diff --git a/README.md b/README.md index 04865f4..1b4b0ae 100644 --- a/README.md +++ b/README.md @@ -67,6 +67,17 @@ Now, the class can be loaded in KeY. Note: The KeY plugin Eclipse complains about the `remove` method on line 979 (Cycle detected). However, this does not seem to be a real problem. Threrefore, it is ignored. +## Start the stand-alone KeY tool +Version 2.7 of the stand-alone KeY tool is provided in the directory key2.7 this repository. First, unzip the file `key.zip` in your working directory of you choice. Then, start the tool in one of the following ways: +* On the command line, type: + `$ cd ./key/key` + `$ ./gradlew :key.ui:run --parallel` + or +* `$ cd ./key/key` + `$ ./gradlew shadowJar` + `$ java -Xmx8G -jar ./key.ui/build/libs/key-2.9-exe.jar` + +The second option allows you to claim extra memory resources (in this example, 8GB). + ## Load VerifiedIdentityHashMap in KeY -* select your project, and right-click on it for the context menu -* from the context menu, choose Load Project. +* Open the `IdentityHashMap.key` file that is available in the root of the project. diff --git a/jre/java/lang/Object.java b/jre/java/lang/Object.java index d9ea5df..e812fda 100644 --- a/jre/java/lang/Object.java +++ b/jre/java/lang/Object.java @@ -7,12 +7,11 @@ public class Object { /** * @generated */ - /*@ public behavior - @ requires true; - @ ensures true; - @ assignable \everything; + /*@ public normal_behavior + @ requires true; + @ ensures \result == this.equals(param0); @*/ - public Object(); + public /*@ helper strictly_pure @*/ boolean equals(/*@ nullable */ java.lang.Object param0); /** * @generated @@ -22,7 +21,7 @@ public class Object { @ ensures true; @ assignable \everything; @*/ - protected java.lang.Object[] clone(); + protected java.lang.Object clone() throws java.lang.CloneNotSupportedException; /** * @generated @@ -32,7 +31,7 @@ public class Object { @ ensures true; @ assignable \everything; @*/ - public boolean equals(java.lang.Object param0); + public final java.lang.Class getClass(); /** * @generated @@ -54,16 +53,6 @@ public class Object { @*/ public java.lang.String toString(); - /** - * @generated - */ - /*@ public behavior - @ requires true; - @ ensures true; - @ assignable \everything; - @*/ - public final java.lang.Class getClass(); - /** * @generated */ @@ -123,4 +112,4 @@ public class Object { @ assignable \everything; @*/ protected void finalize() throws java.lang.Throwable; -} \ No newline at end of file +} diff --git a/key2.7/key.zip b/key2.7/key.zip new file mode 100644 index 0000000..6ea81e7 Binary files /dev/null and b/key2.7/key.zip differ diff --git a/proofs_new/KeY/IdentityHashMap/capacity/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__capacity(int)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/capacity/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__capacity(int)).JML normal_behavior operation contract.0.proof index f86d700..1f205d2 100644 --- a/proofs_new/KeY/IdentityHashMap/capacity/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__capacity(int)).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/capacity/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__capacity(int)).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:22:14 CEST 2021 +#Wed Sep 22 22:42:24 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:22:14 CEST 2021 +#Wed Sep 22 22:42:24 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:capacity(int)].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:capacity(int)].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,8 +57,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "25714") +(autoModeTime "50758") (branch "dummy ID" (rule "insert_constant_value" (formula "1") (term "1,1,0,1,0") (newnames "expectedMaxSize,self,result,exc,heapAtPre,o,f")) @@ -95,7 +96,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate2" (formula "10") (term "1")) (rule "variableDeclarationAssign" (formula "10") (term "1")) (rule "variableDeclaration" (formula "10") (term "1") (newnames "minCapacity")) -(rule "compound_addition_2" (formula "10") (term "1") (inst "#v1=x_1") (inst "#v0=x")) +(rule "compound_addition_2" (formula "10") (term "1") (inst "#v0=x") (inst "#v1=x_1")) (rule "variableDeclarationAssign" (formula "10") (term "1")) (rule "variableDeclaration" (formula "10") (term "1") (newnames "x")) (rule "assignmentModulo" (formula "10")) @@ -208,28 +209,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "jdiv_axiom" (formula "7") (term "0,1")) (rule "polySimp_mulLiterals" (formula "7") (term "0,0,2,1")) (rule "eqSymm" (formula "7")) - (rule "polyDiv_pullOut" (formula "7") (term "0,2,0") (inst "polyDivCoeff=mul(expectedMaxSize, Z(neglit(2(#))))")) - (rule "equal_literals" (formula "7") (term "0,0,2,0")) - (rule "ifthenelse_false" (formula "7") (term "0,2,0")) - (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,0,2,0")) - (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,0,2,0")) - (rule "polySimp_pullOutFactor0" (formula "7") (term "0,0,0,2,0")) - (rule "add_literals" (formula "7") (term "1,0,0,0,2,0")) - (rule "polySimp_elimOne" (formula "7") (term "0,0,0,2,0")) - (rule "polySimp_mulComm0" (formula "7") (term "2,0")) - (rule "polySimp_addComm0" (formula "7") (term "1,2,0")) - (rule "polySimp_rightDist" (formula "7") (term "2,0")) - (rule "polySimp_mulComm0" (formula "7") (term "0,2,0")) - (rule "polySimp_mulLiterals" (formula "7") (term "0,2,0")) - (rule "polyDiv_pullOut" (formula "7") (term "1,0") (inst "polyDivCoeff=expectedMaxSize")) - (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,2,1,0")) - (rule "equal_literals" (formula "7") (term "0,1,0")) - (rule "ifthenelse_false" (formula "7") (term "1,0")) - (rule "polySimp_pullOutFactor0" (formula "7") (term "0,0,1,0")) - (rule "add_literals" (formula "7") (term "1,0,0,1,0")) - (rule "polySimp_elimOne" (formula "7") (term "0,0,1,0")) - (rule "polySimp_addComm0" (formula "7") (term "1,0")) - (rule "elimGcdGeq" (formula "7") (term "0,0") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=expectedMaxSize") (inst "elimGcd=Z(3(#))")) + (rule "elimGcdGeq" (formula "7") (term "0,0") (inst "elimGcd=Z(3(#))") (inst "elimGcdLeftDiv=expectedMaxSize") (inst "elimGcdRightDiv=Z(0(#))")) (rule "polySimp_mulLiterals" (formula "7") (term "1,0,1,0,0,0")) (rule "add_zero_right" (formula "7") (term "0,0,0,1,0,0,0")) (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,0,0,0")) @@ -250,15 +230,36 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "7") (term "0,0,0,0")) (rule "qeq_literals" (formula "7") (term "0,0,0")) (rule "ifthenelse_true_for" (formula "7") (term "0,0")) + (rule "polyDiv_pullOut" (formula "7") (term "0,2,0") (inst "polyDivCoeff=mul(expectedMaxSize, Z(neglit(2(#))))")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,2,0,2,0")) + (rule "equal_literals" (formula "7") (term "0,0,2,0")) + (rule "ifthenelse_false" (formula "7") (term "0,2,0")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,0,2,0")) + (rule "polySimp_pullOutFactor0" (formula "7") (term "0,0,0,2,0")) + (rule "add_literals" (formula "7") (term "1,0,0,0,2,0")) + (rule "polySimp_elimOne" (formula "7") (term "0,0,0,2,0")) + (rule "polySimp_mulComm0" (formula "7") (term "2,0")) + (rule "polySimp_addComm0" (formula "7") (term "1,2,0")) + (rule "polySimp_rightDist" (formula "7") (term "2,0")) + (rule "polySimp_mulComm0" (formula "7") (term "0,2,0")) + (rule "polySimp_mulLiterals" (formula "7") (term "0,2,0")) + (rule "polyDiv_pullOut" (formula "7") (term "1,0") (inst "polyDivCoeff=expectedMaxSize")) + (rule "equal_literals" (formula "7") (term "0,1,0")) + (rule "ifthenelse_false" (formula "7") (term "1,0")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,1,0")) + (rule "polySimp_pullOutFactor0" (formula "7") (term "0,0,1,0")) + (rule "add_literals" (formula "7") (term "1,0,0,1,0")) + (rule "polySimp_elimOne" (formula "7") (term "0,0,1,0")) + (rule "polySimp_addComm0" (formula "7") (term "1,0")) (rule "ifElseUnfold" (formula "11") (term "1") (inst "#boolv=x")) (rule "variableDeclaration" (formula "11") (term "1") (newnames "x_3")) (rule "compound_assignment_5_nonsimple" (formula "11") (term "1")) (rule "div_axiom" (formula "7") (term "0,1,2,0") (inst "quotient=quotient_0")) - (rule "mul_literals" (formula "7") (term "1,1,1,1,1")) (rule "qeq_literals" (formula "7") (term "0,1,1")) (rule "ifthenelse_true_for" (formula "7") (term "1,1")) (rule "equal_literals" (formula "7") (term "0")) (rule "concrete_or_2" (formula "7")) + (rule "mul_literals" (formula "7") (term "1,1,1")) (rule "andLeft" (formula "7")) (rule "andLeft" (formula "7")) (rule "polySimp_addComm1" (formula "9") (term "1")) @@ -267,10 +268,10 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_homoInEq1" (formula "9")) (rule "polySimp_mulLiterals" (formula "9") (term "1,0")) (rule "polySimp_addComm1" (formula "9") (term "0")) - (rule "applyEq" (formula "10") (term "0,1,2,0") (ifseqformula "7")) - (rule "polySimp_addComm0" (formula "10") (term "2,0")) (rule "applyEq" (formula "10") (term "1,1,0") (ifseqformula "7")) (rule "polySimp_addComm0" (formula "10") (term "1,0")) + (rule "applyEq" (formula "10") (term "0,1,2,0") (ifseqformula "7")) + (rule "polySimp_addComm0" (formula "10") (term "2,0")) (rule "inEqSimp_sepPosMonomial0" (formula "9")) (rule "polySimp_mulComm0" (formula "9") (term "1")) (rule "polySimp_rightDist" (formula "9") (term "1")) @@ -282,7 +283,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "5") (term "0,0")) (rule "inEqSimp_sepPosMonomial1" (formula "5")) (rule "mul_literals" (formula "5") (term "1")) - (rule "elimGcdGeq_antec" (formula "5") (inst "elimGcdRightDiv=Z(neglit(4(2(8(1(4(7(3(7(0(1(#))))))))))))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(2(#))")) + (rule "elimGcdGeq_antec" (formula "5") (inst "elimGcd=Z(2(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcdRightDiv=Z(neglit(4(2(8(1(4(7(3(7(0(1(#))))))))))))")) (rule "polySimp_mulLiterals" (formula "5") (term "1,0,1,0")) (rule "polySimp_mulLiterals" (formula "5") (term "1,0,0,0,0,1,0")) (rule "leq_literals" (formula "5") (term "0,0")) @@ -303,7 +304,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_addComm0" (formula "9") (term "0")) (rule "inEqSimp_sepNegMonomial1" (formula "9")) (rule "polySimp_mulLiterals" (formula "9") (term "0")) - (rule "elimGcdLeq_antec" (formula "9") (inst "elimGcdRightDiv=Z(3(2(8(1(4(7(3(7(0(1(#)))))))))))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(2(#))")) + (rule "elimGcdLeq_antec" (formula "9") (inst "elimGcd=Z(2(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcdRightDiv=Z(3(2(8(1(4(7(3(7(0(1(#)))))))))))")) (rule "polySimp_mulLiterals" (formula "9") (term "1,0,1,0")) (rule "polySimp_mulLiterals" (formula "9") (term "1,0,0,0,0,1,0")) (rule "leq_literals" (formula "9") (term "0,0")) @@ -572,10538 +573,2423 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepPosMonomial1" (formula "1")) (rule "mul_literals" (formula "1") (term "1")) (rule "elim_double_block_3" (formula "19") (term "1")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_3_in_VerifiedIdentityHashMap" (formula "17")) - (rule "notLeft" (formula "17")) - (rule "onlyCreatedObjectsAreReferenced" (formula "18") (term "0") (ifseqformula "4")) - (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "19")) - (rule "concrete_or_2" (formula "1")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_2_in_VerifiedIdentityHashMap" (formula "18")) - (rule "nonNull" (formula "18") (inst "i=i")) - (rule "sub_literals" (formula "18") (term "2,1,0,1,1")) - (rule "nonNullZero" (formula "18") (term "1,0,1,1")) - (rule "greater_literals" (formula "18") (term "0,1")) - (rule "concrete_impl_1" (formula "18") (term "1")) - (rule "andLeft" (formula "18")) - (rule "notLeft" (formula "18")) - (rule "inEqSimp_ltToLeq" (formula "18") (term "1,0,0")) - (rule 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"polySimp_mulComm0" (formula "70") (term "1")) - (rule "polySimp_rightDist" (formula "70") (term "1")) - (rule "polySimp_mulLiterals" (formula "70") (term "1,1")) - (rule "polySimp_rightDist" (formula "70") (term "0,1")) - (rule "polySimp_mulLiterals" (formula "70") (term "1,0,1")) - (rule "polySimp_rightDist" (formula "70") (term "0,0,1")) - (rule "mul_literals" (formula "70") (term "0,0,0,1")) - (rule "inEqSimp_subsumption0" (formula "13") (ifseqformula "1")) - (rule "leq_literals" (formula "13") (term "0")) - (rule "concrete_or_1" (formula "13")) - (rule "true_left" (formula "13")) - (rule "inEqSimp_exactShadow1" (formula "21") (ifseqformula "19")) - (rule "greater_literals" (formula "21") (term "0")) - (rule "concrete_impl_1" (formula "21")) - (rule "polySimp_rightDist" (formula "21") (term "0,0")) - (rule "mul_literals" (formula "21") (term "0,0,0")) - (rule "polySimp_rightDist" (formula "21") (term "1,0")) - (rule "mul_literals" (formula "21") (term "0,1,0")) - (rule 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"0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "21") (term "0,0")) - (rule "add_literals" (formula "21") (term "1,1,0,0")) - (rule "times_zero_1" (formula "21") (term "1,0,0")) - (rule "add_zero_right" (formula "21") (term "0,0")) - (rule "leq_literals" (formula "21") (term "0")) - (rule "concrete_or_2" (formula "21")) - (rule "inEqSimp_subsumption1" (formula "13") (ifseqformula "21")) - (rule "leq_literals" (formula "13") (term "0")) - (rule "concrete_or_1" (formula "13")) - (rule "true_left" (formula "13")) - (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "74")) - (rule "polySimp_rightDist" (formula "2") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) - (rule "polySimp_addComm1" (formula "2") (term "0")) - (rule "polySimp_rightDist" (formula "2") (term "0,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0,0")) - (rule "polySimp_mulAssoc" (formula "2") (term "0,0,0,0")) - (rule "polySimp_mulComm0" (formula "2") (term "0,0,0,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "0,0,0,0")) - (rule "polySimp_elimOne" (formula "2") (term "0,0,0,0")) - (rule "polySimp_addComm1" (formula "2") (term "0,0")) - (rule "polySimp_addComm0" (formula "2") (term "0,0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "2")) - (rule "polySimp_mulComm0" (formula "2") (term "1")) - (rule "polySimp_rightDist" (formula "2") (term "1")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,1")) - (rule "polySimp_rightDist" (formula "2") (term "0,1")) - (rule "mul_literals" (formula "2") (term "0,0,1")) - (rule "inEqSimp_subsumption5" (formula "2") (ifseqformula "10")) - (rule "eq_and" (formula "2") (term "0,0")) - (rule "greater_literals" (formula "2") (term "0,0")) - (rule "concrete_and_1" (formula "2") (term "0")) - (rule "polySimp_rightDist" (formula "2") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) - (rule "polySimp_rightDist" (formula "2") (term "1,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0")) - (rule "polySimp_rightDist" (formula "2") (term "0,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0,0")) - (rule "mul_literals" (formula "2") (term "0,0,0,0")) - (rule "polySimp_rightDist" (formula "2") (term "0,1,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1,0")) - (rule "mul_literals" (formula "2") (term "0,0,1,0")) - (rule "inEqSimp_homoInEq0" (formula "2") (term "0")) - (rule "polySimp_mulComm0" (formula "2") (term "1,0,0")) - (rule "polySimp_rightDist" (formula "2") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0,0")) - (rule "polySimp_rightDist" (formula "2") (term "0,1,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1,0,0")) - (rule "mul_literals" (formula "2") (term "0,0,1,0,0")) - (rule "polySimp_addAssoc" (formula "2") (term "0,0")) - (rule "polySimp_addComm1" (formula "2") (term "0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) - (rule "add_literals" (formula "2") (term "1,1,0,0")) - (rule "times_zero_1" (formula "2") (term "1,0,0")) - (rule "add_zero_right" (formula "2") (term "0,0")) - (rule "polySimp_addAssoc" (formula "2") (term "0,0")) - (rule "polySimp_addComm1" (formula "2") (term "0,0,0")) - (rule "add_literals" (formula "2") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) - (rule "add_literals" (formula "2") (term "1,1,0,0")) - (rule "times_zero_1" (formula "2") (term "1,0,0")) - (rule "add_zero_right" (formula "2") (term "0,0")) - (rule "qeq_literals" (formula "2") (term "0")) - (rule "concrete_or_1" (formula "2")) - (rule "true_left" (formula "2")) - (rule "inEqSimp_exactShadow1" (formula "21") (ifseqformula "1")) - (rule "mul_literals" (formula "21") (term "1,0,1")) - (rule "greater_literals" (formula "21") (term "0")) - (rule "concrete_impl_1" (formula "21")) - (rule "polySimp_rightDist" (formula "21") (term "0,0")) - (rule "mul_literals" (formula "21") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "21") (term "0")) - (rule "add_literals" (formula "21") (term "0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "21")) - (rule "polySimp_mulLiterals" (formula "21") (term "0")) - (rule "polySimp_elimOne" (formula "21") (term "0")) - (rule "inEqSimp_contradInEq0" (formula "20") (ifseqformula "21")) - (rule "qeq_literals" (formula "20") (term "0")) - (rule "concrete_and_2" (formula "20")) - (rule "closeFalse" (formula "20")) - ) ) ) ) ) ) - (branch + (branch "Case 2" (rule "equal_literals" (formula "10") (term "0,1")) (rule "concrete_not_2" (formula "10") (term "1")) (rule "closeTrue" (formula "10")) ) ) -(branch +(branch "Case 2" (rule "simplifyUpdate2" (formula "10")) (rule "equal_literals" (formula "10") (term "0")) (rule "concrete_not_2" (formula "10")) diff --git a/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.Map__clear()).JML behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.Map__clear()).JML behavior operation contract.0.proof index 2059e20..1a8f4df 100644 --- a/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.Map__clear()).JML behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.Map__clear()).JML behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:17:26 CEST 2021 +#Wed Sep 22 23:18:48 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:17:26 CEST 2021 +#Wed Sep 22 23:18:48 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.Map\\:\\:clear()].JML behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.Map\\:\\:clear()].JML behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,8 +57,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "13222") +(autoModeTime "33145") (branch "dummy ID" (rule "instanceof_static_type" (formula "1") (term "0,0,0,1,1,0,0,1,1") (newnames "self,exc,heapAtPre,o,f")) @@ -93,7 +94,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "assignment" (formula "7") (term "1")) (rule "sequentialToParallel2" (formula "7")) (rule "simplifyUpdate3" (formula "7") (term "1,0")) -(rule "eval_order_access4" (formula "7") (term "1") (inst "#v1=x") (inst "#v0=v_1")) +(rule "eval_order_access4" (formula "7") (term "1") (inst "#v0=v_1") (inst "#v1=x")) (rule "variableDeclarationAssign" (formula "7") (term "1")) (rule "variableDeclaration" (formula "7") (term "1") (newnames "v_1")) (rule "assignment" (formula "7") (term "1")) @@ -168,7 +169,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate1" (formula "7") (term "2,0,1,0")) (rule "applyOnPV" (formula "7") (term "0,0,1,0")) (rule "dismissNonSelectedField" (formula "7") (term "0,1,0")) - (rule "for_to_while" (formula "7") (term "1") (inst "#outerLabel=_label1") (inst "#innerLabel=_label0")) + (rule "for_to_while" (formula "7") (term "1") (inst "#innerLabel=_label0") (inst "#outerLabel=_label1")) (rule "variableDeclarationAssign" (formula "7") (term "1")) (rule "variableDeclaration" (formula "7") (term "1") (newnames "i")) (rule "assignment" (formula "7") (term "1")) @@ -177,2328 +178,1461 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "elim_double_block_3" (formula "7") (term "1")) (rule "onlyCreatedObjectsAreReferenced" (formula "7") (term "0,1,0,0") (ifseqformula "1")) (rule "Partial_inv_axiom_for_JML_class_invariant_nr_2_in_VerifiedIdentityHashMap" (formula "6")) - (rule "nonNull" (formula "6") (inst "i=i_1")) - (rule "greater_literals" (formula "6") (term "0,1")) - (rule "concrete_impl_1" (formula "6") (term "1")) - (rule "sub_literals" (formula "6") (term "2,1,0,1")) - (rule "nonNullZero" (formula "6") (term "1,0,1")) - (rule "andLeft" (formula "6")) - (rule "notLeft" (formula "6")) - (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "8")) - (rule "concrete_or_2" (formula "1")) - (rule "inEqSimp_commuteLeq" (formula "6") (term "0,0,0")) - (rule "commute_and" (formula "6") (term "0,0")) - (rule "arrayLengthIsAShort" (formula "6") (term "1,0,0,0")) - (rule "expand_inShort" (formula "6")) - (rule "replace_short_MIN" (formula "6") (term "0,1")) - (rule "replace_short_MAX" (formula "6") (term "1,0")) - (rule "andLeft" (formula "6")) - (rule "inEqSimp_commuteLeq" (formula "7")) - (rule "arrayLengthNotNegative" (formula "8") (term 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+ (rule "polySimp_mulLiterals" (formula "20") (term "0")) + (rule "polySimp_elimOne" (formula "20") (term "0")) + (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "36")) (rule "polySimp_rightDist" (formula "2") (term "0,0")) (rule "polySimp_addComm1" (formula "2") (term "0")) (rule "polySimp_rightDist" (formula "2") (term "0,0,0")) - (rule "mul_literals" (formula "2") (term "0,0,0,0")) (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0,0")) + (rule "mul_literals" (formula "2") (term "0,0,0,0")) (rule "polySimp_addComm1" (formula "2") (term "0,0")) (rule "add_literals" (formula "2") (term "0,0,0")) (rule "inEqSimp_sepNegMonomial1" (formula "2")) (rule "polySimp_mulLiterals" (formula "2") (term "0")) (rule "polySimp_elimOne" (formula "2") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "53") (ifseqformula "4")) - (rule "polySimp_rightDist" (formula "53") (term "0,0")) - (rule "mul_literals" (formula "53") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "53") (term "0")) - (rule "polySimp_addAssoc" (formula "53") (term "0,0")) - (rule "polySimp_addAssoc" (formula "53") (term "0,0,0")) - (rule "add_literals" (formula "53") (term "0,0,0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "53")) - (rule "polySimp_mulLiterals" (formula "53") (term "0")) - (rule "polySimp_elimOne" (formula "53") (term "0")) + (rule "inEqSimp_exactShadow3" (formula "14") (ifseqformula "4")) + (rule "mul_literals" (formula "14") (term "0,0")) + (rule "polySimp_addAssoc" (formula "14") (term "0")) + (rule "polySimp_addAssoc" (formula "14") (term "0,0")) + (rule "add_literals" (formula "14") (term "0,0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "14")) + (rule "polySimp_mulComm0" (formula "14") (term "1")) + (rule "polySimp_rightDist" (formula "14") (term "1")) + (rule "polySimp_mulLiterals" (formula "14") (term "1,1")) + (rule "mul_literals" (formula "14") (term "0,1")) (rule "inEqSimp_exactShadow3" (formula "8") (ifseqformula "4")) (rule "polySimp_rightDist" (formula "8") (term "0,0")) (rule "mul_literals" (formula "8") (term "0,0,0")) @@ -2781,7 +1972,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "8") (term "0,0")) (rule "inEqSimp_sepPosMonomial1" (formula "8")) (rule "mul_literals" (formula "8") (term "1")) - (rule "elimGcdGeq_antec" (formula "8") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_3") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) + (rule "elimGcdGeq_antec" (formula "8") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_2") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) (rule "polySimp_mulLiterals" (formula "8") (term "1,0,1,0")) (rule "times_zero_1" (formula "8") (term "1,0,0,0,0,1,0")) (rule "leq_literals" (formula "8") (term "0,0")) @@ -2794,132 +1985,20 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "8") (term "0,0")) (rule "leq_literals" (formula "8") (term "0")) (rule "concrete_or_2" (formula "8")) - (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "29")) - (rule "polySimp_rightDist" (formula "3") (term "0,0")) - (rule "polySimp_addComm1" (formula "3") (term "0")) - (rule "polySimp_rightDist" (formula "3") (term "0,0,0")) - (rule "mul_literals" (formula "3") (term "0,0,0,0")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,0,0,0")) - (rule "polySimp_addAssoc" (formula "3") (term "0,0")) - (rule "polySimp_addComm1" (formula "3") (term "0,0,0")) - (rule "add_literals" (formula "3") (term "0,0,0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "3")) - (rule "polySimp_mulLiterals" (formula "3") (term "0")) - (rule "polySimp_elimOne" (formula "3") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "21") (ifseqformula "5")) - (rule "mul_literals" (formula "21") (term "0,0")) - (rule "polySimp_addAssoc" (formula "21") (term "0")) - (rule "polySimp_addAssoc" (formula "21") (term "0,0")) - (rule "add_literals" (formula "21") (term "0,0,0")) + (rule "inEqSimp_exactShadow3" (formula "21") (ifseqformula "23")) + (rule "times_zero_1" (formula "21") (term "0,0")) + (rule "add_zero_left" (formula "21") (term "0")) (rule "inEqSimp_sepPosMonomial1" (formula "21")) (rule "polySimp_mulComm0" (formula "21") (term "1")) (rule "polySimp_rightDist" (formula "21") (term "1")) (rule "polySimp_mulLiterals" (formula "21") (term "1,1")) (rule "mul_literals" (formula "21") (term "0,1")) - (rule "inEqSimp_exactShadow3" (formula "34") (ifseqformula "37")) - (rule "times_zero_1" (formula "34") (term "0,0")) - (rule "add_zero_left" (formula "34") (term "0")) - (rule "inEqSimp_sepPosMonomial1" (formula "34")) - (rule "polySimp_mulComm0" (formula "34") (term "1")) - (rule "polySimp_rightDist" (formula "34") (term "1")) - (rule "polySimp_mulLiterals" (formula "34") (term "1,1")) - (rule "mul_literals" (formula "34") (term "0,1")) - (rule "inEqSimp_subsumption1" (formula "34") (ifseqformula "21")) - (rule "inEqSimp_homoInEq0" (formula "34") (term "0")) - (rule "polySimp_mulComm0" (formula "34") (term "1,0,0")) - (rule "polySimp_rightDist" (formula "34") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "34") (term "1,1,0,0")) - (rule "mul_literals" (formula "34") (term "0,1,0,0")) - (rule "polySimp_addAssoc" (formula "34") (term "0,0")) - (rule "polySimp_addComm1" (formula "34") (term "0,0,0")) - (rule "add_literals" (formula "34") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "34") (term "0,0")) - (rule "add_literals" (formula "34") (term "1,1,0,0")) - (rule "times_zero_1" (formula "34") (term "1,0,0")) - (rule "add_zero_right" (formula "34") (term "0,0")) - (rule "qeq_literals" (formula "34") (term "0")) - (rule "concrete_or_1" (formula "34")) - (rule "true_left" (formula "34")) - (rule "inEqSimp_exactShadow3" (formula "53") (ifseqformula "56")) - (rule "times_zero_1" (formula "53") (term "0,0")) - (rule "add_zero_left" (formula "53") (term "0")) - (rule "inEqSimp_sepPosMonomial1" (formula "53")) - (rule 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"0,1,0,0,0,0,1,0")) - (rule "leq_literals" (formula "67") (term "0,0")) - (rule "concrete_or_2" (formula "67") (term "0")) - (rule "polySimp_mulLiterals" (formula "67") (term "1,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "67") (term "0,0")) - (rule "add_literals" (formula "67") (term "1,1,0,0")) - (rule "times_zero_1" (formula "67") (term "1,0,0")) - (rule "add_zero_right" (formula "67") (term "0,0")) - (rule "polySimp_rightDist" (formula "67") (term "1,0,0,0")) - (rule "polySimp_mulLiterals" (formula "67") (term "1,1,0,0,0")) - (rule "mul_literals" (formula "67") (term "0,1,0,0,0")) - (rule "polySimp_addAssoc" (formula "67") (term "0,0,0")) - (rule "add_literals" (formula "67") (term "0,0,0,0")) - (rule "polySimp_addAssoc" (formula "67") (term "0,0")) - (rule "polySimp_addComm1" (formula "67") (term "0,0,0")) - (rule "add_literals" (formula "67") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "67") (term "0,0")) - (rule "add_literals" (formula "67") (term "1,1,0,0")) - (rule "times_zero_1" (formula "67") (term "1,0,0")) - (rule "add_zero_right" (formula "67") (term "0,0")) - (rule "leq_literals" (formula "67") (term "0")) - (rule "concrete_or_2" (formula "67")) - (rule "inEqSimp_exactShadow3" (formula "21") (ifseqformula "3")) - (rule "polySimp_rightDist" (formula "21") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "21") (term "1,0,0")) - (rule "mul_literals" (formula "21") (term "0,0,0")) - (rule "polySimp_addAssoc" (formula "21") (term "0")) + (rule "inEqSimp_subsumption1" (formula "21") (ifseqformula "15")) + (rule "inEqSimp_homoInEq0" (formula "21") (term "0")) + (rule "polySimp_mulComm0" (formula "21") (term "1,0,0")) + (rule "polySimp_rightDist" (formula "21") (term "1,0,0")) + (rule "polySimp_mulLiterals" (formula "21") (term "1,1,0,0")) + (rule "mul_literals" (formula "21") (term "0,1,0,0")) (rule "polySimp_addAssoc" (formula "21") (term "0,0")) (rule "polySimp_addComm1" (formula "21") (term "0,0,0")) (rule "add_literals" (formula "21") (term "0,0,0,0")) @@ -2927,215 +2006,57 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "21") (term "1,1,0,0")) (rule "times_zero_1" (formula "21") (term "1,0,0")) (rule "add_zero_right" (formula "21") (term "0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "21")) - (rule "mul_literals" (formula "21") (term "1")) - (rule "inEqSimp_subsumption6" (formula "21") (ifseqformula "20")) - (rule "mul_literals" (formula "21") (term "1,1,0")) - (rule "greater_literals" (formula "21") (term "0,0")) - (rule "concrete_and_1" (formula "21") (term "0")) - (rule "leq_literals" (formula "21") (term "0")) + (rule "qeq_literals" (formula "21") (term "0")) (rule "concrete_or_1" (formula "21")) (rule "true_left" (formula "21")) - (rule "inEqSimp_exactShadow3" (formula "29") (ifseqformula "2")) - (rule "polySimp_rightDist" (formula "29") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "29") (term "1,0,0")) - (rule 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Out of Bounds!)" - (rule "false_right" (formula "53")) + (rule "false_right" (formula "21")) (rule "simplifyUpdate2" (formula "1")) (rule "andLeft" (formula "1")) (rule "simplifyUpdate2" (formula "1")) (rule "notLeft" (formula "1")) (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate2" (formula "1") (term "1")) - (rule "applyOnRigidFormula" (formula "49")) - (rule "simplifyUpdate1" (formula "49") (term "1")) - (rule "applyOnPV" (formula "49") (term "0")) + (rule "applyOnRigidFormula" (formula "19")) + (rule "applyOnPV" (formula "19") (term "0")) + (rule "simplifyUpdate1" (formula "19") (term "1")) + (rule "replace_known_right" (formula "5") (term "0") (ifseqformula "19")) + (rule "concrete_or_2" (formula "5")) (rule "applyOnRigidFormula" (formula "1") (term "0")) (rule "simplifyUpdate1" (formula "1") (term "1,0")) (rule "simplifyUpdate1" (formula "1") (term "0,0")) @@ -3434,7 +3128,6 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_ltToLeq" 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(rule "applyEq" (formula "10") (term "1,0,0,0,0") (ifseqformula "1")) + (rule "Class_invariant_axiom_for_java_util_VerifiedIdentityHashMap" (formula "6") (inst "i=i_6") (inst "j=j") (inst "i_0=i_0") (inst "j_0=j_0") (inst "i_1=i_1") (inst "i_2=i_2") (inst "i_3=i_3") (inst "i_4=i_4") (inst "j_1=j_1") (inst "i_5=i_5") (ifseqformula "4")) + (rule "insert_constant_value" (formula "6") (term "1,1,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,0,1,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,0,1,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "eqClose" (formula "6") (term "1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "concrete_and_3" (formula "6") (term "0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "eqClose" (formula "6") (term "1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "concrete_and_3" (formula "6") (term "0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "eqClose" (formula "6") (term "1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "concrete_and_3" (formula "6") (term "0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "expand_inInt" (formula "6") (term "0,1")) + (rule "expand_inInt" (formula "6") (term "1,1")) + (rule "mul_literals" (formula "6") (term "0,1,1,0,0,0,0,0,0,0,0,0,0")) + (rule "mul_literals" (formula "6") (term "0,1,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "replace_int_MAX" (formula "6") (term "1,0,0,1")) + (rule "replace_int_MIN" (formula "6") (term "0,1,0,1")) + (rule "replace_int_MAX" (formula "6") (term "1,0,1,1")) + (rule "replace_int_MIN" (formula "6") (term "0,1,1,1")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "7")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "8")) + (rule "andLeft" (formula "10")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "notLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "notLeft" (formula "6")) + (rule "close" (formula "26") (ifseqformula "1")) ) ) ) diff --git a/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__clear()).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__clear()).JML normal_behavior operation contract.0.proof index f10b4eb..f52dd22 100644 --- a/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__clear()).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/clear/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__clear()).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:18:55 CEST 2021 +#Wed Sep 22 23:20:37 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:18:55 CEST 2021 +#Wed Sep 22 23:20:37 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:clear()].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:clear()].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,8 +57,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "13613") +(autoModeTime "31981") (branch "dummy ID" (rule "impRight" (formula "1") (newnames "self,exc,heapAtPre,o,f")) @@ -77,9 +78,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "elementOfAllFields" (formula "7") (term "1,0,0,0,0,1,0,1")) (rule "elementOfUnion" (formula "7") (term "0,0,0,0,0,1,0,1")) (rule "elementOfSingleton" (formula "7") (term "1,0,0,0,0,0,1,0,1")) -(rule "elementOfUnion" (formula "7") (term "0,0,0,0,0,0,1,0,1")) -(rule "elementOfSingleton" (formula "7") (term "1,0,0,0,0,0,0,1,0,1")) -(rule "elementOfSingleton" (formula "7") (term "0,0,0,0,0,0,0,1,0,1")) +(rule "elementOfSingleton" (formula "7") (term "0,0,0,0,0,0,1,0,1")) (rule "methodBodyExpand" (formula "7") (term "1") (newnames "heapBefore_clear,savedHeapBefore_clear")) (rule "simplifyUpdate2" (formula "7") (term "1")) (rule "postincrement_attribute" (formula "7") (term "1") (inst "#v=v")) @@ -112,8 +111,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate3" (formula "7") (term "1,0")) (rule "applyOnElementary" (formula "7") (term "1,0")) (rule "applyOnRigidTerm" (formula "7") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "7") (term "2,0,1,0")) (rule "applyOnPV" (formula "7") (term "1,0,1,0")) + (rule "simplifyUpdate1" (formula "7") (term "2,0,1,0")) (rule "simplifyUpdate1" (formula "7") (term "0,0,1,0")) (rule "assignmentAdditionInt" (formula "7") (term "1")) (rule "translateJavaAddInt" (formula "7") (term "0,0,1")) @@ -127,8 +126,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "expand_addJint" (formula "7") (term "0,1,0")) (rule "polySimp_addComm0" (formula "7") (term "0,0,1,0")) (rule "expand_moduloInteger" (formula "7") (term "0,1,0")) - (rule "replace_int_HALFRANGE" (formula "7") (term "0,0,1,0,1,0")) (rule "replace_int_RANGE" (formula "7") (term "1,1,0,1,0")) + (rule "replace_int_HALFRANGE" (formula "7") (term "0,0,1,0,1,0")) (rule "replace_int_MIN" (formula "7") (term "0,0,1,0")) (rule "polySimp_addAssoc" (formula "7") (term "0,1,0,1,0")) (rule "add_literals" (formula "7") (term "0,0,1,0,1,0")) @@ -146,12 +145,12 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate3" (formula "7") (term "1,0")) (rule "applyOnElementary" (formula "7") (term "1,0")) (rule "applyOnRigidTerm" (formula "7") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "7") (term "1,0,1,0")) - (rule "simplifyUpdate1" (formula "7") (term "0,0,1,0")) (rule "simplifyUpdate1" (formula "7") (term "3,0,1,0")) (rule "simplifyUpdate1" (formula "7") (term "2,0,1,0")) - (rule "applyOnPV" (formula "7") (term "1,0,1,0")) + (rule "simplifyUpdate1" (formula "7") (term "1,0,1,0")) + (rule "simplifyUpdate1" (formula "7") (term "0,0,1,0")) (rule "applyOnPV" (formula "7") (term "3,0,1,0")) + (rule "applyOnPV" (formula "7") (term "1,0,1,0")) (rule "variableDeclarationAssign" (formula "7") (term "1")) (rule "variableDeclaration" (formula "7") (term "1") (newnames "tab")) (rule "assignment_read_attribute_this" (formula "7")) @@ -171,2349 +170,1468 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate3" (formula "7") (term "1,0")) (rule "elim_double_block_3" (formula "7") (term "1")) (rule "onlyCreatedObjectsAreReferenced" (formula "7") (term "0,1,0,0") (ifseqformula "1")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_2_in_VerifiedIdentityHashMap" (formula "6")) - (rule "nonNull" (formula "6") (inst "i=i_1")) - (rule "sub_literals" (formula "6") (term "2,1,0,1,1")) - (rule "nonNullZero" (formula "6") (term "1,0,1,1")) - (rule "greater_literals" (formula "6") (term "0,1")) - (rule "concrete_impl_1" (formula "6") (term "1")) - (rule "andLeft" (formula "6")) - (rule "notLeft" (formula "6")) - (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "8")) - (rule "concrete_or_2" (formula "1")) - (rule "inEqSimp_commuteLeq" (formula "6") (term "0,0,0")) - (rule "commute_and" (formula "6") (term "0,0")) - (rule "arrayLengthIsAShort" (formula "6") (term "1,0,0,0")) - (rule "expand_inShort" (formula "6")) - (rule "replace_short_MIN" (formula "6") (term "0,1")) - (rule "replace_short_MAX" (formula "6") (term "1,0")) - (rule "andLeft" (formula "6")) - (rule "inEqSimp_commuteLeq" (formula "7")) - (rule "arrayLengthNotNegative" (formula "8") (term "1,0,0,0")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_3_in_VerifiedIdentityHashMap" (formula "10")) - (rule "notLeft" (formula "10")) - (rule "onlyCreatedObjectsAreReferenced" (formula "11") (term "0") (ifseqformula "2")) - (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "12")) - (rule "concrete_or_2" (formula "1")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_4_in_VerifiedIdentityHashMap" (formula "11")) - (rule "notLeft" (formula "11")) - (rule "onlyCreatedObjectsAreReferenced" (formula "12") (term "0") (ifseqformula "3")) - (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "13")) - (rule "concrete_or_2" (formula "1")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_5_in_VerifiedIdentityHashMap" (formula "12")) - (rule "insert_constant_value" (formula "12") (term "0,0,1")) - (rule "insert_constant_value" (formula "12") (term "0,0,1,0")) - (rule "insert_constant_value" (formula "12") (term "0,1,0,0")) - (rule "eqClose" (formula "12") (term "1,0,0")) - (rule "concrete_and_3" (formula "12") (term "0,0")) - (rule "insert_constant_value" (formula "12") (term "0,1,0,0")) - (rule "eqClose" (formula "12") (term "1,0,0")) - (rule "concrete_and_3" (formula "12") (term "0,0")) - (rule "insert_constant_value" (formula "12") (term "0,1,0,0")) - (rule "eqClose" (formula "12") (term "1,0,0")) - (rule "concrete_and_3" (formula "12") (term "0,0")) - (rule "mul_literals" (formula "12") (term "0,1")) - (rule "mul_literals" (formula "12") (term "0,1,0")) - (rule "andLeft" (formula "12")) - (rule "andLeft" (formula "12")) - (rule "notLeft" (formula "12")) - (rule "inEqSimp_commuteGeq" (formula "13")) - (rule "inEqSimp_commuteLeq" (formula "12")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_7_in_VerifiedIdentityHashMap" (formula "14") (inst "i=i_1")) - (rule "polySimp_addComm0" (formula "14") (term "0,2,0,1,1,0")) - (rule "inEqSimp_commuteLeq" (formula "14") (term "0,0,0")) - (rule "commute_and" (formula "14") (term "0,0")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_9_in_VerifiedIdentityHashMap" (formula "15") (inst "i=i_1") (inst "j=j")) - (rule "eqSymm" (formula "15") (term "1,1,0,1,0")) - (rule "eqSymm" (formula "15") (term "1,0,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "15") (term "0,2,0,0,0,0,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "15") (term "0,2,0,1,0,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "15") (term "0,2,1,1,0,1,0,1,0")) - (rule "inEqSimp_commuteLeq" (formula "15") (term "0,0,0")) - (rule "inEqSimp_commuteLeq" (formula "15") (term "0,0,0,1,0")) - (rule "commute_and" (formula "15") (term "0,0")) - (rule "commute_and" (formula "15") (term "0,0,1,0")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_11_in_VerifiedIdentityHashMap" (formula "16")) - (rule "insert_constant_value" (formula "16") (term "1")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_13_in_VerifiedIdentityHashMap" (formula "17") (inst "i=i_1")) - (rule "eqSymm" (formula "17")) - (rule "polySimp_mulComm0" (formula "17") (term "0,2,0,0,0,2,0")) - (rule "ifthenelse_negated" (formula "17") (term "2,0")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_15_in_VerifiedIdentityHashMap" (formula "18") (inst "i=i_1")) - (rule "exLeft" (formula "18") (inst "sk=i_1_0")) - (rule "andLeft" (formula "18")) - (rule "andLeft" (formula "18")) - (rule "eqSymm" (formula "20")) - (rule "inEqSimp_commuteLeq" (formula "18")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_17_in_VerifiedIdentityHashMap" (formula "21") (inst "i=i_1")) - (rule "exLeft" (formula "21") (inst "sk=i_1_1")) - (rule "andLeft" (formula "21")) - (rule "andLeft" (formula "21")) - (rule "polySimp_mulComm0" (formula "23") (term "0,2,0")) - (rule "inEqSimp_commuteLeq" (formula "21")) - (rule "onlyCreatedObjectsAreReferenced" (formula "23") (term "0") (ifseqformula "4")) - (rule "replace_known_left" (formula "23") (term "0") (ifseqformula "24")) - (rule "concrete_or_1" (formula "23")) - (rule "true_left" (formula "23")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_19_in_VerifiedIdentityHashMap" (formula "24") (inst "i=i_1") (inst "j=j")) - (rule "polySimp_mulComm0" (formula "24") (term "0,2,0,0,0,0,1,0")) - (rule "polySimp_mulComm0" (formula "24") (term "0,2,1,1,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "24") (term "0,2,1,0,0,0,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "24") (term "0,2,0,0,1,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "24") (term "0,1,0,1,0")) - (rule "inEqSimp_commuteLeq" (formula "24") (term "0,0,0")) - (rule "inEqSimp_commuteLeq" (formula "24") (term "0,0,0,1,1,0")) - (rule "commute_and" (formula "24") (term "0,0")) - (rule "commute_and" (formula "24") (term "0,0,1,1,0")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_21_in_VerifiedIdentityHashMap" (formula "25") (inst "i=i_1") (inst "j=j")) - (rule "polySimp_mulComm0" (formula "25") (term "0,2,0,0,1,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "1,1,1,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "0,1,1,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "1,0,1,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "0,2,1,1,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "0,2,0,0,0,0,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "0,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "1,0,0,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "0,1,0,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "25") (term "0,2,1,0,0,0,0,0,1,1,0")) - (rule "inEqSimp_commuteLeq" (formula "25") (term "0,0,0")) - (rule "inEqSimp_commuteLeq" (formula "25") (term "0,1,0,0,1,1,0")) - (rule "inEqSimp_commuteLeq" (formula "25") (term "0,0,0,0,1,1,0")) - (rule "commute_and" (formula "25") (term "0,0")) - (rule "commute_and" (formula "25") (term "1,0,0,1,1,0")) - (rule "commute_and" (formula "25") (term "0,0,0,1,1,0")) - (rule "cnf_rightDist" (formula "25") (term "0,0,1,1,0")) - (rule "commute_or" (formula "25") (term "0,0,0,1,1,0")) - (rule "cnf_rightDist" (formula "25") (term "1,0,0,1,1,0")) - (rule "commute_or" (formula "25") (term "1,1,0,0,1,1,0")) - (rule "commute_or" (formula "25") (term "0,1,0,0,1,1,0")) - (rule "cnf_rightDist" (formula "25") (term "0,0,0,1,1,0")) - (rule "commute_or" (formula "25") (term "1,0,0,0,1,1,0")) - (rule "commute_or" (formula "25") (term "0,0,0,0,1,1,0")) - (rule "shift_paren_and" (formula 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"ifthenelse_true_for" (formula "1") (term "1")) (rule "mul_literals" (formula "1") (term "1,1,1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) @@ -2709,12 +2376,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_mulLiterals" (formula "3") (term "1,0")) (rule "polySimp_addComm1" (formula "3") (term "0")) (rule "polySimp_addComm1" (formula "3") (term "0,0")) - (rule "applyEq" (formula "69") (term "0,0,0,1") (ifseqformula "1")) - (rule "inEqSimp_homoInEq0" (formula "69") (term "0,1")) - (rule "polySimp_mulLiterals" (formula "69") (term "1,0,0,1")) - (rule "polySimp_addComm1" (formula "69") (term "0,0,1")) - (rule "polySimp_addComm1" (formula "69") (term "0,0,0,1")) - (rule "applyEqRigid" (formula "69") (term "1,1,1") (ifseqformula "1")) + (rule "applyEqRigid" (formula "57") (term "0,1") (ifseqformula "1")) (rule "inEqSimp_sepPosMonomial1" (formula "2")) (rule "polySimp_mulComm0" (formula "2") (term "1")) (rule "polySimp_rightDist" (formula "2") (term "1")) @@ -2729,16 +2391,34 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_mulLiterals" (formula "3") (term "1,1")) (rule "polySimp_elimOne" (formula "3") (term "1,1")) (rule "polySimp_rightDist" (formula "3") (term "0,1")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1")) (rule "mul_literals" (formula "3") (term "0,0,1")) - (rule "inEqSimp_sepPosMonomial1" (formula "69") (term "0,1")) - (rule "polySimp_mulComm0" (formula "69") (term "1,0,1")) - (rule "polySimp_rightDist" (formula "69") (term "1,0,1")) - (rule "polySimp_mulLiterals" (formula "69") (term "1,1,0,1")) - (rule "polySimp_elimOne" (formula "69") (term "1,1,0,1")) - (rule "polySimp_rightDist" (formula "69") (term "0,1,0,1")) - (rule "polySimp_mulLiterals" (formula "69") (term "1,0,1,0,1")) - (rule "mul_literals" (formula "69") (term "0,0,1,0,1")) + (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1")) + (rule "inEqSimp_exactShadow3" (formula "10") (ifseqformula "3")) + (rule "polySimp_rightDist" (formula "10") (term "0,0")) + (rule "mul_literals" (formula "10") (term "0,0,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0")) + (rule "polySimp_addComm1" (formula "10") (term "0,0")) + (rule "polySimp_pullOutFactor2b" (formula "10") (term "0")) + (rule "add_literals" (formula "10") (term "1,1,0")) + (rule "times_zero_1" (formula "10") (term "1,0")) + (rule "add_zero_right" (formula "10") (term "0")) + (rule "polySimp_addAssoc" (formula "10") (term "0")) + (rule "add_literals" (formula "10") (term "0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "10")) + (rule "mul_literals" (formula "10") (term "1")) + (rule "elimGcdGeq_antec" (formula "10") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_4") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) + (rule "leq_literals" (formula "10") (term "0,0")) + (rule "concrete_or_2" (formula "10") (term "0")) + (rule "times_zero_1" (formula "10") (term "1,0,0,0,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,0,0")) + (rule "add_zero_right" (formula "10") (term "0,0,0,0,0")) + (rule "add_literals" (formula "10") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "10") (term "0,0")) + (rule "add_literals" (formula "10") (term "1,1,0,0")) + (rule "times_zero_1" (formula "10") (term "1,0,0")) + (rule "add_zero_right" (formula "10") (term "0,0")) + (rule "leq_literals" (formula "10") (term "0")) + (rule "concrete_or_2" (formula "10")) (rule "inEqSimp_exactShadow3" (formula "25") (ifseqformula "3")) (rule "polySimp_mulAssoc" (formula "25") (term "0,0")) (rule "polySimp_mulComm0" (formula "25") (term "0,0,0")) @@ -2750,8 +2430,18 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_rightDist" (formula "25") (term "1")) (rule "polySimp_mulLiterals" (formula "25") (term "1,1")) (rule "polySimp_rightDist" (formula "25") (term "0,1")) - (rule "mul_literals" (formula "25") (term "0,0,1")) (rule "polySimp_mulLiterals" (formula "25") (term "1,0,1")) + (rule "mul_literals" (formula "25") (term "0,0,1")) + (rule "inEqSimp_exactShadow3" (formula "34") (ifseqformula "3")) + (rule "polySimp_rightDist" (formula "34") (term "0,0")) + (rule "mul_literals" (formula "34") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "34") (term "0")) + (rule "polySimp_addAssoc" (formula "34") (term "0,0")) + (rule "polySimp_addAssoc" (formula "34") (term "0,0,0")) + (rule "add_literals" (formula "34") (term "0,0,0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "34")) + (rule "polySimp_mulLiterals" (formula "34") (term "0")) + (rule "polySimp_elimOne" (formula "34") (term "0")) (rule "inEqSimp_exactShadow3" (formula "18") (ifseqformula "3")) (rule "mul_literals" (formula "18") (term "0,0")) (rule "polySimp_addAssoc" (formula "18") (term "0")) @@ -2762,65 +2452,37 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_rightDist" (formula "18") (term "1")) (rule "polySimp_mulLiterals" (formula "18") (term "1,1")) (rule "mul_literals" (formula "18") (term "0,1")) - (rule "inEqSimp_exactShadow3" (formula "7") (ifseqformula "3")) - (rule "polySimp_rightDist" (formula "7") (term "0,0")) - (rule "mul_literals" (formula "7") (term "0,0,0")) - (rule "polySimp_addAssoc" (formula "7") (term "0")) - (rule "polySimp_addComm1" (formula "7") (term "0,0")) - (rule "polySimp_pullOutFactor2b" (formula "7") (term "0")) - (rule "add_literals" (formula "7") (term "1,1,0")) - (rule "times_zero_1" (formula "7") (term "1,0")) - (rule "add_zero_right" (formula "7") (term "0")) - (rule "polySimp_addAssoc" (formula "7") (term "0")) - (rule "add_literals" (formula "7") (term "0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "7")) - (rule "mul_literals" (formula "7") (term "1")) - (rule "elimGcdGeq_antec" (formula "7") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_3") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) - (rule "polySimp_mulLiterals" (formula "7") (term "1,0,1,0")) - (rule "mul_literals" (formula "7") (term "0,1,0,0,0,0,1,0")) - (rule "leq_literals" (formula "7") (term "0,0")) - (rule "concrete_or_2" (formula "7") (term "0")) - (rule "times_zero_1" (formula "7") (term "1,0,0,0,0,0")) - (rule "polySimp_addLiterals" (formula "7") (term "0,0,0,0")) - (rule "add_literals" (formula "7") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "7") (term "0,0")) - (rule "add_literals" (formula "7") (term "1,1,0,0")) - (rule "times_zero_1" (formula "7") (term "1,0,0")) - (rule "add_zero_right" (formula "7") (term "0,0")) - (rule "leq_literals" (formula "7") (term "0")) - (rule "concrete_or_2" (formula "7")) - (rule "inEqSimp_exactShadow3" (formula "53") (ifseqformula "3")) - (rule "polySimp_rightDist" (formula "53") (term "0,0")) - (rule "mul_literals" (formula "53") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "53") (term "0")) - (rule "polySimp_addAssoc" (formula "53") (term "0,0")) - (rule "polySimp_addAssoc" (formula "53") (term "0,0,0")) - (rule "add_literals" (formula "53") (term "0,0,0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "53")) - (rule "polySimp_mulLiterals" (formula "53") (term "0")) - (rule "polySimp_elimOne" (formula "53") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "35") (ifseqformula "3")) - (rule "polySimp_rightDist" (formula "35") (term "0,0")) - (rule "mul_literals" (formula "35") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "35") (term "0")) - (rule "polySimp_addAssoc" (formula "35") (term "0,0")) - (rule "polySimp_addAssoc" (formula "35") (term "0,0,0")) - (rule "add_literals" (formula "35") (term "0,0,0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "35")) - (rule "polySimp_mulLiterals" (formula "35") (term "0")) - (rule "polySimp_elimOne" (formula "35") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "16")) + (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "5")) (rule "polySimp_rightDist" (formula "2") (term "0,0")) - (rule "polySimp_addComm1" (formula "2") (term "0")) (rule "polySimp_rightDist" (formula "2") (term "0,0,0")) (rule "mul_literals" (formula "2") (term "0,0,0,0")) (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0,0")) + (rule "polySimp_addAssoc" (formula "2") (term "0")) (rule "polySimp_addComm1" (formula "2") (term "0,0")) - (rule "add_literals" (formula "2") (term "0,0,0")) + (rule "polySimp_pullOutFactor2b" (formula "2") (term "0")) + (rule "add_literals" (formula "2") (term "1,1,0")) + (rule "times_zero_1" (formula "2") (term "1,0")) + (rule "polySimp_addLiterals" (formula "2") (term "0")) + (rule "polySimp_addComm1" (formula "2") (term "0")) + (rule "add_literals" (formula "2") (term "0,0")) (rule "inEqSimp_sepNegMonomial1" (formula "2")) (rule "polySimp_mulLiterals" (formula "2") (term "0")) - (rule "polySimp_elimOne" (formula "2") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "30")) + (rule "elimGcdLeq_antec" (formula "2") (inst "elimGcdRightDiv=Z(1(#))") (inst "elimGcdLeftDiv=quotient_4") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1,0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0,0,0,1,0")) + (rule "neg_literal" (formula "2") (term "0,0,0,0,0,1,0")) + (rule "leq_literals" (formula "2") (term "0,0")) + (rule "concrete_or_2" (formula "2") (term "0")) + (rule "mul_literals" (formula "2") (term "1,0,0,0,0,0")) + (rule "polySimp_addLiterals" (formula "2") (term "0,0,0,0")) + (rule "add_zero_right" (formula "2") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) + (rule "add_literals" (formula "2") (term "1,1,0,0")) + (rule "times_zero_1" (formula "2") (term "1,0,0")) + (rule "add_zero_right" (formula "2") (term "0,0")) + (rule "qeq_literals" (formula "2") (term "0")) + (rule "concrete_or_2" (formula "2")) + (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "29")) (rule "polySimp_rightDist" (formula "3") (term "0,0")) (rule "polySimp_addComm1" (formula "3") (term "0")) (rule "polySimp_rightDist" (formula "3") (term "0,0,0")) @@ -2832,7 +2494,123 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "3")) (rule "polySimp_mulLiterals" (formula "3") (term "0")) (rule "polySimp_elimOne" (formula "3") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "29") (ifseqformula "8")) + (rule "inEqSimp_exactShadow3" (formula "4") (ifseqformula "39")) + (rule "polySimp_rightDist" (formula "4") (term "0,0")) + (rule "polySimp_addComm1" (formula "4") (term "0")) + (rule "polySimp_rightDist" (formula "4") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "4") (term "1,0,0,0")) + (rule "mul_literals" (formula "4") (term "0,0,0,0")) + (rule "polySimp_addComm1" (formula "4") (term "0,0")) + (rule "add_literals" (formula "4") (term "0,0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "4")) + (rule "polySimp_mulLiterals" (formula "4") (term "0")) + (rule "polySimp_elimOne" (formula "4") (term "0")) + (rule "inEqSimp_exactShadow3" (formula "27") (ifseqformula "4")) + (rule "polySimp_rightDist" (formula "27") (term "0,0")) + (rule "polySimp_mulLiterals" (formula "27") (term "1,0,0")) + (rule "mul_literals" (formula "27") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "27") (term "0")) + (rule "polySimp_addAssoc" (formula "27") (term "0,0")) + (rule "add_literals" (formula "27") (term "0,0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "27")) + (rule "polySimp_mulLiterals" (formula "27") (term "0")) + (rule "elimGcdLeq_antec" (formula "27") (inst "elimGcdRightDiv=add(Z(1(3(0(0(0(5(7(4(1(2(#))))))))))), + mul(quotient_4, + Z(neglit(8(4(6(3(8(4(7(4(1(2(#))))))))))))))") (inst "elimGcdLeftDiv=quotient_3") (inst "elimGcd=Z(2(#))")) + (rule "mul_literals" (formula "27") (term "0,1,0,0,0,0,1,0")) + (rule "neg_literal" (formula "27") (term "0,0,0,0,0,1,0")) + (rule "leq_literals" (formula "27") (term "0,0")) + (rule "concrete_or_2" (formula "27") (term "0")) + (rule "polySimp_mulLiterals" (formula "27") (term "1,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "27") (term "0,0")) + (rule "add_literals" (formula "27") (term "1,1,0,0")) + (rule "times_zero_1" (formula "27") (term "1,0,0")) + (rule "add_zero_right" (formula "27") (term "0,0")) + (rule "polySimp_rightDist" (formula "27") (term "1,0,0,0")) + (rule "polySimp_mulLiterals" (formula "27") (term "1,1,0,0,0")) + (rule "mul_literals" (formula "27") (term "0,1,0,0,0")) + (rule "polySimp_addAssoc" (formula "27") (term "0,0,0")) + (rule "add_literals" (formula "27") (term "0,0,0,0")) + (rule "polySimp_addAssoc" (formula "27") (term "0,0")) + (rule "polySimp_addComm1" (formula "27") (term "0,0,0")) + (rule "add_literals" (formula "27") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "27") (term "0,0")) + (rule "add_literals" (formula "27") (term "1,1,0,0")) + (rule "times_zero_1" (formula "27") 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(rule "mul_literals" (formula "35") (term "0,1,0,0")) + (rule "polySimp_mulLiterals" (formula "35") (term "1,1,0,0")) + (rule "polySimp_addAssoc" (formula "35") (term "0,0")) + (rule "polySimp_addComm1" (formula "35") (term "0,0,0")) + (rule "add_literals" (formula "35") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "35") (term "0,0")) + (rule "add_literals" (formula "35") (term "1,1,0,0")) + (rule "times_zero_1" (formula "35") (term "1,0,0")) + (rule "add_zero_right" (formula "35") (term "0,0")) + (rule "qeq_literals" (formula "35") (term "0")) + (rule "concrete_or_1" (formula "35")) + (rule "true_left" (formula "35")) + (rule "inEqSimp_exactShadow3" (formula "55") (ifseqformula "4")) + (rule "times_zero_1" (formula "55") (term "0,0")) + (rule "add_zero_left" (formula "55") (term "0")) + (rule "inEqSimp_sepNegMonomial1" (formula "55")) + (rule "polySimp_mulLiterals" (formula "55") (term "0")) + (rule "elimGcdLeq_antec" (formula "55") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_4") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) + (rule "polySimp_mulLiterals" (formula "55") (term "1,0,1,0")) + (rule "times_zero_1" (formula "55") (term "1,0,0,0,0,1,0")) + (rule "neg_literal" (formula "55") (term "0,0,0,0,0,1,0")) + (rule "leq_literals" (formula "55") (term "0,0")) + (rule "concrete_or_2" (formula "55") (term "0")) + (rule "polySimp_addLiterals" (formula "55") (term "0,0,0,0")) + (rule "add_literals" (formula "55") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "55") (term "0,0")) + (rule "add_literals" (formula "55") (term "1,1,0,0")) + (rule "times_zero_1" (formula "55") (term "1,0,0")) + (rule "add_zero_right" (formula "55") (term "0,0")) + (rule "qeq_literals" (formula "55") (term "0")) + (rule "concrete_or_2" (formula "55")) + (rule "replace_known_left" (formula "66") (term "1") (ifseqformula "55")) + (rule "concrete_and_3" (formula "66")) + (rule "inEqSimp_subsumption0" (formula "2") (ifseqformula "55")) + (rule "leq_literals" (formula "2") (term "0")) + (rule "concrete_or_1" (formula "2")) + (rule "true_left" (formula "2")) + (rule "inEqSimp_exactShadow3" (formula "29") (ifseqformula "10")) (rule "polySimp_rightDist" (formula "29") (term "0,0")) (rule "polySimp_mulLiterals" (formula "29") (term "1,0,0")) (rule "polySimp_addComm1" (formula "29") (term "0")) @@ -2843,13 +2621,13 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "29") (term "0,0,0")) (rule "inEqSimp_sepNegMonomial1" (formula "29")) (rule "polySimp_mulLiterals" (formula "29") (term "0")) - (rule "elimGcdLeq_antec" (formula "29") (inst "elimGcdRightDiv=add(Z(7(0(2(8(5(7(3(7(0(1(#))))))))))), - mul(quotient_3, Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(2(#))")) - (rule "polySimp_mulLiterals" (formula "29") (term "1,0,1,0")) - (rule "neg_literal" (formula "29") (term "0,0,0,0,0,1,0")) + (rule "elimGcdLeq_antec" (formula "29") (inst "elimGcdRightDiv=add(Z(6(0(2(8(5(7(3(7(0(1(#))))))))))), + mul(quotient_4, Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))))") (inst "elimGcdLeftDiv=quotient_3") (inst "elimGcd=Z(2(#))")) (rule "mul_literals" (formula "29") (term "0,1,0,0,0,0,1,0")) + (rule "neg_literal" (formula "29") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "29") (term "0,0")) (rule "concrete_or_2" (formula "29") (term "0")) + (rule "polySimp_mulLiterals" (formula "29") (term "1,0,0")) (rule "polySimp_pullOutFactor0b" (formula "29") (term "0,0")) (rule "add_literals" (formula "29") (term "1,1,0,0")) (rule "times_zero_1" (formula "29") (term "1,0,0")) @@ -2868,20 +2646,20 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "29") (term "0,0")) (rule "qeq_literals" (formula "29") (term "0")) (rule "concrete_or_2" (formula "29")) - (rule "inEqSimp_exactShadow3" (formula "30") (ifseqformula "2")) + (rule "inEqSimp_exactShadow3" (formula "30") (ifseqformula "3")) (rule "polySimp_rightDist" (formula "30") (term "0,0")) (rule "polySimp_mulLiterals" (formula "30") (term "1,0,0")) (rule "polySimp_addComm1" (formula "30") (term "0")) (rule "polySimp_rightDist" (formula "30") (term "0,0,0")) - (rule "polySimp_mulLiterals" (formula "30") (term "1,0,0,0")) (rule "mul_literals" (formula "30") (term "0,0,0,0")) + (rule "polySimp_mulLiterals" (formula "30") (term "1,0,0,0")) (rule "polySimp_addAssoc" (formula "30") (term "0,0")) (rule "polySimp_addComm1" (formula "30") (term "0,0,0")) (rule "add_literals" (formula "30") (term "0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "30") (term "0,0")) (rule "add_literals" (formula "30") (term "1,1,0,0")) (rule "times_zero_1" (formula "30") (term "1,0,0")) - (rule "add_zero_right" (formula "30") (term "0,0")) + (rule "add_literals" (formula "30") (term "0,0")) (rule "inEqSimp_sepNegMonomial1" (formula "30")) (rule "polySimp_mulLiterals" (formula "30") (term "0")) (rule "inEqSimp_subsumption4" (formula "30") (ifseqformula "28")) @@ -2891,269 +2669,209 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "leq_literals" (formula "30") (term "0")) (rule "concrete_or_1" (formula "30")) (rule "true_left" (formula "30")) - (rule "inEqSimp_exactShadow3" (formula "67") (ifseqformula "3")) - (rule "times_zero_1" (formula "67") (term "0,0")) - (rule "add_zero_left" (formula "67") (term "0")) - (rule "inEqSimp_sepPosMonomial1" (formula "67")) - (rule "polySimp_mulComm0" (formula "67") (term "1")) - (rule "polySimp_rightDist" (formula "67") (term "1")) - (rule "polySimp_mulLiterals" (formula "67") (term "1,1")) - (rule "mul_literals" (formula "67") (term "0,1")) - (rule "elimGcdGeq_antec" (formula "67") (inst "elimGcdRightDiv=add(Z(neglit(4(2(8(1(4(7(3(7(0(1(#)))))))))))), - mul(quotient_3, Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(2(#))")) - (rule "mul_literals" (formula "67") (term "0,1,0,0,0,0,1,0")) - (rule "polySimp_mulLiterals" 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"greater_literals" (formula "52") (term "0")) + (rule "concrete_impl_1" (formula "52")) + (rule "polySimp_mulComm0" (formula "52") (term "0,0")) + (rule "polySimp_rightDist" (formula "52") (term "1,0")) + (rule "mul_literals" (formula "52") (term "0,1,0")) + (rule "polySimp_addComm0" (formula "52") (term "0")) + (rule "inEqSimp_sepNegMonomial1" (formula "52")) + (rule "polySimp_mulLiterals" (formula "52") (term "0")) + (rule "polySimp_elimOne" (formula "52") (term "0")) + (rule "inEqSimp_subsumption0" (formula "22") (ifseqformula "52")) + (rule "inEqSimp_homoInEq0" (formula "22") (term "0")) + (rule "polySimp_mulComm0" (formula "22") (term "1,0,0")) + (rule "polySimp_rightDist" (formula "22") (term "1,0,0")) + (rule "polySimp_mulLiterals" (formula "22") (term "1,1,0,0")) + (rule "mul_literals" (formula "22") (term "0,1,0,0")) + (rule "polySimp_addAssoc" (formula "22") (term "0,0")) + (rule "polySimp_addComm1" (formula "22") (term "0,0,0")) + (rule "add_literals" (formula "22") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "22") (term "0,0")) + (rule "add_literals" (formula "22") (term "1,1,0,0")) + (rule "times_zero_1" (formula "22") (term "1,0,0")) + (rule "add_literals" (formula "22") (term "0,0")) + (rule "qeq_literals" (formula "22") (term "0")) + (rule "concrete_or_1" (formula "22")) + (rule "true_left" (formula "22")) + (rule "inEqSimp_contradInEq1" (formula "51") (ifseqformula "21")) + (rule "andLeft" (formula "51")) + (rule "inEqSimp_homoInEq1" (formula "51")) + (rule "polySimp_mulComm0" (formula "51") (term "1,0")) + (rule "polySimp_rightDist" (formula "51") (term "1,0")) + (rule "polySimp_mulLiterals" (formula "51") (term "1,1,0")) + (rule "mul_literals" (formula "51") (term "0,1,0")) + (rule "polySimp_addAssoc" (formula "51") (term "0")) + (rule "polySimp_addComm0" (formula "51") (term "0,0")) + (rule "polySimp_pullOutFactor0b" (formula "51") (term "0")) + (rule "add_literals" (formula "51") (term "1,1,0")) + (rule "times_zero_1" (formula "51") (term "1,0")) + (rule "add_zero_right" (formula "51") (term "0")) + (rule "leq_literals" (formula "51")) + (rule "closeFalse" (formula "51")) + ) + ) + ) + ) + ) ) (branch "Null Reference (tab = null)" - (rule "false_right" (formula "40")) + (rule "false_right" (formula "14")) (rule "simplifyUpdate2" (formula "1")) (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate1" (formula "1") (term "1")) (rule "applyOnPV" (formula "1") (term "0")) - (rule "close" (formula "38") (ifseqformula "1")) + (rule "replace_known_left" (formula "2") (term "0") (ifseqformula "1")) + (rule "concrete_or_1" (formula "2")) + (rule "true_left" (formula "2")) + (rule "applyEq" (formula "9") (term "0,0") (ifseqformula "1")) + (rule "applyEq" (formula "10") (term "1,0,0,0,0") (ifseqformula "1")) + (rule "applyEq" (formula "10") (term "0,1,0,0,0,0,0") (ifseqformula "1")) + (rule "Class_invariant_axiom_for_java_util_VerifiedIdentityHashMap" (formula "6") (inst "i=i_6") (inst "j=j") (inst "i_0=i_0") (inst "j_0=j_0") (inst "i_1=i_1") (inst "i_2=i_2") (inst "i_3=i_3") (inst "i_4=i_4") (inst "j_1=j_1") (inst "i_5=i_5") (ifseqformula "4")) + (rule "insert_constant_value" (formula "6") (term "1,1,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,0,1,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,0,1,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "eqClose" (formula "6") (term "1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "concrete_and_3" (formula "6") (term "0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "eqClose" (formula "6") (term "1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "concrete_and_3" (formula "6") (term "0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "insert_constant_value" (formula "6") (term "0,1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "eqClose" (formula "6") (term "1,0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "concrete_and_3" (formula "6") (term "0,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "expand_inInt" (formula "6") (term "1,1")) + (rule "expand_inInt" (formula "6") (term "0,1")) + (rule "mul_literals" (formula "6") (term "0,1,1,0,0,0,0,0,0,0,0,0,0")) + (rule "mul_literals" (formula "6") (term "0,1,0,1,0,0,0,0,0,0,0,0,0,0")) + (rule "replace_int_MAX" (formula "6") (term "1,0,1,1")) + (rule "replace_int_MIN" (formula "6") (term "0,1,1,1")) + (rule "replace_int_MIN" (formula "6") (term "0,1,0,1")) + (rule "replace_int_MAX" (formula "6") (term "1,0,0,1")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "8")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "10")) + (rule "andLeft" (formula "9")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "notLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "andLeft" (formula "6")) + (rule "notLeft" (formula "6")) + (rule "close" (formula "26") (ifseqformula "1")) ) ) ) diff --git a/proofs_new/KeY/IdentityHashMap/containsKey/MU__java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__containsKey(java.lang.Object)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/containsKey/MU__java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__containsKey(java.lang.Object)).JML normal_behavior operation contract.0.proof new file mode 100644 index 0000000..e8a743b --- /dev/null +++ b/proofs_new/KeY/IdentityHashMap/containsKey/MU__java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__containsKey(java.lang.Object)).JML normal_behavior operation contract.0.proof @@ -0,0 +1,29939 @@ +\profile "Java Profile"; + +\settings { +"#Proof-Settings-Config-File +#Fri Sep 24 15:29:23 CEST 2021 +[SMTSettings]maxGenericSorts=2 +[SMTSettings]instantiateHierarchyAssumptions=true +[SMTSettings]UseBuiltUniqueness=false +[StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS +[StrategyProperty]SPLITTING_OPTIONS_KEY=SPLITTING_DELAYED +[StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON +[StrategyProperty]DEP_OPTIONS_KEY=DEP_ON +[Strategy]Timeout=-1 +[StrategyProperty]USER_TACLETS_OPTIONS_KEY3=USER_TACLETS_OFF +[StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF +[StrategyProperty]USER_TACLETS_OPTIONS_KEY1=USER_TACLETS_OFF +[StrategyProperty]OSS_OPTIONS_KEY=OSS_ON +[Choice]DefaultChoices=JavaCard-JavaCard\\:off , Strings-Strings\\:on , assertions-assertions\\:safe , bigint-bigint\\:on , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:arithmeticSemanticsIgnoringOF , integerSimplificationRules-integerSimplificationRules\\:full , javaLoopTreatment-javaLoopTreatment\\:efficient , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , modelFields-modelFields\\:treatAsAxiom , moreSeqRules-moreSeqRules\\:off , permissions-permissions\\:off , programRules-programRules\\:Java , reach-reach\\:on , runtimeExceptions-runtimeExceptions\\:ban , sequences-sequences\\:on , wdChecks-wdChecks\\:off , wdOperator-wdOperator\\:L +[StrategyProperty]METHOD_OPTIONS_KEY=METHOD_CONTRACT +[StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE +[Strategy]ActiveStrategy=JavaCardDLStrategy +[StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_FREE +[SMTSettings]useConstantsForBigOrSmallIntegers=true +[StrategyProperty]VBT_PHASE=VBT_SYM_EX +[StrategyProperty]SYMBOLIC_EXECUTION_ALIAS_CHECK_OPTIONS_KEY=SYMBOLIC_EXECUTION_ALIAS_CHECK_NEVER +[SMTSettings]integersMinimum=-2147483645 +[SMTSettings]invariantForall=false +[StrategyProperty]BLOCK_OPTIONS_KEY=BLOCK_CONTRACT_INTERNAL +[StrategyProperty]QUERY_NEW_OPTIONS_KEY=QUERY_OFF +[Labels]UseOriginLabels=true +[SMTSettings]integersMaximum=2147483645 +[SMTSettings]useUninterpretedMultiplication=true +[StrategyProperty]MPS_OPTIONS_KEY=MPS_MERGE +[Strategy]MaximumNumberOfAutomaticApplications=7000 +[StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF +[StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT +[SMTSettings]SelectedTaclets= +[StrategyProperty]NON_LIN_ARITH_OPTIONS_KEY=NON_LIN_ARITH_COMPLETION +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET +[SMTSettings]explicitTypeHierarchy=false +[StrategyProperty]SYMBOLIC_EXECUTION_NON_EXECUTION_BRANCH_HIDING_OPTIONS_KEY=SYMBOLIC_EXECUTION_NON_EXECUTION_BRANCH_HIDING_OFF +" +} + +\bootclasspath "../../../../jre"; + +\javaSource "../../../../src"; + +\include "../../../../functions.key"; + +\proofObligation "#Proof Obligation Settings +#Fri Sep 24 15:29:23 CEST 2021 +name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:containsKey(java.lang.Object)].JML normal_behavior operation contract.0 +contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:containsKey(java.lang.Object)].JML normal_behavior operation contract.0 +class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO +"; + +\proof { +(keyLog "0" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "1" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "2" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "3" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "4" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "5" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "6" (keyUser "mattias" ) (keyVersion "a587ae6")) +(keyLog "7" (keyUser "mattias" ) (keyVersion "a587ae6")) + +(autoModeTime "1156006") + +(branch "dummy ID" +(rule "impRight" (formula "1") (newnames "key,self,result,exc,heapAtPre,o,f")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "3")) +(rule "andLeft" (formula "1")) +(rule "notLeft" (formula "5")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "notLeft" (formula "2")) +(rule "hide_left" (formula "6") (userinteraction)) +(rule "insert_hidden_taclet_0" (userinteraction)) +(rule "eqSymm" (formula "9") (term "0,0,0,0,1")) +(rule "eqSymm" (formula "9") (term "0,0,1,0,1")) +(rule "replace_known_right" (formula "5") (term "0") (ifseqformula "8")) + (builtin "One Step Simplification" (formula "5")) +(rule "inEqSimp_commuteLeq" (formula "9") (term "0,0,0,0,0,0,0,0,0,1")) +(rule "assignment" (formula "9") (term "1")) + (builtin "One Step Simplification" (formula "9")) +(rule "Class_invariant_axiom_for_java_util_VerifiedIdentityHashMap" (formula "1") (inst "i=i") (inst "j=j") (inst "i_0=i_0") (inst "j_0=j_0") (inst "i_1=i_1") (inst "i_2=i_2") (inst "i_3=i_3") (inst "i_4=i_4") (inst "j_1=j_1") (inst "i_5=i_5") (ifseqformula "4")) + (builtin "One Step Simplification" (formula "1")) +(rule "mul_literals" (formula "1") (term "0,1,1,0,0,0,0,0,0,0,0,0")) +(rule "mul_literals" (formula "1") (term "0,1,0,1,0,0,0,0,0,0,0,0,0")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "notLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "notLeft" (formula "1")) +(rule "exLeft" (formula "8") (inst "sk=i_1_0")) +(rule "andLeft" (formula "8")) +(rule "andLeft" (formula "8")) +(rule "exLeft" (formula "7") (inst "sk=i_2_0")) +(rule "andLeft" (formula "7")) +(rule "andLeft" (formula "7")) +(rule "eqSymm" (formula "6")) +(rule "eqSymm" (formula "4") (term "1,1,0,1,0")) +(rule "eqSymm" (formula "4") (term "1,0,1,0,1,0")) +(rule "eqSymm" (formula "9")) +(rule "polySimp_mulComm0" (formula "14") (term "0,2,0,1,1,0,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "0,1,1,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "1,0,1,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "0,2,0,0,0,0,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "0,1,0,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "1,0,0,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "0,1,0,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "1,1,1,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "0,2,0,0,0,0,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "14") (term "0,2,0,0,1,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "13") (term "0,2,0,0,0,0,1,0")) +(rule "polySimp_mulComm0" (formula "13") (term "0,1,0,1,0")) +(rule "polySimp_mulComm0" (formula "13") (term "0,2,0,0,0,0,0,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "13") (term "0,2,0,1,1,0,1,0")) +(rule "polySimp_mulComm0" (formula "13") (term "0,2,0,0,1,0,1,1,0")) +(rule "polySimp_mulComm0" (formula "4") (term "0,2,0,0,0,0,1,0,1,0")) +(rule "polySimp_mulComm0" (formula "12") (term "0,2,0")) +(rule "polySimp_mulComm0" (formula "6") (term "0,2,0,0,0,2,0")) +(rule "polySimp_mulComm0" (formula "4") (term "0,2,1,1,0,1,0,1,0")) +(rule "polySimp_mulComm0" (formula "4") (term "0,2,0,1,0,1,0,1,0")) +(rule "polySimp_addComm0" (formula "3") (term "0,2,0,1,1,0")) +(rule "ifthenelse_negated" (formula "6") (term "2,0")) +(rule "inEqSimp_commuteLeq" (formula "14") (term "0,0,0")) +(rule "inEqSimp_commuteLeq" (formula "13") (term "0,0,0")) +(rule "inEqSimp_commuteLeq" (formula "4") (term "0,0,0,1,0")) +(rule "inEqSimp_commuteLeq" (formula "4") (term "0,0,0")) +(rule "inEqSimp_commuteLeq" (formula "3") (term "0,0,0")) +(rule "inEqSimp_commuteGeq" (formula "2")) +(rule "inEqSimp_commuteLeq" (formula "1")) +(rule "inEqSimp_commuteLeq" (formula "10")) +(rule "inEqSimp_commuteLeq" (formula "7")) +(rule "inEqSimp_commuteLeq" (formula "14") (term "0,1,0,0,1,1,0")) +(rule "inEqSimp_commuteLeq" (formula "14") (term "0,0,0,0,1,1,0")) +(rule "inEqSimp_commuteLeq" (formula "13") (term "0,0,0,1,1,0")) +(rule "applyEq" (formula "14") (term "0,1,1,0,0") (ifseqformula "9")) +(rule "applyEq" (formula "4") (term "0,1,1,0,0") (ifseqformula "9")) +(rule "applyEq" (formula "13") (term "0,1,1,0,0") (ifseqformula "9")) +(rule "applyEq" (formula "11") (term "0,1") (ifseqformula "9")) +(rule "applyEq" (formula "3") (term "0,1,1,0,0") (ifseqformula "9")) +(rule "applyEq" (formula "2") (term "0") (ifseqformula "9")) +(rule "applyEq" (formula "8") (term "1") (ifseqformula "9")) +(rule "applyEq" (formula "13") (term "1,1,1,0,1,0") (ifseqformula "9")) +(rule "applyEq" (formula "14") (term "1,1,0,0,0,0,1,1,0") (ifseqformula "9")) +(rule "applyEq" (formula "13") (term "1,0,1,0,0,0,1,1,0") (ifseqformula "9")) +(rule "applyEq" (formula "1") (term "0") (ifseqformula 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(term "0,0,0,1,0,1,0,0,0,0,0,1,1,0")) + (rule "polySimp_pullOutFactor0b" (formula "14") (term "0,1,0,1,0,0,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "1,1,0,1,0,1,0,0,0,0,0,1,1,0")) + (rule "times_zero_1" (formula "14") (term "1,0,1,0,1,0,0,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "0,1,0,1,0,0,0,0,0,1,1,0")) + (rule "qeq_literals" (formula "14") (term "1,0,1,0,0,0,0,0,1,1,0")) + (builtin "One Step Simplification" (formula "14")) + (rule "polySimp_addAssoc" (formula "14") (term "0,0,1,0,0,0,0,0,1,1,0")) + (rule "polySimp_addComm1" (formula "14") (term "0,0,0,1,0,0,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "0,0,0,0,1,0,0,0,0,0,1,1,0")) + (rule "add_zero_left" (formula "14") (term "0,0,0,1,0,0,0,0,0,1,1,0")) + (rule "polySimp_pullOutFactor0" (formula "14") (term "0,0,1,0,0,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "1,0,0,1,0,0,0,0,0,1,1,0")) + (rule "times_zero_1" (formula "14") (term "0,0,1,0,0,0,0,0,1,1,0")) + (rule "leq_literals" (formula "14") (term "0,1,0,0,0,0,0,1,1,0")) + (builtin "One Step Simplification" (formula "14")) + (rule "elimGcdGeq" (formula "14") (term "1,1,0,0,0,1,1,0") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=j") (inst "elimGcd=Z(2(#))")) + (rule "polySimp_mulLiterals" (formula "14") (term "1,0,1,0,1,1,0,0,0,1,1,0")) + (rule "add_zero_right" (formula "14") (term "0,0,0,0,0,1,1,0,0,0,1,1,0")) + (rule "polySimp_mulLiterals" (formula "14") (term "1,0,0,0,1,1,0,0,0,1,1,0")) + (rule "add_zero_right" (formula "14") (term "0,0,0,1,0,1,1,0,0,0,1,1,0")) + (rule "times_zero_1" (formula "14") (term "1,0,0,0,0,0,1,1,0,0,0,1,1,0")) + (rule "sub_literals" (formula "14") (term "0,0,0,0,0,0,1,1,0,0,0,1,1,0")) + (rule "times_zero_1" (formula "14") (term "0,0,0,1,0,1,1,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "0,0,0,0,0,1,1,0,0,0,1,1,0")) + (rule "add_zero_left" (formula "14") (term "0,0,1,0,1,1,0,0,0,1,1,0")) + (rule "polySimp_pullOutFactor0b" (formula "14") (term "0,0,0,1,1,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "1,1,0,0,0,1,1,0,0,0,1,1,0")) + (rule "times_zero_1" (formula "14") (term "1,0,0,0,1,1,0,0,0,1,1,0")) + (rule "add_zero_right" (formula "14") (term "0,0,0,1,1,0,0,0,1,1,0")) + (rule "qeq_literals" (formula "14") (term "0,0,1,1,0,0,0,1,1,0")) + (builtin "One Step Simplification" (formula "14")) + (rule "polySimp_pullOutFactor0" (formula "14") (term "0,0,1,1,0,0,0,1,1,0")) + (rule "add_literals" (formula "14") (term "1,0,0,1,1,0,0,0,1,1,0")) + (rule "times_zero_1" (formula "14") (term "0,0,1,1,0,0,0,1,1,0")) + (rule "leq_literals" (formula "14") (term "0,1,1,0,0,0,1,1,0")) + (builtin "One Step Simplification" (formula "14")) + (rule "inEqSimp_exactShadow3" (formula "8") (ifseqformula "2")) + (rule "polySimp_rightDist" (formula "8") (term "0,0")) + (rule "mul_literals" (formula "8") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "8") (term "0")) + (rule "add_literals" (formula "8") (term "0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "8")) + (rule "polySimp_mulLiterals" (formula "8") (term "0")) + (rule "polySimp_elimOne" (formula "8") (term "0")) + (rule "nnf_imp2or" (formula "3") (term "1,0")) + (rule "nnf_imp2or" (formula "4") (term "1,0,1,0")) + (rule "nnf_imp2or" (formula "14") (term "1,0")) + (rule "nnf_imp2or" (formula "15") (term "0")) + (rule "nnf_imp2or" (formula "3") (term "0")) + (rule "nnf_imp2or" (formula "4") (term "0")) + (rule "Static_class_invariant_axiom_for_java_util_VerifiedIdentityHashMap" (formula "26")) + (rule "notRight" (formula "26")) + (rule "close" (formula "24") (ifseqformula "1")) +) +) +} diff --git a/proofs_new/KeY/IdentityHashMap/defaultConstructor/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__VerifiedIdentityHashMap()).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/defaultConstructor/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__VerifiedIdentityHashMap()).JML normal_behavior operation contract.0.proof new file mode 100644 index 0000000..a7d22d7 --- /dev/null +++ b/proofs_new/KeY/IdentityHashMap/defaultConstructor/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__VerifiedIdentityHashMap()).JML normal_behavior operation contract.0.proof @@ -0,0 +1,12971 @@ +\profile "Java Profile"; + +\settings { +"#Proof-Settings-Config-File +#Wed Sep 22 22:34:49 CEST 2021 +[Labels]UseOriginLabels=true +[StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON +[SMTSettings]invariantForall=false +[Strategy]ActiveStrategy=JavaCardDLStrategy +[StrategyProperty]USER_TACLETS_OPTIONS_KEY1=USER_TACLETS_OFF +[StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS +[StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF +[Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET +[StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE +[SMTSettings]UseBuiltUniqueness=false +[SMTSettings]explicitTypeHierarchy=false +[SMTSettings]instantiateHierarchyAssumptions=true +[StrategyProperty]NON_LIN_ARITH_OPTIONS_KEY=NON_LIN_ARITH_DEF_OPS +[SMTSettings]SelectedTaclets= +[StrategyProperty]DEP_OPTIONS_KEY=DEP_ON +[StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF +[Strategy]MaximumNumberOfAutomaticApplications=6000 +[StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT +[StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED +[SMTSettings]useConstantsForBigOrSmallIntegers=true +[StrategyProperty]MPS_OPTIONS_KEY=MPS_MERGE +[Strategy]Timeout=-1 +[StrategyProperty]QUERY_NEW_OPTIONS_KEY=QUERY_ON +[SMTSettings]useUninterpretedMultiplication=true +[StrategyProperty]BLOCK_OPTIONS_KEY=BLOCK_CONTRACT_INTERNAL +[StrategyProperty]METHOD_OPTIONS_KEY=METHOD_CONTRACT +[StrategyProperty]USER_TACLETS_OPTIONS_KEY3=USER_TACLETS_OFF +[SMTSettings]maxGenericSorts=2 +[StrategyProperty]OSS_OPTIONS_KEY=OSS_OFF +[StrategyProperty]SPLITTING_OPTIONS_KEY=SPLITTING_DELAYED +[SMTSettings]integersMinimum=-2147483645 +[StrategyProperty]VBT_PHASE=VBT_SYM_EX +[SMTSettings]integersMaximum=2147483645 +" +} + +\bootclasspath "../../../../jre"; + +\javaSource "../../../../src"; + +\include "../../../../functions.key"; + +\proofObligation "#Proof Obligation Settings +#Wed Sep 22 22:34:49 CEST 2021 +contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:VerifiedIdentityHashMap()].JML normal_behavior operation contract.0 +name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:VerifiedIdentityHashMap()].JML normal_behavior operation contract.0 +class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO +"; + +\proof { +(keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "2" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "3" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "4" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) + +(autoModeTime "321575") + +(branch "dummy ID" +(rule "insert_constant_value" (formula "1") (term "0,0,1,0") (newnames "self,exc,heapAtPre,o,f")) +(rule "eqClose" (formula "1") (term "0,1,0")) +(rule "concrete_and_1" (formula "1") (term "1,0")) +(rule "elementOfAllLocs" (formula "1") (term "0,0,0,0,1,0,1,1")) +(rule "concrete_or_1" (formula "1") (term "0,0,0,1,0,1,1")) +(rule "concrete_or_1" (formula "1") (term "0,0,1,0,1,1")) +(rule "insert_constant_value" (formula "1") (term "0,0,1,1,0,0,0,0,0,0,1,1")) +(rule "insert_constant_value" (formula "1") (term "1,1,1,0,0,0,0,0,0,0,0,0,0,0,1,1")) +(rule "mul_literals" (formula "1") (term "0,1,1,0,0,0,0,0,0,1,1")) +(rule "mul_literals" (formula "1") (term "1,1,0,0,0,0,0,0,0,0,0,0,0,1,1")) +(rule "simplifyUpdate2" (formula "1") (term "1")) +(rule "impRight" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "inEqSimp_commuteLeq" (formula "4") (term "0,0,0,1,0,0,0,0")) +(rule "assignment" (formula "4")) +(rule "variableDeclarationAssign" (formula "4") (term "1")) +(rule "variableDeclaration" (formula "4") (term "1") (newnames "self_1")) +(rule "all_unused" (formula "4") (term "1,0,1")) +(rule "all_unused" (formula "4") (term "1,0,1")) +(rule "concrete_and_3" (formula "4") (term "0,1")) +(rule "staticMethodCallStaticWithAssignmentViaTypereference" (formula "4") (term "1") (inst "#v0=v")) +(rule "variableDeclaration" (formula "4") (term "1") (newnames "v")) +(rule "methodBodyExpand" (formula "4") (term "1") (newnames "heapBefore_,savedHeapBefore_")) +(rule "simplifyUpdate2" (formula "4") (term "1")) +(rule "variableDeclaration" (formula "4") (term "1") (newnames "__NEW__")) +(rule "staticMethodCallStaticWithAssignmentViaTypereference" (formula "4") (term "1") (inst "#v0=v_1")) +(rule "variableDeclaration" (formula "4") (term "1") (newnames "v_1")) +(rule "allocateInstance" (formula "4")) +(rule "false_to_not_true" (formula "1") (term "1,1,0,1")) +(rule "simplifyUpdate2" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "andLeft" (formula "1")) +(rule "notLeft" (formula "1")) +(rule "replace_known_left" (formula "1") (term "0") (ifseqformula "3")) +(rule 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"dismissNonSelectedField" (formula "1") (term "0,0,1,0,0")) + (rule "dismissNonSelectedField" (formula "1") (term "0,0,1,0,0")) + (rule "dismissNonSelectedField" (formula "1") (term "0,0,1,0,0")) + (rule "elementOfUnion" (formula "1") (term "0,0,0")) + (rule "elementOfSingleton" (formula "1") (term "0,0,0,0")) + (rule "eqClose" (formula "1") (term "0,0,0,0,0")) + (rule "concrete_and_1" (formula "1") (term "0,0,0,0")) + (rule "equalUnique" (formula "1") (term "0,0,0,0")) + (rule "concrete_or_2" (formula "1") (term "0,0,0")) + (rule "elementOfSingleton" (formula "1") (term "0,0,0")) + (rule "equalUnique" (formula "1") (term "1,0,0,0")) + (rule "concrete_and_4" (formula "1") (term "0,0,0")) + (rule "concrete_or_2" (formula "1") (term "0,0")) + (rule "ifthenelse_negated" (formula "1") (term "0")) + (rule "pullOutSelect" (formula "1") (term "0,0,0") (inst "selectSK=java_lang_Object_created__0")) + (rule "simplifySelectOfCreate" (formula "1")) + (rule "eqClose" (formula "1") (term "1,0,0")) + (rule "concrete_and_3" (formula "1") (term "0,0")) + (rule "eqClose" (formula "1") (term "0,0,0")) + (rule "concrete_and_1" (formula "1") (term "0,0")) + (rule "castDel" (formula "1") (term "1,0")) + (rule "replace_known_right" (formula "1") (term "0,0,0") (ifseqformula "18")) + (rule "concrete_not_2" (formula "1") (term "0,0")) + (rule "ifthenelse_true" (formula "1") (term "0")) + (rule "applyEqReverse" (formula "2") (term "0,0,0") (ifseqformula "1")) + (rule "boolean_equal" (formula "2") (term "0,0")) + (rule "ifthenelse_true" (formula "2") (term "0")) + (rule "simplifySelectOfStore" (formula "2")) + (rule "equalUnique" (formula "2") (term "1,0,0,0")) + (rule "concrete_and_3" (formula "2") (term "0,0,0")) + (rule "eqClose" (formula "2") (term "0,0,0")) + (rule "concrete_and_1" (formula "2") (term "0,0")) + (rule "equalUnique" (formula "2") (term "0,0,0")) + (rule "concrete_not_2" (formula "2") (term "0,0")) + (rule "ifthenelse_true" (formula "2") (term "0")) + (rule "castDel" (formula "2") (term "0")) + (rule "applyEqReverse" (formula "19") (term "0,0") (ifseqformula "2")) + (rule "leq_literals" (formula "19") (term "0")) + (rule "concrete_and_1" (formula "19")) + (rule "applyEqReverse" (formula "15") (term "0") (ifseqformula "2")) + (rule "eqClose" (formula "15")) + (rule "closeTrue" (formula "15")) + ) + ) + (branch "Case 2" + (rule "eqTermCut" (formula "16") (term "0") (inst "s=Z(1(2(#)))") (userinteraction)) + (branch "Assume v_1.threshold@heapAfter_init[v_1. := TRUE] = 21" + (rule "expand_inInt" (formula "17")) + (rule "replace_int_MIN" (formula "17") (term "0,1")) + (rule "replace_int_MAX" (formula "17") (term "1,0")) + (rule "jdiv_axiom_inline" (formula "11") (term "1")) + (rule "mul_literals" (formula "11") (term "0,0,2,1")) + (rule "div_literals" (formula "11") (term "1,1")) + (rule "qeq_literals" (formula "11") (term "0,1")) + (rule "ifthenelse_true" (formula "11") (term "1")) + (rule "jdiv_axiom_inline" (formula "12") (term "1")) + (rule "div_literals" (formula "12") (term "1,1")) + (rule "mul_literals" (formula "12") (term "0,0,2,1")) + (rule "qeq_literals" (formula "12") (term "0,1")) + (rule "ifthenelse_true" (formula "12") (term "1")) + (rule "dismissNonSelectedField" (formula "1") (term "0")) + (rule "replaceKnownSelect_taclet0_0" (formula "1") (term "0")) + (rule "dismissNonSelectedField" (formula "16") (term "0,0")) + (rule "replaceKnownSelect_taclet0_0" (formula "16") (term "0,0")) + (rule "dismissNonSelectedField" (formula "16") (term "1,1")) + (rule "replaceKnownSelect_taclet0_0" (formula "16") (term "1,1")) + (rule "inEqSimp_ltToLeq" (formula "9") (term "0,0,0")) + (rule "mul_literals" (formula "9") (term "1,0,0,0,0,0")) + (rule "add_literals" (formula "9") (term "0,0,0,0,0")) + (rule "inEqSimp_commuteLeq" (formula "16") (term "1")) + (rule "applyEqRigid" (formula "16") (term "0,0") (ifseqformula "11")) + (rule "leq_literals" (formula "16") (term "0")) + (rule "concrete_and_1" (formula "16")) + (rule "inEqSimp_geqRight" (formula "16")) + (rule "mul_literals" (formula "1") (term "1,0,0")) + (rule "add_literals" (formula "1") (term "0,0")) + (rule "applyEqRigid" (formula "1") (term "1,0") (ifseqformula "12")) + (rule "add_literals" (formula "1") (term "0")) + (rule "leq_literals" (formula "1")) + (rule "closeFalse" (formula "1")) + ) + (branch "Assume v_1.threshold@heapAfter_init[v_1. := TRUE] != 21" + (rule "expand_inInt" (formula "17")) + (rule "replace_int_MIN" (formula "17") (term "0,1")) + (rule "replace_int_MAX" (formula "17") (term "1,0")) + (rule "notLeft" (formula "1")) + (rule "jdiv_axiom_inline" (formula "11") (term "1")) + (rule "div_literals" (formula "11") (term "1,1")) + (rule "qeq_literals" (formula "11") (term "0,1")) + (rule "ifthenelse_true" (formula "11") (term "1")) + (rule "jdiv_axiom_inline" (formula "10") (term "1")) + (rule "qeq_literals" (formula "10") (term "0,1")) + (rule "ifthenelse_true" (formula "10") (term "1")) + (rule "div_literals" (formula "10") (term "1")) + (rule "dismissNonSelectedField" (formula "17") (term "1,1")) + (rule "replaceKnownSelect_taclet0_0" (formula "17") (term "1,1")) + (rule "dismissNonSelectedField" (formula "17") (term "0,0")) + (rule "replaceKnownSelect_taclet0_0" (formula "17") (term "0,0")) + (rule "dismissNonSelectedField" (formula "13") (term "0")) + (rule "replaceKnownSelect_taclet0_0" (formula "13") (term "0")) + (rule "close" (formula "13") (ifseqformula "11")) + ) + ) + ) + ) + ) + (branch "Case 2" + (rule "eqClose" (formula "16") (userinteraction)) + (rule "closeTrue" (formula "16") (userinteraction)) + ) + ) + (branch "Null Reference (self_1 = null)" + (rule "false_right" (formula "17")) + (rule "simplifyUpdate2" (formula "1")) + (rule "jdiv_axiom_inline" (formula "12") (term "1")) + (rule "qeq_literals" (formula "12") (term "0,1")) + (rule "ifthenelse_true" (formula "12") (term "1")) + (rule "div_literals" (formula "12") (term "1")) + (rule "jdiv_axiom_inline" (formula "11") (term "1")) + (rule "qeq_literals" (formula "11") (term "0,1")) + (rule "ifthenelse_true" (formula "11") (term "1")) + (rule "div_literals" (formula "11") (term "1")) + (rule "applyOnRigidFormula" (formula "1")) + (rule "simplifyUpdate1" (formula "1") (term "1")) + (rule "applyOnPV" (formula "1") (term "0")) + (rule "close" (formula "16") (ifseqformula "1")) + ) +) +(branch "Exceptional Post (init)" + (rule "insert_constant_value" (formula "6") (term "1,1,1,0,1,1,1,1,1")) + (rule "insert_constant_value" (formula "6") (term "1,0,1,1,0,0,1,1,1,1,1")) + (rule "mul_literals" (formula "6") (term "1,1,0,1,1,1,1,1")) + (rule "mul_literals" (formula "6") (term "0,1,1,0,0,1,1,1,1,1")) + (rule "simplifyUpdate2" (formula "6")) + (rule "simplifyUpdate2" (formula "6") (term "1")) + (rule "andLeft" (formula "6")) + (rule "sequentialToParallel2" (formula "10")) + (rule "simplifyUpdate2" (formula "10")) + (rule "simplifyUpdate3" (formula "10") (term "1,0")) + (rule "sequentialToParallel2" (formula "7")) + (rule "simplifyUpdate2" (formula "7")) + (rule "simplifyUpdate3" (formula "7") (term "1,0")) + (rule "andLeft" (formula "7")) + (rule "simplifyUpdate2" (formula "7")) + (rule "andLeft" (formula "8")) + (rule "simplifyUpdate2" (formula "9")) + (rule "andLeft" (formula "7")) + (rule "simplifyUpdate2" (formula "7")) + (rule "andLeft" (formula "9")) + (rule "notLeft" (formula "7")) + (rule "close" (formula "11") (ifseqformula "10")) +) +(branch "Pre (init)" + (rule "simplifyUpdate2" (formula "7") (userinteraction)) + (rule "sequentialToParallel2" (formula "7") (userinteraction)) + (rule "simplifyUpdate2" (formula "7") (userinteraction)) + (rule "simplifyUpdate3" (formula "7") (term "1,0")) + (rule "parallelWithSkip2" (formula "7") (term "0")) + (rule "applyOnRigidFormula" (formula "7")) + (rule "simplifyUpdate2" (formula "7") (term "1")) + (rule "applyOnRigidFormula" (formula "7") (term "0")) + (rule "simplifyUpdate2" (formula "7") (term "0,0")) + (rule "applyOnRigidFormula" (formula "7") (term "1")) + (rule "simplifyUpdate2" (formula "7") (term "1,1")) + (rule "applyOnRigidFormula" (formula "7") (term "1,0")) + (rule "applyOnRigidFormula" (formula "7") (term "0,1")) + (rule "applyOnRigidTerm" (formula "7") (term "0,1,0")) + (rule "simplifyUpdate1" (formula "7") (term "2,0,1,0")) + (rule "simplifyUpdate1" (formula "7") (term "1,0,1,0")) + (rule "simplifyUpdate1" (formula "7") (term "0,0,1,0")) + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "insert_constant_value" (formula "7") (term "0")) + (rule "eqClose" (formula "7")) + (rule "closeTrue" (formula "7")) + ) + (branch "Case 2" + (rule "insert_constant_value" (formula "7") (term "0")) + (rule "eqClose" (formula "7")) + (rule "closeTrue" (formula "7")) + ) + ) + (branch "Case 2" + (rule "insert_constant_value" (formula "7") (term "1,1,0") (userinteraction)) + (rule "insert_constant_value" (formula "7") (term "1,1,0,0") (userinteraction)) + (rule "exRightHide" (formula "7") (inst "t=Z(5(#))") (userinteraction)) + (rule "leq_literals" (formula "7") (term "0,0")) + (rule "concrete_and_1" (formula "7") (term "0")) + (rule "pow_literals" (formula "7") (term "0,1")) + (rule "eqClose" (formula "7") (term "1")) + (rule "concrete_and_3" (formula "7")) + (rule "less_literals" (formula "7")) + (rule "closeTrue" (formula "7")) + ) + ) + (branch "Case 2" + (rule "insert_constant_value" (formula "7") (term "0")) + (rule "insert_constant_value" (formula "7") (term "1")) + (rule "qeq_literals" (formula "7")) + (rule "closeTrue" (formula "7")) + ) + ) + (branch "Case 2" + (rule "insert_constant_value" (formula "7") (term "0")) + (rule "insert_constant_value" (formula "7") (term "1")) + (rule "leq_literals" (formula "7")) + (rule "closeTrue" (formula "7")) + ) + ) + (branch "Case 2" + (rule "expand_inInt" (formula "7")) + (rule "replace_int_MIN" (formula "7") (term "0,1")) + (rule "replace_int_MAX" (formula "7") (term "1,0")) + (rule "applyOnPV" (formula "7") (term "1,0,0")) + (rule "applyOnPV" (formula "7") (term "0,0,0")) + (rule "applyOnPV" (formula "7") (term "0,1,1")) + (rule "applyOnPV" (formula "7") (term "1,1,1")) + (rule "dismissNonSelectedField" (formula "7") (term "0,0")) + (rule "dismissNonSelectedField" (formula "7") (term "1,1")) + (rule "dismissNonSelectedField" (formula "7") (term "0,0")) + (rule "dismissNonSelectedField" (formula "7") (term "1,1")) + (rule "inEqSimp_commuteLeq" (formula "7") (term "1")) + (rule "pullOutSelect" (formula "7") (term "0,0") (inst "selectSK=java_util_VerifiedIdentityHashMap_modCount_0")) + (rule "applyEq" (formula "8") (term "0,1") (ifseqformula "1")) + (rule "simplifySelectOfStore" (formula "1")) + (rule "eqClose" (formula "1") (term "1,0,0,0")) + (rule "concrete_and_3" (formula "1") (term "0,0,0")) + (rule "eqClose" (formula "1") (term "0,0,0")) + (rule "concrete_and_1" (formula "1") (term "0,0")) + (rule "equalUnique" (formula "1") (term "0,0,0")) + (rule "concrete_not_2" (formula "1") (term "0,0")) + (rule "ifthenelse_true" (formula "1") (term "0")) + (rule "castDel" (formula "1") (term "0")) + (rule "applyEqReverse" (formula "8") (term "0,0") (ifseqformula "1")) + (rule "leq_literals" (formula "8") (term "0")) + (rule "concrete_and_1" (formula "8")) + (rule "applyEqReverse" (formula "8") (term "0") (ifseqformula "1")) + (rule "qeq_literals" (formula "8")) + (rule "closeTrue" (formula "8")) + ) + ) + (branch "Case 2" + (rule "andRight" (formula "7")) + (branch "Case 1" + (rule "applyOnPV" (formula "7") (term "0")) + (rule "wellFormedStoreObject" (formula "7")) + (rule "instanceof_static_type" (formula "7") (term "0,1,1,1")) + (rule "boolean_equal" (formula "7") (term "1,1,1")) + (rule "wellFormedStorePrimitive" (formula "7") (term "0")) + (rule "wellFormedStorePrimitive" (formula "7") (term "0")) + (rule "wellFormedStorePrimitive" (formula "7") (term "0")) + (rule "eqClose" (formula "7") (term "0,1")) + (rule "concrete_or_1" (formula "7") (term "1")) + (rule "concrete_and_3" (formula "7")) + (rule "wellFormedStoreObject" (formula "7")) + (rule "instanceof_not_compatible" (formula "7") (term "1,1,1")) + (rule "eqClose" (formula "7") (term "0,1")) + (rule "concrete_or_1" (formula "7") (term "1")) + (rule "concrete_and_3" (formula "7")) + (rule "wellFormedStoreObject" (formula "7")) + (rule "instanceof_static_type" (formula "7") (term "0,1,1,1")) + (rule "boolean_equal" (formula "7") (term "1,1,1")) + (rule "eqClose" (formula "7") (term "0,1")) + (rule "concrete_or_1" (formula "7") (term "1")) + (rule "concrete_and_3" (formula "7")) + (rule "wellFormedStoreObject" (formula "7")) + (rule "instanceof_static_type" (formula "7") (term "0,1,1,1")) + (rule "boolean_equal" (formula "7") (term "1,1,1")) + (rule "wellFormedStorePrimitive" (formula "7") (term "0")) + (rule "wellFormedCreate" (formula "7") (term "0")) + (rule "eqClose" (formula "7") (term "0,1")) + (rule "concrete_or_1" (formula "7") (term "1")) + (rule "concrete_and_3" (formula "7")) + (rule "close" (formula "7") (ifseqformula "2")) + ) + (branch "Case 2" + (rule "insert_constant_value" (formula "7") (term "0")) + (rule "expand_inInt" (formula "7")) + (rule "replace_int_MAX" (formula "7") (term "1,0")) + (rule "replace_int_MIN" (formula "7") (term "0,1")) + (rule "leq_literals" (formula "7") (term "0")) + (rule "concrete_and_1" (formula "7")) + (rule "leq_literals" (formula "7")) + (rule "closeTrue" (formula "7")) + ) + ) +) +) +} diff --git a/proofs_new/KeY/IdentityHashMap/init/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__init(int)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/init/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__init(int)).JML normal_behavior operation contract.0.proof index 6cf70a2..86a48bc 100644 --- a/proofs_new/KeY/IdentityHashMap/init/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__init(int)).