse28 .cse6 .cse30 .cse31 .cse8 .cse32 .cse10 .cse13 .cse15 .cse17 .cse18 .cse33 .cse34 .cse24 .cse35)))) [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L685(lines 685 738) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L157(lines 156 184) no Hoare annotation was computed. [2021-10-28 23:20:12,860 INFO L857 garLoopResultBuilder]: For program point L686(lines 686 690) no Hoare annotation was computed. [2021-10-28 23:20:12,861 INFO L853 garLoopResultBuilder]: At program point L1281(lines 1274 1327) the Hoare annotation is: (let ((.cse49 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~s_memory1~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse40 (= ~a_t~0 0)) (.cse25 (= ULTIMATE.start_m_run_~a~0 1)) (.cse26 (= ~a_t~0 1)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse1 (= 2 ~s_run_pc~0)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse27 (<= 2 ~c_m_ev~0)) (.cse47 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse48 (<= 2 ~a_t~0)) (.cse14 (+ 51 ~req_tt_a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse50 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse46 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse33 (+ ~a_t~0 50))) (let ((.cse39 (<= ~c_req_d~0 .cse33)) (.cse28 (<= .cse46 ~c_req_d~0)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse30 (= ~s_run_pc~0 0)) (.cse34 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= .cse51 .cse50)) (.cse8 (<= 50 ~s_memory0~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse36 (<= (+ ~s_memory1~0 ~a_t~0) .cse14)) (.cse10 (<= 52 ~s_memory2~0)) (.cse24 (<= 51 ~s_memory1~0)) (.cse11 (let ((.cse52 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse0 .cse44 .cse52 .cse1 .cse2 .cse3 .cse45 .cse40 .cse27) (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse2 .cse3 .cse45 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse52 .cse1 .cse2 .cse3 .cse45 .cse27 .cse43) (and .cse21 .cse22 .cse0 (<= ~a_t~0 2) .cse52 .cse1 .cse2 .cse3 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse27 .cse47 .cse48)))) (.cse12 (<= .cse50 .cse51)) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse13 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse38)) (.cse41 (+ ~req_tt_a~0 52)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse49)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse6 (= ~c_req_type~0 0)) (.cse29 (= ~c_req_a~0 0)) (.cse31 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse32 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse11 (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse12 .cse13 (<= .cse14 .cse15) .cse16 .cse17 (<= .cse18 .cse14) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse8 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse23 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse24 .cse25 (<= ~c_req_d~0 51) .cse1 .cse26 .cse2 .cse16 .cse3 .cse5 .cse27 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse28) (and .cse29 .cse0 .cse30 .cse31 .cse2 .cse3 .cse4 .cse32) (and (<= .cse33 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse8 .cse23 .cse0 .cse10 .cse34 .cse1 .cse2 .cse13 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse27 .cse20 .cse28) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse35 .cse8 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse23 .cse9 .cse36 .cse10 .cse24 .cse11 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse13 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37 .cse19) (and .cse21 .cse22 .cse8 .cse23 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse38) (<= .cse33 ~s_memory3~0) .cse10 (= ULTIMATE.start_m_run_~a~0 3) .cse34 .cse1 .cse2 .cse16 .cse3 .cse5 .cse39 .cse17 .cse27 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse28) (and .cse21 .cse22 .cse8 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse39 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse27 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse28) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse8 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse41) .cse10 .cse11 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse12 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse13 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse37 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse3 .cse4 .cse27) (and .cse21 .cse22 (= ~a_t~0 2) .cse0 (= ULTIMATE.start_m_run_~a~0 2) .cse1 .cse3 .cse4 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse27 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse40 .cse27)) .cse45) (and .cse6 .cse7 .cse35 .cse8 .cse23 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse9 .cse36 (= 53 ~c_rsp_d~0) .cse10 .cse24 .cse11 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 .cse16 .cse17 .cse37 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse29 .cse0 .cse30 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse8 .cse0 .cse10 .cse24 (<= ~c_req_d~0 .cse46) .cse34 .cse1 (<= .cse33 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse33) .cse27 (<= .cse33 ~c_req_d~0) .cse47 .cse48) (and .cse6 .cse7 .cse35 .cse8 .cse23 .cse9 .cse36 (<= .cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 .cse24 .cse11 .cse12 (<= .cse18 .cse41) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse13 (<= .cse15 .cse41) .cse16 .cse17 (<= .cse49 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse41 .cse15) .cse19 .cse20 .cse47 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse48) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse27 .cse43) (and .cse6 .cse21 .cse29 .cse0 .cse31 .cse1 .cse2 .cse3 .cse4 .cse40 .cse27 .cse32)))) [2021-10-28 23:20:12,861 INFO L857 garLoopResultBuilder]: For program point L158(lines 158 162) no Hoare annotation was computed. [2021-10-28 23:20:12,861 INFO L853 garLoopResultBuilder]: At program point L1083(lines 1076 1093) the Hoare annotation is: (let ((.cse35 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse3 (+ ~s_memory1~0 2)) (.cse40 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse41 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse37 (<= 2 ~a_t~0)) (.cse34 (= ~a_t~0 0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse6 (= 2 ~s_run_pc~0)) (.cse9 (= ~c_empty_req~0 1)) (.cse14 (<= 2 ~c_m_ev~0)) (.cse48 (+ ~s_memory1~0 ~a_t~0)) (.cse42 (+ 51 ~req_tt_a~0)) (.cse47 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse46 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse43 (+ ~a_t~0 50))) (let ((.cse7 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse30 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse32 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse33 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse31 (<= .cse43 ~c_req_d~0)) (.cse18 (<= .cse47 .cse46)) (.cse21 (<= .cse48 .cse42)) (.cse22 (<= 51 ~s_memory1~0)) (.cse25 (<= .cse42 .cse48)) (.cse36 (+ ~req_tt_a~0 52)) (.cse16 (= ~c_req_type~0 0)) (.cse17 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse23 (<= .cse46 .cse47)) (.cse39 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse26 (let ((.cse44 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse0 (<= 1 ULTIMATE.start_m_run_~a~0) .cse1 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse44 (<= ULTIMATE.start_m_run_~a~0 1) .cse6 .cse9 .cse45 .cse14) (and .cse0 .cse1 (<= ~a_t~0 2) .cse44 .cse6 .cse9 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse14 .cse41 .cse37) (and .cse0 .cse1 (= ULTIMATE.start_m_run_~a~0 0) .cse44 .cse6 .cse9 .cse45 .cse34 .cse14) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse0 .cse1 .cse44 .cse6 .cse9 .cse45 .cse14 (<= 3 ~a_t~0))))) (.cse38 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse27 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse40)) (.cse2 (<= 50 ~s_memory0~0)) (.cse19 (<= ~s_memory1~0 51)) (.cse4 (<= 52 ~s_memory2~0)) (.cse5 (<= ~s_memory2~0 52)) (.cse8 (<= .cse43 ULTIMATE.start_s_run_~req_d~1)) (.cse24 (= ~s_memory4~0 54)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= ~m_run_pc~0 3)) (.cse29 (<= ULTIMATE.start_s_run_~req_d~1 .cse43)) (.cse12 (<= ~c_req_d~0 .cse43)) (.cse13 (<= ~s_memory3~0 .cse3)) (.cse28 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse15 (<= .cse35 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 (<= .cse3 ~s_memory3~0) (<= ULTIMATE.start_s_memory_write_~v .cse3) .cse4 .cse5 .cse6 (<= ~s_memory1~0 .cse7) .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse16 .cse17 .cse18 .cse2 .cse19 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse20 .cse21 (= 53 ~c_rsp_d~0) .cse4 .cse22 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse23 .cse24 .cse25 .cse26 .cse10 .cse13 .cse27 .cse28 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse7 ~s_memory1~0)) (and .cse0 .cse1 .cse2 .cse6 .cse8 .cse9 (<= ~c_req_d~0 50) .cse10 .cse11 .cse29 .cse12 .cse30 .cse14 .cse31 .cse32 .cse33 .cse15) (and .cse0 .cse1 (= ~c_req_type~0 1) .cse2 (not (= ~s_run_st~0 0)) (= ~s_run_pc~0 0) .cse8 .cse9 .cse10 .cse11 .cse29 .cse12 .cse34 .cse30 .cse14 .cse32 (= ULTIMATE.start_s_run_~req_type~1 1) .cse33 .cse15) (and (= 54 ~c_rsp_d~0) .cse16 .cse17 .cse18 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse19 .cse20 .cse21 .cse4 .cse22 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse23 .cse24 .cse25 .cse26 .cse10 (= ~req_tt_a~0 4) .cse13 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse27 .cse28) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse19 (<= ULTIMATE.start_s_run_~req_d~1 51) (<= 51 ~c_req_d~0) .cse22 (<= ~c_req_d~0 .cse35) (<= ~c_req_d~0 51) .cse6 .cse9 .cse10 .cse11 .cse12 .cse14 .cse31 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse16 .cse17 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse20 (<= (+ ~s_memory2~0 ~a_t~0) .cse36) .cse4 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse23 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse26 .cse10 (<= ~c_rsp_d~0 50) .cse13 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)) (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 .cse22 .cse5 .cse6 .cse8 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse9 .cse10 .cse11 .cse29 (<= ~c_req_d~0 52) .cse14 .cse31 .cse15 .cse37) (and .cse16 .cse17 .cse18 .cse2 .cse19 .cse20 .cse21 (<= .cse36 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse4 .cse22 .cse23 (<= .cse38 .cse36) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse24 .cse25 (<= .cse39 .cse36) .cse26 .cse10 .cse13 (<= .cse40 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse36 .cse39) .cse27 .cse28 .cse41 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse37) (and .cse16 .cse17 .cse2 .cse20 .cse4 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse23 .cse24 (<= .cse42 .cse39) .cse26 .cse10 .cse13 (<= .cse38 .cse42) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse28 (<= ~c_rsp_d~0 51)) (and (<= .cse43 ULTIMATE.start_s_memory_write_~v) .cse0 .cse1 .cse2 .cse19 .cse4 .cse5 .cse6 .cse8 .cse9 .cse24 (<= 4 ULTIMATE.start_m_run_~a~0) .cse10 .cse11 .cse29 .cse12 .cse13 .cse14 .cse28 .cse15)))) [2021-10-28 23:20:12,862 INFO L857 garLoopResultBuilder]: For program point L225(lines 225 278) no Hoare annotation was computed. [2021-10-28 23:20:12,862 INFO L853 garLoopResultBuilder]: At program point L1216(lines 1209 1244) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse1 (= ~c_empty_req~0 1)) (.cse2 (= 2 ~c_write_rsp_ev~0)) (.cse3 (= ~c_empty_rsp~0 1)) (.cse4 (= ~m_run_pc~0 ~c_m_lock~0)) (.cse5 (= ~m_run_pc~0 0)) (.cse6 (= ~m_run_pc~0 ~s_run_pc~0))) (or (and (= ~c_req_type~0 0) (<= 2 ~c_write_req_ev~0) .cse0 .cse1 .cse2 .cse3 (= ~a_t~0 0) .cse4 (<= 2 ~c_m_ev~0) .cse5 .cse6) (and .cse0 (not (= ~s_run_st~0 0)) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6))) [2021-10-28 23:20:12,862 INFO L857 garLoopResultBuilder]: For program point L1084(lines 887 1117) no Hoare annotation was computed. [2021-10-28 23:20:12,862 INFO L853 garLoopResultBuilder]: At program point L424(lines 417 470) the Hoare annotation is: (let ((.cse17 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse16 (+ ~a_t~0 50)) (.cse20 (+ ~s_memory1~0 2))) (let ((.cse14 (<= ~s_memory3~0 .cse20)) (.cse7 (<= .cse16 ULTIMATE.start_s_run_~req_d~1)) (.cse13 (<= ~c_req_d~0 .cse16)) (.cse15 (<= .cse17 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 50 ~s_memory0~0)) (.cse2 (not (= ~s_run_st~0 0))) (.cse3 (<= 52 ~s_memory2~0)) (.cse4 (not (= ~c_m_lock~0 1))) (.cse5 (<= ~s_memory2~0 52)) (.cse6 (= 2 ~s_run_pc~0)) (.cse8 (= ~c_empty_req~0 1)) (.cse9 (<= ~s_memory0~0 50)) (.cse10 (= 2 ~c_write_rsp_ev~0)) (.cse11 (= ~c_empty_rsp~0 1)) (.cse12 (= ~m_run_pc~0 3)) (.cse18 (<= ULTIMATE.start_s_run_~req_d~1 .cse16)) (.cse19 (<= .cse16 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 (<= ~s_memory1~0 51) .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse9 .cse10 .cse11 .cse12 (= ULTIMATE.start_s_run_~req_d~1 54) .cse13 .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse15) (and .cse0 (<= ULTIMATE.start_s_memory_write_~v 51) .cse1 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse2 .cse4 (<= ~s_memory1~0 .cse16) (<= ~c_req_d~0 .cse17) (<= ~c_req_d~0 51) (<= .cse16 ~s_memory1~0) .cse6 .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 .cse19 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse15) (and .cse0 .cse1 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse16 ~s_memory3~0) .cse3 .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse15) (and .cse0 .cse1 .cse2 .cse4 .cse6 .cse7 .cse8 (<= ~c_req_d~0 50) .cse9 .cse10 .cse11 .cse12 .cse18 .cse13 (<= ULTIMATE.start_s_memory_write_~v 50) .cse19 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse15) (and (<= ULTIMATE.start_s_memory_write_~v .cse16) .cse0 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse1 .cse2 .cse3 (<= 51 ~s_memory1~0) .cse4 .cse5 .cse6 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse8 .cse9 .cse10 .cse11 .cse12 .cse18 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse19 (<= ULTIMATE.start_m_run_~a~0 2))))) [2021-10-28 23:20:12,863 INFO L853 garLoopResultBuilder]: At program point L358(lines 351 386) the Hoare annotation is: (let ((.cse19 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse20 (+ ~s_memory1~0 2)) (.cse15 (+ ~a_t~0 50))) (let ((.cse11 (<= ULTIMATE.start_s_run_~req_d~1 .cse15)) (.cse18 (<= .cse15 ~c_req_d~0)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (not (= ~s_run_st~0 0))) (.cse16 (<= 52 ~s_memory2~0)) (.cse17 (<= ~s_memory2~0 52)) (.cse4 (= 2 ~s_run_pc~0)) (.cse5 (<= .cse15 ULTIMATE.start_s_run_~req_d~1)) (.cse6 (= ~c_empty_req~0 1)) (.cse7 (<= ~s_memory0~0 50)) (.cse8 (= 2 ~c_write_rsp_ev~0)) (.cse9 (= ~c_empty_rsp~0 1)) (.cse10 (= ~m_run_pc~0 3)) (.cse12 (<= ~c_req_d~0 .cse15)) (.cse21 (<= ~s_memory3~0 .cse20)) (.cse13 (<= 2 ~c_m_ev~0)) (.cse14 (<= .cse19 ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 (= ~a_t~0 0) (<= ULTIMATE.start_s_memory_write_~v 50) .cse13 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse14) (and (<= ULTIMATE.start_s_memory_write_~v .cse15) .cse0 .cse1 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 .cse16 (<= 51 ~s_memory1~0) .cse17 .cse4 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (<= 52 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 52) .cse13 .cse18 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse3 (<= ~s_memory1~0 .cse15) (<= ~c_req_d~0 .cse19) (<= .cse15 ~s_memory1~0) .cse4 (= ~a_t~0 1) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 .cse12 .cse13 .cse18 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse14) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_s_memory_write_~v .cse20) (<= .cse15 ~s_memory3~0) .cse16 .cse17 .cse4 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse5 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse21 .cse13 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse14) (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 (<= ~s_memory1~0 51) .cse3 .cse16 .cse17 .cse4 .cse5 .cse6 (= ~s_memory4~0 54) (<= 4 ULTIMATE.start_m_run_~a~0) .cse7 .cse8 .cse9 .cse10 (= ULTIMATE.start_s_run_~req_d~1 54) .cse12 .cse21 .cse13 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) .cse14)))) [2021-10-28 23:20:12,863 INFO L857 garLoopResultBuilder]: For program point L1349(lines 1349 1353) no Hoare annotation was computed. [2021-10-28 23:20:12,863 INFO L857 garLoopResultBuilder]: For program point L1349-1(lines 1181 1360) no Hoare annotation was computed. [2021-10-28 23:20:12,863 INFO L857 garLoopResultBuilder]: For program point L1283(lines 1283 1287) no Hoare annotation was computed. [2021-10-28 23:20:12,863 INFO L857 garLoopResultBuilder]: For program point L226(lines 226 230) no Hoare annotation was computed. [2021-10-28 23:20:12,863 INFO L857 garLoopResultBuilder]: For program point L1085(lines 1085 1089) no Hoare annotation was computed. [2021-10-28 23:20:12,863 INFO L857 garLoopResultBuilder]: For program point ULTIMATE.startFINAL(line -1) no Hoare annotation was computed. [2021-10-28 23:20:12,864 INFO L853 garLoopResultBuilder]: At program point L953(lines 946 972) the Hoare annotation is: (let ((.cse56 (+ ~s_memory1~0 2)) (.cse57 (+ ~req_tt_a~0 52)) (.cse42 (= ULTIMATE.start_m_run_~a~0 2)) (.cse19 (<= 2 ~c_write_req_ev~0)) (.cse21 (<= 1 ~c_m_lock~0)) (.cse23 (not (= ~s_run_st~0 0))) (.cse24 (= 2 ~s_run_pc~0)) (.cse26 (= ~c_empty_req~0 1)) (.cse27 (= 2 ~c_write_rsp_ev~0)) (.cse28 (= ~c_empty_rsp~0 1)) (.cse33 (= ~a_t~0 0)) (.cse34 (<= 2 ~c_m_ev~0)) (.cse60 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse17 (+ 51 ~req_tt_a~0)) (.cse64 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse63 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse62 (+ ~a_t~0 50))) (let ((.cse0 (<= 2 ~c_req_a~0)) (.cse10 (< 1 ULTIMATE.start_s_run_~req_a~1)) (.cse11 (<= ULTIMATE.start_s_run_~req_a~1 2)) (.cse15 (<= ~c_req_a~0 2)) (.cse30 (<= ULTIMATE.start_s_run_~req_d~1 .cse62)) (.cse35 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse52 (<= ~c_req_a~0 3)) (.cse46 (<= .cse64 .cse63)) (.cse53 (<= 3 ~c_req_a~0)) (.cse48 (<= (+ ~s_memory1~0 ~a_t~0) .cse17)) (.cse16 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse55 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse44 (<= ULTIMATE.start_s_run_~req_a~1 4)) (.cse22 (= ~c_req_type~0 1)) (.cse45 (< 3 ULTIMATE.start_s_run_~req_a~1)) (.cse47 (<= 4 ~c_req_a~0)) (.cse41 (<= ~s_memory1~0 51)) (.cse43 (<= 51 ~s_memory1~0)) (.cse54 (<= ~s_memory2~0 52)) (.cse25 (<= .cse62 ULTIMATE.start_s_run_~req_d~1)) (.cse29 (= ~m_run_pc~0 3)) (.cse32 (<= ~c_req_d~0 .cse62)) (.cse36 (= ULTIMATE.start_s_run_~req_type~1 1)) (.cse51 (<= ~c_req_a~0 4)) (.cse37 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0)) (.cse38 (= ~c_req_a~0 1)) (.cse39 (= ULTIMATE.start_s_run_~req_a~1 1)) (.cse40 (= ~a_t~0 1)) (.cse18 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse60)) (.cse1 (= ~c_req_type~0 0)) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse20 (= ~c_req_a~0 0)) (.cse3 (let ((.cse65 (<= 6 ~m_run_pc~0)) (.cse66 (= ~m_run_pc~0 6))) (or (and .cse19 .cse21 (= ~a_t~0 2) .cse23 .cse42 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and .cse19 (<= 1 ULTIMATE.start_m_run_~a~0) .cse21 (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse23 .cse65 (<= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse26 .cse27 .cse28 .cse66 .cse34) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse19 .cse21 .cse23 .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse34 (<= 3 ~a_t~0)) (and .cse19 .cse21 .cse23 (= ULTIMATE.start_m_run_~a~0 0) .cse65 .cse24 .cse26 .cse27 .cse28 .cse66 .cse33 .cse34)))) (.cse4 (<= 50 ~s_memory0~0)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse61 (<= (+ ~s_memory2~0 ~a_t~0) .cse57)) (.cse6 (<= 52 ~s_memory2~0)) (.cse49 (<= .cse63 .cse64)) (.cse12 (= ~s_memory4~0 54)) (.cse13 (<= ~s_memory0~0 50)) (.cse31 (= ULTIMATE.start_s_run_~req_a~1 0)) (.cse14 (<= ~s_memory3~0 .cse56)) (.cse50 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0)))) (or (let ((.cse9 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse8 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse7 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 (<= .cse7 .cse8) (<= .cse8 .cse9) (<= .cse9 .cse8) .cse10 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse11 .cse12 .cse13 (= 2 ULTIMATE.start_m_run_~req_a___0~0) .cse14 .cse15 (<= .cse8 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) (<= .cse16 .cse17) (<= .cse8 .cse7) .cse18 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (and .cse19 .