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/init/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__init(int)).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:42:54 CEST 2021 +#Sat Aug 28 15:00:44 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:42:54 CEST 2021 +#Sat Aug 28 15:00:44 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:init(int)].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:init(int)].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -58,7 +58,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "2681") +(autoModeTime "3079") (branch "dummy ID" (rule "insert_constant_value" (formula "1") (term "1,1,0,1,0") (newnames "initCapacity,self,exc,heapAtPre,o,f")) @@ -66,23 +66,24 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "insert_constant_value" (formula "1") (term "0,1,0,0,0,0,1,0")) (rule "eqClose" (formula "1") (term "1,0,0,0,0,1,0")) (rule "concrete_and_3" (formula "1") (term "0,0,0,0,1,0")) -(rule "insert_constant_value" (formula "1") (term "0,1,0,0,0,0,1,0")) -(rule "eqClose" (formula "1") (term "1,0,0,0,0,1,0")) -(rule "concrete_and_3" (formula "1") (term "0,0,0,0,1,0")) (rule "insert_constant_value" (formula "1") (term "0,0,0,0,0,1,0")) (rule "eqClose" (formula "1") (term "0,0,0,0,1,0")) (rule "concrete_and_1" (formula "1") (term "0,0,0,1,0")) (rule "expand_inInt" (formula "1") (term "1,0,0,0")) +(rule "expand_inInt" (formula "1") (term "1,1,0")) (rule "replace_int_MIN" (formula "1") (term "0,1,1,0,0,0")) (rule "replace_int_MAX" (formula "1") (term "1,0,1,0,0,0")) +(rule "replace_int_MIN" (formula "1") (term "0,1,1,1,0")) +(rule "replace_int_MAX" (formula "1") (term "1,0,1,1,0")) (rule "impRight" (formula "1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "3")) (rule "andLeft" (formula "1")) +(rule "andLeft" (formula "5")) (rule "andLeft" (formula "4")) +(rule "andLeft" (formula "2")) (rule "andLeft" (formula "1")) -(rule "andLeft" (formula "3")) (rule "andLeft" (formula "6")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) @@ -90,31 +91,41 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "exLeft" (formula "7") (inst "sk=i_0")) (rule "andLeft" (formula "7")) (rule "andLeft" (formula "7")) -(rule "eqSymm" (formula "14") (term "1,0,0,1,0,1")) -(rule "polySimp_mulComm0" (formula "14") (term "1,1,0,0,0,1")) -(rule "polySimp_mulComm0" (formula "14") (term "0,1,0,0,0,0,1")) +(rule "eqSymm" (formula "15") (term "1,0,0,1,0,1")) +(rule "polySimp_mulComm0" (formula "15") (term "0,1,1,0,0,0,0,1")) +(rule "polySimp_mulComm0" (formula "15") (term "1,1,0,0,0,1")) +(rule "inEqSimp_ltToLeq" (formula "15") (term "1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_mulComm0" (formula "15") (term "1,0,0,1,0,0,1,0,0,0,0,0,1")) (rule "inEqSimp_ltToLeq" (formula "8")) (rule "polySimp_mulComm0" (formula "8") (term "1,0,0")) (rule "polySimp_addComm1" (formula "8") (term "0")) +(rule "inEqSimp_commuteLeq" (formula "15") (term "0,0,0,1,0,0,0,0,0,1")) +(rule "inEqSimp_commuteLeq" (formula "13")) (rule "inEqSimp_commuteLeq" (formula "5")) (rule "inEqSimp_commuteLeq" (formula "7")) -(rule "assignment" (formula "14") (term "1")) -(rule "sequentialToParallel2" (formula "14")) -(rule "simplifyUpdate3" (formula "14") (term "1,0")) +(rule "assignment" (formula "15") (term "1")) +(rule "sequentialToParallel2" (formula "15")) +(rule "simplifyUpdate3" (formula "15") (term "1,0")) (rule "inEqSimp_sepNegMonomial0" (formula "8")) (rule "polySimp_mulLiterals" (formula "8") (term "0")) (rule "polySimp_elimOne" (formula "8") (term "0")) -(rule "inEqSimp_subsumption1" (formula "5") (ifseqformula "10")) -(rule "leq_literals" (formula "5") (term "0")) -(rule "concrete_or_1" (formula "5")) -(rule "true_left" (formula "5")) -(rule "inEqSimp_subsumption0" (formula "4") (ifseqformula "10")) +(rule "inEqSimp_sepPosMonomial0" (formula "15") (term "1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_mulComm0" (formula "15") (term "1,1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_rightDist" (formula "15") (term "1,1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_mulLiterals" (formula "15") (term "1,1,1,0,0,1,0,0,0,0,0,1")) +(rule "mul_literals" (formula "15") (term "0,1,1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_elimOne" (formula "15") (term "1,1,1,0,0,1,0,0,0,0,0,1")) +(rule "inEqSimp_subsumption0" (formula "4") (ifseqformula "11")) +(rule "leq_literals" (formula "4") (term "0")) +(rule "concrete_or_1" (formula "4")) +(rule "true_left" (formula "4")) +(rule "inEqSimp_subsumption1" (formula "4") (ifseqformula "9")) (rule "leq_literals" (formula "4") (term "0")) (rule "concrete_or_1" (formula "4")) (rule "true_left" (formula "4")) -(rule "elementOfUnion" (formula "12") (term "0,0,0,0,1,0,1")) -(rule "elementOfSingleton" (formula "12") (term "0,0,0,0,0,1,0,1")) -(rule "elementOfSingleton" (formula "12") (term "1,0,0,0,0,1,0,1")) +(rule "elementOfUnion" (formula "13") (term "0,0,0,0,1,0,1")) +(rule "elementOfSingleton" (formula "13") (term "1,0,0,0,0,1,0,1")) +(rule "elementOfSingleton" (formula "13") (term "0,0,0,0,0,1,0,1")) (rule "inEqSimp_exactShadow3" (formula "6") (ifseqformula "9")) (rule "polySimp_rightDist" (formula "6") (term "0,0")) (rule "mul_literals" (formula "6") (term "0,0,0")) @@ -123,97 +134,113 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "6")) (rule "polySimp_mulLiterals" (formula "6") (term "0")) (rule "polySimp_elimOne" (formula "6") (term "0")) -(rule "methodBodyExpand" (formula "13") (term "1") (newnames "heapBefore_init,savedHeapBefore_init")) -(rule "simplifyUpdate2" (formula "13") (term "1")) -(rule "eval_order_access4_this" (formula "13") (term "1") (inst "#v1=x")) -(rule "variableDeclarationAssign" (formula "13") (term "1")) -(rule "variableDeclaration" (formula "13") (term "1") (newnames "x")) -(rule "compound_division_1" (formula "13") (term "1") (inst "#v=x_1")) -(rule "variableDeclarationAssign" (formula "13") (term "1")) -(rule "variableDeclaration" (formula "13") (term "1") (newnames "x_1")) -(rule "remove_parentheses_right" (formula "13") (term "1")) -(rule "assignmentMultiplicationInt" (formula "13") (term "1")) -(rule "translateJavaMulInt" (formula "13") (term "0,0,1")) -(rule "sequentialToParallel2" (formula "13")) -(rule "simplifyUpdate3" (formula "13") (term "1,0")) -(rule "applyOnElementary" (formula "13") (term "1,0")) -(rule "applyOnRigidTerm" (formula "13") (term "0,1,0")) -(rule "simplifyUpdate1" (formula "13") (term "1,0,1,0")) -(rule "applyOnPV" (formula "13") (term "0,0,1,0")) -(rule "expand_mulJint" (formula "13") (term "0,1,0")) -(rule "expand_moduloInteger" (formula "13") (term "0,1,0")) -(rule "replace_int_RANGE" (formula "13") (term "1,1,0,1,0")) -(rule "replace_int_MIN" (formula "13") (term "0,0,1,0")) -(rule "replace_int_HALFRANGE" (formula "13") (term "0,0,1,0,1,0")) -(rule "assignmentDivisionInt" (formula "13")) +(rule "nnf_imp2or" (formula "14") (term "0,1,0,0,0,0,0,1")) +(rule "nnf_notAnd" (formula "14") (term "0,0,1,0,0,0,0,0,1")) +(rule "inEqSimp_notGeq" (formula "14") (term "0,0,0,1,0,0,0,0,0,1")) +(rule "times_zero_1" (formula "14") (term "1,0,0,0,0,0,1,0,0,0,0,0,1")) +(rule "add_zero_right" (formula "14") (term "0,0,0,0,0,1,0,0,0,0,0,1")) +(rule "inEqSimp_sepPosMonomial0" (formula "14") (term "0,0,0,1,0,0,0,0,0,1")) +(rule "mul_literals" (formula "14") (term "1,0,0,0,1,0,0,0,0,0,1")) +(rule "inEqSimp_notLeq" (formula "14") (term "1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_rightDist" (formula "14") (term "1,0,0,1,0,0,1,0,0,0,0,0,1")) +(rule "mul_literals" (formula "14") (term "0,1,0,0,1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_addAssoc" (formula "14") (term "0,0,1,0,0,1,0,0,0,0,0,1")) +(rule "add_literals" (formula "14") (term "0,0,0,1,0,0,1,0,0,0,0,0,1")) +(rule "add_zero_left" (formula "14") (term "0,0,1,0,0,1,0,0,0,0,0,1")) +(rule "inEqSimp_sepPosMonomial1" (formula "14") (term "1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_mulLiterals" (formula "14") (term "1,1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_elimOne" (formula "14") (term "1,1,0,0,1,0,0,0,0,0,1")) +(rule "methodBodyExpand" (formula "14") (term "1") (newnames "heapBefore_init,savedHeapBefore_init")) +(rule "simplifyUpdate2" (formula "14") (term "1")) +(rule "eval_order_access4_this" (formula "14") (term "1") (inst "#v1=x")) +(rule "variableDeclarationAssign" (formula "14") (term "1")) +(rule "variableDeclaration" (formula "14") (term "1") (newnames "x")) +(rule "compound_division_1" (formula "14") (term "1") (inst "#v=x_1")) +(rule "variableDeclarationAssign" (formula "14") (term "1")) +(rule "variableDeclaration" (formula "14") (term 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- (rule "simplifyUpdate2" (formula "13")) - (rule "simplifyUpdate3" (formula "13") (term "1,0")) - (rule "applyOnElementary" (formula "13") (term "1,0")) - (rule "applyOnRigidTerm" (formula "13") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "1,0,1,0")) - (rule "applyOnPV" (formula "13") (term "0,0,1,0")) - (rule "assignment_write_attribute_this" (formula "13")) - (rule "sequentialToParallel2" (formula "13")) - (rule "simplifyUpdate2" (formula "13")) - (rule "simplifyUpdate3" (formula "13") (term "1,0")) - (rule "applyOnElementary" (formula "13") (term "1,0")) - (rule "applyOnRigidTerm" (formula "13") (term "0,1,0")) - (rule "applyOnPV" (formula "13") (term "3,0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "2,0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "1,0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "0,0,1,0")) - (rule "eval_order_access4_this" (formula "13") (term "1") (inst "#v1=o_arr")) - (rule "variableDeclarationAssign" (formula 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(formula "13") (term "1,0")) - (rule "applyOnRigidTerm" (formula "13") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "0,0,1,0")) - (rule "applyOnPV" (formula "13") (term "1,0,1,0")) - (rule "expand_mulJint" (formula "13") (term "0,1,0")) - (rule "polySimp_mulComm0" (formula "13") (term "0,0,1,0")) - (rule "expand_moduloInteger" (formula "13") (term "0,1,0")) - (rule "replace_int_RANGE" (formula "13") (term "1,1,0,1,0")) - (rule "replace_int_HALFRANGE" (formula "13") (term "0,0,1,0,1,0")) - (rule "replace_int_MIN" (formula "13") (term "0,0,1,0")) - (rule "ifUnfold" (formula "13") (term "1") (inst "#boolv=x")) - (rule "variableDeclaration" (formula "13") (term "1") (newnames "x_2")) - (rule "less_than_comparison_simple" (formula "13") (term "1")) - (rule "sequentialToParallel2" (formula "13")) - (rule "simplifyUpdate3" (formula "13") (term "1,0")) - (rule "applyOnElementary" (formula "13") (term "1,0")) - (rule "applyOnRigidTerm" (formula "13") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "2,0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "1,0,1,0")) - (rule "applyOnRigidFormula" (formula "13") (term "0,0,1,0")) - (rule "simplifyUpdate1" (formula "13") (term "1,0,0,1,0")) - (rule "applyOnPV" (formula "13") (term "0,0,0,1,0")) - (rule "inEqSimp_ltToLeq" (formula "13") (term "0,0,1,0")) - (rule "times_zero_1" (formula "13") (term "1,0,0,0,0,1,0")) - (rule "add_zero_right" (formula "13") (term "0,0,0,0,1,0")) - (rule "polySimp_addAssoc" (formula "13") (term "0,0,0,1,0")) - (rule "add_literals" (formula "13") (term "0,0,0,0,1,0")) - (rule "inEqSimp_sepPosMonomial0" (formula "13") (term "0,0,1,0")) - (rule "mul_literals" (formula "13") (term "1,0,0,1,0")) - (rule "ifSplit" (formula "13")) + (rule "translateJavaDivInt" (formula "14") (term "0,0,1")) + (rule "sequentialToParallel2" (formula "14")) + (rule "simplifyUpdate2" (formula "14")) + (rule "simplifyUpdate3" (formula "14") (term "1,0")) + (rule "applyOnElementary" (formula 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(term "3,0,1,0")) + (rule "expand_moduloInteger" (formula "14") (term "3,0,1,0")) + (rule "replace_int_RANGE" (formula "14") (term "1,1,3,0,1,0")) + (rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,3,0,1,0")) + (rule "replace_int_MIN" (formula "14") (term "0,3,0,1,0")) + (rule "arrayCreation" (formula "14") (term "1") (inst "#v0=o_arr_1")) + (rule "variableDeclaration" (formula "14") (term "1") (newnames "o_arr_1")) + (rule "variableDeclarationAssign" (formula "14") (term "1")) + (rule "variableDeclaration" (formula "14") (term "1") (newnames "dim0")) + (rule "assignmentMultiplicationInt" (formula "14") (term "1")) + (rule "translateJavaMulInt" (formula "14") (term "0,0,1")) + (rule "sequentialToParallel2" (formula "14")) + (rule "simplifyUpdate2" (formula "14")) + (rule "simplifyUpdate3" (formula "14") (term "1,0")) + (rule "applyOnElementary" (formula "14") (term "1,0")) + (rule "applyOnRigidTerm" (formula "14") (term "0,1,0")) + (rule "applyOnPV" (formula "14") (term 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"applyOnRigidFormula" (formula "14") (term "0,0,1,0")) + (rule "simplifyUpdate1" (formula "14") (term "1,0,0,1,0")) + (rule "applyOnPV" (formula "14") (term "0,0,0,1,0")) + (rule "inEqSimp_ltToLeq" (formula "14") (term "0,0,1,0")) + (rule "times_zero_1" (formula "14") (term "1,0,0,0,0,1,0")) + (rule "add_zero_right" (formula "14") (term "0,0,0,0,1,0")) + (rule "polySimp_addAssoc" (formula "14") (term "0,0,0,1,0")) + (rule "add_literals" (formula "14") (term "0,0,0,0,1,0")) + (rule "inEqSimp_sepPosMonomial0" (formula "14") (term "0,0,1,0")) + (rule "mul_literals" (formula "14") (term "1,0,0,1,0")) + (rule "ifSplit" (formula "14")) (branch "if x_2 true" - (rule "simplifyUpdate2" (formula "14")) + (rule "simplifyUpdate2" (formula "15")) (rule "simplifyUpdate2" (formula "1")) (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate1" (formula "1") (term "1")) @@ -221,8 +248,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "ifthenelse_concrete3" (formula "1")) (rule "boolean_not_equal_2" (formula "1") (term "1")) (rule "concrete_or_4" (formula "1")) - (rule "blockThrow" (formula "14") (term "1")) - (rule "simplifyUpdate2" (formula "14")) + (rule "blockThrow" (formula "15") (term "1")) + (rule "simplifyUpdate2" (formula "15")) (rule "mod_axiom" (formula "1") (term "0")) (rule "polySimp_mulLiterals" (formula "1") (term "1,0")) (rule "inEqSimp_homoInEq0" (formula "1")) @@ -230,8 +257,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_rightDist" (formula "1") (term "1,0")) (rule "polySimp_mulLiterals" (formula "1") (term "1,1,0")) (rule "polySimp_rightDist" (formula "1") (term "0,1,0")) - (rule "polySimp_mulLiterals" (formula "1") (term "1,0,1,0")) (rule "mul_literals" (formula "1") (term "0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "1") (term "1,0,1,0")) (rule "polySimp_addAssoc" (formula "1") (term "0")) (rule "polySimp_addAssoc" (formula "1") (term "0,0")) (rule "add_literals" (formula "1") (term "0,0,0")) @@ -266,104 +293,107 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "1") (term "0,0")) (rule "leq_literals" (formula "1") (term "0")) (rule "concrete_or_2" (formula "1")) - (rule "throwUnfold" (formula "14") (term "1") (inst "#v0=n")) - (rule "variableDeclarationAssign" (formula "14") (term "1")) - (rule "variableDeclaration" (formula "14") (term "1") (newnames "n")) - (builtin "Use Operation Contract" (formula "14") (newnames "heapBefore_NegativeArraySizeException,self_0,exc_0,heapAfter_NegativeArraySizeException,anon_heap_NegativeArraySizeException") (contract "java.lang.NegativeArraySizeException[java.lang.NegativeArraySizeException::NegativeArraySizeException()].JML behavior operation contract.0")) + (rule "throwUnfold" (formula "15") (term "1") (inst "#v0=n")) + (rule "variableDeclarationAssign" (formula "15") (term "1")) + (rule "variableDeclaration" (formula "15") (term "1") (newnames "n")) + (builtin "Use Operation Contract" (formula "15") (newnames "heapBefore_NegativeArraySizeException,self_0,exc_0,heapAfter_NegativeArraySizeException,anon_heap_NegativeArraySizeException") (contract "java.lang.NegativeArraySizeException[java.lang.NegativeArraySizeException::NegativeArraySizeException()].JML behavior operation contract.0")) (branch "Post (NegativeArraySizeException)" - (rule "instanceof_static_type" (formula "14") (term "0,0,0,1,1,1,1,1,1,1")) - (rule "boolean_equal" (formula "14") (term "0,0,1,1,1,1,1,1,1")) - (rule "concrete_impl_1" (formula "14") (term "0,1,1,1,1,1,1,1")) - (rule "simplifyUpdate2" (formula "14")) - (rule "sequentialToParallel2" (formula "16")) - (rule "simplifyUpdate2" (formula "16")) - (rule "simplifyUpdate3" (formula "16") (term "1,0")) - (rule "sequentialToParallel2" (formula "14")) - (rule "andLeft" (formula "14")) - (rule "simplifyUpdate2" (formula "14")) - (rule "applyOnSkip" (formula "14") (term "1,0")) - (rule "parallelWithSkip2" (formula "14") (term "0")) - (rule "applyOnElementary" (formula "15") (term "1,0")) - (rule "applyOnPV" (formula "15") (term "0,1,0")) - (rule "sequentialToParallel2" (formula "15")) + (rule "instanceof_static_type" (formula "15") (term "0,0,0,1,1,1,1,1,1,1")) + (rule "boolean_equal" (formula "15") (term "0,0,1,1,1,1,1,1,1")) + (rule "concrete_impl_1" (formula "15") (term "0,1,1,1,1,1,1,1")) (rule "simplifyUpdate2" (formula "15")) - (rule "simplifyUpdate3" (formula "15") (term "1,0")) - (rule "andLeft" (formula "15")) - (rule "simplifyUpdate2" (formula "16")) + (rule "sequentialToParallel2" (formula "17")) + (rule "simplifyUpdate2" (formula "17")) + (rule "simplifyUpdate3" (formula "17") (term "1,0")) + (rule "sequentialToParallel2" (formula "15")) (rule "andLeft" (formula "15")) (rule "simplifyUpdate2" (formula "15")) - (rule "andLeft" (formula "17")) + (rule "applyOnSkip" (formula "15") (term "1,0")) + (rule "parallelWithSkip2" (formula "15") (term "0")) + (rule "applyOnElementary" (formula "16") (term "1,0")) + (rule "applyOnPV" (formula "16") (term "0,1,0")) + (rule "sequentialToParallel2" (formula "16")) + (rule "simplifyUpdate2" (formula "16")) + (rule "simplifyUpdate3" (formula "16") (term "1,0")) (rule "andLeft" (formula "16")) (rule "simplifyUpdate2" (formula "17")) (rule "andLeft" (formula "16")) (rule "simplifyUpdate2" (formula "16")) + (rule "andLeft" (formula "18")) (rule "andLeft" (formula "17")) (rule "simplifyUpdate2" (formula "18")) + (rule "andLeft" (formula "17")) (rule "simplifyUpdate2" (formula "17")) - (rule "notLeft" (formula "16")) - (rule "notLeft" (formula "16")) - (rule "applyOnRigidFormula" (formula "14")) - (rule "simplifyUpdate1" (formula "14") (term "1")) + (rule "andLeft" (formula "18")) + (rule "simplifyUpdate2" (formula "19")) + (rule "simplifyUpdate2" (formula "18")) + (rule "notLeft" (formula "17")) + (rule "notLeft" (formula "17")) + (rule "applyOnRigidFormula" (formula "15")) + (rule "simplifyUpdate1" (formula "15") (term "1")) (rule "applyOnRigidFormula" (formula "19")) (rule "simplifyUpdate2" (formula "19") (term "0")) - (rule "replace_known_left" (formula "19") (term "0,0") (ifseqformula "15")) - (rule "concrete_not_1" (formula "19") (term "0")) - (rule "concrete_impl_2" (formula "19")) - (rule "true_left" (formula "19")) - (rule "applyOnRigidFormula" (formula "18")) - (rule "simplifyUpdate2" (formula "18") (term "0")) - (rule "replace_known_left" (formula "18") (term "0") (ifseqformula "15")) - (rule "concrete_impl_1" (formula "18")) - (rule "applyOnRigidFormula" (formula "16")) - (rule "simplifyUpdate1" (formula "16") (term "1")) + (rule "replace_known_left" (formula "19") (term "0") (ifseqformula "16")) + (rule "concrete_impl_1" (formula "19")) + (rule "replace_known_left" (formula "20") (term "0,1,1") (ifseqformula "19")) + (rule "concrete_and_1" (formula "20") (term "1,1")) + (rule "simplifyUpdate2" (formula "20")) + (rule "typeEqDerived" (formula "20") (term "0,0,1") (ifseqformula "16")) + (rule "typeEqDerived" (formula "20") (term "0,1,1") (ifseqformula "16")) + (rule "boolean_equal" (formula "20") (term "0,1")) + (rule "boolean_equal" (formula "20") (term "1,1")) + (rule "concrete_or_3" (formula "20") (term "1")) + (rule "concrete_impl_4" (formula "20")) + (rule "true_left" (formula "20")) + (rule "applyOnRigidFormula" (formula "17")) + (rule "simplifyUpdate1" (formula "17") (term "1")) + (rule "applyOnRigidFormula" (formula "20")) + (rule "simplifyUpdate1" (formula "20") (term "1")) + (rule "applyOnRigidTerm" (formula "15") (term "0")) + (rule "applyOnPV" (formula "15") (term "0,0")) + (rule "simplifyUpdate1" (formula "15") (term "2,0")) (rule "applyOnRigidFormula" (formula "19")) + (rule "applyOnPV" (formula "19") (term "0")) (rule "simplifyUpdate1" (formula "19") (term "1")) - (rule "applyOnRigidTerm" (formula "14") (term "0")) - (rule "applyOnPV" (formula "14") (term "0,0")) - (rule "simplifyUpdate1" (formula "14") (term "2,0")) - (rule "applyOnRigidFormula" (formula "18")) - (rule "simplifyUpdate1" (formula "18") (term "1")) - (rule "applyOnPV" (formula "18") (term "0")) - (rule "applyOnRigidTerm" (formula "16") (term "0")) - (rule "simplifyUpdate1" (formula "16") (term "2,0")) - (rule "applyOnPV" (formula "16") (term "0,0")) - (rule "selectCreatedOfAnonAsFormulaEQ" (formula "16") (ifseqformula "14")) - (rule "simplifyUpdate1" (formula "16") (term "1,0,1")) - (rule "simplifyUpdate1" (formula "16") (term "1,0,0")) - (rule "applyOnRigidTerm" (formula "19") (term "0")) - (rule "applyOnPV" (formula "19") (term "0,0")) - (rule "simplifyUpdate1" (formula "19") (term "1,0")) - (rule "simplifyUpdate1" (formula "19") (term "2,0")) - (rule "replace_known_right" (formula "16") (term "0") (ifseqformula "19")) - (rule "concrete_or_2" (formula "16")) - (rule "applyOnRigidTerm" (formula "14") (term "1,0")) - (rule "simplifyUpdate1" (formula "14") (term "0,1,0")) - (rule "dismissNonSelectedField" (formula "19") (term "0")) - (rule "applyOnRigidTerm" (formula "14") (term "1,1,0")) - (rule "applyOnPV" (formula "14") (term "0,1,1,0")) - (rule "assignment" (formula "22") (term "1")) - (rule "sequentialToParallel2" (formula "22")) - (rule "simplifyUpdate3" (formula "22") (term "1,0")) - (rule "mod_axiom" (formula "14") (term "1,0,1,0,1,3,0,0")) - (rule "polySimp_mulLiterals" (formula "14") (term "1,1,0,1,0,1,3,0,0")) - (rule "polySimp_addAssoc" (formula "14") (term "0,1,0,1,3,0,0")) - (rule "polySimp_addAssoc" (formula "14") (term "0,0,1,0,1,3,0,0")) - (rule "add_literals" (formula "14") (term "0,0,0,1,0,1,3,0,0")) - (rule "add_zero_left" (formula "14") (term "0,0,1,0,1,3,0,0")) - (rule "mod_axiom" (formula "14") (term "1,0,1,0,1,3,0,1,1,0")) - (rule "polySimp_mulLiterals" (formula "14") (term "1,1,0,1,0,1,3,0,1,1,0")) - (rule "polySimp_addAssoc" (formula "14") (term "0,1,0,1,3,0,1,1,0")) - (rule "polySimp_addAssoc" (formula "14") (term "0,0,1,0,1,3,0,1,1,0")) - (rule "add_literals" (formula "14") (term "0,0,0,1,0,1,3,0,1,1,0")) - (rule "add_zero_left" (formula "14") (term "0,0,1,0,1,3,0,1,1,0")) - (rule "methodCallThrow" (formula "22") (term "1")) - (rule "tryCatchThrow" (formula "22") (term "1")) + (rule "applyOnRigidTerm" (formula "17") (term "0")) + (rule "applyOnPV" (formula "17") (term "0,0")) + (rule "simplifyUpdate1" (formula "17") (term "1,0")) + (rule "simplifyUpdate1" (formula "17") (term "2,0")) + (rule "selectCreatedOfAnonAsFormulaEQ" (formula "17") (ifseqformula "15")) + (rule "applyOnRigidTerm" (formula "20") (term "0")) + (rule "simplifyUpdate1" (formula "20") (term "2,0")) + (rule "applyOnPV" (formula "20") (term "0,0")) + (rule "simplifyUpdate1" (formula "20") (term "1,0")) + (rule "replace_known_right" (formula "17") (term "0") (ifseqformula "20")) + (rule "concrete_or_2" (formula "17")) + (rule "applyOnRigidTerm" (formula "15") (term "1,0")) + (rule "simplifyUpdate1" (formula "15") (term "0,1,0")) + (rule "dismissNonSelectedField" (formula "20") (term "0")) + (rule "applyOnRigidTerm" (formula "15") (term "1,1,0")) + (rule "applyOnPV" (formula "15") (term "0,1,1,0")) + (rule "assignment" (formula "23") (term "1")) + (rule "sequentialToParallel2" (formula "23")) + (rule "simplifyUpdate3" (formula "23") (term "1,0")) + (rule "mod_axiom" (formula "15") (term "1,0,1,0,1,3,0,0")) + (rule "polySimp_mulLiterals" (formula "15") (term "1,1,0,1,0,1,3,0,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,1,0,1,3,0,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,0,1,0,1,3,0,0")) + (rule "add_literals" (formula "15") (term "0,0,0,1,0,1,3,0,0")) + (rule "add_zero_left" (formula "15") (term "0,0,1,0,1,3,0,0")) + (rule "mod_axiom" (formula "15") (term "1,0,1,0,1,3,0,1,1,0")) + (rule "polySimp_mulLiterals" (formula "15") (term "1,1,0,1,0,1,3,0,1,1,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,1,0,1,3,0,1,1,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,0,1,0,1,3,0,1,1,0")) + (rule "add_literals" (formula "15") (term "0,0,0,1,0,1,3,0,1,1,0")) + (rule "add_zero_left" (formula "15") (term "0,0,1,0,1,3,0,1,1,0")) + (rule "methodCallThrow" (formula "23") (term "1")) + (rule "tryCatchThrow" (formula "23") (term "1")) (rule "div_axiom" (formula "1") (term "0,0") (inst "quotient=quotient_0")) + (rule "mul_literals" (formula "1") (term "1,1,1,1,1")) (rule "qeq_literals" (formula "1") (term "0,1,1")) (rule "ifthenelse_true_for" (formula "1") (term "1,1")) (rule "equal_literals" (formula "1") (term "0")) (rule "concrete_or_2" (formula "1")) - (rule "mul_literals" (formula "1") (term "1,1,1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) (rule "polySimp_addAssoc" (formula "3") (term "0,1")) @@ -376,19 +406,19 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_homoInEq1" (formula "3")) (rule "polySimp_mulLiterals" (formula "3") (term "1,0")) (rule "polySimp_addComm1" (formula "3") (term "0")) - (rule "applyEq" (formula "17") (term "0,1,0,1,0,1,3,0,1,1,0") (ifseqformula "1")) - (rule "polySimp_addComm0" (formula "17") (term "0,1,0,1,3,0,1,1,0")) - (rule "applyEq" (formula "17") (term "0,1,0,1,0,1,3,0,0") (ifseqformula "1")) - (rule "polySimp_addComm0" (formula "17") (term "0,1,0,1,3,0,0")) + (rule "applyEq" (formula "18") (term "0,1,0,1,0,1,3,0,1,1,0") (ifseqformula "1")) + (rule "polySimp_addComm0" (formula "18") (term "0,1,0,1,3,0,1,1,0")) (rule "applyEq" (formula "4") (term "0,0") (ifseqformula "1")) (rule "inEqSimp_homoInEq1" (formula "4")) (rule "polySimp_mulLiterals" (formula "4") (term "1,0")) (rule "polySimp_addComm1" (formula "4") (term "0")) + (rule "applyEq" (formula "18") (term "0,1,0,1,0,1,3,0,0") (ifseqformula "1")) + (rule "polySimp_addComm0" (formula "18") (term "0,1,0,1,3,0,0")) (rule "inEqSimp_sepPosMonomial1" (formula "2")) (rule "polySimp_mulComm0" (formula "2") (term "1")) (rule "polySimp_rightDist" (formula "2") (term "1")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,1")) (rule "mul_literals" (formula "2") (term "0,1")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,1")) (rule "inEqSimp_sepPosMonomial0" (formula "3")) (rule "polySimp_mulComm0" (formula "3") (term "1")) (rule "polySimp_rightDist" (formula "3") (term "1")) @@ -397,8 +427,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepPosMonomial0" (formula "4")) (rule "polySimp_mulComm0" (formula "4") (term "1")) (rule "polySimp_rightDist" (formula "4") (term "1")) - (rule "mul_literals" (formula "4") (term "0,1")) (rule "polySimp_mulLiterals" (formula "4") (term "1,1")) + (rule "mul_literals" (formula "4") (term "0,1")) (rule "inEqSimp_subsumption4" (formula "3") (ifseqformula "4")) (rule "greater_literals" (formula "3") (term "0,0")) (rule "concrete_and_1" (formula "3") (term "0")) @@ -422,10 +452,10 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "true_left" (formula "3")) (rule "elimGcdGeq_antec" (formula "2") (inst "elimGcdRightDiv=add(Z(neglit(4(2(8(1(4(7(3(7(0(1(#)))))))))))), mul(quotient_0, Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))))") (inst "elimGcdLeftDiv=initCapacity") (inst "elimGcd=Z(2(#))")) + (rule "mul_literals" (formula "2") (term "0,1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1,0")) (rule "leq_literals" (formula "2") (term "0,0")) (rule "concrete_or_2" (formula "2") (term "0")) - (rule "mul_literals" (formula "2") (term "0,1,0,0,0,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) (rule "add_literals" (formula "2") (term "1,1,0,0")) (rule "times_zero_1" (formula "2") (term "1,0,0")) @@ -451,10 +481,10 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepPosMonomial1" (formula "12")) (rule "mul_literals" (formula "12") (term "1")) (rule "elimGcdGeq_antec" (formula "12") (inst "elimGcdRightDiv=Z(1(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) + (rule "polySimp_mulLiterals" (formula "12") (term "1,0,1,0")) + (rule "mul_literals" (formula "12") (term "0,1,0,0,0,0,1,0")) (rule "leq_literals" (formula "12") (term "0,0")) (rule "concrete_or_2" (formula "12") (term "0")) - (rule "polySimp_mulLiterals" (formula "12") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "12") (term "1,0,0,0,0,0")) (rule "mul_literals" (formula "12") (term "1,0,0,0,0,0")) (rule "polySimp_addLiterals" (formula "12") (term "0,0,0,0")) (rule "add_literals" (formula "12") (term "0,0,0,0")) @@ -482,116 +512,116 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "2")) (rule "polySimp_mulLiterals" (formula "2") (term "0")) (rule "inEqSimp_contradInEq5" (formula "2") (ifseqformula "14")) + (rule "mul_literals" (formula "2") (term "1,1,0")) (rule "greater_literals" (formula "2") (term "0,0")) (rule "concrete_impl_1" (formula "2") (term "0")) - (rule "mul_literals" (formula "2") (term "1,0")) (rule "qeq_literals" (formula "2") (term "0")) (rule "concrete_and_2" (formula "2")) (rule "closeFalse" (formula "2")) ) (branch "Exceptional Post (NegativeArraySizeException)" - (rule "instanceof_static_type" (formula "14") (term "0,0,0,1,1,1,1,1,1,1")) - (rule "boolean_equal" (formula "14") (term "0,0,1,1,1,1,1,1,1")) - (rule "concrete_impl_1" (formula "14") (term "0,1,1,1,1,1,1,1")) - (rule "simplifyUpdate2" (formula "14")) - (rule "sequentialToParallel2" (formula "16")) - (rule "simplifyUpdate2" (formula "16")) - (rule "simplifyUpdate3" (formula "16") (term "1,0")) - (rule "sequentialToParallel2" (formula "14")) - (rule "andLeft" (formula "14")) - (rule "simplifyUpdate2" (formula "14")) - (rule "applyOnSkip" (formula "14") (term "1,0")) - (rule "parallelWithSkip2" (formula "14") (term "0")) - (rule "applyOnElementary" (formula "15") (term "1,0")) - (rule "applyOnPV" (formula "15") (term "0,1,0")) - (rule "sequentialToParallel2" (formula "15")) - (rule "simplifyUpdate2" (formula "15")) - (rule "simplifyUpdate3" (formula "15") (term "1,0")) - (rule "andLeft" (formula "15")) - (rule "simplifyUpdate2" (formula "16")) - (rule "andLeft" (formula "15")) + (rule "instanceof_static_type" (formula "15") (term "0,0,0,1,1,1,1,1,1,1")) + (rule "boolean_equal" (formula "15") (term "0,0,1,1,1,1,1,1,1")) + (rule "concrete_impl_1" (formula "15") (term "0,1,1,1,1,1,1,1")) (rule "simplifyUpdate2" (formula "15")) - (rule "andLeft" (formula "17")) - (rule "andLeft" (formula "16")) + (rule "sequentialToParallel2" (formula "17")) (rule "simplifyUpdate2" (formula "17")) + (rule "simplifyUpdate3" (formula "17") (term "1,0")) + (rule "sequentialToParallel2" (formula "15")) (rule "andLeft" (formula "15")) (rule "simplifyUpdate2" (formula "15")) - (rule "andLeft" (formula "17")) + (rule "applyOnSkip" (formula "15") (term "1,0")) + (rule "parallelWithSkip2" (formula "15") (term "0")) + (rule "applyOnElementary" (formula "16") (term "1,0")) + (rule "applyOnPV" (formula "16") (term "0,1,0")) + (rule "sequentialToParallel2" (formula "16")) + (rule "simplifyUpdate2" (formula "16")) + (rule "simplifyUpdate3" (formula "16") (term "1,0")) + (rule "andLeft" (formula "16")) (rule "simplifyUpdate2" (formula "17")) - (rule "notLeft" (formula "15")) + (rule "andLeft" (formula "16")) + (rule "simplifyUpdate2" (formula "16")) + (rule "andLeft" (formula "18")) (rule "andLeft" (formula "17")) (rule "simplifyUpdate2" (formula "18")) - (rule "simplifyUpdate2" (formula "17")) - (rule "notLeft" (formula "16")) + (rule "andLeft" (formula "16")) + (rule "simplifyUpdate2" (formula "16")) + (rule "andLeft" (formula "18")) + (rule "simplifyUpdate2" (formula "18")) (rule "notLeft" (formula "16")) - (rule "applyOnRigidFormula" (formula "14")) - (rule "simplifyUpdate1" (formula "14") (term "1")) - (rule "applyOnRigidFormula" (formula "18")) - (rule "simplifyUpdate2" (formula "18") (term "0")) - (rule "replace_known_right" (formula "18") (term "0") (ifseqformula "22")) - (rule "concrete_impl_2" (formula "18")) - (rule "true_left" (formula "18")) - (rule "applyOnRigidFormula" (formula "18")) - (rule "simplifyUpdate2" (formula "18") (term "0")) - (rule "replace_known_right" (formula "18") (term "0,0") (ifseqformula "21")) - (rule "concrete_not_2" (formula "18") (term "0")) - (rule "concrete_impl_1" (formula "18")) (rule "andLeft" (formula "18")) (rule "simplifyUpdate2" (formula "19")) + (rule "simplifyUpdate2" (formula "18")) + (rule "notLeft" (formula "17")) + (rule "notLeft" (formula "17")) (rule "applyOnRigidFormula" (formula "15")) (rule "simplifyUpdate1" (formula "15") (term "1")) + (rule "applyOnRigidFormula" (formula "19")) + (rule "simplifyUpdate2" (formula "19") (term "0")) + (rule "replace_known_right" (formula "19") (term "0") (ifseqformula "23")) + (rule "concrete_impl_2" (formula "19")) + (rule "true_left" (formula "19")) + (rule "applyOnRigidFormula" (formula "19")) + (rule "simplifyUpdate2" (formula "19") (term "0")) + (rule "replace_known_right" (formula "19") (term "0,0") (ifseqformula "22")) + (rule 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"17")) + (rule "applyOnRigidTerm" (formula "15") (term "1,0")) + (rule "simplifyUpdate1" (formula "15") (term "0,1,0")) + (rule "dismissNonSelectedField" (formula "16") (term "0,0")) + (rule "dismissNonSelectedField" (formula "21") (term "0")) + (rule "applyOnRigidTerm" (formula "15") (term "1,1,0")) + (rule "applyOnPV" (formula "15") (term "0,1,1,0")) + (rule "mod_axiom" (formula "15") (term "1,0,1,0,1,3,0,0")) + (rule "polySimp_mulLiterals" (formula "15") (term "1,1,0,1,0,1,3,0,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,1,0,1,3,0,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,0,1,0,1,3,0,0")) + (rule "add_literals" (formula "15") (term "0,0,0,1,0,1,3,0,0")) + (rule "add_zero_left" (formula "15") (term "0,0,1,0,1,3,0,0")) + (rule "mod_axiom" (formula "15") (term "1,0,1,0,1,3,0,1,1,0")) + (rule "polySimp_mulLiterals" (formula "15") (term "1,1,0,1,0,1,3,0,1,1,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,1,0,1,3,0,1,1,0")) + (rule "polySimp_addAssoc" (formula "15") (term "0,0,1,0,1,3,0,1,1,0")) + (rule "add_literals" (formula "15") (term "0,0,0,1,0,1,3,0,1,1,0")) + (rule "add_zero_left" (formula "15") (term "0,0,1,0,1,3,0,1,1,0")) + (rule "methodCallThrow" (formula "25") (term "1")) + (rule "tryCatchThrow" (formula "25") (term "1")) (rule "div_axiom" (formula "1") (term "0,0") (inst "quotient=quotient_0")) + (rule "mul_literals" (formula "1") (term "1,1,1,1,1")) + (rule "qeq_literals" (formula "1") (term "0,1,1")) + (rule "ifthenelse_true_for" (formula "1") (term "1,1")) (rule "equal_literals" (formula "1") (term "0")) (rule "concrete_or_2" (formula "1")) - (rule "mul_literals" (formula "1") (term "1,1,1,1")) - (rule "qeq_literals" (formula "1") (term "0,1")) - (rule "ifthenelse_true_for" (formula "1") (term "1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) (rule "polySimp_addAssoc" (formula "3") (term "0,1")) @@ -604,24 +634,24 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_homoInEq1" (formula "3")) (rule "polySimp_mulLiterals" (formula "3") (term "1,0")) (rule "polySimp_addComm1" (formula "3") (term "0")) - (rule "applyEq" (formula "17") (term "0,1,0,1,0,1,3,0,1,1,0") (ifseqformula "1")) - (rule "polySimp_addComm0" (formula "17") (term "0,1,0,1,3,0,1,1,0")) (rule "applyEq" (formula "4") (term "0,0") (ifseqformula "1")) (rule "inEqSimp_homoInEq1" (formula "4")) (rule "polySimp_mulLiterals" (formula "4") (term "1,0")) (rule "polySimp_addComm1" (formula "4") (term "0")) - (rule "applyEq" (formula "17") (term "0,1,0,1,0,1,3,0,0") (ifseqformula "1")) - (rule "polySimp_addComm0" (formula "17") (term "0,1,0,1,3,0,0")) + (rule "applyEq" (formula "18") (term "0,1,0,1,0,1,3,0,0") (ifseqformula "1")) + (rule "polySimp_addComm0" (formula "18") (term "0,1,0,1,3,0,0")) + (rule "applyEq" (formula "18") (term "0,1,0,1,0,1,3,0,1,1,0") (ifseqformula "1")) + (rule "polySimp_addComm0" (formula "18") (term "0,1,0,1,3,0,1,1,0")) (rule "inEqSimp_sepPosMonomial1" (formula "2")) (rule "polySimp_mulComm0" (formula "2") (term "1")) (rule "polySimp_rightDist" (formula "2") (term "1")) - (rule "mul_literals" (formula "2") (term "0,1")) (rule "polySimp_mulLiterals" (formula "2") (term "1,1")) + (rule "mul_literals" (formula "2") (term "0,1")) (rule "inEqSimp_sepPosMonomial0" (formula "3")) (rule "polySimp_mulComm0" (formula "3") (term "1")) (rule "polySimp_rightDist" (formula "3") (term "1")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,1")) (rule "mul_literals" (formula "3") (term "0,1")) + (rule "polySimp_mulLiterals" (formula "3") (term "1,1")) (rule "inEqSimp_sepPosMonomial0" (formula "4")) (rule "polySimp_mulComm0" (formula "4") (term "1")) (rule "polySimp_rightDist" (formula "4") (term "1")) @@ -650,17 +680,17 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "true_left" (formula "3")) (rule "elimGcdGeq_antec" (formula "2") (inst "elimGcdRightDiv=add(Z(neglit(4(2(8(1(4(7(3(7(0(1(#)))))))))))), mul(quotient_0, Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))))") (inst "elimGcdLeftDiv=initCapacity") (inst "elimGcd=Z(2(#))")) - (rule "mul_literals" (formula "2") (term "0,1,0,0,0,0,1,0")) (rule "leq_literals" (formula "2") (term "0,0")) (rule "concrete_or_2" (formula "2") (term "0")) (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) + (rule "mul_literals" (formula "2") (term "0,1,0,0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) (rule "add_literals" (formula "2") (term "1,1,0,0")) (rule "times_zero_1" (formula "2") (term "1,0,0")) (rule "add_zero_right" (formula "2") (term "0,0")) (rule "polySimp_rightDist" (formula "2") (term "1,0,0,0")) - (rule "mul_literals" (formula "2") (term "0,1,0,0,0")) (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0,0,0")) + (rule "mul_literals" (formula "2") (term "0,1,0,0,0")) (rule "polySimp_addAssoc" (formula "2") (term "0,0,0")) (rule "add_literals" (formula "2") (term "0,0,0,0")) (rule "polySimp_addAssoc" (formula "2") (term "0,0")) @@ -672,72 +702,63 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "2") (term "0,0")) (rule "leq_literals" (formula "2") (term "0")) (rule "concrete_or_2" (formula "2")) - (rule "inEqSimp_exactShadow3" (formula "12") (ifseqformula "3")) - (rule "mul_literals" (formula "12") (term "0,0")) - (rule "polySimp_addAssoc" (formula "12") (term "0")) - (rule "add_literals" (formula "12") (term "0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "12")) - (rule "mul_literals" (formula "12") (term "1")) - (rule "elimGcdGeq_antec" (formula "12") (inst "elimGcdRightDiv=Z(1(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) - (rule "leq_literals" (formula "12") (term "0,0")) - (rule "concrete_or_2" (formula "12") (term "0")) - (rule "polySimp_mulLiterals" (formula "12") (term "1,0,0,0,0,0")) - (rule "polySimp_mulLiterals" (formula "12") (term "1,0,0")) - (rule "mul_literals" (formula "12") (term "1,0,0,0,0,0")) - (rule "polySimp_addLiterals" (formula "12") (term "0,0,0,0")) - (rule "add_literals" (formula "12") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "12") (term "0,0")) - (rule "add_literals" (formula "12") (term "1,1,0,0")) - (rule "times_zero_1" (formula "12") (term "1,0,0")) - (rule "add_literals" (formula "12") (term "0,0")) - (rule "leq_literals" (formula "12") (term "0")) - (rule "concrete_or_2" (formula "12")) - (rule "inEqSimp_exactShadow3" (formula "10") (ifseqformula "3")) - (rule "polySimp_rightDist" (formula "10") (term "0,0")) - (rule "mul_literals" (formula "10") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "10") (term "0")) - (rule "polySimp_addAssoc" (formula "10") (term "0,0")) - (rule "add_literals" (formula "10") (term "0,0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "10")) - (rule "polySimp_mulLiterals" (formula "10") (term "0")) - (rule "polySimp_elimOne" (formula "10") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "15")) + (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "13")) (rule "polySimp_rightDist" (formula "2") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) (rule "mul_literals" (formula "2") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) (rule "polySimp_addComm1" (formula "2") (term "0")) (rule "add_literals" (formula "2") (term "0,0")) (rule "inEqSimp_sepNegMonomial1" (formula "2")) (rule "polySimp_mulLiterals" (formula "2") (term "0")) - (rule "inEqSimp_contradInEq5" (formula "2") (ifseqformula "14")) - (rule "mul_literals" (formula "2") (term "1,1,0")) - (rule "greater_literals" (formula "2") (term "0,0")) - (rule "concrete_impl_1" (formula "2") (term "0")) + (rule "elimGcdLeq_antec" (formula "2") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) + (rule "times_zero_1" (formula "2") (term "1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1,0")) + (rule "leq_literals" (formula "2") (term "0,0")) + (rule "concrete_or_2" (formula "2") (term "0")) + (rule "polySimp_addLiterals" (formula "2") (term "0,0,0,0")) + (rule "neg_literal" (formula "2") (term "0,0,0,0,0")) + (rule "add_literals" (formula "2") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) + (rule "add_literals" (formula "2") (term "1,1,0,0")) + (rule "times_zero_1" (formula "2") (term "1,0,0")) + (rule "add_literals" (formula "2") (term "0,0")) (rule "qeq_literals" (formula "2") (term "0")) - (rule "concrete_and_2" (formula "2")) - (rule "closeFalse" (formula "2")) + (rule "concrete_or_2" (formula "2")) + (rule "inEqSimp_exactShadow3" (formula "13") (ifseqformula "4")) + (rule "mul_literals" (formula "13") (term "0,0")) + (rule "polySimp_addAssoc" (formula "13") (term "0")) + (rule "add_literals" (formula "13") (term "0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "13")) + (rule "mul_literals" (formula "13") (term "1")) + (rule "inEqSimp_contradInEq3" (formula "13") (ifseqformula "2")) + (rule "times_zero_1" (formula "13") (term "0,1,0")) + (rule "greater_literals" (formula "13") (term "0,0")) + (rule "concrete_impl_1" (formula "13") (term "0")) + (rule "qeq_literals" (formula "13") (term "0")) + (rule "concrete_and_2" (formula "13")) + (rule "closeFalse" (formula "13")) ) (branch "Pre (NegativeArraySizeException)" - (rule "simplifyUpdate2" (formula "14")) - (rule "simplifyUpdate2" (formula "14") (term "1")) - (rule "applyOnRigidFormula" (formula "14")) - (rule "applyOnPV" (formula "14") (term "0")) - (rule "wellFormedStorePrimitive" (formula "14")) - (rule "close" (formula "14") (ifseqformula "2")) + (rule "simplifyUpdate2" (formula "15")) + (rule "simplifyUpdate2" (formula "15") (term "1")) + (rule "applyOnRigidFormula" (formula "15")) + (rule "applyOnPV" (formula "15") (term "0")) + (rule "wellFormedStorePrimitive" (formula "15")) + (rule "close" (formula "15") (ifseqformula "2")) ) ) (branch "if x_2 false" (rule "false_to_not_true" (formula "1") (term "1")) - (rule "simplifyUpdate2" (formula "14")) + (rule "simplifyUpdate2" (formula "15")) (rule "simplifyUpdate2" (formula "1")) (rule "notLeft" (formula "1")) - (rule "applyOnRigidFormula" (formula "12")) - (rule "applyOnPV" (formula "12") (term "0")) - (rule "simplifyUpdate1" (formula "12") (term "1")) - (rule "ifthenelse_concrete3" (formula "12")) - (rule "boolean_not_equal_2" (formula "12") (term "1")) - (rule "concrete_or_4" (formula "12")) - (rule "inEqSimp_leqRight" (formula "12")) + (rule "applyOnRigidFormula" (formula "13")) + (rule "applyOnPV" (formula "13") (term "0")) + (rule "simplifyUpdate1" (formula "13") (term "1")) + (rule "ifthenelse_concrete3" (formula "13")) + (rule "boolean_not_equal_2" (formula "13") (term "1")) + (rule "concrete_or_4" (formula "13")) + (rule "inEqSimp_leqRight" (formula "13")) (rule "mul_literals" (formula "1") (term "1,0,0")) (rule "add_literals" (formula "1") (term "0,0")) (rule "mod_axiom" (formula "1") (term "1,0")) @@ -752,12 +773,12 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO mul(initCapacity, Z(2(#)))), Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))), Z(8(4(6(3(8(4(7(4(1(2(#))))))))))))") (inst "elimGcd=Z(2(#))")) - (rule "mul_literals" (formula "1") (term "0,1,0,0,0,0,1,0")) - (rule "neg_literal" (formula "1") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "1") (term "0,0")) (rule "concrete_or_2" (formula "1") (term "0")) (rule "polySimp_mulLiterals" (formula "1") (term "1,0,0")) (rule "polySimp_mulLiterals" (formula "1") (term "1,0,0,0")) + (rule "neg_literal" (formula "1") (term "0,0,0,0,0,0")) + (rule "mul_literals" (formula "1") (term "0,1,0,0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "1") (term "0,0")) (rule "add_literals" (formula "1") (term "1,1,0,0")) (rule "times_zero_1" (formula "1") (term "1,0,0")) @@ -830,8 +851,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "times_zero_1" (formula "2") (term "1,0,0")) (rule "add_zero_right" (formula "2") (term "0,0")) (rule "polySimp_rightDist" (formula "2") (term "1,0,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0,0,0")) (rule "mul_literals" (formula "2") (term "0,1,0,0,0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0,0,0")) (rule "polySimp_addAssoc" (formula "2") (term "0,0,0")) (rule "add_literals" (formula "2") (term "0,0,0,0")) (rule "polySimp_addAssoc" (formula "2") (term "0,0")) @@ -843,7 +864,26 