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse19 .cse21 .cse22 .cse4 .cse38 .cse39 .cse23 (= ULTIMATE.start_m_run_~a~0 1) .cse24 .cse40 .cse26 .cse13 .cse27 .cse28 .cse29 .cse30 .cse32 (<= ULTIMATE.start_s_memory_write_~v 50) .cse34 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse36 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse0 .cse19 .cse21 (<= ULTIMATE.start_s_memory_write_~v 51) .cse22 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse41 .cse23 (<= ~a_t~0 2) .cse42 .cse43 .cse24 .cse10 .cse11 .cse26 .cse13 .cse27 .cse28 .cse29 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (<= ~c_req_d~0 52) .cse34 .cse36 .cse37 (<= 2 ~a_t~0)) (and .cse19 .cse20 .cse21 .cse22 .cse23 (= ~s_run_pc~0 0) .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 .cse33 .cse34 .cse35 .cse36 .cse37) (and .cse1 .cse2 .cse44 .cse45 .cse46 .cse47 .cse3 .cse4 (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse41 .cse5 .cse48 .cse6 .cse43 .cse49 .cse12 .cse13 (= ~req_tt_a~0 4) .cse14 .cse50 .cse51 .cse18) (and .cse52 (<= ULTIMATE.start_s_memory_write_~v 52) .cse19 .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse4 .cse53 .cse23 .cse6 .cse54 (< 2 ULTIMATE.start_s_run_~req_a~1) .cse24 (<= ~s_memory1~0 .cse55) .cse25 .cse26 .cse13 .cse27 .cse28 .cse29 .cse32 (<= ULTIMATE.start_s_run_~req_a~1 3) .cse34 .cse36 (<= ULTIMATE.start_s_run_~req_d~1 .cse56) (= 53 ULTIMATE.start_s_run_~req_d~1) .cse37) (let ((.cse59 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse58 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse52 .cse1 .cse2 .cse46 (<= .cse57 .cse16) .cse3 .cse4 .cse53 .cse41 .cse5 .cse48 .cse6 .cse43 .cse54 (= ~a_t~0 3) .cse49 (<= .cse16 .cse57) .cse12 (<= .cse58 .cse57) .cse13 .cse14 (<= .cse59 .cse60) (<= .cse60 .cse59) (<= .cse57 .cse58) (= 3 ULTIMATE.start_s_run_~req_a~1) .cse50 (<= .cse55 ~s_memory1~0))) (and .cse19 .cse21 .cse44 .cse22 .cse45 .cse47 .cse4 .cse41 (<= .cse56 ~s_memory3~0) .cse23 .cse6 .cse43 .cse54 .cse24 .cse25 .cse26 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse27 .cse28 .cse29 (= ULTIMATE.start_s_run_~req_d~1 54) .cse32 .cse14 .cse34 .cse36 .cse51 (<= 53 ULTIMATE.start_s_memory_write_~v) .cse37) (and .cse1 .cse2 .cse3 .cse4 .cse38 .cse39 .cse5 .cse61 .cse6 (<= ~s_memory1~0 .cse62) .cse40 .cse12 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse50 .cse18) (and .cse1 .cse2 .cse20 .cse3 .cse4 .cse5 .cse61 .cse6 (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse49 .cse12 .cse13 .cse31 .cse14 .cse50)))) [2021-10-28 23:20:12,864 INFO L853 garLoopResultBuilder]: At program point L887-1(lines 871 1122) the Hoare annotation is: (let ((.cse37 (+ ~s_memory1~0 2)) (.cse24 (= ~a_t~0 0)) (.cse43 (<= ~a_t~0 2)) (.cse44 (<= 2 ULTIMATE.start_m_run_~a~0)) (.cse35 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse36 (<= 2 ~a_t~0)) (.cse45 (<= 1 ULTIMATE.start_m_run_~a~0)) (.cse46 (<= ~a_t~0 1)) (.cse47 (<= 1 ~a_t~0)) (.cse16 (<= 2 ~c_write_req_ev~0)) (.cse18 (<= 1 ~c_m_lock~0)) (.cse39 (= ~c_empty_req~0 1)) (.cse20 (= 2 ~c_write_rsp_ev~0)) (.cse25 (<= 2 ~c_m_ev~0)) (.cse51 (+ ~s_memory1~0 ~a_t~0)) (.cse41 (+ 51 ~req_tt_a~0)) (.cse52 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0)) (.cse32 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~a_t~0 50))) (let ((.cse15 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse23 (<= ~c_req_d~0 .cse38)) (.cse26 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse31 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse30 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse33 (<= .cse52 .cse32)) (.cse34 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse4 (<= .cse32 .cse52)) (.cse6 (<= .cse51 .cse41)) (.cse11 (<= .cse41 .cse51)) (.cse17 (= ~c_req_a~0 0)) (.cse19 (not (= ~s_run_st~0 0))) (.cse21 (= ~c_empty_rsp~0 1)) (.cse40 (<= .cse38 ~c_req_d~0)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (let ((.cse48 (<= 6 ~m_run_pc~0)) (.cse49 (= 2 ~s_run_pc~0)) (.cse50 (= ~m_run_pc~0 6))) (or (and .cse16 .cse18 (= ULTIMATE.start_m_run_~a~0 0) .cse48 .cse49 .cse39 .cse20 .cse50 .cse24 .cse25) (and .cse16 .cse18 .cse43 .cse48 .cse49 .cse39 .cse20 .cse50 .cse44 .cse25 .cse35 .cse36) (and .cse16 .cse45 .cse18 .cse46 .cse47 .cse48 (<= ULTIMATE.start_m_run_~a~0 1) .cse49 .cse39 .cse20 .cse50 .cse25) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse16 .cse18 .cse48 .cse49 .cse39 .cse20 .cse50 .cse25 (<= 3 ~a_t~0))))) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse28 (+ ~req_tt_a~0 52)) (.cse9 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) (+ 51 ULTIMATE.start_m_run_~req_a___0~0))) (.cse10 (= ~s_memory4~0 54)) (.cse13 (<= ~s_memory3~0 .cse37)) (.cse14 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse29 (<= 52 ~s_memory2~0)) (.cse8 (<= ~s_memory2~0 52)) (.cse2 (<= 50 ~s_memory0~0)) (.cse42 (<= ~s_memory1~0 51)) (.cse7 (<= 51 ~s_memory1~0)) (.cse12 (<= ~s_memory0~0 50)) (.cse22 (= ~m_run_pc~0 3)) (.cse27 (<= (+ ULTIMATE.start_m_run_~a~0 50) ~c_req_d~0))) (or (and .cse0 .cse1 .cse2 .cse3 (= ~req_tt_a~0 3) .cse4 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse5 .cse6 (= 53 ~c_rsp_d~0) .cse7 .cse8 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= .cse15 ~s_memory1~0)) (and .cse16 .cse17 .cse18 (= ~c_req_type~0 1) .cse19 (= ~s_run_pc~0 0) .cse20 .cse21 .cse22 .cse23 .cse24 .cse25 .cse26 .cse27) (and .cse0 .cse1 .cse2 .cse3 .cse5 .cse6 (<= .cse28 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse29 .cse7 .cse9 (<= .cse30 .cse28) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 (<= .cse31 .cse28) .cse12 .cse13 (<= .cse32 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse28 .cse31) .cse33 .cse34 .cse35 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse36) (and .cse16 .cse18 .cse2 (<= ULTIMATE.start_s_memory_write_~v .cse37) (<= .cse38 ~s_memory3~0) .cse29 .cse8 (<= ~s_memory1~0 .cse15) .cse39 .cse12 .cse20 .cse22 (<= ULTIMATE.start_m_run_~a~0 3) .cse23 .cse13 .cse25 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse27) (and .cse16 .cse18 .cse2 (<= .cse38 ULTIMATE.start_s_run_~req_d~1) .cse39 (<= ~c_req_d~0 50) .cse12 .cse20 .cse22 (<= ULTIMATE.start_s_run_~req_d~1 .cse38) .cse23 (<= ULTIMATE.start_s_memory_write_~v 50) .cse25 .cse40 .cse26 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse27) (and .cse0 .cse1 .cse2 .cse3 .cse5 .cse29 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse9 .cse10 (<= .cse41 .cse31) .cse12 .cse13 (<= .cse30 .cse41) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse33 .cse34 (<= ~c_rsp_d~0 51)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse3 .cse4 .cse5 .cse6 .cse7 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse8 .cse9 .cse10 .cse11 .cse12 (= ~req_tt_a~0 4) .cse13 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse14) (and .cse0 .cse16 .cse17 .cse19 (not (= ~c_m_lock~0 1)) .cse39 .cse20 .cse21 .cse24 .cse25 (= ~m_run_pc~0 0)) (and .cse16 .cse1 .cse18 (= ~c_req_d~0 54) (<= 53 ~s_memory3~0) .cse2 .cse42 .cse29 .cse8 .cse39 .cse10 (<= 4 ULTIMATE.start_m_run_~a~0) .cse12 .cse20 .cse22 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse13 .cse25 .cse40 .cse27) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse2 .cse3 .cse5 (<= (+ ~s_memory2~0 ~a_t~0) .cse28) .cse29 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse12 (<= ~c_rsp_d~0 50) .cse13 .cse14 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse16 .cse18 (<= 52 ULTIMATE.start_s_memory_write_~v) (<= ULTIMATE.start_s_run_~req_d~1 52) .cse2 .cse42 .cse43 .cse29 .cse7 .cse8 .cse39 .cse12 .cse20 .cse22 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse44 (<= ~c_req_d~0 52) .cse25 .cse27 .cse36) (and .cse16 .cse45 .cse18 (<= ULTIMATE.start_s_memory_write_~v 51) .cse46 .cse47 .cse2 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse42 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse7 (<= ~c_req_d~0 51) .cse39 .cse12 .cse20 .cse22 .cse25 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse27)))) [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L1218(lines 1218 1222) no Hoare annotation was computed. [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L822(lines 822 826) no Hoare annotation was computed. [2021-10-28 23:20:12,865 INFO L853 garLoopResultBuilder]: At program point L492(lines 144 493) the Hoare annotation is: (let ((.cse0 (+ ~a_t~0 50))) (and (<= 2 ~c_write_req_ev~0) (= ULTIMATE.start_s_memory_write_~v 54) (<= 50 ~s_memory0~0) (<= ~s_memory1~0 51) (not (= ~s_run_st~0 0)) (<= 52 ~s_memory2~0) (not (= ~c_m_lock~0 1)) (<= ~s_memory2~0 52) (= 2 ~s_run_pc~0) (<= .cse0 ULTIMATE.start_s_run_~req_d~1) (= ~c_empty_req~0 1) (= ~s_memory4~0 54) (<= ~s_memory0~0 50) (= 2 ~c_write_rsp_ev~0) (= ~c_empty_rsp~0 1) (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= 5 ULTIMATE.start_m_run_~a~0) (<= ~c_req_d~0 .cse0) (<= 4 ~a_t~0) (<= ~s_memory3~0 (+ ~s_memory1~0 2)) (<= 2 ~c_m_ev~0) (<= .cse0 ~c_req_d~0) (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L426(lines 426 430) no Hoare annotation was computed. [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L360(lines 360 364) no Hoare annotation was computed. [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L955(lines 955 959) no Hoare annotation was computed. [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L890-1(lines 887 1117) no Hoare annotation was computed. [2021-10-28 23:20:12,865 INFO L857 garLoopResultBuilder]: For program point L758(lines 758 764) no Hoare annotation was computed. [2021-10-28 23:20:12,866 INFO L853 garLoopResultBuilder]: At program point L758-1(lines 758 764) the Hoare annotation is: (let ((.cse20 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse32 (+ ~s_memory1~0 ~a_t~0)) (.cse21 (+ 51 ~req_tt_a~0)) (.cse22 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse23 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse17 (+ ~req_tt_a~0 52)) (.cse2 (<= .cse22 .cse23)) (.cse4 (<= ~s_memory1~0 51)) (.cse6 (<= .cse32 .cse21)) (.cse9 (<= 51 ~s_memory1~0)) (.cse12 (<= .cse21 .cse32)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse5 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse7 (let ((.cse24 (<= 2 ~c_write_req_ev~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (= 2 ~s_run_pc~0)) (.cse27 (= ~c_empty_req~0 1)) (.cse28 (= 2 ~c_write_rsp_ev~0)) (.cse29 (= ~c_empty_rsp~0 1)) (.cse30 (= ~m_run_pc~0 6)) (.cse31 (<= 2 ~c_m_ev~0))) (or (and .cse24 (<= 1 ULTIMATE.start_m_run_~a~0) (<= ~a_t~0 1) (<= 1 ~a_t~0) .cse25 (<= ULTIMATE.start_m_run_~a~0 1) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31) (and .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 (= ~a_t~0 0) .cse31) (and .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (<= 3 ~a_t~0))))) (.cse8 (<= 52 ~s_memory2~0)) (.cse10 (<= .cse23 .cse22)) (.cse11 (= ~s_memory4~0 54)) (.cse19 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse13 (<= ~s_memory0~0 50)) (.cse14 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse16 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse20))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse5 .cse6 .cse7 (= 53 ~c_rsp_d~0) .cse8 .cse9 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse10 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse5 .cse7 (<= (+ ~s_memory2~0 ~a_t~0) .cse17) .cse8 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse11 .cse13 (<= ~c_rsp_d~0 50) .cse14 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 .cse5 .cse6 .cse7 (<= .cse17 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse8 .cse9 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse10 (<= .cse18 .cse17) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse11 .cse12 (<= .cse19 .cse17) .cse13 .cse14 (<= .cse20 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse17 .cse19) .cse16 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse10 .cse11 .cse12 .cse13 (= ~req_tt_a~0 4) .cse14 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15 .cse16) (and .cse0 .cse1 .cse3 .cse5 .cse7 .cse8 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse10 .cse11 (<= .cse21 .cse19) .cse13 .cse14 (<= .cse18 .cse21) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse16 (<= .cse22 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51))))) [2021-10-28 23:20:12,866 INFO L853 garLoopResultBuilder]: At program point L692(lines 685 738) the Hoare annotation is: (let ((.cse21 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse19 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse13 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse22 (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0))) (let ((.cse5 (+ ~req_tt_a~0 52)) (.cse15 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse16 (<= .cse13 .cse22)) (.cse17 (<= (+ ~s_memory1~0 ~a_t~0 2) .cse19)) (.cse18 (<= ~s_memory2~0 52)) (.cse0 (= ~c_req_type~0 0)) (.cse1 (let ((.cse23 (<= 2 ~c_write_req_ev~0)) (.cse24 (<= 1 ~c_m_lock~0)) (.cse25 (not (= ~s_run_st~0 0))) (.cse26 (<= 6 ~m_run_pc~0)) (.cse27 (= 2 ~s_run_pc~0)) (.cse28 (= ~c_empty_req~0 1)) (.cse29 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse31 (= ~m_run_pc~0 6)) (.cse32 (<= 2 ~c_m_ev~0))) (or (and .cse23 .cse24 (= ~a_t~0 2) .cse25 (= ULTIMATE.start_m_run_~a~0 2) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32) (and .cse23 .cse24 .cse25 .cse26 (= ULTIMATE.start_m_run_~a~0 1) .cse27 (= ~a_t~0 1) .cse28 .cse29 .cse30 .cse31 .cse32) (and (<= 3 ULTIMATE.start_m_run_~a~0) .cse23 .cse24 .cse25 .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 .cse32 (<= 3 ~a_t~0)) (and .cse23 .cse24 .cse25 (= ULTIMATE.start_m_run_~a~0 0) .cse26 .cse27 .cse28 .cse29 .cse30 .cse31 (= ~a_t~0 0) .cse32)))) (.cse2 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse6 (<= 52 ~s_memory2~0)) (.cse7 (<= (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0) .cse21)) (.cse9 (= ~s_memory4~0 54)) (.cse10 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse8 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse14 (<= .cse22 .cse13))) (or (and .cse0 .cse1 .cse2 .cse3 (<= ULTIMATE.start_m_run_~rsp_d___0~0 52) .cse4 (<= .cse5 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse6 (<= 52 ULTIMATE.start_m_run_~rsp_d___0~0) .cse7 (<= .cse8 .cse5) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse9 (<= .cse10 .cse5) .cse11 .cse12 (<= .cse13 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse5 .cse10) .cse14 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)) (<= ULTIMATE.start_m_run_~a~0 2) (<= ULTIMATE.start_s_run_~rsp_d~1 52) (<= 2 ~a_t~0)) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse0 .cse1 .cse2 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse3 (< (+ 49 ULTIMATE.start_m_run_~req_a___0~0) ULTIMATE.start_m_run_~rsp_d___0~0) .cse4 (<= (+ ~s_memory2~0 ~a_t~0) .cse5) .cse6 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse7 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse9 .cse11 (<= ~c_rsp_d~0 50) .cse12 (<= ULTIMATE.start_m_run_~rsp_d___0~0 50) .cse15 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (= 54 ~c_rsp_d~0) .cse0 .cse1 .cse2 (= ULTIMATE.start_m_run_~rsp_d___0~0 54) .cse3 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse16 .cse17 .cse4 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse18 .cse7 .cse9 .cse11 (= ~req_tt_a~0 4) .cse12 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse15) (and .cse0 .cse1 .cse2 .cse3 .cse16 .cse17 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse4 (= 53 ~c_rsp_d~0) .cse18 (= 53 |ULTIMATE.start_s_memory_read_#res|) (= ~a_t~0 3) .cse7 .cse9 .cse11 (<= (+ ~s_memory4~0 ~req_tt_a~0) (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse12 (= 53 ULTIMATE.start_m_run_~rsp_d___0~0) (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (let ((.cse20 (+ 51 ~req_tt_a~0))) (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse6 (<= ULTIMATE.start_s_run_~rsp_d~1 51) (<= .cse19 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse7 .cse9 (<= .cse20 .cse10) .cse11 .cse12 (<= .cse8 .cse20) (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse14 (<= .cse21 (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0)) (<= ~c_rsp_d~0 51)))))) [2021-10-28 23:20:12,866 INFO L857 garLoopResultBuilder]: For program point L891(lines 890 914) no Hoare annotation was computed. [2021-10-28 23:20:12,867 INFO L853 garLoopResultBuilder]: At program point L1156(lines 1130 1171) the Hoare annotation is: (let ((.cse12 (+ ULTIMATE.start_m_run_~a~0 48)) (.cse97 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (.cse70 (+ ~s_memory1~0 2)) (.cse29 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse86 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse100 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse99 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse47 (<= 1 ULTIMATE.start_m_run_~a~0)) (.cse15 (= ~c_empty_rsp~0 1)) (.cse21 (= ~c_req_type~0 0)) (.cse60 (+ ~s_memory3~0 1)) (.cse98 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse79 (= ULTIMATE.start_m_run_~a~0 0)) (.cse71 (= ~a_t~0 0)) (.cse39 (= ULTIMATE.start_m_run_~a~0 1)) (.cse40 (= ~a_t~0 1)) (.cse77 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse78 (<= 3 ~a_t~0)) (.cse2 (<= 2 ~c_write_req_ev~0)) (.cse3 (<= 1 ~c_m_lock~0)) (.cse37 (not (= ~s_run_st~0 0))) (.cse101 (<= ~a_t~0 2)) (.cse11 (= 2 ~s_run_pc~0)) (.cse41 (= ~c_empty_req~0 1)) (.cse14 (= 2 ~c_write_rsp_ev~0)) (.cse80 (= ~m_run_pc~0 6)) (.cse102 (<= 2 ULTIMATE.start_m_run_~a~0)) (.cse18 (<= 2 ~c_m_ev~0)) (.cse84 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse85 (<= 2 ~a_t~0)) (.cse96 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse28 (+ 51 ~req_tt_a~0)) (.cse88 (+ ~s_memory3~0 ~req_tt_a~0)) (.cse65 (+ ~a_t~0 50)) (.cse103 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse95 (+ ~req_tt_a~0 52))) (let ((.cse56 (= ULTIMATE.start_s_run_~req_d~1 54)) (.cse61 (<= 4 ~a_t~0)) (.cse64 (<= 53 ULTIMATE.start_s_memory_write_~v)) (.cse49 (<= ULTIMATE.start_s_run_~req_d~1 50)) (.cse50 (<= 50 ULTIMATE.start_s_run_~req_d~1)) (.cse51 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse52 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse58 (<= 4 ~c_req_a~0)) (.cse67 (= 4 ULTIMATE.start_m_run_~req_a___0~0)) (.cse69 (= ~req_tt_a~0 4)) (.cse63 (<= ~c_req_a~0 4)) (.cse48 (= ~c_req_a~0 1)) (.cse34 (<= ULTIMATE.start_s_memory_write_~v 51)) (.cse35 (<= 51 ULTIMATE.start_s_memory_write_~v)) (.cse38 (<= ULTIMATE.start_s_run_~req_d~1 51)) (.cse42 (<= 51 ULTIMATE.start_s_run_~req_d~1)) (.cse54 (<= (+ ~s_memory2~0 ~a_t~0) .cse95)) (.cse55 (= 0 ULTIMATE.start_m_run_~req_a___0~0)) (.cse74 (= ~a_t~0 2)) (.cse1 (<= ULTIMATE.start_s_memory_write_~v 52)) (.cse5 (<= 52 ULTIMATE.start_s_memory_write_~v)) (.cse59 (<= ~c_req_d~0 .cse103)) (.cse62 (<= .cse65 ~c_req_d~0)) (.cse73 (<= 2 ~c_req_a~0)) (.cse75 (= ULTIMATE.start_m_run_~a~0 2)) (.cse25 (<= .cse88 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1))) (.cse83 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0))) (.cse76 (<= ~c_req_a~0 2)) (.cse31 (<= .cse96 .cse28)) (.cse24 (let ((.cse104 (<= 6 ~m_run_pc~0))) (or (and .cse2 .cse3 .cse37 .cse79 .cse104 .cse11 .cse41 .cse14 .cse80 .cse71 .cse18) (and .cse2 .cse3 .cse37 .cse39 .cse11 .cse40 .cse41 .cse14 .cse80 .cse18) (and .cse77 .cse2 .cse3 .cse37 .cse104 .cse11 .cse41 .cse14 .cse80 .cse18 .cse78) (and .cse2 .cse3 .cse37 .cse101 .cse104 .cse11 .cse41 .cse14 .cse80 .cse102 .cse18 .cse84 .cse85)))) (.cse32 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse98)) (.cse33 (<= ULTIMATE.start_s_memory_write_~v .cse60)) (.cse4 (= ~c_req_type~0 1)) (.cse44 (= ~s_run_pc~0 0)) (.cse16 (= ~m_run_pc~0 3)) (.cse17 (<= ~c_req_d~0 .cse65)) (.cse72 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse19 (not .cse21)) (.cse20 (<= .cse103 ~c_req_d~0)) (.cse53 (or (and .cse77 .cse2 .cse3 .cse11 .cse14 .cse15 .cse80 .cse18 .cse78) (and .cse2 .cse3 .cse101 .cse11 .cse14 .cse15 .cse80 .cse102 .cse18 .cse84 .cse85) (and .cse2 .cse47 .cse3 (<= ULTIMATE.start_m_run_~a~0 1) .cse11 .cse40 .cse14 .cse15 .cse80 .cse18) (and .cse2 .cse3 .cse79 .cse11 .cse14 .cse15 .cse80 .cse71 .cse18))) (.cse0 (<= ~c_req_a~0 3)) (.cse22 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse66 (<= .cse100 .cse99)) (.cse6 (<= 50 ~s_memory0~0)) (.cse7 (<= 3 ~c_req_a~0)) (.cse36 (<= ~s_memory1~0 51)) (.cse81 (= ~req_tt_a~0 3)) (.cse23 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse68 (<= (+ ~s_memory1~0 ~a_t~0) .cse28)) (.cse90 (<= .cse95 .cse86)) (.cse8 (<= 52 ~s_memory2~0)) (.cse9 (<= 51 ~s_memory1~0)) (.cse10 (<= ~s_memory2~0 52)) (.cse26 (<= .cse99 .cse100)) (.cse91 (<= .cse96 .cse95)) (.cse27 (= ~s_memory4~0 54)) (.cse92 (<= .cse29 .cse95)) (.cse13 (<= ~s_memory0~0 50)) (.cse30 (<= ~s_memory3~0 .cse70)) (.cse93 (<= .cse98 .cse97)) (.cse94 (<= .cse95 .cse29)) (.cse57 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse82 (<= .cse12 ~s_memory1~0)) (.cse43 (= ~c_req_a~0 0)) (.cse45 (not (= ~c_m_lock~0 1))) (.cse46 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 52) .cse6 .cse7 .cse8 .cse9 .cse10 .cse11 (= ~a_t~0 3) (<= ~s_memory1~0 .cse12) .cse13 .cse14 .cse15 .cse16 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse17 .cse18 .cse19 .cse20) (and .cse21 .cse22 .cse6 .cse23 .cse8 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse24 .cse25 (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse26 .cse27 (<= .cse28 .cse29) .cse13 .cse30 .cse31 (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse32 .cse33 (<= ~c_rsp_d~0 51)) (and .cse2 .cse3 .cse34 .cse6 .cse35 .cse36 .cse37 .cse38 .cse9 .cse39 (<= ~c_req_d~0 51) .cse11 .cse40 .cse41 .cse13 .cse14 .cse16 .cse18 .cse42 .cse20) (and .cse43 .cse37 .cse44 .cse45 .cse41 .cse14 .cse15 .cse46) (and .cse2 .cse47 .cse3 .cse4 .cse6 .cse48 .cse49 .cse11 .cse40 .cse50 .cse13 .cse14 .cse15 .cse16 .cse17 .cse51 .cse18 .cse52 .cse19 .cse20) (and .cse53 .cse21 .cse22 .cse43 .cse6 .cse54 .cse8 .cse55 .cse26 .cse27 .cse13 .cse56 .cse30 .cse57) (and .cse2 .cse3 .cse4 .cse58 (<= 53 ULTIMATE.start_s_run_~req_d~1) .cse6 .cse36 .cse8 .cse59 .cse10 (<= ~c_req_d~0 .cse60) .cse11 .cse13 .cse14 .cse15 .cse16 .cse61 .cse30 .cse18 .cse62 .cse63 .cse64 .cse19 .cse20) (and (<= .cse65 ULTIMATE.start_s_memory_write_~v) .cse2 .cse3 (= ~c_req_d~0 54) .cse6 .cse36 .cse37 .cse8 .cse10 .cse11 .cse41 .cse27 (<= 4 ULTIMATE.start_m_run_~a~0) .cse13 .cse14 .cse16 .cse56 .cse61 .cse30 .cse18 .cse33 .cse20) (and (= 54 ~c_rsp_d~0) .cse21 .cse22 .cse66 .cse6 (= ULTIMATE.start_s_memory_read_~x~0 54) .cse67 .cse36 .cse23 .cse68 .cse8 .cse9 .cse24 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse26 .cse27 .cse13 .cse69 .cse30 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse57 .cse32) (and .cse2 .cse3 .cse6 .cse36 .cse37 (<= ULTIMATE.start_s_memory_write_~v .cse70) (<= .cse65 ~s_memory3~0) .cse8 (= ULTIMATE.start_m_run_~a~0 3) .cse10 .cse11 .cse41 .cse13 .cse14 .cse16 .cse17 .cse30 .cse18 (= 53 ULTIMATE.start_s_run_~req_d~1) .cse64 .cse20) (and .cse2 .cse3 .cse6 .cse37 .cse49 .cse11 .cse50 .cse41 .cse13 .cse14 .cse16 .cse17 .cse71 .cse51 .cse18 .cse72 .cse52 .cse20) (and .cse53 .cse21 .cse22 .cse66 .cse58 .cse6 .cse67 .cse36 .cse23 .cse68 .cse8 .cse9 .cse26 .cse27 .cse13 .cse69 .cse30 .cse57 .cse63 .cse32) (and .cse53 .cse21 .cse22 .cse6 .cse48 .cse23 .cse54 .cse8 (<= ~s_memory1~0 .cse65) .cse40 .cse27 .cse13 (<= (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0 2)) .cse57 .cse32) (and .cse73 .cse2 .cse3 .cse34 .cse4 .cse74 .cse6 .cse35 .cse36 .cse38 .cse75 .cse9 .cse11 .cse13 .cse14 .cse15 .cse16 .cse17 .cse76 .cse18 .cse42 .cse19 .cse20) (and .cse21 .cse2 .cse43 .cse44 .cse45 .cse41 .cse14 .cse15 .cse71 .cse18 .cse46) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse21 .cse22 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse6 .cse23 .cse54 .cse8 .cse24 (<= 50 ULTIMATE.start_s_memory_read_~x~0) .cse55 .cse26 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse13 (<= ~c_rsp_d~0 50) .cse30 .cse57 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and .cse11 .cse41 .cse14 .cse15 .cse16) (and (or (and .cse2 .cse3 .cse37 .cse39 .cse11 .cse40 .cse14 .cse15 .cse18) (and .cse2 .cse3 .cse74 .cse37 .cse75 .cse11 .cse14 .cse15 .cse18) (and .cse77 .cse2 .cse3 .cse37 .cse11 .cse14 .cse15 .cse18 .cse78) (and .cse2 .cse3 .cse37 .cse79 .cse11 .cse14 .cse15 .cse71 .cse18)) .cse80) (and .cse21 .cse22 .cse66 .cse6 .cse36 .cse81 (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse23 .cse68 (= 53 ~c_rsp_d~0) .cse8 .cse9 .cse24 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse26 .cse27 .cse13 .cse30 .cse57 .cse32 (= 53 ULTIMATE.start_s_run_~rsp_d~1) .cse82) (and .cse2 .cse43 .cse3 .cse4 .cse11 .cse14 .cse15 .cse16 .cse17 .cse71 .cse18 .cse72 .cse19 .cse20) (and .cse2 .cse37 .cse11 .cse14 .cse15 .cse16) (and .cse43 .cse37 .cse44 .cse14 .cse15 .cse16 .cse19) (and .cse1 .cse2 .cse3 .cse5 .cse6 .cse37 .cse8 .cse9 .cse59 .cse10 .cse11 (<= .cse65 ULTIMATE.start_s_run_~req_d~1) .cse83 .cse41 .cse13 .cse14 .cse16 (<= ULTIMATE.start_s_run_~req_d~1 .cse65) .cse18 .cse62 .cse84 .cse85) (let ((.cse89 (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0)) (.cse87 (+ ~a_t~0 2 ~c_rsp_d~0))) (and .cse53 .cse73 .cse21 .cse22 .cse6 (<= .cse86 .cse28) (<= (+ 53 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory3~0 ULTIMATE.start_m_run_~a~0)) .cse23 .cse75 .cse8 (<= .cse87 .cse88) (<= .cse88 .cse89) (<= .cse89 .cse88) .cse25 .cse83 .cse27 .cse13 .cse30 .cse76 (<= .cse88 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (= ~req_tt_a~0 2) .cse31 (<= .cse88 .cse87) .cse32)) (and .cse21 .cse22 .cse66 .cse6 .cse36 .cse23 .cse68 .cse90 .cse8 .cse9 .cse24 .cse26 .cse91 (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse27 .cse92 .cse13 .cse30 .cse93 (<= ~c_rsp_d~0 52) .cse94 .cse32 .cse33 .cse84 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse85) (and .cse77 .cse2 .cse37 .cse11 .cse41 .cse14 .cse15 .cse80 .cse18 .cse78) (and .cse2 .cse43 .cse3 .cse4 .cse44 .cse14 .cse15 .cse16 .cse17 .cse71 .cse18 .cse72 .cse19 .cse20) (and .cse53 .cse0 .cse21 .cse22 .cse66 (<= .cse95 .cse96) .cse6 .cse7 .cse36 .cse81 .cse23 .cse68 (<= .cse86 .cse95) .cse90 .cse8 .cse9 .cse10 .cse26 .cse91 .cse27 .cse92 .cse13 .cse30 (<= .cse97 .cse98) .cse93 .cse94 .cse57 .cse82) (and .cse21 .cse2 .cse43 .cse37 .cse45 .cse11 .cse41 .cse14 .cse15 .cse71 .cse18 .cse46)))) [2021-10-28 23:20:12,867 INFO L857 garLoopResultBuilder]: For program point L892(lines 892 896) no Hoare annotation was computed. [2021-10-28 23:20:12,867 INFO L857 garLoopResultBuilder]: For program point L694(lines 694 698) no Hoare annotation was computed. [2021-10-28 23:20:12,867 INFO L853 garLoopResultBuilder]: At program point L496-2(lines 496 848) the Hoare annotation is: (let ((.cse25 (= ~a_t~0 0)) (.cse29 (<= 3 ~a_t~0)) (.cse23 (<= 2 ~a_t~0)) (.cse30 (<= 2 ~c_write_req_ev~0)) (.cse31 (not (= ~s_run_st~0 0))) (.cse32 (not (= ~c_m_lock~0 1))) (.cse33 (= 2 ~s_run_pc~0)) (.cse35 (= ~c_empty_req~0 1)) (.cse36 (= 2 ~c_write_rsp_ev~0)) (.cse37 (= ~c_empty_rsp~0 1)) (.cse39 (<= 2 ~c_m_ev~0)) (.cse40 (+ ULTIMATE.start_m_run_~req_a___0~0 50)) (.cse44 (+ ~s_memory1~0 ~a_t~0)) (.cse43 (+ 51 ~req_tt_a~0)) (.cse27 (+ 53 ~req_tt_a~0)) (.cse2 (+ ~req_tt_a~0 52))) (let ((.cse24 (<= (+ ~s_memory2~0 ~a_t~0) .cse2)) (.cse5 (+ ~a_t~0 ~c_rsp_d~0)) (.cse3 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse26 (<= .cse27 (+ ~s_memory3~0 ~a_t~0))) (.cse0 (= ~c_req_type~0 0)) (.cse1 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse4 (<= 50 ~s_memory0~0)) (.cse6 (<= ~s_memory1~0 51)) (.cse7 (<= (+ 53 ULTIMATE.start_m_run_~req_a___0~0) (+ ~s_memory3~0 ULTIMATE.start_m_run_~a~0))) (.cse8 (< ULTIMATE.start_m_run_~rsp_d___0~0 (+ 51 ULTIMATE.start_m_run_~req_a___0~0))) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse10 (<= .cse44 .cse43)) (.cse12 (<= 52 ~s_memory2~0)) (.cse13 (<= 51 ~s_memory1~0)) (.cse14 (<= ~s_memory2~0 52)) (.cse15 (<= .cse40 ULTIMATE.start_m_run_~rsp_d___0~0)) (.cse16 (let ((.cse46 (<= 6 ~m_run_pc~0)) (.cse45 (= ~m_run_pc~0 6))) (or (and .cse30 (<= 1 ULTIMATE.start_m_run_~a~0) .cse31 (<= ULTIMATE.start_m_run_~a~0 1) .cse32 .cse33 .cse35 .cse36 .cse37 .cse45 .cse25 .cse39) (and .cse30 .cse31 .cse46 .cse32 .cse33 .cse35 (<= 4 ULTIMATE.start_m_run_~a~0) .cse36 .cse37 .cse45 .cse39 .cse29) (and .cse30 .cse31 (<= ~a_t~0 2) .cse46 .cse32 (= ULTIMATE.start_m_run_~a~0 3) .cse33 .cse35 .cse36 .cse37 .cse45 .cse39 .cse23) (and .cse30 .cse31 (= ULTIMATE.start_m_run_~a~0 2) .cse46 .cse32 .cse33 (= ~a_t~0 1) .cse35 .cse36 .cse37 .cse45 .cse39)))) (.cse17 (= ~s_memory4~0 54)) (.cse18 (<= .cse43 .cse44)) (.cse20 (<= ~s_memory0~0 50)) (.cse38 (<= 4 ~a_t~0)) (.cse21 (<= ~s_memory3~0 (+ ~s_memory1~0 2))) (.cse22 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1)))) (or (let ((.cse11 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) (.cse19 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0))) (and .cse0 .cse1 (<= .cse2 .cse3) .cse4 (<= .cse2 .cse5) .cse6 .cse7 .cse8 .cse9 .cse10 (<= .cse11 .cse2) (<= .cse2 .cse11) .cse12 .cse13 (<= .cse5 .cse2) .cse14 .cse15 .cse16 (<= .cse3 .cse2) .cse17 .cse18 (<= .cse19 .cse2) .cse20 .cse21 (<= .cse2 .cse19) .cse22 (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0) .cse23)) (and .cse0 .cse1 .cse4 .cse7 .cse9 .cse24 .cse12 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 50)) .cse15 .cse16 .cse17 .cse20 .cse21 .cse25 (<= (+ ULTIMATE.start_m_run_~a~0 ULTIMATE.start_m_run_~rsp_d___0~0 2) (+ ~s_memory3~0 ULTIMATE.start_m_run_~req_a___0~0)) .cse26) (let ((.cse28 (+ ~s_memory4~0 ~req_tt_a~0))) (and .cse0 .cse1 .cse4 .cse6 (<= .cse27 .cse5) .cse7 .cse8 .cse9 .cse10 .cse12 .cse13 (<= .cse27 .cse3) .cse14 .cse15 .cse16 (<= .cse28 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0 1)) .cse17 .cse18 .cse20 (<= .cse28 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1 1)) .cse21 .cse26 .cse29)) (let ((.cse34 (+ ~a_t~0 50))) (and .cse30 .cse1 .cse4 .cse6 .cse31 (= ULTIMATE.start_m_run_~a~0 0) .cse12 .cse32 .cse14 .cse33 (<= .cse34 ULTIMATE.start_s_run_~req_d~1) .cse35 .cse17 .cse20 .cse36 .cse37 (= ~m_run_pc~0 3) (= ULTIMATE.start_s_run_~req_d~1 54) (<= ~c_req_d~0 .cse34) .cse38 .cse21 .cse39 (<= .cse34 ~c_req_d~0) .cse22)) (let ((.cse41 (+ ~req_tt_a~0 50)) (.cse42 (+ ~s_memory3~0 ~req_tt_a~0))) (and .cse0 .cse1 (<= ~c_rsp_d~0 .cse40) .cse4 .cse6 .cse8 .cse9 (<= ULTIMATE.start_s_run_~rsp_d~1 .cse41) .cse24 .cse12 .cse15 (<= (+ ~a_t~0 2 ULTIMATE.start_s_memory_read_~x~0) .cse42) (<= .cse42 (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) .cse16 .cse17 (<= .cse5 .cse43) .cse20 .cse21 (<= .cse42 (+ ~a_t~0 2 |ULTIMATE.start_s_memory_read_#res|)) (<= .cse41 ULTIMATE.start_s_memory_read_~x~0) (<= .cse3 .cse43) (<= .cse42 (+ ~a_t~0 2 ~c_rsp_d~0)) (<= .cse40 ~c_rsp_d~0) .cse26)) (and .cse0 .cse1 .cse4 .cse6 .cse7 .cse8 .cse9 .cse10 .cse12 .cse13 .cse14 .cse15 .cse16 .cse17 .cse18 .cse20 (<= 5 ULTIMATE.start_m_run_~a~0) .cse38 .cse21 .cse22)))) [2021-10-28 23:20:12,867 INFO L853 garLoopResultBuilder]: At program point L1289(lines 1282 1326) the Hoare annotation is: (let ((.cse49 (+ 52 ULTIMATE.start_m_run_~req_a___0~0)) (.cse38 (+ ~s_memory1~0 2)) (.cse44 (= ULTIMATE.start_m_run_~a~0 0)) (.cse40 (= ~a_t~0 0)) (.cse25 (= ULTIMATE.start_m_run_~a~0 1)) (.cse26 (= ~a_t~0 1)) (.cse42 (<= 3 ULTIMATE.start_m_run_~a~0)) (.cse43 (<= 3 ~a_t~0)) (.cse21 (<= 2 ~c_write_req_ev~0)) (.cse22 (<= 1 ~c_m_lock~0)) (.cse0 (not (= ~s_run_st~0 0))) (.cse1 (= 2 ~s_run_pc~0)) (.cse2 (= ~c_empty_req~0 1)) (.cse3 (= 2 ~c_write_rsp_ev~0)) (.cse45 (= ~m_run_pc~0 6)) (.cse27 (<= 2 ~c_m_ev~0)) (.cse47 (<= ULTIMATE.start_m_run_~a~0 2)) (.cse48 (<= 2 ~a_t~0)) (.cse14 (+ 51 ~req_tt_a~0)) (.cse51 (+ 51 ULTIMATE.start_m_run_~req_a___0~0)) (.cse50 (+ ~s_memory1~0 ULTIMATE.start_m_run_~a~0)) (.cse46 (+ ULTIMATE.start_m_run_~a~0 50)) (.cse33 (+ ~a_t~0 50))) (let ((.cse39 (<= ~c_req_d~0 .cse33)) (.cse28 (<= .cse46 ~c_req_d~0)) (.cse37 (<= (+ 53 ~req_tt_a~0) (+ ~s_memory3~0 ~a_t~0))) (.cse30 (= ~s_run_pc~0 0)) (.cse34 (<= ~s_memory2~0 52)) (.cse5 (= ~m_run_pc~0 3)) (.cse7 (= ULTIMATE.start_s_memory_write_~v 54)) (.cse35 (<= .cse51 .cse50)) (.cse8 (<= 50 ~s_memory0~0)) (.cse23 (<= ~s_memory1~0 51)) (.cse9 (= ULTIMATE.start_s_run_~req_type~1 0)) (.cse36 (<= (+ ~s_memory1~0 ~a_t~0) .cse14)) (.cse10 (<= 52 ~s_memory2~0)) (.cse24 (<= 51 ~s_memory1~0)) (.cse11 (let ((.cse52 (<= 6 ~m_run_pc~0))) (or (and .cse21 .cse22 .cse0 .cse44 .cse52 .cse1 .cse2 .cse3 .cse45 .cse40 .cse27) (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse2 .cse3 .cse45 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse52 .cse1 .cse2 .cse3 .cse45 .cse27 .cse43) (and .cse21 .cse22 .cse0 (<= ~a_t~0 2) .cse52 .cse1 .cse2 .cse3 .cse45 (<= 2 ULTIMATE.start_m_run_~a~0) .cse27 .cse47 .cse48)))) (.cse12 (<= .cse50 .cse51)) (.cse18 (+ ~a_t~0 |ULTIMATE.start_s_memory_read_#res|)) (.cse13 (= ~s_memory4~0 54)) (.cse16 (<= ~s_memory0~0 50)) (.cse17 (<= ~s_memory3~0 .cse38)) (.cse41 (+ ~req_tt_a~0 52)) (.cse15 (+ ~a_t~0 ULTIMATE.start_s_memory_read_~x~0)) (.cse19 (<= (+ ~s_memory2~0 ULTIMATE.start_m_run_~a~0) .cse49)) (.cse20 (<= ULTIMATE.start_s_memory_write_~v (+ ~s_memory3~0 1))) (.cse6 (= ~c_req_type~0 0)) (.cse29 (= ~c_req_a~0 0)) (.cse31 (not (= ~c_m_lock~0 1))) (.cse4 (= ~c_empty_rsp~0 1)) (.cse32 (= ~m_run_pc~0 0))) (or (and .cse0 .cse1 .cse2 .cse3 .cse4 .cse5) (and .cse6 .cse7 .cse8 .cse9 .cse10 (<= ULTIMATE.start_s_run_~rsp_d~1 51) .cse11 (<= (+ ~s_memory3~0 ~req_tt_a~0) (+ ~a_t~0 2 ULTIMATE.start_s_run_~rsp_d~1)) (<= ULTIMATE.start_s_memory_read_~x~0 (+ ~req_tt_a~0 50)) .cse12 .cse13 (<= .cse14 .cse15) .cse16 .cse17 (<= .cse18 .cse14) (<= (+ ULTIMATE.start_m_run_~req_a___0~0 50) ~c_rsp_d~0) (<= 51 |ULTIMATE.start_s_memory_read_#res|) .cse19 .cse20 (<= ~c_rsp_d~0 51)) (and .cse21 .cse22 (<= ULTIMATE.start_s_memory_write_~v 51) .cse8 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse23 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 51) .cse24 .cse25 (<= ~c_req_d~0 51) .cse1 .cse26 .cse2 .cse16 .cse3 .cse5 .cse27 (<= 51 ULTIMATE.start_s_run_~req_d~1) .cse28) (and .cse29 .cse0 .cse30 .cse31 .cse2 .cse3 .cse4 .cse32) (and (<= .cse33 ULTIMATE.start_s_memory_write_~v) .cse21 .cse22 (= ~c_req_d~0 54) .cse8 .cse23 .cse0 .cse10 .cse34 .cse1 .cse2 .cse13 (<= 4 ULTIMATE.start_m_run_~a~0) .cse16 .cse3 .cse5 (= ULTIMATE.start_s_run_~req_d~1 54) (<= 4 ~a_t~0) .cse17 .cse27 .cse20 .cse28) (and (= 54 ~c_rsp_d~0) .cse6 .cse7 .cse35 .cse8 (= ULTIMATE.start_s_memory_read_~x~0 54) (= 4 ULTIMATE.start_m_run_~req_a___0~0) .cse23 .cse9 .cse36 .cse10 .cse24 .cse11 (= ULTIMATE.start_s_run_~rsp_d~1 54) .cse12 .cse13 .cse16 (= ~req_tt_a~0 4) .cse17 (= |ULTIMATE.start_s_memory_read_#res| 54) .cse37 .cse19) (and .cse21 .cse22 .cse8 .cse23 .cse0 (<= ULTIMATE.start_s_memory_write_~v .cse38) (<= .cse33 ~s_memory3~0) .cse10 (= ULTIMATE.start_m_run_~a~0 3) .cse34 .cse1 .cse2 .cse16 .cse3 .cse5 .cse39 .cse17 .cse27 (= 53 ULTIMATE.start_s_run_~req_d~1) (<= 53 ULTIMATE.start_s_memory_write_~v) .cse28) (and .cse21 .cse22 .cse8 .cse0 (<= ULTIMATE.start_s_run_~req_d~1 50) .cse1 (<= 50 ULTIMATE.start_s_run_~req_d~1) .cse2 .cse16 .cse3 .cse5 .cse39 .cse40 (<= ULTIMATE.start_s_memory_write_~v 50) .cse27 (<= 0 ULTIMATE.start_m_run_~a~0) (<= 50 ULTIMATE.start_s_memory_write_~v) .cse28) (and (<= ULTIMATE.start_s_memory_read_~x~0 50) .cse6 .cse7 (<= 50 ULTIMATE.start_s_run_~rsp_d~1) .cse8 .cse9 (<= (+ ~s_memory2~0 ~a_t~0) .cse41) .cse10 .cse11 (<= 50 ULTIMATE.start_s_memory_read_~x~0) (= 0 ULTIMATE.start_m_run_~req_a___0~0) .cse12 (<= ULTIMATE.start_s_run_~rsp_d~1 50) (<= 50 |ULTIMATE.start_s_memory_read_#res|) .cse13 .cse16 (<= ~c_rsp_d~0 50) .cse17 .cse37 (<= |ULTIMATE.start_s_memory_read_#res| 50) (<= 50 ~c_rsp_d~0)) (and (or (and .cse21 .cse22 .cse0 .cse25 .cse1 .cse26 .cse3 .cse4 .cse27) (and .cse21 .cse22 (= ~a_t~0 2) .cse0 (= ULTIMATE.start_m_run_~a~0 2) .cse1 .cse3 .cse4 .cse27) (and .cse42 .cse21 .cse22 .cse0 .cse1 .cse3 .cse4 .cse27 .cse43) (and .cse21 .cse22 .cse0 .cse44 .cse1 .cse3 .cse4 .cse40 .cse27)) .cse45) (and .cse6 .cse7 .cse35 .cse8 .cse23 (= ~req_tt_a~0 3) (= 53 ULTIMATE.start_s_memory_read_~x~0) .cse9 .cse36 (= 53 ~c_rsp_d~0) .cse10 .cse24 .cse11 (= 53 |ULTIMATE.start_s_memory_read_#res|) .cse12 .cse13 .cse16 .cse17 .cse37 .cse19 (= 53 ULTIMATE.start_s_run_~rsp_d~1) (<= (+ ULTIMATE.start_m_run_~a~0 48) ~s_memory1~0)) (and .cse21 .cse0 .cse1 .cse3 .cse4 .cse5) (and .cse29 .cse0 .cse30 .cse3 .cse4 .cse5 (not .cse6)) (and (<= ULTIMATE.start_s_memory_write_~v 52) .cse21 .cse22 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse8 .cse0 .cse10 .cse24 (<= ~c_req_d~0 .cse46) .cse34 .cse1 (<= .cse33 ULTIMATE.start_s_run_~req_d~1) (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0)) .cse2 .cse16 .cse3 .cse5 (<= ULTIMATE.start_s_run_~req_d~1 .cse33) .cse27 (<= .cse33 ~c_req_d~0) .cse47 .cse48) (and .cse6 .cse7 .cse35 .cse8 .cse23 .cse9 .cse36 (<= .cse41 (+ ~a_t~0 ULTIMATE.start_s_run_~rsp_d~1)) .cse10 .cse24 .cse11 .cse12 (<= .cse18 .cse41) (<= 52 |ULTIMATE.start_s_memory_read_#res|) .cse13 (<= .cse15 .cse41) .cse16 .cse17 (<= .cse49 (+ ULTIMATE.start_m_run_~a~0 ~c_rsp_d~0)) (<= ~c_rsp_d~0 52) (<= .cse41 .cse15) .cse19 .cse20 .cse47 (<= ULTIMATE.start_s_run_~rsp_d~1 52) .cse48) (and .cse42 .cse21 .cse0 .cse1 .cse2 .cse3 .cse4 .cse45 .cse27 .cse43) (and .cse6 .cse21 .cse29 .cse0 .cse31 .cse1 .cse2 .cse3 .cse4 .cse40 .cse27 .cse32)))) [2021-10-28 23:20:12,868 INFO L853 garLoopResultBuilder]: At program point L232(lines 225 278) the Hoare annotation is: (let ((.cse29 (+ ~a_t~0 50)) (.cse41 (+ ULTIMATE.start_m_run_~a~0 50))) (let ((.cse22 (= ~c_req_a~0 0)) (.cse28 (= ~s_run_pc~0 0)) (.cse23 (<= .cse41 ULTIMATE.start_m_run_~req_d~0)) (.cse24 (<= ~c_req_d~0 .cse29)) (.cse25 (= ULTIMATE.start_m_run_~req_a~0 0)) (.cse21 (= ~a_t~0 0)) (.cse26 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse27 (= ~m_run_pc~0 0)) (.cse0 (<= ULTIMATE.start_s_memory_write_~v .cse29)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse2 (= ~c_req_type~0 1)) (.cse3 (<= 50 ~s_memory0~0)) (.cse4 (not (= ULTIMATE.start_m_run_~req_type~0 0))) (.cse5 (not (= ~s_run_st~0 0))) (.cse6 (<= 52 ~s_memory2~0)) (.cse19 (<= ULTIMATE.start_m_run_~req_d~0 .cse41)) (.cse7 (<= ~s_memory2~0 52)) (.cse8 (= 2 ~s_run_pc~0)) (.cse20 (<= .cse29 ULTIMATE.start_s_run_~req_d~1)) (.cse9 (= ULTIMATE.start_m_run_~req_type~0 1)) (.cse10 (<= ~s_memory0~0 50)) (.cse11 (= 2 ~c_write_rsp_ev~0)) (.cse12 (= ~c_empty_rsp~0 1)) (.cse13 (= ~m_run_pc~0 3)) (.cse14 (<= ULTIMATE.start_s_run_~req_d~1 .cse29)) (.cse15 (<= 2 ~c_m_ev~0)) (.cse16 (not (= ~c_req_type~0 0))) (.cse17 (<= .cse41 ~c_req_d~0)) (.cse30 (+ 49 ULTIMATE.start_m_run_~a~0)) (.cse18 (+ ~s_memory1~0 2))) (or (and (<= ~c_req_a~0 3) (<= ULTIMATE.start_m_run_~req_a~0 3) .cse0 .cse1 .cse2 (<= 52 ULTIMATE.start_s_memory_write_~v) .cse3 .cse4 (<= 3 ~c_req_a~0) .cse5 (<= ~a_t~0 2) .cse6 .cse7 .cse8 (<= 3 ULTIMATE.start_m_run_~req_a~0) (= 53 ~c_req_d~0) (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48)) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (<= 52 ULTIMATE.start_s_run_~req_d~1) .cse15 (= 53 ULTIMATE.start_m_run_~req_d~0) .cse16 .cse17 (<= ULTIMATE.start_m_run_~req_d~0 .cse18)) (and .cse1 .cse2 .cse3 (= ~c_req_a~0 1) (= ULTIMATE.start_m_run_~req_a~0 1) .cse4 .cse5 .cse19 (<= ~c_req_d~0 51) .cse8 .cse20 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse21 (<= ULTIMATE.start_s_memory_write_~v 50) .cse15 (<= 50 ULTIMATE.start_s_memory_write_~v) .cse16 (<= 51 ULTIMATE.start_m_run_~req_d~0) .cse17) (and .cse22 .cse1 .cse2 .cse5 .cse23 .cse19 .cse8 .cse9 .cse11 .cse12 .cse24 .cse25 .cse21 .cse15 .cse26 .cse27 .cse17) (and .cse22 .cse4 .cse5 .cse28 (= ULTIMATE.start_m_run_~a~0 0) .cse11 .cse12 .cse25 .cse27 .cse16) (and (<= 2 ~c_req_a~0) .cse1 (<= ULTIMATE.start_s_memory_write_~v 51) .cse2 .cse3 .cse4 (<= 51 ULTIMATE.start_s_memory_write_~v) .cse5 .cse23 (<= .cse29 ~s_memory1~0) .cse8 (<= ~s_memory1~0 .cse30) (<= ULTIMATE.start_m_run_~req_d~0 52) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 (<= ~c_req_a~0 2) (<= ~c_req_d~0 52) .cse15 (<= 2 ULTIMATE.start_m_run_~req_a~0) (<= 51 ULTIMATE.start_s_run_~req_d~1) (<= ULTIMATE.start_m_run_~req_a~0 2) .cse16 .cse17) (and .cse22 .cse1 .cse2 .cse28 .cse23 .cse19 .cse9 .cse11 .cse12 .cse24 .cse25 .cse21 .cse15 .cse26 .cse27 .cse17) (and (let ((.cse31 (<= .cse29 ULTIMATE.start_s_memory_write_~v)) (.cse32 (<= ULTIMATE.start_m_run_~req_a~0 4)) (.cse33 (<= 4 ~c_req_a~0)) (.cse34 (<= ~s_memory1~0 51)) (.cse35 (<= ~c_req_d~0 .cse41)) (.cse36 (<= 4 ULTIMATE.start_m_run_~req_a~0)) (.cse37 (= ULTIMATE.start_m_run_~req_d~0 54)) (.cse38 (<= ~s_memory3~0 .cse18)) (.cse39 (<= ~c_req_a~0 4)) (.cse40 (<= .cse30 ~s_memory3~0))) (or (and .cse31 .cse32 .cse0 .cse1 .cse2 .cse33 .cse3 .cse4 .cse34 .cse5 .cse6 .cse19 .cse35 .cse7 .cse8 .cse36 (= ~a_t~0 3) .cse20 .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse37 .cse38 .cse15 .cse39 .cse16 .cse17 .cse40) (and .cse31 .cse32 .cse0 .cse1 .cse2 .cse33 .cse3 .cse4 .cse34 .cse5 .cse6 .cse19 .cse35 .cse7 .cse8 .cse36 .cse20 (= ~s_memory4~0 54) .cse9 .cse10 .cse11 .cse12 .cse13 .cse14 .cse37 .cse38 .cse15 (<= .cse29 ~c_req_d~0) .cse39 .cse16 .cse17 .cse40))) (<= 3 ~a_t~0))))) [2021-10-28 23:20:12,868 INFO L857 garLoopResultBuilder]: For program point L497(lines 496 848) no Hoare annotation was computed. [2021-10-28 23:20:12,868 INFO L860 garLoopResultBuilder]: At program point L1356(lines 1178 1361) the Hoare annotation is: true [2021-10-28 23:20:12,868 INFO L853 garLoopResultBuilder]: At program point L299-2(lines 299 327) the Hoare annotation is: (let ((.cse51 (+ ~s_memory1~0 2)) (.cse7 (= 2 ~s_run_pc~0)) (.cse47 (+ ~a_t~0 50)) (.cse65 (+ ULTIMATE.start_m_run_~a~0 50))) (let ((.cse33 (= ~a_t~0 2)) (.cse34 (= ~a_t~0 1)) (.cse41 (<= ~s_memory1~0 (+ ULTIMATE.start_m_run_~a~0 48))) (.cse37 (<= 52 ULTIMATE.start_s_memory_write_~v)) (.cse42 (<= 52 ULTIMATE.start_s_run_~req_d~1)) (.cse45 (<= ULTIMATE.start_s_memory_write_~v 51)) (.cse46 (<= 51 ULTIMATE.start_s_memory_write_~v)) (.cse40 (<= 51 ~s_memory1~0)) (.cse50 (<= 51 ULTIMATE.start_s_run_~req_d~1)) (.cse19 (<= ~a_t~0 1)) (.cse20 (<= 1 ~a_t~0)) (.cse35 (<= ~c_req_d~0 .cse65)) (.cse54 (<= ~s_memory1~0 (+ 49 ULTIMATE.start_m_run_~a~0))) (.cse8 (<= .cse47 ULTIMATE.start_s_run_~req_d~1)) (.cse26 (= ~a_t~0 0)) (.cse24 (<= ULTIMATE.start_s_memory_write_~v 50)) (.cse56 (<= 0 ULTIMATE.start_m_run_~a~0)) (.cse25 (<= 50 ULTIMATE.start_s_memory_write_~v)) (.cse62 (not .cse7)) (.cse55 (= ~c_req_a~0 0)) (.cse4 (not (= ~s_run_st~0 0))) (.cse63 (= ~s_run_pc~0 0)) (.cse9 (= ~c_empty_req~0 1)) (.cse13 (= ~m_run_pc~0 3)) (.cse53 (<= ULTIMATE.start_s_memory_write_~v .cse47)) (.cse48 (<= ULTIMATE.start_s_run_~req_d~1 .cse47)) (.cse0 (<= 2 ~c_write_req_ev~0)) (.cse1 (<= 1 ~c_m_lock~0)) (.cse28 (= ~c_req_type~0 1)) (.cse2 (<= 50 ~s_memory0~0)) (.cse3 (<= ~s_memory1~0 51)) (.cse5 (<= 52 ~s_memory2~0)) (.cse6 (<= ~s_memory2~0 52)) (.cse11 (<= ~s_memory0~0 50)) (.cse12 (= 2 ~c_write_rsp_ev~0)) (.cse30 (= ~c_empty_rsp~0 1)) (.cse14 (<= ~c_req_d~0 .cse47)) (.cse15 (<= ~s_memory3~0 .cse51)) (.cse16 (<= 2 ~c_m_ev~0)) (.cse32 (<= 3 ~a_t~0)) (.cse31 (not (= ~c_req_type~0 0))) (.cse17 (+ ~s_memory3~0 1)) (.cse10 (<= 4 ULTIMATE.start_m_run_~a~0)) (.cse49 (<= .cse47 ~c_req_d~0)) (.cse52 (<= 53 ULTIMATE.start_s_memory_write_~v)) (.cse18 (<= .cse65 ~c_req_d~0))) (or (and .cse0 (= ULTIMATE.start_s_memory_write_~v 54) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6 .cse7 .cse8 .cse9 (= ~s_memory4~0 54) .cse10 .cse11 .cse12 .cse13 (= ULTIMATE.start_s_run_~req_d~1 54) .cse14 .cse15 .cse16 (<= ULTIMATE.start_s_memory_write_~v .cse17) .cse18) (and (let ((.cse21 (<= ULTIMATE.start_s_run_~req_d~1 50)) (.cse22 (<= 50 ULTIMATE.start_s_run_~req_d~1)) (.cse23 (let ((.cse27 (<= 1 ULTIMATE.start_m_run_~a~0)) (.cse29 (= ~c_req_a~0 1))) (or (and .cse0 .cse27 .cse1 .cse28 .cse29 .cse7 .cse12 .cse30 .cse26 .cse16 .cse31) (and .cse0 .cse27 .cse1 .cse28 .cse29 .cse7 .cse12 .cse30 .cse16 .cse32 .cse31) (and .cse0 .cse27 .cse1 .cse28 .cse33 .cse29 .cse7 .cse12 .cse30 .cse16 .cse31) (and .cse0 .cse27 .cse1 .cse28 .cse29 .cse7 .cse34 .cse12 .cse30 .cse16 .cse31))))) (or (and .cse19 .cse20 .cse2 .cse21 .cse22 .cse11 .cse23 .cse24 .cse25) (and .cse2 .cse21 .cse22 (<= ULTIMATE.start_m_run_~req_d~0 51) .cse11 .cse23 .cse26 .cse24 .cse25 (<= 51 ULTIMATE.start_m_run_~req_d~0)))) (<= ULTIMATE.start_m_run_~a~0 1) .cse35 .cse18) (and (let ((.cse36 (<= ULTIMATE.start_s_memory_write_~v 52)) (.cse38 (<= ULTIMATE.start_s_run_~req_d~1 52)) (.cse39 (let ((.cse43 (<= ~c_req_a~0 3)) (.cse44 (<= 3 ~c_req_a~0))) (or (and .cse43 .cse0 .cse1 .cse28 .cse44 .cse7 (= ~a_t~0 3) .cse12 .cse30 .cse16 .cse31) (and .cse43 .cse0 .cse1 .cse28 .cse33 .cse44 .cse7 .cse12 .cse30 .cse16 .cse31))))) (or (and .cse36 .cse37 .cse38 .cse2 .cse39 .cse5 .cse40 .cse6 .cse41 .cse11 .cse42 .cse14) (and .cse36 .cse37 .cse38 .cse2 .cse39 .cse5 .cse40 .cse6 (= 53 ~c_req_d~0) .cse41 .cse11 .cse42 (= 53 ULTIMATE.start_m_run_~req_d~0)))) .cse18) (and .cse0 .cse1 .cse45 .cse2 .cse46 .cse4 (<= ~s_memory1~0 .cse47) .cse35 (<= .cse47 ~s_memory1~0) .cse7 .cse34 .cse9 .cse11 .cse12 .cse13 .cse48 .cse14 .cse16 .cse49 .cse50 .cse18) (and .cse0 .cse1 .cse2 .cse4 (<= ULTIMATE.start_s_memory_write_~v .cse51) (<= .cse47 ~s_memory3~0) .cse5 .cse6 .cse7 .cse41 .cse8 .cse9 .cse11 .cse12 .cse13 .cse14 .cse15 .cse16 (= 53 ULTIMATE.start_s_run_~req_d~1) .cse52 .cse18) (and .cse53 .cse0 .cse1 .cse37 .cse2 .cse4 .cse5 .cse40 .cse6 .cse7 .cse54 .cse9 .cse11 .cse12 .cse13 .cse48 .cse42 (<= ~c_req_d~0 52) .cse16 .cse49 (<= ULTIMATE.start_m_run_~a~0 2)) (and .cse0 .cse55 .cse1 .cse28 .cse7 .cse12 .cse30 .cse14 .cse26 .cse16 .cse56 .cse31 .cse18) (and (let ((.cse59 (<= 2 ~a_t~0))) (let ((.cse57 (<= ULTIMATE.start_s_run_~req_d~1 51)) (.cse58 (let ((.cse60 (<= 2 ~c_req_a~0)) (.cse61 (<= ~c_req_a~0 2))) (or (and .cse60 .cse0 .cse1 .cse28 (<= ~a_t~0 2) .cse7 .cse12 .cse30 .cse61 .cse16 .cse31 .cse59) (and .cse60 .cse0 .cse1 .cse28 .cse19 .cse20 .cse7 .cse12 .cse30 .cse61 .cse16 .cse31))))) (or (and .cse45 .cse2 .cse46 .cse57 .cse40 .cse11 .cse58 .cse50 .cse59) (and .cse45 (<= 52 ULTIMATE.start_m_run_~req_d~0) .cse2 .cse46 .cse57 .cse40 (<= ULTIMATE.start_m_run_~req_d~0 52) .cse11 .cse58 .cse50)))) (= ULTIMATE.start_m_run_~a~0 2) .cse35 .cse54 .cse18) (and .cse62 .cse0 .cse55 .cse1 .cse28 .cse63 .cse12 .cse30 .cse14 .cse26 .cse16 .cse56 .cse31 .cse18) (and .cse0 .cse4 .cse7 .cse12 .cse30) (and .cse0 .cse1 .cse2 .cse4 .cse7 .cse8 .cse9 .cse11 .cse12 .cse13 .cse48 .cse14 .cse26 .cse24 .cse16 .cse56 .cse25 .cse18) (and .cse62 .cse55 .cse4 .cse63 .cse12 .cse30 .cse31) (and .cse7 .cse9 .cse12 .cse30 .cse13) (and (let ((.cse64 (<= 4 ~c_req_a~0)) (.cse66 (<= ~c_req_a~0 4))) (or (and .cse53 .cse0 .cse1 .cse28 .cse64 .cse2 .cse3 (<= .cse65 ULTIMATE.start_m_run_~req_d~0) .cse5 (<= ULTIMATE.start_m_run_~req_d~0 .cse65) .cse6 .cse7 .cse11 .cse12 .cse30 .cse48 .cse15 .cse16 .cse66 .cse32 .cse31) (and .cse0 .cse1 .cse28 .cse64 .cse2 .cse3 .cse5 .cse6 .cse7 .cse11 .cse12 .cse30 .cse14 .cse15 .cse16 .cse66 .cse32 .cse31))) (<= 53 ULTIMATE.start_s_run_~req_d~1) (<= ~c_req_d~0 .cse17) .cse10 .cse49 .cse52 .cse18)))) [2021-10-28 23:20:12,869 INFO L853 garLoopResultBuilder]: At program point L1224(lines 1217 1243) the Hoare annotation is: (let ((.cse0 (= ~c_req_a~0 0)) (.cse1 (= ~c_empty_req~0 1)) (.cse2 (= 2 ~c_write_rsp_ev~0)) (.cse3 (= ~c_empty_rsp~0 1)) (.cse4 (= ~m_run_pc~0 ~c_m_lock~0)) (.cse5 (= ~m_run_pc~0 0)) (.cse6 (= ~m_run_pc~0 ~s_run_pc~0))) (or (and (= ~c_req_type~0 0) (<= 2 ~c_write_req_ev~0) .cse0 .cse1 .cse2 .cse3 (= ~a_t~0 0) .cse4 (<= 2 ~c_m_ev~0) .cse5 .cse6) (and .cse0 (not (= ~s_run_st~0 0)) .cse1 .cse2 .cse3 .cse4 .cse5 .cse6))) [2021-10-28 23:20:12,872 INFO L731 BasicCegarLoop]: Path program histogram: [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1] [2021-10-28 23:20:12,874 INFO L179 ceAbstractionStarter]: Computing trace abstraction results [2021-10-28 23:20:13,338 INFO L202 PluginConnector]: Adding new model de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction CFG 28.10 11:20:13 BoogieIcfgContainer [2021-10-28 23:20:13,339 INFO L132 PluginConnector]: ------------------------ END TraceAbstraction---------------------------- [2021-10-28 23:20:13,339 INFO L113 PluginConnector]: ------------------------Witness Printer---------------------------- [2021-10-28 23:20:13,340 INFO L271 PluginConnector]: Initializing Witness Printer... [2021-10-28 23:20:13,340 INFO L275 PluginConnector]: Witness Printer initialized [2021-10-28 23:20:13,340 INFO L185 PluginConnector]: Executing the observer RCFGCatcher from plugin Witness Printer for "de.uni_freiburg.informatik.ultimate.plugins.generator.rcfgbuilder CFG 28.10 11:08:45" (3/4) ... [2021-10-28 23:20:13,345 INFO L137 WitnessPrinter]: Generating witness for correct program [2021-10-28 23:20:13,379 INFO L910 BoogieBacktranslator]: Reduced CFG by removing 9 nodes and edges [2021-10-28 23:20:13,381 INFO L910 BoogieBacktranslator]: Reduced CFG by removing 5 nodes and edges [2021-10-28 23:20:13,383 INFO L910 BoogieBacktranslator]: Reduced CFG by removing 1 nodes and edges [2021-10-28 23:20:13,384 INFO L910 BoogieBacktranslator]: Reduced CFG by removing 1 nodes and edges [2021-10-28 23:20:13,419 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_d <= 50) && 2 == s_run_pc) && a_t == 1) && 50 <= req_d) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 53 <= req_d) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && a_t == 2) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && c_req_a <= 2) && 2 <= c_m_ev) && 51 <= req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((2 == s_run_pc && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && a_t + rsp_d <= 51 + req_tt_a) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && a == 2) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_a <= 3) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_tt_a == 3) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,420 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,420 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d) || ((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && req_d <= 50) && m_run_st == 0) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && a_t <= 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && m_run_st == 0) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_d <= 50) && 2 == s_run_pc) && a_t == 1) && 50 <= req_d) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && m_run_st == 0) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 53 <= req_d) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && m_run_st == 0) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && a_t == 2) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && c_req_a <= 2) && 2 <= c_m_ev) && 51 <= req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && c_req_d == 54) && 53 <= s_memory3) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && m_run_st == 0) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || ((((2 == s_run_pc && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || ((((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && m_run_st == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && a_t + rsp_d <= 51 + req_tt_a) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && a == 2) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_a <= 3) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_tt_a == 3) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1) [2021-10-28 23:20:13,422 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,422 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,422 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,423 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 53 == \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || ((((((((((((((((((((((((52 <= c_rsp_d && 52 <= rsp_d) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && \result <= 52) && x <= 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= x) && c_rsp_d <= 52) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && rsp_d == 54) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,423 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,424 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) [2021-10-28 23:20:13,425 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && s_memory1 <= a + 48) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && a <= 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && c_req_d == 54) && 53 <= s_memory3) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && s_memory1 <= 51) && a_t <= 2) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 52 <= req_d) && 2 <= a) && c_req_d <= 52) && 2 <= c_m_ev) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && v <= 51) && a_t <= 1) && 1 <= a_t) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= s_memory1) && c_req_d <= 51) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d) [2021-10-28 23:20:13,426 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 1) && 50 <= s_memory0) && c_req_a == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && a + 50 <= c_req_d)) || ((((((((((((((((((((((c_req_a <= 3 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && c_req_type == 0) && v == 54) && req_tt_a + 52 <= a_t + \result) && s_memory4 + req_tt_a <= s_memory3 + a_t + 1) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && 52 <= s_memory2) && a_t + 2 + \result <= s_memory3 + req_tt_a) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a == 4) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 49 + a <= s_memory1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && c_req_d <= a + 50) && 2 == s_run_pc) && s_memory1 <= 49 + a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_a <= 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && !(c_req_type == 0)) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d) [2021-10-28 23:20:13,426 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) || (((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 1) && 50 <= s_memory0) && c_req_a == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_a <= 3 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && c_req_type == 0) && v == 54) && req_tt_a + 52 <= a_t + \result) && s_memory4 + req_tt_a <= s_memory3 + a_t + 1) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && 52 <= s_memory2) && a_t + 2 + \result <= s_memory3 + req_tt_a) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a == 4) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 49 + a <= s_memory1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && c_req_d <= a + 50) && 2 == s_run_pc) && s_memory1 <= 49 + a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_a <= 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && !(c_req_type == 0)) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d) [2021-10-28 23:20:13,427 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,427 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) || ((((((((((((((((((((((((((a_t + 50 <= v && v <= a_t + 50) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1) && 3 <= a_t) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory1 <= a_t + 50) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 49 + a <= s_memory1) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && req_d <= 50) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a == 2) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && rsp_d <= 52) [2021-10-28 23:20:13,431 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && req_tt_a + 52 <= a_t + c_rsp_d) && s_memory1 <= 51) && 53 + req_a___0 <= s_memory3 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + c_rsp_d <= req_tt_a + 52) && s_memory2 <= 52) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && v <= s_memory3 + 1) && a + 48 <= s_memory1) && 2 <= a_t) || (((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t == 0) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && 53 + req_a___0 <= s_memory3 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory2 <= 52) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && 3 <= a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && c_rsp_d <= req_a___0 + 50) && 50 <= s_memory0) && s_memory1 <= 51) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && rsp_d <= req_tt_a + 50) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && req_a___0 + 50 <= rsp_d___0) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && req_a___0 + 50 <= c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_a___0 <= s_memory3 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && 5 <= a) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) [2021-10-28 23:20:13,431 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,432 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,434 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && s_memory4 + req_tt_a <= s_memory3 + a_t + 1) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && 50 <= s_memory0) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && a == 2) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && a_t + x <= 51 + req_tt_a) && 1 < req_a) && req_a <= 2) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && a + c_rsp_d <= 51 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,435 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,436 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && a_t + rsp_d <= 51 + req_tt_a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && s_memory2 <= 52) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 2 <= a_t) || (m_run_pc == 6 && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)))) || ((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 50 <= s_memory0) && x == 54) && s_memory1 <= 51) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && rsp_d == 54) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a == 0) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && 50 <= x) && s_memory2 <= 52) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && \result <= 50) && v <= s_memory3 + 1) && 50 <= c_rsp_d)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a + 52 <= a_t + c_rsp_d) && s_memory1 <= 51) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && s_memory2 <= 52) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && req_tt_a == 2) && v <= s_memory3 + 1) && rsp_d <= 52)) || (((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && req_tt_a + 52 <= a_t + c_rsp_d) && s_memory1 <= 51) && req_type == 0) && a_t + rsp_d <= req_tt_a + 52) && s_memory2 + a_t <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && a_t + c_rsp_d <= req_tt_a + 52) && a_t == 3) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && rsp_d <= 51) && s_memory1 <= a_t + 50) && s_memory2 <= 52) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 51 <= \result) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 + a_t <= req_tt_a + 52) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && 53 == \result) && a_t == 3) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d)) || ((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((c_req_type == 0 && v == 54) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a == 0) && 52 <= s_memory2) && s_memory2 <= 52) && s_memory4 == 54) && s_memory0 <= 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) [2021-10-28 23:20:13,436 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,437 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 53 + req_tt_a <= a_t + rsp_d) && 50 <= s_memory0) && 53 + req_tt_a <= a_t + x) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) [2021-10-28 23:20:13,437 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || ((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) [2021-10-28 23:20:13,438 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) [2021-10-28 23:20:13,438 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 53 + req_tt_a <= a_t + rsp_d) && 50 <= s_memory0) && 53 + req_tt_a <= a_t + x) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t)) || (((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) [2021-10-28 23:20:13,441 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) [2021-10-28 23:20:13,441 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory4 + req_tt_a <= a_t + \result + 1) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && 3 <= a_t)) || ((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) [2021-10-28 23:20:13,441 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) [2021-10-28 23:20:13,442 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && s_memory0 <= 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t == 1) && a_t + 50 <= req_d) && s_memory0 <= 50) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 49 + a <= s_memory1) && 52 <= v) && 50 <= s_memory0) && a == 2) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && s_memory0 <= 50) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 2 <= a_t)) || (((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t + 50 <= req_d) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t + 50 <= req_d) && s_memory0 <= 50) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) [2021-10-28 23:20:13,442 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) [2021-10-28 23:20:13,442 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) [2021-10-28 23:20:13,443 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((v == 54 && s_memory4 == 54) && ((((((((((((((((((((((((c_req_a <= 3 && (((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6))) && c_req_type == 0) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_tt_a == 3) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && a_t + \result <= req_tt_a + 52) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((((c_req_a <= 3 && (((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6))) && c_req_type == 0) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && a_t == 2) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && a_t + \result <= req_tt_a + 52) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0))) && 53 + req_tt_a <= s_memory3 + a_t) || ((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 53 <= v)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((v == 54 && ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && 2 <= c_req_a) && c_req_type == 0) && a_t == 2) && 50 <= s_memory0) && s_memory1 <= 51) && a_t + rsp_d <= 51 + req_tt_a) && req_type == 0) && 51 + req_tt_a <= a_t + rsp_d) && 52 <= s_memory2) && a_t + x <= 51 + req_tt_a) && 51 + req_tt_a <= a_t + x) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 2 == req_a___0) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && a_t + \result <= 51 + req_tt_a) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && 2 <= c_req_a) && c_req_type == 0) && 50 <= s_memory0) && s_memory1 <= 51) && a_t + rsp_d <= 51 + req_tt_a) && req_type == 0) && 51 + req_tt_a <= a_t + rsp_d) && 52 <= s_memory2) && a_t + x <= 51 + req_tt_a) && 51 + req_tt_a <= a_t + x) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 2 == req_a___0) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && s_memory2 + a <= 52 + req_a___0))) && s_memory4 == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((v == 54 && (((((((((((((a_t + 50 <= v && (((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6))) && c_req_type == 0) && c_req_a == 0) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && 51 <= s_memory1) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory0 <= 50) && req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && c_req_a == 0) && s_memory3 + req_tt_a <= s_memory1 + a_t + 2) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 51 <= s_memory1) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t == 0) && s_memory2 + a <= 52 + req_a___0))) && s_memory4 == 54) && req_d == 54) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && s_memory4 + req_tt_a <= a_t + 1 + c_rsp_d) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory4 + req_tt_a <= a_t + \result + 1) && 52 <= s_memory2) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && 4 <= a) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 53 <= v) && 49 + a <= s_memory3)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && v == 54) && s_memory3 + req_tt_a <= s_memory1 + a_t + 2) && 50 <= s_memory0) && c_req_a == 1) && req_a___0 == 1) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) [2021-10-28 23:20:13,444 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1) [2021-10-28 23:20:13,444 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) [2021-10-28 23:20:13,444 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1) || ((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && 2 <= a_t)) || ((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50)) || ((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && 51 <= \result) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) [2021-10-28 23:20:13,445 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) [2021-10-28 23:20:13,445 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d == 54) && 4 <= a_t) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) [2021-10-28 23:20:13,445 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d == 54) && 4 <= a_t) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) [2021-10-28 23:20:13,446 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && c_req_a == 1) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && 50 <= s_memory0) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d == 54) && 4 <= a_t) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && req_tt_a + 52 <= a_t + \result) && a_t == 2) && 50 <= s_memory0) && 3 <= c_req_a) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0)) || (((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && 50 <= s_memory0) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && 2 <= a) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) [2021-10-28 23:20:13,446 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,447 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,447 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,447 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,447 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,448 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,448 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && rsp_d___0 <= 52) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) [2021-10-28 23:20:13,449 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,449 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,449 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,449 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,450 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,450 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) [2021-10-28 23:20:13,450 WARN L220 nessWitnessGenerator]: Not writing invariant because ACSL is forbidden: (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 53 + req_tt_a <= a_t + rsp_d) && 50 <= s_memory0) && 53 + req_tt_a <= a_t + x) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 53 + req_a___0 <= a + c_rsp_d) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && 51 <= s_memory1) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && 4 <= a) && s_memory0 <= 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && a == 2) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) [2021-10-28 23:20:13,609 INFO L141 WitnessManager]: Wrote witness to /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/witness.graphml [2021-10-28 23:20:13,610 INFO L132 PluginConnector]: ------------------------ END Witness Printer---------------------------- [2021-10-28 23:20:13,611 INFO L168 Benchmark]: Toolchain (without parser) took 690551.25 ms. Allocated memory was 90.2 MB in the beginning and 2.5 GB in the end (delta: 2.4 GB). Free memory was 52.4 MB in the beginning and 1.2 GB in the end (delta: -1.2 GB). Peak memory consumption was 1.2 GB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,612 INFO L168 Benchmark]: CDTParser took 0.24 ms. Allocated memory is still 90.2 MB. Free memory is still 69.8 MB. There was no memory consumed. Max. memory is 16.1 GB. [2021-10-28 23:20:13,616 INFO L168 Benchmark]: CACSL2BoogieTranslator took 542.45 ms. Allocated memory was 90.2 MB in the beginning and 109.1 MB in the end (delta: 18.9 MB). Free memory was 52.2 MB in the beginning and 73.7 MB in the end (delta: -21.5 MB). Peak memory consumption was 6.3 MB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,616 INFO L168 Benchmark]: Boogie Procedure Inliner took 80.95 ms. Allocated memory is still 109.1 MB. Free memory was 73.7 MB in the beginning and 70.6 MB in the end (delta: 3.2 MB). Peak memory consumption was 4.2 MB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,617 INFO L168 Benchmark]: Boogie Preprocessor took 84.61 ms. Allocated memory is still 109.1 MB. Free memory was 70.6 MB in the beginning and 66.9 MB in the end (delta: 3.7 MB). Peak memory consumption was 4.2 MB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,617 INFO L168 Benchmark]: RCFGBuilder took 1274.32 ms. Allocated memory is still 109.1 MB. Free memory was 66.9 MB in the beginning and 74.9 MB in the end (delta: -8.0 MB). Peak memory consumption was 34.5 MB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,618 INFO L168 Benchmark]: TraceAbstraction took 688290.96 ms. Allocated memory was 109.1 MB in the beginning and 2.5 GB in the end (delta: 2.4 GB). Free memory was 74.3 MB in the beginning and 1.3 GB in the end (delta: -1.2 GB). Peak memory consumption was 1.7 GB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,618 INFO L168 Benchmark]: Witness Printer took 271.03 ms. Allocated memory is still 2.5 GB. Free memory was 1.3 GB in the beginning and 1.2 GB in the end (delta: 35.7 MB). Peak memory consumption was 35.7 MB. Max. memory is 16.1 GB. [2021-10-28 23:20:13,621 INFO L339 ainManager$Toolchain]: ####################### End [Toolchain 1] ####################### --- Results --- * Results from de.uni_freiburg.informatik.ultimate.core: - StatisticsResult: Toolchain Benchmarks Benchmark results are: * CDTParser took 0.24 ms. Allocated memory is still 90.2 MB. Free memory is still 69.8 MB. There was no memory consumed. Max. memory is 16.1 GB. * CACSL2BoogieTranslator took 542.45 ms. Allocated memory was 90.2 MB in the beginning and 109.1 MB in the end (delta: 18.9 MB). Free memory was 52.2 MB in the beginning and 73.7 MB in the end (delta: -21.5 MB). Peak memory consumption was 6.3 MB. Max. memory is 16.1 GB. * Boogie Procedure Inliner took 80.95 ms. Allocated memory is still 109.1 MB. Free memory was 73.7 MB in the beginning and 70.6 MB in the end (delta: 3.2 MB). Peak memory consumption was 4.2 MB. Max. memory is 16.1 GB. * Boogie Preprocessor took 84.61 ms. Allocated memory is still 109.1 MB. Free memory was 70.6 MB in the beginning and 66.9 MB in the end (delta: 3.7 MB). Peak memory consumption was 4.2 MB. Max. memory is 16.1 GB. * RCFGBuilder took 1274.32 ms. Allocated memory is still 109.1 MB. Free memory was 66.9 MB in the beginning and 74.9 MB in the end (delta: -8.0 MB). Peak memory consumption was 34.5 MB. Max. memory is 16.1 GB. * TraceAbstraction took 688290.96 ms. Allocated memory was 109.1 MB in the beginning and 2.5 GB in the end (delta: 2.4 GB). Free memory was 74.3 MB in the beginning and 1.3 GB in the end (delta: -1.2 GB). Peak memory consumption was 1.7 GB. Max. memory is 16.1 GB. * Witness Printer took 271.03 ms. Allocated memory is still 2.5 GB. Free memory was 1.3 GB in the beginning and 1.2 GB in the end (delta: 35.7 MB). Peak memory consumption was 35.7 MB. Max. memory is 16.1 GB. * Results from de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction: - StatisticsResult: ErrorAutomatonStatistics NumberErrorTraces: 0, NumberStatementsAllTraces: 0, NumberRelevantStatements: 0, 0.0s ErrorAutomatonConstructionTimeTotal, 0.0s FaulLocalizationTime, NumberStatementsFirstTrace: -1, TraceLengthAvg: 0, 0.0s ErrorAutomatonConstructionTimeAvg, 0.0s ErrorAutomatonDifferenceTimeAvg, 0.0s ErrorAutomatonDifferenceTimeTotal, NumberOfNoEnhancement: 0, NumberOfFiniteEnhancement: 0, NumberOfInfiniteEnhancement: 0 - PositiveResult [Line: 12]: call to reach_error is unreachable For all program executions holds that call to reach_error is unreachable at this location - PositiveResult [Line: 12]: call to reach_error is unreachable For all program executions holds that call to reach_error is unreachable at this location - PositiveResult [Line: 12]: call to reach_error is unreachable For all program executions holds that call to reach_error is unreachable at this location - PositiveResult [Line: 12]: call to reach_error is unreachable For all program executions holds that call to reach_error is unreachable at this location - PositiveResult [Line: 12]: call to reach_error is unreachable For all program executions holds that call to reach_error is unreachable at this location - StatisticsResult: Ultimate Automizer benchmark data CFG has 1 procedures, 278 locations, 5 error locations. Started 1 CEGAR loops. OverallTime: 687.7s, OverallIterations: 36, TraceHistogramMax: 21, PathProgramHistogramMax: 1, EmptinessCheckTime: 0.2s, AutomataDifference: 77.2s, DeadEndRemovalTime: 0.0s, HoareAnnotationTime: 503.7s, InitialAbstractionConstructionTime: 0.0s, PartialOrderReductionTime: 0.0s, HoareTripleCheckerStatistics: 29360 SDtfs, 117414 SDslu, 303864 SDs, 0 SdLazy, 28472 SolverSat, 3272 SolverUnsat, 0 SolverUnknown, 0 SolverNotchecked, 12.8s Time, PredicateUnifierStatistics: 0 DeclaredPredicates, 12079 GetRequests, 10777 SyntacticMatches, 21 SemanticMatches, 1281 ConstructedPredicates, 0 IntricatePredicates, 0 DeprecatedPredicates, 47517 ImplicationChecksByTransitivity, 37.4s Time, 0.0s BasicInterpolantAutomatonTime, BiggestAbstraction: size=9263occurred in iteration=23, InterpolantAutomatonStates: 1036, traceCheckStatistics: No data available, InterpolantConsolidationStatistics: No data available, PathInvariantsStatistics: No data available, 0/0 InterpolantCoveringCapability, TotalInterpolationStatistics: No data available, 0.0s DumpTime, AutomataMinimizationStatistics: 14.6s AutomataMinimizationTime, 36 MinimizatonAttempts, 110402 StatesRemovedByMinimization, 33 NontrivialMinimizations, HoareAnnotationStatistics: 0.0s HoareAnnotationTime, 98 LocationsWithAnnotation, 98 PreInvPairs, 1201 NumberOfFragments, 97373 HoareAnnotationTreeSize, 98 FomulaSimplifications, 202183315477206 FormulaSimplificationTreeSizeReduction, 130.8s HoareSimplificationTime, 98 FomulaSimplificationsInter, 18093446231995 FormulaSimplificationTreeSizeReductionInter, 372.6s HoareSimplificationTimeInter, RefinementEngineStatistics: TRACE_CHECK: 1.1s SsaConstructionTime, 4.4s SatisfiabilityAnalysisTime, 54.9s InterpolantComputationTime, 23379 NumberOfCodeBlocks, 23379 NumberOfCodeBlocksAsserted, 54 NumberOfCheckSat, 23325 ConstructedInterpolants, 0 QuantifiedInterpolants, 106331 SizeOfPredicates, 210 NumberOfNonLiveVariables, 29135 ConjunctsInSsa, 534 ConjunctsInUnsatCore, 54 InterpolantComputations, 23 PerfectInterpolantSequences, 27516/54532 InterpolantCoveringCapability, INVARIANT_SYNTHESIS: No data available, INTERPOLANT_CONSOLIDATION: No data available, ABSTRACT_INTERPRETATION: No data available, PDR: No data available, ACCELERATED_INTERPOLATION: No data available, SIFA: No data available, ReuseStatistics: No data available - AllSpecificationsHoldResult: All specifications hold 5 specifications checked. All of them hold - InvariantResult [Line: 976]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && s_memory4 + req_tt_a <= s_memory3 + a_t + 1) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && 50 <= s_memory0) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && a == 2) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && a_t + x <= 51 + req_tt_a) && 1 < req_a) && req_a <= 2) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && a + c_rsp_d <= 51 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 1130]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d) || ((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && req_d <= 50) && m_run_st == 0) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && a_t <= 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && m_run_st == 0) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_d <= 50) && 2 == s_run_pc) && a_t == 1) && 50 <= req_d) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && m_run_st == 0) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 53 <= req_d) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && m_run_st == 0) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && a_t == 2) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && c_req_a <= 2) && 2 <= c_m_ev) && 51 <= req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && c_req_d == 54) && 53 <= s_memory3) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && m_run_st == 0) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || ((((2 == s_run_pc && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && m_run_st == 0) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && m_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || ((((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && m_run_st == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && a_t + rsp_d <= 51 + req_tt_a) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && a == 2) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_a <= 3) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_tt_a == 3) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: 0 - InvariantResult [Line: 1247]: Loop Invariant Derived loop invariant: ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && m_run_pc == c_m_lock) && 2 <= c_m_ev) && m_run_pc == 0) && m_run_pc == s_run_pc) || (((((((c_req_a == 0 && !(s_run_st == 0)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == c_m_lock) && m_run_pc == 0) && m_run_pc == s_run_pc) - InvariantResult [Line: 1225]: Loop Invariant Derived loop invariant: ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && m_run_pc == c_m_lock) && 2 <= c_m_ev) && m_run_pc == 0) && m_run_pc == s_run_pc) || (((((((c_req_a == 0 && !(s_run_st == 0)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == c_m_lock) && m_run_pc == 0) && m_run_pc == s_run_pc) - InvariantResult [Line: 701]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 351]: Loop Invariant Derived loop invariant: (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 599]: Loop Invariant Derived loop invariant: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d == 54) && 4 <= a_t) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) - InvariantResult [Line: 717]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && a_t <= 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) || (((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= s_memory1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && !(c_req_type == 0)) && 2 <= a_t)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && c_req_d == 54) && 53 <= req_d) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0))) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_d <= 50) && 2 == s_run_pc) && a_t == 1) && 50 <= req_d) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v) && !(c_req_type == 0))) || (((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && 53 == c_req_d) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 3 <= a_t) && !(c_req_type == 0))) || (((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && a_t + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1)) || ((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && !(c_req_type == 0))) || ((((2 == s_run_pc && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory1 + 2 <= req_d) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 3 <= a_t) && 53 == req_d) && 53 <= v) - InvariantResult [Line: 1044]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 1076]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 233]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((c_req_a <= 3 && req_a <= 3) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && !(req_type == 0)) && 3 <= c_req_a) && !(s_run_st == 0)) && a_t <= 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && 53 == c_req_d) && s_memory1 <= a + 48) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && 2 <= c_m_ev) && 53 == req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d) && req_d <= s_memory1 + 2) || (((((((((((((((((((((((1 <= c_m_lock && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(req_type == 0)) && !(s_run_st == 0)) && req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || (((((((((c_req_a == 0 && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) && !(c_req_type == 0))) || ((((((((((((((((((((((((((2 <= c_req_a && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 50 <= s_memory0) && !(req_type == 0)) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && 2 <= req_a) && 51 <= req_d) && req_a <= 2) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && !(req_type == 0)) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3) || (((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && !(req_type == 0)) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) && 3 <= a_t) - InvariantResult [Line: 871]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && s_memory1 <= a + 48) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && a <= 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && c_req_d == 54) && 53 <= s_memory3) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && s_memory1 <= 51) && a_t <= 2) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 52 <= req_d) && 2 <= a) && c_req_d <= 52) && 2 <= c_m_ev) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && v <= 51) && a_t <= 1) && 1 <= a_t) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= s_memory1) && c_req_d <= 51) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d) - InvariantResult [Line: 840]: Loop Invariant Derived loop invariant: (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 53 + req_tt_a <= a_t + rsp_d) && 50 <= s_memory0) && 53 + req_tt_a <= a_t + x) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 53 + req_a___0 <= a + c_rsp_d) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && 51 <= s_memory1) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && 4 <= a) && s_memory0 <= 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && a == 2) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_a___0 + 50 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) - InvariantResult [Line: 954]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 1282]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 335]: Loop Invariant Derived loop invariant: (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 1328]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 53 == \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || ((((((((((((((((((((((((52 <= c_rsp_d && 52 <= rsp_d) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && \result <= 52) && x <= 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= x) && c_rsp_d <= 52) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && rsp_d == 54) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 685]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 156]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 2 <= c_write_req_ev) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 49 + a <= s_memory3) || (((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && a == 0) && a + 50 <= req_d) && !(c_m_lock == 1)) && req_d <= a + 50) && c_empty_req == 1) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((!(req_type == 0) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0)) || (((((((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && !(c_m_lock == 1)) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && 2 <= req_a) && a_t + 50 <= c_req_d) && 51 <= req_d) && req_a <= 2)) || ((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 2 <= c_write_req_ev) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && c_req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) || ((((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && req_a == 1) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && req_d <= 51) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v) && 51 <= req_d)) || (((((((((((((((((((((((((req_a <= 3 && v <= a_t + 50) && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && a + 50 <= req_d) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && s_memory1 <= a + 48) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 53 == req_d)) || ((((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && a == 0) && a + 50 <= req_d) && !(c_m_lock == 1)) && req_d <= a + 50) && 2 == s_run_pc) && c_empty_req == 1) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 1011]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) || ((((((((((((((((((((((((((a_t + 50 <= v && v <= a_t + 50) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1) && 3 <= a_t) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory1 <= a_t + 50) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 49 + a <= s_memory1) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && req_d <= 50) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a == 2) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && ((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && rsp_d <= 52) - InvariantResult [Line: 607]: Loop Invariant Derived loop invariant: ((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && c_req_a == 1) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && 50 <= s_memory0) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d == 54) && 4 <= a_t) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && req_tt_a + 52 <= a_t + \result) && a_t == 2) && 50 <= s_memory0) && 3 <= c_req_a) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0)) || (((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && 50 <= s_memory0) && (((((((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) && m_run_pc == 6)) || ((a == 1 && (((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev))) && m_run_pc == 6)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && 2 <= a) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) - InvariantResult [Line: 188]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t + 50 <= req_d) && req_d <= 51) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v) && 51 <= req_d) || ((((((((((((((((((((((((req_a <= 3 && v <= a_t + 50) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && s_memory1 <= a + 48) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 53 == req_d) && a + 48 <= s_memory1)) || (((((((!(req_type == 0) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0)) || ((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && 1 <= c_m_lock) && s_run_pc == 0) && a == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 49 + a <= s_memory3) || ((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && c_req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) && 4 <= a)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && 2 <= req_a) && a_t + 50 <= c_req_d) && 51 <= req_d) && req_a <= 2)) || (((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 791]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 583]: Loop Invariant Derived loop invariant: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) - InvariantResult [Line: 709]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: 0 - InvariantResult [Line: 189]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && req_d <= 51) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v) && 51 <= req_d) || ((((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && c_empty_req == 1) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && 2 <= req_a) && a_t + 50 <= c_req_d) && 51 <= req_d) && req_a <= 2)) || (((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 53 <= c_req_d) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && a + 50 <= req_d) && 52 <= s_memory2) && req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a + 50 <= c_req_d) && 49 + a <= s_memory3) || (((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 53 <= c_req_d) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && a + 50 <= req_d) && 52 <= s_memory2) && req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 49 + a <= s_memory3)) && 4 <= a)) || (((((((((((((((((((((((((req_a <= 3 && v <= a_t + 50) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && s_memory1 <= a + 48) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 53 == req_d) && a + 48 <= s_memory1)) || (((((((((((((((((c_req_type == 0 && !(2 == s_run_pc)) && 2 <= c_write_req_ev) && c_req_a == 0) && 1 <= c_m_lock) && !(req_type == 0)) && s_run_pc == 0) && a == 0) && a + 50 <= req_d) && req_d <= a + 50) && c_empty_req == 1) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((!(2 == s_run_pc) && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) - InvariantResult [Line: 249]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((1 <= c_m_lock && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && 51 <= req_d) && a + 50 <= c_req_d) || ((((((((((((((((((((((((2 <= c_req_a && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && 2 <= req_a) && 51 <= req_d) && req_a <= 2) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && req_d == 54) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3) || ((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && req_d == 54) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) && 3 <= a_t)) || (((((((((c_req_a == 0 && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) && !(c_req_type == 0))) || (((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((c_req_a <= 3 && req_a <= 3) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && 53 == c_req_d) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && 2 <= c_m_ev) && 53 == req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d) && req_d <= s_memory1 + 2)) || ((((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && req_type == 1) && 2 == c_write_rsp_ev) && c_req_d <= a_t + 50) && req_a == 0) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d) - InvariantResult [Line: 145]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory1 + 2 <= req_d) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 3 <= a_t) && 53 == req_d) && 53 <= v) && 49 + a <= s_memory3) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && a == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && a == 0) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a <= 2)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v)) || (((((((!(s_run_st == 0) && s_run_pc == 0) && a == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 48 <= s_memory1)) || (((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && 5 <= a) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1) - InvariantResult [Line: 693]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 257]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((1 <= c_m_lock && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && 51 <= req_d) && a + 50 <= c_req_d) || ((((((((((((((((((((((((2 <= c_req_a && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && 2 <= req_a) && 51 <= req_d) && req_a <= 2) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && req_d == 54) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3) || ((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && req_d == 54) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) && 3 <= a_t)) || (((((((((c_req_a == 0 && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) && !(c_req_type == 0))) || (((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((c_req_a <= 3 && req_a <= 3) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && 53 == c_req_d) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && 2 <= c_m_ev) && 53 == req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d) && req_d <= s_memory1 + 2)) || ((((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && req_type == 1) && 2 == c_write_rsp_ev) && c_req_d <= a_t + 50) && req_a == 0) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d) - InvariantResult [Line: 1298]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: 0 - InvariantResult [Line: 758]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && rsp_d___0 <= 52) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 799]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 783]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 1098]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && s_memory0 <= 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t == 1) && a_t + 50 <= req_d) && s_memory0 <= 50) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 49 + a <= s_memory1) && 52 <= v) && 50 <= s_memory0) && a == 2) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && s_memory0 <= 50) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 2 <= a_t)) || (((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t + 50 <= req_d) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && ((((!(s_run_st == 0) && s_run_pc == 0) && c_empty_req == 1) && m_run_pc == 3) || ((2 == s_run_pc && c_empty_req == 1) && m_run_pc == 3))) && a_t + 50 <= req_d) && s_memory0 <= 50) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) - InvariantResult [Line: 57]: Loop Invariant Derived loop invariant: (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1) || ((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && 2 <= a_t)) || ((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50)) || ((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && 51 <= \result) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) - InvariantResult [Line: 1]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 2 <= a_t) || (((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory1 + a <= 51 + req_a___0) && 51 <= x) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a + 50 <= x) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 922]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 1362]: Loop Invariant Derived loop invariant: 1 - InvariantResult [Line: 1124]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 930]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 279]: Loop Invariant Derived loop invariant: ((((((((((c_req_a == 0 && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) && !(c_req_type == 0)) || (((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || (((!(s_run_st == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) - InvariantResult [Line: 739]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 <= 52) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 == rsp_d___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((((((c_req_type == 0 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51) - InvariantResult [Line: 299]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || ((((((((((((a_t <= 1 && 1 <= a_t) && 50 <= s_memory0) && req_d <= 50) && 50 <= req_d) && s_memory0 <= 50) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && c_req_a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && !(c_req_type == 0)) || ((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && c_req_a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t) && !(c_req_type == 0))) || ((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && a_t == 2) && c_req_a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0))) || ((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && c_req_a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0)))) && v <= 50) && 50 <= v) || (((((((((50 <= s_memory0 && req_d <= 50) && 50 <= req_d) && req_d <= 51) && s_memory0 <= 50) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && c_req_a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && !(c_req_type == 0)) || ((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && c_req_a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t) && !(c_req_type == 0))) || ((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && a_t == 2) && c_req_a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0))) || ((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && c_req_a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0)))) && a_t == 0) && v <= 50) && 50 <= v) && 51 <= req_d)) && a <= 1) && c_req_d <= a + 50) && a + 50 <= c_req_d)) || (((((((((((((v <= 52 && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && (((((((((((c_req_a <= 3 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 3 <= c_req_a) && 2 == s_run_pc) && a_t == 3) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0)) || ((((((((((c_req_a <= 3 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && a_t == 2) && 3 <= c_req_a) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0)))) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 <= a + 48) && s_memory0 <= 50) && 52 <= req_d) && c_req_d <= a_t + 50) || ((((((((((((v <= 52 && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && (((((((((((c_req_a <= 3 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 3 <= c_req_a) && 2 == s_run_pc) && a_t == 3) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0)) || ((((((((((c_req_a <= 3 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && a_t == 2) && 3 <= c_req_a) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && !(c_req_type == 0)))) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == c_req_d) && s_memory1 <= a + 48) && s_memory0 <= 50) && 52 <= req_d) && 53 == req_d)) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((v <= 51 && 50 <= s_memory0) && 51 <= v) && req_d <= 51) && 51 <= s_memory1) && s_memory0 <= 50) && ((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_a <= 2) && 2 <= c_m_ev) && !(c_req_type == 0)) && 2 <= a_t) || (((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_a <= 2) && 2 <= c_m_ev) && !(c_req_type == 0)))) && 51 <= req_d) && 2 <= a_t) || (((((((((v <= 51 && 52 <= req_d) && 50 <= s_memory0) && 51 <= v) && req_d <= 51) && 51 <= s_memory1) && req_d <= 52) && s_memory0 <= 50) && ((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_a <= 2) && 2 <= c_m_ev) && !(c_req_type == 0)) && 2 <= a_t) || (((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_a <= 2) && 2 <= c_m_ev) && !(c_req_type == 0)))) && 51 <= req_d)) && a == 2) && c_req_d <= a + 50) && s_memory1 <= 49 + a) && a + 50 <= c_req_d)) || (((((((((((((!(2 == s_run_pc) && 2 <= c_write_req_ev) && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((!(2 == s_run_pc) && c_req_a == 0) && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && !(c_req_type == 0))) || ((((2 == s_run_pc && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || (((((((((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && a + 50 <= req_d) && 52 <= s_memory2) && req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && 3 <= a_t) && !(c_req_type == 0)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && 3 <= a_t) && !(c_req_type == 0))) && 53 <= req_d) && c_req_d <= s_memory3 + 1) && 4 <= a) && a_t + 50 <= c_req_d) && 53 <= v) && a + 50 <= c_req_d) - InvariantResult [Line: 505]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || ((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && ((((((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || ((((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) - InvariantResult [Line: 767]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 425]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && c_req_d <= 51) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && a_t + 50 <= c_req_d) && a <= 2) - InvariantResult [Line: 871]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) || (((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 1) && 50 <= s_memory0) && c_req_a == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_a <= 3 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && c_req_type == 0) && v == 54) && req_tt_a + 52 <= a_t + \result) && s_memory4 + req_tt_a <= s_memory3 + a_t + 1) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && 52 <= s_memory2) && a_t + 2 + \result <= s_memory3 + req_tt_a) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a == 4) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 49 + a <= s_memory1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && c_req_d <= a + 50) && 2 == s_run_pc) && s_memory1 <= 49 + a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_a <= 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && !(c_req_type == 0)) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d) - InvariantResult [Line: 408]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && v <= 51) && a_t <= 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && a + 50 <= c_req_d) - InvariantResult [Line: 389]: Loop Invariant Derived loop invariant: (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 889]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && a_t <= 1) && 50 <= s_memory0) && c_req_a == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && a + 50 <= c_req_d)) || ((((((((((((((((((((((c_req_a <= 3 && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && c_req_type == 0) && v == 54) && req_tt_a + 52 <= a_t + \result) && s_memory4 + req_tt_a <= s_memory3 + a_t + 1) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && 52 <= s_memory2) && a_t + 2 + \result <= s_memory3 + req_tt_a) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) && c_req_type == 0) && v == 54) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && req_tt_a == 4) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 49 + a <= s_memory1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && c_req_d <= a + 50) && 2 == s_run_pc) && s_memory1 <= 49 + a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_a <= 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && !(c_req_type == 0)) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d) - InvariantResult [Line: 1201]: Loop Invariant Derived loop invariant: ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && m_run_pc == c_m_lock) && 2 <= c_m_ev) && m_run_pc == 0) && m_run_pc == s_run_pc) || (((((((c_req_a == 0 && !(s_run_st == 0)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == c_m_lock) && m_run_pc == 0) && m_run_pc == s_run_pc) - InvariantResult [Line: 496]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && req_tt_a + 52 <= a_t + c_rsp_d) && s_memory1 <= 51) && 53 + req_a___0 <= s_memory3 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + c_rsp_d <= req_tt_a + 52) && s_memory2 <= 52) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && v <= s_memory3 + 1) && a + 48 <= s_memory1) && 2 <= a_t) || (((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t == 0) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && 53 + req_a___0 <= s_memory3 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory2 <= 52) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && 3 <= a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && c_rsp_d <= req_a___0 + 50) && 50 <= s_memory0) && s_memory1 <= 51) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && rsp_d <= req_tt_a + 50) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && req_a___0 + 50 <= rsp_d___0) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && req_a___0 + 50 <= c_rsp_d) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_a___0 <= s_memory3 + a) && rsp_d___0 < 51 + req_a___0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && req_a___0 + 50 <= rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 2 <= a_t)) || (((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && 5 <= a) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) - InvariantResult [Line: 629]: Loop Invariant Derived loop invariant: (((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || (((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || (((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((3 <= a && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) - InvariantResult [Line: 871]: Loop Invariant Derived loop invariant: 0 - InvariantResult [Line: 155]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 2 <= c_write_req_ev) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 49 + a <= s_memory3) || (((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && a == 0) && a + 50 <= req_d) && !(c_m_lock == 1)) && req_d <= a + 50) && c_empty_req == 1) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((!(req_type == 0) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0)) || (((((((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && !(c_m_lock == 1)) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && 2 <= req_a) && a_t + 50 <= c_req_d) && 51 <= req_d) && req_a <= 2)) || ((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 2 <= c_write_req_ev) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && c_req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) || ((((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && req_a == 1) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && req_d <= 51) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 50 <= v) && 51 <= req_d)) || (((((((((((((((((((((((((req_a <= 3 && v <= a_t + 50) && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && a + 50 <= req_d) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && s_memory1 <= a + 48) && c_empty_req == 1) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 53 == req_d)) || ((((((((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && a == 0) && a + 50 <= req_d) && !(c_m_lock == 1)) && req_d <= a + 50) && 2 == s_run_pc) && c_empty_req == 1) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 938]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 433]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && c_req_d <= 51) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && a_t + 50 <= c_req_d) && a <= 2) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: ((((((((!(2 == s_run_pc) && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0) || (((((((((((c_req_type == 0 && !(2 == s_run_pc)) && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 298]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) - InvariantResult [Line: 648]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1) - InvariantResult [Line: 1209]: Loop Invariant Derived loop invariant: ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && m_run_pc == c_m_lock) && 2 <= c_m_ev) && m_run_pc == 0) && m_run_pc == s_run_pc) || (((((((c_req_a == 0 && !(s_run_st == 0)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == c_m_lock) && m_run_pc == 0) && m_run_pc == s_run_pc) - InvariantResult [Line: 343]: Loop Invariant Derived loop invariant: (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 1178]: Loop Invariant Derived loop invariant: 1 - InvariantResult [Line: 449]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && c_req_d <= 51) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && a_t + 50 <= c_req_d) && a <= 2) - InvariantResult [Line: 506]: Loop Invariant Derived loop invariant: (((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 53 + req_tt_a <= a_t + rsp_d) && 50 <= s_memory0) && 53 + req_tt_a <= a_t + x) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && (((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 2) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && a_t == 2) && !(s_run_st == 0)) && !(c_m_lock == 1)) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && !(s_run_st == 0)) && a <= 1) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && a <= 4) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) - InvariantResult [Line: 359]: Loop Invariant Derived loop invariant: (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 1068]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 417]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && c_req_d <= 51) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && a_t + 50 <= c_req_d) && a <= 2) - InvariantResult [Line: 1130]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && !(c_req_type == 0)) && a + 50 <= c_req_d) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_d <= 50) && 2 == s_run_pc) && a_t == 1) && 50 <= req_d) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && c_req_a == 0) && 50 <= s_memory0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 53 <= req_d) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && c_req_d <= a + 50) && s_memory2 <= 52) && c_req_d <= s_memory3 + 1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && 53 <= v) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && a_t == 2) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && c_req_a <= 2) && 2 <= c_m_ev) && 51 <= req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((2 == s_run_pc && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && 2 <= c_req_a) && c_req_type == 0) && v == 54) && 50 <= s_memory0) && a_t + rsp_d <= 51 + req_tt_a) && 53 + req_a___0 <= s_memory3 + a) && req_type == 0) && a == 2) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory1 <= 49 + a) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || (((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a <= 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) && c_req_a <= 3) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_tt_a == 3) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: 0 - InvariantResult [Line: 591]: Loop Invariant Derived loop invariant: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && a == 0) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d == 54) && 4 <= a_t) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) - InvariantResult [Line: 539]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 53 + req_tt_a <= a_t + rsp_d) && 50 <= s_memory0) && 53 + req_tt_a <= a_t + x) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t)) || (((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && (((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || ((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) - InvariantResult [Line: 1052]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 144]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && 5 <= a) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && v <= s_memory3 + 1 - InvariantResult [Line: 1193]: Loop Invariant Derived loop invariant: ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && m_run_pc == c_m_lock) && 2 <= c_m_ev) && m_run_pc == 0) && m_run_pc == s_run_pc) || (((((((c_req_a == 0 && !(s_run_st == 0)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == c_m_lock) && m_run_pc == 0) && m_run_pc == s_run_pc) - InvariantResult [Line: 1060]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 + 2 <= s_memory3) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && req_d <= 51) && 51 <= c_req_d) && 51 <= s_memory1) && c_req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || (((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 775]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 1274]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 649]: Loop Invariant Derived loop invariant: (((((((((((((((((((((v == 54 && s_memory4 == 54) && ((((((((((((((((((((((((c_req_a <= 3 && (((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6))) && c_req_type == 0) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_tt_a == 3) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && a_t + \result <= req_tt_a + 52) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((((c_req_a <= 3 && (((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6))) && c_req_type == 0) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && a_t == 2) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && a_t + \result <= req_tt_a + 52) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 3 == req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0))) && 53 + req_tt_a <= s_memory3 + a_t) || ((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 53 <= v)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((v == 54 && ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && 2 <= c_req_a) && c_req_type == 0) && a_t == 2) && 50 <= s_memory0) && s_memory1 <= 51) && a_t + rsp_d <= 51 + req_tt_a) && req_type == 0) && 51 + req_tt_a <= a_t + rsp_d) && 52 <= s_memory2) && a_t + x <= 51 + req_tt_a) && 51 + req_tt_a <= a_t + x) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 2 == req_a___0) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && a_t + \result <= 51 + req_tt_a) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && 2 <= c_req_a) && c_req_type == 0) && 50 <= s_memory0) && s_memory1 <= 51) && a_t + rsp_d <= 51 + req_tt_a) && req_type == 0) && 51 + req_tt_a <= a_t + rsp_d) && 52 <= s_memory2) && a_t + x <= 51 + req_tt_a) && 51 + req_tt_a <= a_t + x) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 2 == req_a___0) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && s_memory2 + a <= 52 + req_a___0))) && s_memory4 == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((v == 54 && (((((((((((((a_t + 50 <= v && (((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6))) && c_req_type == 0) && c_req_a == 0) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && 51 <= s_memory1) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory0 <= 50) && req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0) || ((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && c_req_a == 0) && s_memory3 + req_tt_a <= s_memory1 + a_t + 2) && 50 <= s_memory0) && 52 + req_a___0 <= s_memory2 + a) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && 51 <= s_memory1) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t == 0) && s_memory2 + a <= 52 + req_a___0))) && s_memory4 == 54) && req_d == 54) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && s_memory4 + req_tt_a <= a_t + 1 + c_rsp_d) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory4 + req_tt_a <= a_t + \result + 1) && 52 <= s_memory2) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && 4 <= a) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 53 <= v) && 49 + a <= s_memory3)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && 53 == rsp_d) && a + 48 <= s_memory1)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && a == 1) && m_run_pc == 6)) || ((a == 2 && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t <= 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 2 <= a_t))) && m_run_pc == 6)) && c_req_type == 0) && v == 54) && s_memory3 + req_tt_a <= s_memory1 + a_t + 2) && 50 <= s_memory0) && c_req_a == 1) && req_a___0 == 1) && s_memory1 + a_t + 2 <= s_memory3 + req_tt_a) && req_type == 0) && s_memory1 + a + 2 <= s_memory3 + req_a___0) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && s_memory2 + a <= 52 + req_a___0)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) - InvariantResult [Line: 821]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a == 3) && 52 + req_a___0 <= s_memory2 + a) && 53 == x) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d___0) && 3 <= a_t) && 53 == rsp_d) && a + 48 <= s_memory1) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && 51 + req_a___0 <= a + rsp_d___0) && c_rsp_d <= 51)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && rsp_d___0 <= 52) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && 52 <= rsp_d___0) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && 49 + req_a___0 < rsp_d___0) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 50 <= x) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && rsp_d___0 <= 50) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && rsp_d___0 == 54) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && 52 + req_a___0 <= s_memory2 + a) && ((((((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a_t) || ((((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 3 <= a_t)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 6 <= m_run_pc) && !(c_m_lock == 1)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6)) || ((((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0))) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && rsp_d == 54) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 441]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && c_req_d <= 51) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && a_t + 50 <= c_req_d) && a <= 2) - InvariantResult [Line: 112]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && a_t + rsp_d <= 51 + req_tt_a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && s_memory2 <= 52) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 2 <= a_t) || (m_run_pc == 6 && (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)))) || ((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 50 <= s_memory0) && x == 54) && s_memory1 <= 51) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && rsp_d == 54) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a == 0) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && 50 <= x) && s_memory2 <= 52) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && \result <= 50) && v <= s_memory3 + 1) && 50 <= c_rsp_d)) || ((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_tt_a + 52 <= a_t + c_rsp_d) && s_memory1 <= 51) && req_type == 0) && req_tt_a + 52 <= a_t + rsp_d) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && s_memory2 <= 52) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && req_tt_a == 2) && v <= s_memory3 + 1) && rsp_d <= 52)) || (((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && req_tt_a + 52 <= a_t + c_rsp_d) && s_memory1 <= 51) && req_type == 0) && a_t + rsp_d <= req_tt_a + 52) && s_memory2 + a_t <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && a_t + c_rsp_d <= req_tt_a + 52) && a_t == 3) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && 51 + req_tt_a <= s_memory1 + a_t) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && rsp_d <= 51) && s_memory1 <= a_t + 50) && s_memory2 <= 52) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && 51 <= \result) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && 53 == x) && req_type == 0) && 53 == c_rsp_d) && s_memory2 + a_t <= req_tt_a + 52) && (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev))) && 52 <= s_memory2) && 53 == \result) && a_t == 3) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && 53 == rsp_d)) || ((((((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((((c_req_type == 0 && v == 54) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t)) || (((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 1 <= a_t) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a == 0) && 52 <= s_memory2) && s_memory2 <= 52) && s_memory4 == 54) && s_memory0 <= 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) - InvariantResult [Line: 1306]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 1290]: Loop Invariant Derived loop invariant: ((((((((((((((((((((!(s_run_st == 0) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) || (((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && rsp_d <= 51) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && x <= req_tt_a + 50) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && 51 + req_tt_a <= a_t + x) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a_t + \result <= 51 + req_tt_a) && req_a___0 + 50 <= c_rsp_d) && 51 <= \result) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && c_rsp_d <= 51)) || (((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && req_d <= 51) && 51 <= s_memory1) && a == 1) && c_req_d <= 51) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && 2 <= c_m_ev) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && !(c_m_lock == 1)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 0)) || (((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_d == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((54 == c_rsp_d && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && x == 54) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && rsp_d == 54) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && \result == 54) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && a == 3) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && req_d <= 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((x <= 50 && c_req_type == 0) && v == 54) && 50 <= rsp_d) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 50 <= x) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && rsp_d <= 50) && 50 <= \result) && s_memory4 == 54) && s_memory0 <= 50) && c_rsp_d <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && \result <= 50) && 50 <= c_rsp_d)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev)) || ((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev)) && m_run_pc == 6)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_tt_a == 3) && 53 == x) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 53 == c_rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && 53 == \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0) && 53 == rsp_d) && a + 48 <= s_memory1)) || (((((2 <= c_write_req_ev && !(s_run_st == 0)) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3)) || ((((((c_req_a == 0 && !(s_run_st == 0)) && s_run_pc == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && !(c_req_type == 0))) || (((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && m_run_pc == 3) && req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2) && 2 <= a_t)) || (((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev) || (((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev)) || ((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a_t <= 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) && 2 <= a_t))) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && 52 <= \result) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && 52 + req_a___0 <= a + c_rsp_d) && c_rsp_d <= 52) && req_tt_a + 52 <= a_t + x) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) && a <= 2) && rsp_d <= 52) && 2 <= a_t)) || (((((((((3 <= a && 2 <= c_write_req_ev) && !(s_run_st == 0)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && 2 <= c_m_ev) && m_run_pc == 0) - InvariantResult [Line: 575]: Loop Invariant Derived loop invariant: ((((((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1)) || ((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 <= s_memory1 + 2) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((((c_req_type == 0 && v == 54) && 4 <= c_req_a) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && 50 <= s_memory0) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 51 <= s_memory1) && 53 + req_tt_a <= a_t + \result) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && req_a___0 <= 4) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0) && 3 <= a_t)) || (((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && ((((((((((((1 <= c_m_lock && !(s_run_st == 0)) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= a) && 2 <= c_m_ev) && a <= 2) || (((((((((1 <= c_m_lock && a <= 4) && !(s_run_st == 0)) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || ((((((((1 <= c_m_lock && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || ((((((((1 <= c_m_lock && a_t == 2) && !(s_run_st == 0)) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev))) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && 52 + req_a___0 <= s_memory2 + a) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) - InvariantResult [Line: 1217]: Loop Invariant Derived loop invariant: ((((((((((c_req_type == 0 && 2 <= c_write_req_ev) && c_req_a == 0) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && a_t == 0) && m_run_pc == c_m_lock) && 2 <= c_m_ev) && m_run_pc == 0) && m_run_pc == s_run_pc) || (((((((c_req_a == 0 && !(s_run_st == 0)) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == c_m_lock) && m_run_pc == 0) && m_run_pc == s_run_pc) - InvariantResult [Line: 241]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((1 <= c_m_lock && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && 51 <= req_d) && a + 50 <= c_req_d) || ((((((((((((((((((((((((2 <= c_req_a && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && 2 <= req_a) && 51 <= req_d) && req_a <= 2) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && req_d == 54) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3) || ((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && req_d <= a_t + 50) && req_d == 54) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) && 3 <= a_t)) || (((((((((c_req_a == 0 && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) && !(c_req_type == 0))) || (((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((c_req_a <= 3 && req_a <= 3) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && 53 == c_req_d) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && 2 <= c_m_ev) && 53 == req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d) && req_d <= s_memory1 + 2)) || ((((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && req_type == 1) && 2 == c_write_rsp_ev) && c_req_d <= a_t + 50) && req_a == 0) && ((c_empty_rsp == 1 && m_run_pc == 0) || (c_empty_rsp == 1 && m_run_pc == 3))) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && !(c_req_type == 0)) && a + 50 <= c_req_d) - InvariantResult [Line: 471]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && v <= s_memory3 + 1) && a + 50 <= c_req_d) || (((((((((((((((((((2 <= c_write_req_ev && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && !(c_m_lock == 1)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && c_req_d <= 51) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((2 <= c_write_req_ev && 50 <= s_memory0) && !(s_run_st == 0)) && !(c_m_lock == 1)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && a_t + 50 <= c_req_d) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && !(c_m_lock == 1)) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && a_t + 50 <= c_req_d) && a <= 2) - InvariantResult [Line: 77]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && c_req_d <= a + 50) && 2 == s_run_pc) && 50 <= req_d) && c_empty_req == 1) && c_req_d <= 50) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((((v <= 52 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && req_d <= 52) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && 2 <= a) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 53 <= s_memory3) && 50 <= s_memory0) && v <= s_memory1 + 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t == 3) && s_memory1 <= a + 48) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((a_t + 50 <= v && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && v <= s_memory3 + 1) && a + 50 <= c_req_d) - InvariantResult [Line: 946]: Loop Invariant Derived loop invariant: ((((((((((((((((((((((((((((((((2 <= c_req_a && c_req_type == 0) && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && 52 <= s_memory2) && a_t + 2 + c_rsp_d <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + x) && a_t + 2 + x <= s_memory3 + req_tt_a) && 1 < req_a) && s_memory1 <= 49 + a) && req_a <= 2) && s_memory4 == 54) && s_memory0 <= 50) && 2 == req_a___0) && s_memory3 <= s_memory1 + 2) && c_req_a <= 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a == 2) && a_t + \result <= 51 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + c_rsp_d) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(s_run_st == 0)) && a == 1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && v <= 50) && 2 <= c_m_ev) && 51 <= req_d) && req_type == 1) && 50 <= v) && a + 50 <= c_req_d)) || (((((((((((((((((((((((((((2 <= c_req_a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && req_d <= 52) && 50 <= s_memory0) && 51 <= v) && s_memory1 <= 51) && !(s_run_st == 0)) && a_t <= 2) && a == 2) && 51 <= s_memory1) && 2 == s_run_pc) && 1 < req_a) && req_a <= 2) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && 52 <= req_d) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && req_type == 1) && a + 50 <= c_req_d) && 2 <= a_t)) || ((((((((((((((((((2 <= c_write_req_ev && c_req_a == 0) && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && s_run_pc == 0) && a_t + 50 <= req_d) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_a == 0) && c_req_d <= a_t + 50) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && req_type == 1) && a + 50 <= c_req_d)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && req_a <= 4) && 3 < req_a) && 51 + req_a___0 <= s_memory1 + a) && 4 <= c_req_a) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 4 == req_a___0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_tt_a == 4) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) && c_req_a <= 4) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((((c_req_a <= 3 && v <= 52) && 2 <= c_write_req_ev) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && 3 <= c_req_a) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 < req_a) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && req_a <= 3) && 2 <= c_m_ev) && req_type == 1) && req_d <= s_memory1 + 2) && 53 == req_d) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((c_req_a <= 3 && c_req_type == 0) && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && 3 <= c_req_a) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && a_t == 3) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && req_tt_a + 52 <= a_t + x) && 3 == req_a) && 53 + req_tt_a <= s_memory3 + a_t) && a + 48 <= s_memory1)) || ((((((((((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && req_a <= 4) && c_req_type == 1) && 3 < req_a) && 4 <= c_req_a) && 50 <= s_memory0) && s_memory1 <= 51) && s_memory1 + 2 <= s_memory3) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && req_type == 1) && c_req_a <= 4) && 53 <= v) && a + 50 <= c_req_d)) || (((((((((((((((c_req_type == 0 && v == 54) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a_t + 50) && a_t == 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && 53 + req_tt_a <= s_memory3 + a_t) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((c_req_type == 0 && v == 54) && c_req_a == 0) && ((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || (((((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && a_t <= 1) && 1 <= a_t) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((3 <= a && 2 <= c_write_req_ev) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 0) && 6 <= m_run_pc) && 2 == s_run_pc) && c_empty_req == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev))) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && 0 == req_a___0) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && req_a == 0) && s_memory3 <= s_memory1 + 2) && 53 + req_tt_a <= s_memory3 + a_t) - InvariantResult [Line: 225]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((((((c_req_a <= 3 && req_a <= 3) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 52 <= v) && 50 <= s_memory0) && !(req_type == 0)) && 3 <= c_req_a) && !(s_run_st == 0)) && a_t <= 2) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && 3 <= req_a) && 53 == c_req_d) && s_memory1 <= a + 48) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && 2 <= c_m_ev) && 53 == req_d) && !(c_req_type == 0)) && a + 50 <= c_req_d) && req_d <= s_memory1 + 2) || (((((((((((((((((((((((1 <= c_m_lock && c_req_type == 1) && 50 <= s_memory0) && c_req_a == 1) && req_a == 1) && !(req_type == 0)) && !(s_run_st == 0)) && req_d <= a + 50) && c_req_d <= 51) && 2 == s_run_pc) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 50 <= v) && !(c_req_type == 0)) && 51 <= req_d) && a + 50 <= c_req_d)) || ((((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && !(s_run_st == 0)) && a + 50 <= req_d) && req_d <= a + 50) && 2 == s_run_pc) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || (((((((((c_req_a == 0 && !(req_type == 0)) && !(s_run_st == 0)) && s_run_pc == 0) && a == 0) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && req_a == 0) && m_run_pc == 0) && !(c_req_type == 0))) || ((((((((((((((((((((((((((2 <= c_req_a && 1 <= c_m_lock) && v <= 51) && c_req_type == 1) && 50 <= s_memory0) && !(req_type == 0)) && 51 <= v) && !(s_run_st == 0)) && a + 50 <= req_d) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && s_memory1 <= 49 + a) && req_d <= 52) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_a <= 2) && c_req_d <= 52) && 2 <= c_m_ev) && 2 <= req_a) && 51 <= req_d) && req_a <= 2) && !(c_req_type == 0)) && a + 50 <= c_req_d)) || (((((((((((((((c_req_a == 0 && 1 <= c_m_lock) && c_req_type == 1) && s_run_pc == 0) && a + 50 <= req_d) && req_d <= a + 50) && req_type == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && c_req_d <= a_t + 50) && req_a == 0) && a_t == 0) && 2 <= c_m_ev) && 0 <= a) && m_run_pc == 0) && a + 50 <= c_req_d)) || ((((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && !(req_type == 0)) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t == 3) && a_t + 50 <= req_d) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3) || (((((((((((((((((((((((((((((((a_t + 50 <= v && req_a <= 4) && v <= a_t + 50) && 1 <= c_m_lock) && c_req_type == 1) && 4 <= c_req_a) && 50 <= s_memory0) && !(req_type == 0)) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && req_d <= a + 50) && c_req_d <= a + 50) && s_memory2 <= 52) && 2 == s_run_pc) && 4 <= req_a) && a_t + 50 <= req_d) && s_memory4 == 54) && req_type == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && req_d == 54) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && c_req_a <= 4) && !(c_req_type == 0)) && a + 50 <= c_req_d) && 49 + a <= s_memory3)) && 3 <= a_t) - InvariantResult [Line: 538]: Loop Invariant Derived loop invariant: (((((((((((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && req_tt_a + 52 <= a_t + \result) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && a_t + rsp_d <= req_tt_a + 52) && req_tt_a + 52 <= a_t + rsp_d) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && a_t + \result <= req_tt_a + 52) && s_memory4 == 54) && a_t + x <= req_tt_a + 52) && s_memory0 <= 50) && s_memory3 <= s_memory1 + 2) && a + c_rsp_d <= 52 + req_a___0) && 52 + req_a___0 <= a + c_rsp_d) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && req_tt_a + 52 <= a_t + x) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && a + 48 <= s_memory1) && 2 <= a_t) || ((((((((((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && s_memory1 <= 51) && req_type == 0) && rsp_d <= req_tt_a + 50) && 52 <= s_memory2) && 51 <= s_memory1) && a_t + 2 + x <= s_memory3 + req_tt_a) && s_memory3 + req_tt_a <= a_t + 2 + rsp_d) && s_memory4 == 54) && a_t + c_rsp_d <= 51 + req_tt_a) && s_memory0 <= 50) && 51 + req_a___0 <= a + c_rsp_d) && s_memory3 + req_a___0 <= a + rsp_d___0 + 2) && s_memory3 + req_tt_a <= a_t + 2 + \result) && req_tt_a + 50 <= x) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && a_t + \result <= 51 + req_tt_a) && a + rsp_d___0 + 2 <= s_memory3 + req_a___0) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || (((((((((((((((((((((c_req_type == 0 && v == 54) && 51 + req_a___0 <= s_memory1 + a) && 50 <= s_memory0) && s_memory1 <= 51) && 53 + req_tt_a <= a_t + c_rsp_d) && req_type == 0) && s_memory1 + a_t <= 51 + req_tt_a) && s_memory4 + req_tt_a <= a_t + \result + 1) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && s_memory1 + a <= 51 + req_a___0) && s_memory4 + req_tt_a <= a_t + x + 1) && s_memory4 == 54) && s_memory0 <= 50) && s_memory4 + req_tt_a <= a_t + rsp_d + 1) && s_memory3 <= s_memory1 + 2) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && 3 <= a_t)) || ((((((((((((((c_req_type == 0 && v == 54) && 50 <= s_memory0) && req_type == 0) && s_memory2 + a_t <= req_tt_a + 52) && 52 <= s_memory2) && s_memory1 <= a + 50) && s_memory4 == 54) && s_memory0 <= 50) && s_memory3 + req_a___0 <= s_memory1 + a + 2) && a_t == 0) && (((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && !(s_run_st == 0)) && a == 2) && 6 <= m_run_pc) && 2 == s_run_pc) && a_t == 1) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) || ((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a_t == 2) && !(s_run_st == 0)) && 6 <= m_run_pc) && a == 3) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= a) && 1 <= c_m_lock) && !(s_run_st == 0)) && 6 <= m_run_pc) && a <= 1) && 2 == s_run_pc) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && a_t == 0) && 2 <= c_m_ev)) || (((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && a <= 4) && !(s_run_st == 0)) && 6 <= m_run_pc) && 2 == s_run_pc) && 4 <= a) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 6) && 2 <= c_m_ev) && 3 <= a_t))) && 53 + req_tt_a <= s_memory3 + a_t) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0)) || ((((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 2 == s_run_pc) && 0 == req_a___0) && a_t + 50 <= req_d) && s_memory1 + a <= 51 + req_a___0) && s_memory4 == 54) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && 4 <= a_t) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 0 <= a) && req_type___0 == 0) && s_memory2 + a <= 52 + req_a___0) && v <= s_memory3 + 1) - InvariantResult [Line: 367]: Loop Invariant Derived loop invariant: (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && a_t == 0) && v <= 50) && 2 <= c_m_ev) && 0 <= a) && 50 <= v) && a + 50 <= c_req_d) || (((((((((((((((((((((v <= a_t + 50 && 2 <= c_write_req_ev) && 1 <= c_m_lock) && 52 <= v) && 50 <= s_memory0) && !(s_run_st == 0)) && 52 <= s_memory2) && 51 <= s_memory1) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= 49 + a) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && 52 <= req_d) && c_req_d <= 52) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && a <= 2)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && v <= 51) && 50 <= s_memory0) && 51 <= v) && !(s_run_st == 0)) && s_memory1 <= a_t + 50) && c_req_d <= a + 50) && a_t + 50 <= s_memory1) && 2 == s_run_pc) && a_t == 1) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d <= a_t + 50) && c_req_d <= a_t + 50) && 2 <= c_m_ev) && a_t + 50 <= c_req_d) && 51 <= req_d) && a + 50 <= c_req_d)) || (((((((((((((((((((((2 <= c_write_req_ev && 1 <= c_m_lock) && 50 <= s_memory0) && !(s_run_st == 0)) && v <= s_memory1 + 2) && a_t + 50 <= s_memory3) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && s_memory1 <= a + 48) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && 53 == req_d) && 53 <= v) && a + 50 <= c_req_d)) || ((((((((((((((((((((((2 <= c_write_req_ev && v == 54) && 1 <= c_m_lock) && 50 <= s_memory0) && s_memory1 <= 51) && !(s_run_st == 0)) && 52 <= s_memory2) && s_memory2 <= 52) && 2 == s_run_pc) && a_t + 50 <= req_d) && c_empty_req == 1) && s_memory4 == 54) && 4 <= a) && s_memory0 <= 50) && 2 == c_write_rsp_ev) && c_empty_rsp == 1) && m_run_pc == 3) && req_d == 54) && c_req_d <= a_t + 50) && s_memory3 <= s_memory1 + 2) && 2 <= c_m_ev) && v <= s_memory3 + 1) && a + 50 <= c_req_d) RESULT: Ultimate proved your program to be correct! [2021-10-28 23:20:14,210 WARN L435 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in -t:2000 (1)] Forcibly destroying the process [2021-10-28 23:20:14,228 INFO L540 MonitoredProcess]: [MP /tmp/vcloud_worker_vcloud-master_on_vcloud-master/run_dir_4cacc6e0-1dcf-42d9-8612-967581c8a0d7/bin/uautomizer-GMMbpWq8iD/z3 SMTLIB2_COMPLIANT=true -memory:2024 -smt2 -in -t:2000 (1)] Forceful destruction successful, exit code 137 Received shutdown request...