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "2") (term "0,0")) (rule "qeq_literals" (formula "2") (term "0")) (rule "concrete_or_2" (formula "2")) - (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "13")) + (rule "inEqSimp_exactShadow3" (formula "12") (ifseqformula "2")) + (rule "mul_literals" (formula "12") (term "0,0")) + (rule "polySimp_addAssoc" (formula "12") (term "0")) + (rule "add_literals" (formula "12") (term "0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "12")) + (rule "mul_literals" (formula "12") (term "1")) + (rule "elimGcdGeq_antec" (formula "12") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) + (rule "polySimp_mulLiterals" (formula "12") (term "1,0,1,0")) + (rule "times_zero_1" (formula "12") (term "1,0,0,0,0,1,0")) + (rule "leq_literals" (formula "12") (term "0,0")) + (rule "concrete_or_2" (formula "12") (term "0")) + (rule "polySimp_addLiterals" (formula "12") (term "0,0,0,0")) + (rule "add_literals" (formula "12") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "12") (term "0,0")) + (rule "add_literals" (formula "12") (term "1,1,0,0")) + (rule "times_zero_1" (formula "12") (term "1,0,0")) + (rule "add_zero_right" (formula "12") (term "0,0")) + (rule "leq_literals" (formula "12") (term "0")) + (rule "concrete_or_2" (formula "12")) + (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "14")) (rule "polySimp_mulAssoc" (formula "3") (term "0,0")) (rule "polySimp_mulComm0" (formula "3") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "3") (term "0,0")) @@ -851,8 +891,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "3")) (rule "polySimp_mulLiterals" (formula "3") (term "0")) (rule "elimGcdLeq_antec" (formula "3") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1,0")) (rule "times_zero_1" (formula "3") (term "1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1,0")) (rule "neg_literal" (formula "3") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "3") (term "0,0")) (rule "concrete_or_2" (formula "3") (term "0")) @@ -873,98 +913,79 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "11")) (rule "polySimp_mulLiterals" (formula "11") (term "0")) (rule "polySimp_elimOne" (formula "11") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "14") (ifseqformula "2")) - (rule "mul_literals" (formula "14") (term "0,0")) - (rule "polySimp_addAssoc" (formula "14") (term "0")) - (rule "add_literals" (formula "14") (term "0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "14")) - (rule "mul_literals" (formula "14") (term "1")) - (rule "elimGcdGeq_antec" (formula "14") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) - (rule "leq_literals" (formula "14") (term "0,0")) - (rule "concrete_or_2" (formula "14") (term "0")) - (rule "times_zero_1" (formula "14") (term "1,0,0,0,0,0")) - (rule "polySimp_mulLiterals" (formula "14") (term "1,0,0")) - (rule "polySimp_addLiterals" (formula "14") (term "0,0,0,0")) - (rule "add_literals" (formula "14") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "14") (term "0,0")) - (rule "add_literals" (formula "14") (term "1,1,0,0")) - (rule "times_zero_1" (formula "14") (term "1,0,0")) - (rule "add_zero_right" (formula "14") (term "0,0")) - (rule "leq_literals" (formula "14") (term "0")) - (rule "concrete_or_2" (formula "14")) (rule "inEqSimp_antiSymm" (formula "14") (ifseqformula "3")) - (rule "applyEqRigid" (formula "15") (term "0") (ifseqformula "14")) + (rule "applyEq" (formula "15") (term "0") (ifseqformula "14")) (rule "qeq_literals" (formula "15")) (rule "true_left" (formula "15")) (rule "applyEq" (formula "2") (term "0,1,1") (ifseqformula "14")) (rule "times_zero_2" (formula "2") (term "1,1")) (rule "add_zero_right" (formula "2") (term "1")) - (rule "applyEq" (formula "11") (term "0,1,1") (ifseqformula "14")) - (rule "times_zero_2" (formula "11") (term "1,1")) - (rule "add_zero_right" (formula "11") (term "1")) - (rule "applyEq" (formula "3") (term "0") (ifseqformula "14")) + (rule "applyEqRigid" (formula "4") (term "0,1") (ifseqformula "14")) + (rule "times_zero_2" (formula "4") (term "1")) + (rule "applyEqRigid" (formula "3") (term "0") (ifseqformula "14")) (rule "leq_literals" (formula "3")) (rule "true_left" (formula "3")) - (rule "applyEq" (formula "3") (term "0,1") (ifseqformula "13")) - (rule "times_zero_2" (formula "3") (term "1")) - (rule "applyEqRigid" (formula "1") (term "1") (ifseqformula "13")) - (rule "inEqSimp_subsumption0" (formula "10") (ifseqformula "9")) - (rule "leq_literals" (formula "10") (term "0")) - (rule "concrete_or_1" (formula "10")) - (rule "true_left" (formula "10")) - (rule "inEqSimp_subsumption0" (formula "2") (ifseqformula "14")) + (rule "applyEq" (formula "10") (term "0,1,1") (ifseqformula "13")) + (rule "times_zero_2" (formula "10") (term "1,1")) + (rule "add_zero_right" (formula "10") (term "1")) + (rule "applyEq" (formula "1") (term "1") (ifseqformula "13")) + (rule "inEqSimp_subsumption0" (formula "2") (ifseqformula "15")) (rule "leq_literals" (formula "2") (term "0")) (rule "concrete_or_1" (formula "2")) (rule "true_left" (formula "2")) + (rule "inEqSimp_subsumption0" (formula "9") (ifseqformula "8")) + (rule "leq_literals" (formula "9") (term "0")) + (rule "concrete_or_1" (formula "9")) + (rule "true_left" (formula "9")) (rule "inEqSimp_subsumption1" (formula "2") (ifseqformula "12")) (rule "leq_literals" (formula "2") (term "0")) (rule "concrete_or_1" (formula "2")) (rule "true_left" (formula "2")) - (rule "staticMethodCallStaticWithAssignmentViaTypereference" (formula "15") (term "1") (inst "#v0=o_arr_2")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "o_arr_2")) - (rule "variableDeclarationAssign" (formula "15") (term "1")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "length_1")) - (rule "assignment" (formula "15") (term "1")) - (rule "sequentialToParallel2" (formula "15")) - (rule "simplifyUpdate2" (formula "15")) - (rule "simplifyUpdate3" (formula "15") (term "1,0")) - (rule "applyOnElementary" (formula "15") (term "1,0")) - (rule "applyOnPV" (formula "15") (term "0,1,0")) - (rule "methodBodyExpand" (formula "15") (term "1") (newnames "heapBefore_,savedHeapBefore_")) - (rule "simplifyUpdate2" (formula "15") (term "1")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "newObject")) - (rule "staticMethodCallStaticWithAssignmentViaTypereference" (formula "15") (term "1") (inst "#v0=o_arr_3")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "o_arr_3")) - (rule "variableDeclarationAssign" (formula "15") (term "1")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "length_2")) - (rule "assignment" (formula "15") (term "1")) - (rule "sequentialToParallel2" (formula "15")) - (rule "simplifyUpdate2" (formula "15")) - (rule "simplifyUpdate3" (formula "15") (term "1,0")) - (rule "applyOnElementary" (formula "15") (term "1,0")) - (rule "applyOnPV" (formula "15") (term "0,1,0")) - (rule "allocateInstanceWithLength" (formula "15")) - (rule "false_to_not_true" (formula "1") (term "0,1,1,0,1")) + (rule "staticMethodCallStaticWithAssignmentViaTypereference" (formula "16") (term "1") (inst "#v0=o_arr_2")) + (rule "variableDeclaration" (formula "16") (term "1") (newnames "o_arr_2")) + (rule "variableDeclarationAssign" (formula "16") (term "1")) + (rule "variableDeclaration" (formula "16") (term "1") (newnames "length_1")) + (rule "assignment" (formula "16") (term "1")) + (rule "sequentialToParallel2" (formula "16")) (rule "simplifyUpdate2" (formula "16")) + (rule "simplifyUpdate3" (formula "16") (term "1,0")) + (rule "applyOnElementary" (formula "16") (term "1,0")) + (rule "applyOnPV" (formula "16") (term "0,1,0")) + (rule "methodBodyExpand" (formula "16") (term "1") (newnames "heapBefore_,savedHeapBefore_")) + (rule "simplifyUpdate2" (formula "16") (term "1")) + (rule "variableDeclaration" (formula "16") (term "1") (newnames "newObject")) + (rule "staticMethodCallStaticWithAssignmentViaTypereference" (formula "16") (term "1") (inst "#v0=o_arr_3")) + (rule "variableDeclaration" (formula "16") (term "1") (newnames "o_arr_3")) + (rule "variableDeclarationAssign" (formula "16") (term "1")) + (rule "variableDeclaration" (formula "16") (term "1") (newnames "length_2")) + (rule "assignment" (formula "16") (term "1")) + (rule "sequentialToParallel2" (formula "16")) + (rule "simplifyUpdate2" (formula "16")) + (rule "simplifyUpdate3" (formula "16") (term "1,0")) + (rule "applyOnElementary" (formula "16") (term "1,0")) + (rule "applyOnPV" (formula "16") (term "0,1,0")) + (rule "allocateInstanceWithLength" (formula "16")) + (rule "false_to_not_true" (formula "1") (term "0,1,1,0,1")) + (rule "simplifyUpdate2" (formula "17")) (rule "simplifyUpdate2" (formula "1")) (rule "andLeft" (formula "1")) (rule "simplifyUpdate2" (formula "2")) (rule "andLeft" (formula "1")) (rule "simplifyUpdate2" (formula "1")) (rule "notLeft" (formula "1")) - (rule "sequentialToParallel2" (formula "18")) - (rule "simplifyUpdate2" (formula "18")) - (rule "simplifyUpdate3" (formula "18") (term "1,0")) - (rule "applyOnElementary" (formula "18") (term "1,0")) + (rule "sequentialToParallel2" (formula "19")) + (rule "simplifyUpdate2" (formula "19")) + (rule "simplifyUpdate3" (formula "19") (term "1,0")) + (rule "applyOnElementary" (formula "19") (term "1,0")) (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate2" (formula "1") (term "0")) - (rule "applyOnRigidTerm" (formula "18") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "18") (term "3,0,1,0")) - (rule "simplifyUpdate1" (formula "18") (term "2,0,1,0")) - (rule "simplifyUpdate1" (formula "18") (term "1,0,1,0")) + (rule "applyOnRigidTerm" (formula "19") (term "0,1,0")) + (rule "simplifyUpdate1" (formula "19") (term "3,0,1,0")) + (rule "simplifyUpdate1" (formula "19") (term "2,0,1,0")) + (rule "simplifyUpdate1" (formula "19") (term "1,0,1,0")) (rule "applyOnRigidFormula" (formula "1") (term "1")) - (rule "simplifyUpdate2" (formula "1") (term "0,1")) (rule "simplifyUpdate2" (formula "1") (term "1,1")) + (rule "simplifyUpdate2" (formula "1") (term "0,1")) (rule "applyOnRigidFormula" (formula "1") (term "0")) (rule "applyOnPV" (formula "1") (term "0,0")) (rule "wellFormedStorePrimitive" (formula "1") (term "0")) @@ -972,27 +993,27 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "concrete_impl_1" (formula "1")) (rule "andLeft" (formula "1")) (rule "notLeft" (formula "1")) - (rule "applyOnRigidTerm" (formula "19") (term "0,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "3,0,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "2,0,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "1,0,0,1,0")) + (rule "applyOnRigidTerm" (formula "20") (term "0,0,1,0")) + (rule "simplifyUpdate1" (formula "20") (term "1,0,0,1,0")) + (rule "simplifyUpdate1" (formula "20") (term "3,0,0,1,0")) + (rule "simplifyUpdate1" (formula "20") (term "2,0,0,1,0")) (rule "applyOnRigidFormula" (formula "1")) (rule "applyOnPV" (formula "1") (term "1")) (rule "simplifyUpdate1" (formula "1") (term "0")) - (rule "applyOnRigidFormula" (formula "16")) - (rule "simplifyUpdate1" (formula "16") (term "1")) - (rule "applyOnRigidTerm" (formula "19") (term "0,0,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "1,0,0,0,1,0")) - (rule "applyOnPV" (formula "19") (term "0,0,0,0,1,0")) - (rule "applyOnRigidTerm" (formula "16") (term "0")) - (rule "simplifyUpdate1" (formula "16") (term "2,0")) - (rule "applyOnPV" (formula "16") (term "0,0")) - (rule "simplifyUpdate1" (formula "16") (term "1,0")) - (rule "dismissNonSelectedField" (formula "16") (term "0")) - (rule "blockEmpty" (formula "19") (term "1")) - (rule "assignment" (formula "19") (term "1")) - (rule "sequentialToParallel2" (formula "19")) - (rule "simplifyUpdate3" (formula "19") (term "1,0")) + (rule "applyOnRigidFormula" (formula "17")) + (rule "simplifyUpdate1" (formula "17") (term "1")) + (rule "applyOnRigidTerm" (formula "20") (term "0,0,0,1,0")) + (rule "applyOnPV" (formula "20") (term "0,0,0,0,1,0")) + (rule "simplifyUpdate1" (formula "20") (term "1,0,0,0,1,0")) + (rule "applyOnRigidTerm" (formula "17") (term "0")) + (rule "simplifyUpdate1" (formula "17") (term "2,0")) + (rule "simplifyUpdate1" (formula "17") (term "1,0")) + (rule "applyOnPV" (formula "17") (term "0,0")) + (rule "dismissNonSelectedField" (formula "17") (term "0")) + (rule "blockEmpty" (formula "20") (term "1")) + (rule "assignment" (formula "20") (term "1")) + (rule "sequentialToParallel2" (formula "20")) + (rule "simplifyUpdate3" (formula "20") (term "1,0")) (rule "mod_axiom" (formula "1") (term "1,1")) (rule "polySimp_mulLiterals" (formula "1") (term "1,1,1")) (rule "polySimp_addAssoc" (formula "1") (term "1")) @@ -1000,7 +1021,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "1") (term "0,0,1")) (rule "add_zero_left" (formula "1") (term "0,1")) (rule "applyEq" (formula "1") (term "0,1,1") (ifseqformula "3")) - (rule "times_zero_2" (formula "1") (term "1,1")) + (rule "mul_literals" (formula "1") (term "1,1")) (rule "add_zero_right" (formula "1") (term "1")) (rule "arrayLengthIsAShort" (formula "1") (term "0")) (rule "expand_inShort" (formula "1")) @@ -1011,14 +1032,14 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "applyEq" (formula "2") (term "0") (ifseqformula "3")) (rule "applyEq" (formula "1") (term "0") (ifseqformula "3")) (rule "inEqSimp_subsumption6" (formula "2") (ifseqformula "15")) - (rule "mul_literals" (formula "2") (term "1,1,0")) (rule "greater_literals" (formula "2") (term "0,0")) (rule "concrete_and_1" (formula "2") (term "0")) + (rule "mul_literals" (formula "2") (term "1,0")) (rule "leq_literals" (formula "2") (term "0")) (rule "concrete_or_1" (formula "2")) (rule "true_left" (formula "2")) (rule "elimGcdLeq_antec" (formula "1") (inst "elimGcdRightDiv=Z(3(8(3(6(1(#))))))") (inst "elimGcdLeftDiv=initCapacity") (inst "elimGcd=Z(2(#))")) - (rule "mul_literals" (formula "1") (term "0,1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "1") (term "1,0,0,0,0,1,0")) (rule "neg_literal" (formula "1") (term "0,0,0,0,0,1,0")) (rule "polySimp_mulLiterals" (formula "1") (term "1,0,1,0")) (rule "leq_literals" (formula "1") (term "0,0")) @@ -1051,189 +1072,277 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "arrayLengthNotNegative" (formula "2") (term "0")) (rule "applyEq" (formula "2") (term "0") (ifseqformula "3")) (rule "inEqSimp_subsumption6" (formula "2") (ifseqformula "15")) + (rule "mul_literals" (formula "2") (term "1,1,0")) (rule "greater_literals" (formula "2") (term "0,0")) (rule "concrete_and_1" (formula "2") (term "0")) - (rule "mul_literals" (formula "2") (term "1,0")) (rule "leq_literals" (formula "2") (term "0")) (rule "concrete_or_1" (formula "2")) (rule "true_left" (formula "2")) - (rule "methodCall" (formula "19")) + (rule "methodCall" (formula "20")) (branch "Normal Execution (newObject != null )" - (rule "methodBodyExpand" (formula "19") (term "1") (newnames "heapBefore_,savedHeapBefore_")) - (rule "simplifyUpdate2" (formula "19") (term "1")) - (rule "assignment_write_attribute_this" (formula "19")) - (rule "sequentialToParallel2" (formula "19")) - (rule "simplifyUpdate2" (formula "19")) - (rule "simplifyUpdate3" (formula "19") (term "1,0")) - (rule "applyOnElementary" (formula "19") (term "1,0")) - (rule "applyOnRigidTerm" (formula "19") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "1,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "0,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "3,0,1,0")) - (rule "simplifyUpdate1" (formula "19") (term "2,0,1,0")) - (rule "applyOnPV" (formula "19") (term "1,0,1,0")) - (rule "applyOnPV" (formula "19") (term "0,0,1,0")) - (rule "methodCallWithinClass" (formula "19") (term "1")) - (rule "methodBodyExpand" (formula "19") (term "1") (newnames "heapBefore_,savedHeapBefore_")) - (rule "simplifyUpdate2" 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"selectSK=java_util_VerifiedIdentityHashMap_threshold_0")) + (rule "replace_known_left" (formula "20") (term "1,0") (ifseqformula "2")) + (rule "concrete_and_3" (formula "20") (term "0")) + (rule "replace_known_left" (formula "20") (term "1,0,0,0") (ifseqformula "3")) + (rule "concrete_and_3" (formula "20") (term "0,0,0")) + (rule "replace_known_right" (formula "20") (term "0,0,0,0") (ifseqformula "18")) + (rule "concrete_not_2" (formula "20") (term "0,0,0")) + (rule "concrete_and_1" (formula "20") (term "0,0")) + (rule "applyEq" (formula "20") (term "1,1,0,0,0,0") (ifseqformula "2")) + (rule "pullOutSelect" (formula "20") (term "0,1,0") (inst "selectSK=java_util_VerifiedIdentityHashMap_threshold_0")) (rule "simplifySelectOfMemset" (formula "1")) (rule "equalUnique" (formula "1") (term "0,1,0,0")) (rule "concrete_not_2" (formula "1") (term "1,0,0")) @@ -1259,7 +1378,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "concrete_and_2" (formula "1") (term "0,1,0,0")) (rule "eqSymm" (formula "1") (term "0,0,0")) (rule "sortsDisjointModuloNull" (formula "1") (term "0,0,0")) - (rule "replace_known_right" (formula "1") (term "0,0,0,0") (ifseqformula "18")) + (rule "replace_known_right" (formula "1") (term "0,0,0,0") (ifseqformula "19")) (rule "concrete_and_2" (formula "1") (term "0,0,0")) (rule "concrete_and_2" (formula "1") (term "0,0")) (rule "ifthenelse_false" (formula "1") (term "0")) @@ -1276,55 +1395,64 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "concrete_not_2" (formula "1") (term "0,0")) (rule "ifthenelse_true" (formula "1") (term "0")) (rule "castDel" (formula "1") (term "0")) - (rule "applyEqReverse" (formula "20") (term "0,0") (ifseqformula "1")) + (rule "applyEqReverse" (formula "21") (term "0,1,0") (ifseqformula "1")) (rule "hideAuxiliaryEq" (formula "1")) - (rule "polySimp_homoEq" (formula "19") (term "0")) - (rule "polySimp_mulComm0" (formula "19") (term "1,0,0")) - (rule "polySimp_rightDist" 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(term "0,1,3,0,0,0,0,0,0,0,0,0,1,0,0,1")) + (rule "polyDiv_pullOut" (formula "21") (term "1,0,0,1,0") (inst "polyDivCoeff=initCapacity")) + (rule "equal_literals" (formula "21") (term "0,1,0,0,1,0")) + (rule "ifthenelse_false" (formula "21") (term "1,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "21") (term "1,0,0,1,0,0,1,0")) + (rule "polySimp_pullOutFactor0" (formula "21") (term "0,0,1,0,0,1,0")) + (rule "add_literals" (formula "21") (term "1,0,0,1,0,0,1,0")) + (rule "polySimp_addComm0" (formula "21") (term "1,0,0,1,0")) + (rule "polySimp_addAssoc" (formula "21") (term "0,0,1,0")) (rule "polyDiv_pullOut" (formula "1") (term "1") (inst "polyDivCoeff=initCapacity")) (rule "equal_literals" (formula "1") (term "0,1")) (rule "ifthenelse_false" (formula "1") (term "1")) @@ -1332,12 +1460,12 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_pullOutFactor0" (formula "1") (term "0,0,1")) (rule "add_literals" (formula "1") (term "1,0,0,1")) (rule 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"elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=div(add(add(Z(8(4(6(3(8(4(7(4(1(2(#))))))))))), + (rule "elimGcdEq" (formula "24") (term "1,0") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=div(add(add(Z(8(4(6(3(8(4(7(4(1(2(#))))))))))), quotient_1), initCapacity), Z(6(9(2(7(6(9(4(9(2(4(#))))))))))))") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) - (rule "eqClose" (formula "23") (term "0,0,0,0")) - (rule "concrete_and_1" (formula "23") (term "0,0,0")) - (rule "add_zero_left" (formula "23") (term "0,0,1,0")) - (rule "times_zero_1" (formula "23") (term "1,0,1,0,0")) - (rule "add_literals" (formula "23") (term "1,0,0,0")) - (rule "times_zero_1" (formula "23") (term "1,0,0,0,0")) - (rule "times_zero_1" (formula "23") (term "0,0,1,0")) - (rule "eqClose" (formula "23") (term "0,1,0")) - (rule "concrete_and_1" (formula "23") (term "1,0")) - (rule "add_zero_left" (formula "23") (term "0,1,0,0")) - (rule "add_zero_left" (formula "23") (term "0,0,0,0")) - (rule "qeq_literals" (formula "23") (term "1,0,0")) - (rule "concrete_and_3" (formula "23") (term "0,0")) - (rule "leq_literals" (formula "23") (term "0,0")) - (rule "ifthenelse_true_for" (formula "23") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "18") (ifseqformula "2")) - (rule "mul_literals" (formula "18") (term "0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "18")) - (rule "polySimp_mulLiterals" (formula "18") (term "0")) - (rule "elimGcdLeq_antec" (formula "18") (inst "elimGcdRightDiv=Z(neglit(2(#)))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(3(#))")) - (rule "neg_literal" (formula "18") (term "0,0,0,0,0,1,0")) - (rule "polySimp_mulLiterals" (formula "18") (term "1,0,1,0")) - (rule "polySimp_mulLiterals" (formula "18") (term "1,0,0,0,0,1,0")) - (rule "leq_literals" (formula "18") (term "0,0")) - (rule "concrete_or_2" (formula "18") (term "0")) - (rule "mul_literals" (formula "18") (term "1,0,0,0,0,0")) - (rule "polySimp_addLiterals" (formula "18") (term "0,0,0,0")) - (rule "add_literals" (formula "18") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "18") (term "0,0")) - (rule "add_literals" (formula "18") (term "1,1,0,0")) - (rule "times_zero_1" (formula "18") (term "1,0,0")) - (rule "add_zero_right" (formula "18") (term "0,0")) - (rule "qeq_literals" (formula "18") (term "0")) - (rule "concrete_or_2" (formula "18")) + (rule "eqClose" (formula "24") (term "0,0,0,1,0")) + (rule "concrete_and_1" (formula "24") (term "0,0,1,0")) + (rule "add_zero_left" (formula "24") (term "0,0,1,1,0")) + (rule "add_zero_left" (formula "24") (term "0,1,0,1,0")) + (rule "add_zero_left" (formula "24") (term "0,0,0,1,0")) + (rule "add_literals" (formula "24") (term "1,0,0,1,0")) + (rule "times_zero_1" (formula "24") (term "0,0,1,1,0")) + (rule "eqClose" (formula "24") (term "0,1,1,0")) + (rule "concrete_and_1" (formula "24") (term "1,1,0")) + (rule "times_zero_1" (formula "24") (term "0,1,0,1,0")) + (rule "times_zero_1" (formula "24") (term "0,0,0,1,0")) + (rule "qeq_literals" (formula "24") (term "1,0,1,0")) + (rule "concrete_and_3" (formula "24") (term "0,1,0")) + (rule "leq_literals" (formula "24") (term "0,1,0")) + (rule "ifthenelse_true_for" (formula "24") (term "1,0")) + (rule "inEqSimp_exactShadow3" (formula "15") (ifseqformula "2")) + (rule "polySimp_rightDist" (formula "15") (term "0,0")) + (rule "mul_literals" (formula "15") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "15") (term "0")) + (rule "inEqSimp_sepNegMonomial1" (formula "15")) + (rule "polySimp_mulLiterals" (formula "15") (term "0")) + (rule "polySimp_elimOne" (formula "15") (term "0")) (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "5")) (rule "polySimp_rightDist" (formula "3") (term "0,0")) - (rule "mul_literals" (formula "3") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "3") (term "1,0,0")) + (rule "mul_literals" (formula "3") (term "0,0,0")) (rule "polySimp_addComm1" (formula "3") (term "0")) (rule "add_literals" (formula "3") (term "0,0")) (rule "inEqSimp_sepPosMonomial1" (formula "3")) (rule "mul_literals" (formula "3") (term "1")) (rule "elimGcdGeq_antec" (formula "3") (inst "elimGcdRightDiv=Z(neglit(1(6(4(5(#))))))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(3(#))")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1,0")) (rule "polySimp_mulLiterals" (formula "3") (term "1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1,0")) (rule "leq_literals" (formula "3") (term "0,0")) (rule "concrete_or_2" (formula "3") (term "0")) (rule "mul_literals" (formula "3") (term "1,0,0,0,0,0")) @@ -1453,31 +1578,43 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "3") (term "0,0")) (rule "leq_literals" (formula "3") (term "0")) (rule "concrete_or_2" (formula "3")) - (rule "inEqSimp_exactShadow3" (formula "16") (ifseqformula "2")) - (rule "polySimp_rightDist" (formula "16") (term "0,0")) - (rule "mul_literals" (formula "16") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "16") (term "0")) - (rule "inEqSimp_sepNegMonomial1" (formula "16")) - (rule "polySimp_mulLiterals" (formula "16") (term "0")) - (rule "polySimp_elimOne" (formula "16") (term "0")) + (rule "inEqSimp_exactShadow3" (formula "20") (ifseqformula "2")) + (rule "mul_literals" (formula "20") (term "0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "20")) + (rule "polySimp_mulLiterals" (formula "20") (term "0")) + (rule "elimGcdLeq_antec" (formula "20") (inst "elimGcdRightDiv=Z(neglit(2(#)))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(3(#))")) + (rule "polySimp_mulLiterals" (formula "20") (term "1,0,1,0")) + (rule "polySimp_mulLiterals" (formula "20") (term "1,0,0,0,0,1,0")) + (rule "neg_literal" (formula "20") (term "0,0,0,0,0,1,0")) + (rule "leq_literals" (formula "20") (term "0,0")) + (rule "concrete_or_2" (formula "20") (term "0")) + (rule "mul_literals" (formula "20") (term "1,0,0,0,0,0")) + (rule "polySimp_addLiterals" (formula "20") (term "0,0,0,0")) + (rule "add_literals" (formula "20") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "20") (term "0,0")) + (rule "add_literals" (formula "20") (term "1,1,0,0")) + (rule "times_zero_1" (formula "20") (term "1,0,0")) + (rule "add_zero_right" (formula "20") (term "0,0")) + (rule "qeq_literals" (formula "20") (term "0")) + (rule "concrete_or_2" (formula "20")) (rule "inEqSimp_exactShadow3" (formula "14") (ifseqformula "16")) - (rule "mul_literals" (formula "14") (term "0,0")) + (rule "times_zero_1" (formula "14") (term "0,0")) (rule "add_zero_left" (formula "14") (term "0")) (rule "inEqSimp_sepNegMonomial1" (formula "14")) (rule "polySimp_mulLiterals" (formula "14") (term "0")) (rule "inEqSimp_subsumption4" (formula "14") (ifseqformula "21")) + (rule "mul_literals" (formula "14") (term "0,1,0")) (rule "greater_literals" (formula "14") (term "0,0")) (rule "concrete_and_1" (formula "14") (term "0")) - (rule "mul_literals" (formula "14") (term "0,0")) (rule "leq_literals" (formula "14") (term "0")) (rule "concrete_or_1" (formula "14")) (rule "true_left" (formula "14")) - (rule "div_axiom" (formula "26") (term "0,1,3,0,0,0,0,0,0,0,0,0,1,0,0,1") (inst "quotient=quotient_2")) - (rule "qeq_literals" (formula "1") (term "0,1,1")) - (rule "ifthenelse_true_for" (formula "1") (term "1,1")) + (rule "div_axiom" (formula "27") (term "0,1,3,0,0,0,0,0,0,0,1,0,0,0") (inst "quotient=quotient_2")) + (rule "mul_literals" (formula "1") (term "1,1,1,1,1")) (rule "equal_literals" (formula "1") (term "0")) (rule "concrete_or_2" (formula "1")) - (rule "mul_literals" (formula "1") (term "1,1,1")) + (rule "qeq_literals" (formula "1") (term "0,1")) + (rule "ifthenelse_true_for" (formula "1") (term "1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) (rule "polySimp_addAssoc" (formula "3") (term "0,1")) @@ -1494,22 +1631,25 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_mulLiterals" (formula "3") (term "1,0")) (rule "polySimp_addComm1" (formula "3") (term "0")) (rule "polySimp_addComm1" (formula "3") (term "0,0")) - (rule "applyEq" (formula "29") (term "0,1,3,0,0,0,0,0,0,0,0,0,1,0,0,1") (ifseqformula "1")) - (rule "polySimp_addComm1" (formula "29") (term "3,0,0,0,0,0,0,0,0,0,1,0,0,1")) - (rule "polySimp_addComm0" (formula "29") (term "0,3,0,0,0,0,0,0,0,0,0,1,0,0,1")) - (rule "applyEq" (formula "29") (term "0,0") (ifseqformula "1")) + (rule "applyEq" (formula "30") (term "0,1,3,0,0,0,0,0,0,0,1,0,0,0") (ifseqformula "1")) + (rule "polySimp_addComm1" (formula "30") (term "3,0,0,0,0,0,0,0,1,0,0,0")) + (rule "polySimp_addComm0" (formula "30") (term "0,3,0,0,0,0,0,0,0,1,0,0,0")) + (rule "applyEq" (formula "30") (term "0,1,3,0,0,0,0,0,0,0,0,0,1,0,0,1") (ifseqformula "1")) + (rule "polySimp_addComm1" (formula "30") (term "3,0,0,0,0,0,0,0,0,0,1,0,0,1")) + (rule "polySimp_addComm0" (formula "30") (term "0,3,0,0,0,0,0,0,0,0,0,1,0,0,1")) + (rule "applyEq" (formula "30") (term "0,1,0") (ifseqformula "1")) (rule "inEqSimp_sepPosMonomial1" (formula "2")) (rule "polySimp_mulComm0" (formula "2") (term "1")) (rule "polySimp_rightDist" (formula "2") (term "1")) (rule "polySimp_rightDist" (formula "2") (term "0,1")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1")) (rule "mul_literals" (formula "2") (term "0,0,1")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1")) (rule "inEqSimp_sepPosMonomial0" (formula "3")) (rule "polySimp_mulComm0" (formula "3") (term "1")) (rule "polySimp_rightDist" (formula "3") (term "1")) (rule "polySimp_rightDist" (formula "3") (term "0,1")) - (rule "mul_literals" (formula "3") (term "0,0,1")) (rule "polySimp_mulLiterals" (formula "3") (term "1,0,1")) + (rule "mul_literals" (formula "3") (term "0,0,1")) (rule "inEqSimp_exactShadow3" (formula "20") (ifseqformula "3")) (rule "polySimp_rightDist" (formula "20") (term "0,0")) (rule "mul_literals" (formula "20") (term "0,0,0")) @@ -1523,7 +1663,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "5")) (rule "polySimp_rightDist" (formula "2") (term "0,0")) (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "2") (term "0")) + (rule "polySimp_elimOne" (formula "2") (term "1,0,0")) + (rule "polySimp_pullOutFactor1b" (formula "2") (term "0")) (rule "add_literals" (formula "2") (term "1,1,0")) (rule "polySimp_rightDist" (formula "2") (term "0,0")) (rule "mul_literals" (formula "2") (term "0,0,0")) @@ -1533,18 +1674,18 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "elimGcdLeq_antec" (formula "2") (inst "elimGcdRightDiv=add(Z(4(2(8(1(4(7(3(7(0(1(#))))))))))), mul(quotient_2, Z(neglit(8(4(6(3(8(4(7(4(1(2(#))))))))))))))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,0,1,0")) - (rule "neg_literal" (formula "2") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "2") (term "0,0")) (rule "concrete_or_2" (formula "2") (term "0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,0,0")) + (rule "neg_literal" (formula "2") (term "0,0,0,0,0,0")) (rule "mul_literals" (formula "2") (term "0,1,0,0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "2") (term "0,0")) (rule "add_literals" (formula "2") (term "1,1,0,0")) (rule "times_zero_1" (formula "2") (term "1,0,0")) (rule "add_zero_right" (formula "2") (term "0,0")) (rule "polySimp_rightDist" (formula "2") (term "1,0,0,0")) - (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0,0,0")) (rule "mul_literals" (formula "2") (term "0,1,0,0,0")) + (rule "polySimp_mulLiterals" (formula "2") (term "1,1,0,0,0")) (rule "polySimp_addAssoc" (formula "2") (term "0,0,0")) (rule "add_literals" (formula "2") (term "0,0,0,0")) (rule "polySimp_addAssoc" (formula "2") (term "0,0")) @@ -1556,47 +1697,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "2") (term "0,0")) (rule "qeq_literals" (formula "2") (term "0")) (rule "concrete_or_2" (formula "2")) - (rule "inEqSimp_exactShadow3" (formula "8") (ifseqformula "4")) - (rule "polySimp_rightDist" (formula "8") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "8") (term "1,0,0")) - (rule "mul_literals" (formula "8") (term "0,0,0")) - (rule "polySimp_addAssoc" (formula "8") (term "0")) - (rule "polySimp_addComm1" (formula "8") (term "0,0")) - (rule "polySimp_pullOutFactor0b" (formula "8") (term "0")) - (rule "add_literals" (formula "8") (term "1,1,0")) - (rule "polySimp_addAssoc" (formula "8") (term "0,0")) - (rule "add_literals" (formula "8") (term "0,0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "8")) - (rule "polySimp_mulComm0" (formula "8") (term "1")) - (rule "polySimp_rightDist" (formula "8") (term "1")) - (rule "polySimp_mulLiterals" (formula "8") (term "1,1")) - (rule "mul_literals" (formula "8") (term "0,1")) - (rule "elimGcdGeq_antec" (formula "8") (inst "elimGcdRightDiv=add(Z(neglit(4(2(8(1(4(7(3(7(0(1(#)))))))))))), - mul(quotient_2, - Z(neglit(8(4(6(3(8(4(7(4(1(2(#))))))))))))))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) - (rule "polySimp_mulLiterals" (formula "8") (term "1,0,1,0")) - (rule "leq_literals" (formula "8") (term "0,0")) - (rule "concrete_or_2" (formula "8") (term "0")) - (rule "mul_literals" (formula "8") (term "0,1,0,0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "8") (term "0,0")) - (rule "add_literals" (formula "8") (term "1,1,0,0")) - (rule "times_zero_1" (formula "8") (term "1,0,0")) - (rule "add_zero_right" (formula "8") (term "0,0")) - (rule "polySimp_rightDist" (formula "8") (term "1,0,0,0")) - (rule "mul_literals" (formula "8") (term "0,1,0,0,0")) - (rule "polySimp_mulLiterals" (formula "8") (term "1,1,0,0,0")) - (rule "polySimp_addAssoc" (formula "8") (term "0,0,0")) - (rule "add_literals" (formula "8") (term "0,0,0,0")) - (rule "polySimp_addAssoc" (formula "8") (term "0,0")) - (rule "polySimp_addComm1" (formula "8") (term "0,0,0")) - (rule "add_literals" (formula "8") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "8") (term "0,0")) - (rule "add_literals" (formula "8") (term "1,1,0,0")) - (rule "times_zero_1" (formula "8") (term "1,0,0")) - (rule "add_zero_right" (formula "8") (term "0,0")) - (rule "leq_literals" (formula "8") (term "0")) - (rule "concrete_or_2" (formula "8")) - (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "11")) + (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "10")) (rule "polySimp_rightDist" (formula "3") (term "0,0")) (rule "polySimp_mulLiterals" (formula "3") (term "1,0,0")) (rule "polySimp_elimOne" (formula "3") (term "1,0,0")) @@ -1609,8 +1710,48 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepPosMonomial1" (formula "3")) (rule "polySimp_mulComm0" (formula "3") (term "1")) (rule "polySimp_rightDist" (formula "3") (term "1")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,1")) (rule "mul_literals" (formula "3") (term "0,1")) + (rule "polySimp_mulLiterals" (formula "3") (term "1,1")) + (rule "inEqSimp_exactShadow3" (formula "9") (ifseqformula "5")) + (rule "polySimp_rightDist" (formula "9") (term "0,0")) + (rule "mul_literals" (formula "9") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,0,0")) + (rule "polySimp_addAssoc" (formula "9") (term "0")) + (rule "polySimp_addComm1" (formula "9") (term "0,0")) + (rule "polySimp_pullOutFactor0b" (formula "9") (term "0")) + (rule "add_literals" (formula "9") (term "1,1,0")) + (rule "polySimp_addAssoc" (formula "9") (term "0,0")) + (rule "add_literals" (formula "9") (term "0,0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "9")) + (rule "polySimp_mulComm0" (formula "9") (term "1")) + (rule "polySimp_rightDist" (formula "9") (term "1")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,1")) + (rule "mul_literals" (formula "9") (term "0,1")) + (rule "elimGcdGeq_antec" (formula "9") (inst "elimGcdRightDiv=add(Z(neglit(4(2(8(1(4(7(3(7(0(1(#)))))))))))), + mul(quotient_2, + Z(neglit(8(4(6(3(8(4(7(4(1(2(#))))))))))))))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) + (rule "mul_literals" (formula "9") (term "0,1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,0,1,0")) + (rule "leq_literals" (formula "9") (term "0,0")) + (rule "concrete_or_2" (formula "9") (term "0")) + (rule "polySimp_pullOutFactor0b" (formula "9") (term "0,0")) + (rule "add_literals" (formula "9") (term "1,1,0,0")) + (rule "times_zero_1" (formula "9") (term "1,0,0")) + (rule "add_zero_right" (formula "9") (term "0,0")) + (rule "polySimp_rightDist" (formula "9") (term "1,0,0,0")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,1,0,0,0")) + (rule "mul_literals" (formula "9") (term "0,1,0,0,0")) + (rule "polySimp_addAssoc" (formula "9") (term "0,0,0")) + (rule "add_literals" (formula "9") (term "0,0,0,0")) + (rule "polySimp_addAssoc" (formula "9") (term "0,0")) + (rule "polySimp_addComm1" (formula "9") (term "0,0,0")) + (rule "add_literals" (formula "9") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "9") (term "0,0")) + (rule "add_literals" (formula "9") (term "1,1,0,0")) + (rule "times_zero_1" (formula "9") (term "1,0,0")) + (rule "add_zero_right" (formula "9") (term "0,0")) + (rule "leq_literals" (formula "9") (term "0")) + (rule "concrete_or_2" (formula "9")) (rule "inEqSimp_exactShadow3" (formula "28") (ifseqformula "5")) (rule "mul_literals" (formula "28") (term "0,0")) (rule "polySimp_addAssoc" (formula "28") (term "0")) @@ -1641,44 +1782,44 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "qeq_literals" (formula "20") (term "0")) (rule "concrete_or_1" (formula "20")) (rule "true_left" (formula "20")) - (rule "inEqSimp_exactShadow3" (formula "8") (ifseqformula "2")) + (rule "inEqSimp_exactShadow3" (formula "8") (ifseqformula "28")) (rule "mul_literals" (formula "8") (term "0,0")) (rule "polySimp_addAssoc" (formula "8") (term "0")) (rule "add_literals" (formula "8") (term "0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "8")) - (rule "polySimp_mulLiterals" (formula "8") (term "0")) - (rule "elimGcdLeq_antec" (formula "8") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_2") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) + (rule "inEqSimp_sepPosMonomial1" (formula "8")) + (rule "mul_literals" (formula "8") (term "1")) + (rule "elimGcdGeq_antec" (formula "8") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_2") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) + (rule "times_zero_1" (formula "8") (term "1,0,0,0,0,1,0")) (rule "polySimp_mulLiterals" (formula "8") (term "1,0,1,0")) (rule "leq_literals" (formula "8") (term "0,0")) (rule "concrete_or_2" (formula "8") (term "0")) - (rule "times_zero_1" (formula "8") (term "1,0,0,0,0,0")) - (rule "neg_literal" (formula "8") (term "0,0,0,0,0,0")) (rule "polySimp_addLiterals" (formula "8") (term "0,0,0,0")) (rule "add_literals" (formula "8") (term "0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "8") (term "0,0")) (rule "add_literals" (formula "8") (term "1,1,0,0")) (rule "times_zero_1" (formula "8") (term "1,0,0")) (rule "add_zero_right" (formula "8") (term "0,0")) - (rule "qeq_literals" (formula "8") (term "0")) + (rule "leq_literals" (formula "8") (term "0")) (rule "concrete_or_2" (formula "8")) - (rule "inEqSimp_exactShadow3" (formula "9") (ifseqformula "29")) + (rule "inEqSimp_exactShadow3" (formula "9") (ifseqformula "2")) (rule "mul_literals" (formula "9") (term "0,0")) (rule "polySimp_addAssoc" (formula "9") (term "0")) (rule "add_literals" (formula "9") (term "0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "9")) - (rule "mul_literals" (formula "9") (term "1")) - (rule "elimGcdGeq_antec" (formula "9") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_2") (inst "elimGcd=Z(6(9(2(7(6(9(4(9(2(4(#)))))))))))")) + (rule "inEqSimp_sepNegMonomial1" (formula "9")) + (rule "polySimp_mulLiterals" (formula "9") (term "0")) + (rule "elimGcdLeq_antec" (formula "9") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=quotient_2") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,0,1,0")) + (rule "times_zero_1" (formula "9") (term "1,0,0,0,0,1,0")) + (rule "neg_literal" (formula "9") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "9") (term "0,0")) (rule "concrete_or_2" (formula "9") (term "0")) - (rule "polySimp_mulLiterals" (formula "9") (term "1,0,0")) - (rule "times_zero_1" (formula "9") (term "1,0,0,0,0,0")) (rule "polySimp_addLiterals" (formula "9") (term "0,0,0,0")) (rule "add_literals" (formula "9") (term "0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "9") (term "0,0")) (rule "add_literals" (formula "9") (term "1,1,0,0")) (rule "times_zero_1" (formula "9") (term "1,0,0")) (rule "add_zero_right" (formula "9") (term "0,0")) - (rule "leq_literals" (formula "9") (term "0")) + (rule "qeq_literals" (formula "9") (term "0")) (rule "concrete_or_2" (formula "9")) (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "29")) (rule "polySimp_rightDist" (formula "3") (term "0,0")) @@ -1688,25 +1829,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "3") (term "0,0")) (rule "inEqSimp_sepNegMonomial1" (formula "3")) (rule "polySimp_mulLiterals" (formula "3") (term "0")) - (rule "inEqSimp_subsumption4" (formula "3") (ifseqformula "9")) - (rule "times_zero_1" (formula "3") (term "0,1,0")) - (rule "greater_literals" (formula "3") (term "0,0")) - (rule "concrete_and_1" (formula "3") (term "0")) - (rule "leq_literals" (formula "3") (term "0")) - (rule "concrete_or_1" (formula "3")) - (rule "true_left" (formula "3")) - (rule "inEqSimp_exactShadow3" (formula "3") (ifseqformula "2")) - (rule "polySimp_rightDist" (formula "3") (term "0,0")) - (rule "mul_literals" (formula "3") (term "0,0,0")) - (rule "polySimp_mulLiterals" (formula "3") (term "1,0,0")) - (rule "polySimp_addAssoc" (formula "3") (term "0")) - (rule "polySimp_addComm1" (formula "3") (term "0,0")) - (rule "add_literals" (formula "3") (term "0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "3") (term "0")) - (rule "add_literals" (formula "3") (term "1,1,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "3")) - (rule "polySimp_mulLiterals" (formula "3") (term "0")) - (rule "inEqSimp_subsumption4" (formula "3") (ifseqformula "9")) + (rule "inEqSimp_subsumption4" (formula "3") (ifseqformula "10")) (rule "times_zero_1" (formula "3") (term "0,1,0")) (rule "greater_literals" (formula "3") (term "0,0")) (rule "concrete_and_1" (formula "3") (term "0")) @@ -1715,13 +1838,13 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "true_left" (formula "3")) (rule "inEqSimp_exactShadow3" (formula "11") (ifseqformula "29")) (rule "polySimp_rightDist" (formula "11") (term "0,0")) - (rule "mul_literals" (formula "11") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "11") (term "1,0,0")) + (rule "mul_literals" (formula "11") (term "0,0,0")) (rule "polySimp_addComm1" (formula "11") (term "0")) (rule "add_literals" (formula "11") (term "0,0")) (rule "inEqSimp_sepPosMonomial1" (formula "11")) (rule "mul_literals" (formula "11") (term "1")) - (rule "inEqSimp_subsumption6" (formula "11") (ifseqformula "9")) + (rule "inEqSimp_subsumption6" (formula "11") (ifseqformula "8")) (rule "greater_literals" (formula "11") (term "0,0")) (rule "concrete_and_1" (formula "11") (term "0")) (rule "mul_literals" (formula "11") (term "1,0")) @@ -1730,8 +1853,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "true_left" (formula "11")) (rule "inEqSimp_exactShadow3" (formula "11") (ifseqformula "30")) (rule "polySimp_rightDist" (formula "11") (term "0,0")) - (rule "mul_literals" (formula "11") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "11") (term "1,0,0")) + (rule "mul_literals" (formula "11") (term "0,0,0")) (rule "polySimp_addAssoc" (formula "11") (term "0")) (rule "polySimp_addComm1" (formula "11") (term "0,0")) (rule "add_literals" (formula "11") (term "0,0,0")) @@ -1739,492 +1862,579 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "11") (term "1,1,0")) (rule "inEqSimp_sepPosMonomial1" (formula "11")) (rule "mul_literals" (formula "11") (term "1")) - (rule "inEqSimp_subsumption6" (formula "11") (ifseqformula "9")) - (rule "times_zero_1" (formula "11") (term "1,1,0")) + (rule "inEqSimp_subsumption6" (formula "11") (ifseqformula "8")) (rule "greater_literals" (formula "11") (term "0,0")) (rule "concrete_and_1" (formula "11") (term "0")) + (rule "mul_literals" (formula "11") (term "1,0")) (rule "leq_literals" (formula "11") (term "0")) (rule "concrete_or_1" (formula "11")) (rule "true_left" (formula "11")) - (rule "inEqSimp_antiSymm" (formula "9") (ifseqformula "8")) - (rule "replace_known_left" (formula "37") (term "0") (ifseqformula "9")) - (rule "concrete_and_1" (formula "37")) - (rule "allRight" (formula "37") (inst "sk=f_0")) - (rule "allRight" (formula "37") (inst "sk=o_0")) - (rule "orRight" (formula "37")) - (rule "orRight" (formula "37")) - (rule "orRight" (formula "37")) - (rule "applyEqRigid" (formula "31") (term "0,1,1") (ifseqformula "9")) - (rule "times_zero_2" (formula "31") (term "1,1")) - (rule "add_zero_right" (formula "31") (term "1")) - (rule "applyEq" (formula "12") (term "0,1,1") (ifseqformula "9")) - (rule "times_zero_2" (formula "12") (term "1,1")) - (rule "add_literals" (formula "12") (term "1")) - (rule "applyEqRigid" (formula "8") (term "0") (ifseqformula "9")) - (rule "leq_literals" (formula "8")) - (rule "true_left" (formula "8")) - (rule "applyEqRigid" (formula "3") (term "0,1,1") (ifseqformula "8")) + (rule "inEqSimp_exactShadow3" (formula "3") 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(rule "applyEq" (formula "9") (term "0") (ifseqformula "8")) (rule "qeq_literals" (formula "9")) (rule "true_left" (formula "9")) - (rule "applyEqRigid" (formula "2") (term "0,1,1") (ifseqformula "8")) - (rule "times_zero_2" (formula "2") (term "1,1")) - (rule "add_zero_right" (formula "2") (term "1")) (rule "applyEq" (formula "24") (term "0,1,0,1") (ifseqformula "8")) (rule "mul_literals" (formula "24") (term "1,0,1")) (rule "add_zero_right" (formula "24") (term "0,1")) + (rule "applyEq" (formula "1") (term "1") (ifseqformula "8")) (rule "applyEqRigid" (formula "5") (term "0,1,0,1") (ifseqformula "8")) (rule "mul_literals" (formula "5") (term "1,0,1")) (rule "add_zero_right" (formula "5") (term "0,1")) (rule "applyEqRigid" (formula "4") (term "0,1,0,1") (ifseqformula "8")) (rule "times_zero_2" (formula "4") (term "1,0,1")) - (rule "add_literals" (formula "4") (term "0,1")) - (rule "applyEq" (formula "1") (term "1") (ifseqformula "8")) - (rule "applyEq" (formula "38") (term 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(formula "5") (term "1,0,0") (ifseqformula "3")) + (rule "concrete_and_3" (formula "5") (term "0,0")) (rule "replace_known_left" (formula "4") (term "0,0,0,0") (ifseqformula "3")) (rule "concrete_and_1" (formula "4") (term "0,0,0")) - (rule "replace_known_left" (formula "5") (term "0,0") (ifseqformula "3")) - (rule "ifthenelse_true" (formula "5") (term "0")) - (rule "applyEqReverse" (formula "42") (term "1") (ifseqformula "5")) - (rule "hideAuxiliaryEq" (formula "5")) - (rule "replace_known_left" (formula "33") (term "1") (ifseqformula "3")) - (rule "concrete_and_3" (formula "33")) (rule "replace_known_left" (formula "34") (term "1") (ifseqformula "3")) (rule "concrete_and_3" (formula "34")) - (rule "replace_known_right" (formula "4") (term "0,1,0,0") (ifseqformula "34")) + (rule "replace_known_left" (formula "35") (term "1") (ifseqformula "3")) + (rule "concrete_and_3" (formula "35")) + (rule "replace_known_right" (formula "4") (term "0,1,0,0") (ifseqformula "35")) (rule "concrete_not_2" (formula "4") (term "1,0,0")) (rule "concrete_and_3" (formula "4") (term "0,0")) - (rule "replace_known_left" (formula "32") (term "1") (ifseqformula "3")) - (rule "concrete_and_3" (formula "32")) - (rule "applyEq" (formula "39") (term "0,1") (ifseqformula "3")) - (rule "sortsDisjointModuloNull" (formula "39") (term "1")) - (rule "replace_known_right" (formula "39") (term "0,1") (ifseqformula "36")) - (rule "concrete_and_2" (formula "39") (term "1")) - (rule "concrete_and_4" (formula "39")) - (rule "false_right" (formula "39")) - (rule "applyEq" (formula "39") (term "0") (ifseqformula "3")) + (rule "applyEqRigid" (formula "5") (term "0,0,0") (ifseqformula "2")) + (rule "equalUnique" (formula "5") (term "0,0")) + (rule "ifthenelse_false" (formula "5") (term "0")) + (rule "applyEqReverse" (formula "42") (term "1") (ifseqformula "5")) + (rule "hideAuxiliaryEq" (formula "5")) + (rule "applyEqRigid" (formula "34") (term "0") (ifseqformula "2")) + (rule "equalUnique" (formula "34")) + (rule "false_right" (formula "34")) + (rule "applyEq" (formula "33") (term "0") (ifseqformula "2")) + (rule "equalUnique" (formula "33")) + (rule "false_right" (formula "33")) (rule "applyEqRigid" (formula "39") (term "2,0") (ifseqformula "2")) (rule "narrowSelectType" (formula "39") (term "0") (ifseqformula "18")) + (rule "eqSymm" (formula "39")) (rule "applyEq" (formula "1") (term "1,0") (ifseqformula "3")) - (rule "close" (formula "35") (ifseqformula "1")) + (rule "close" (formula "33") (ifseqformula "1")) ) - (branch "f_0 = java.lang.Object:: & o_0 = o_arr_3 FALSE" + (branch " f_0 = java.lang.Object:: & o_0 = o_arr_3 FALSE" (rule "applyEqReverse" (formula "3") (term "2,0") (ifseqformula "2")) (rule "hideAuxiliaryEq" (formula "2")) - (rule "replace_known_right" (formula "3") (term "0,0") (ifseqformula "31")) - (rule "ifthenelse_false" (formula "3") (term "0")) - (rule "applyEqReverse" (formula "41") (term "1") (ifseqformula "3")) - (rule "hideAuxiliaryEq" (formula "3")) (rule "ifthenelse_split" (formula "2") (term "0")) - (branch " o_0 = o_arr_3 & exists int iv; ( arr(iv) = f_0 & iv >= 0 & iv <= -1 + initCapacity * 2) & !f_0 = java.lang.Object:: TRUE" + (branch "f_0 = java.lang.Object:: & o_0 = o_arr_3 TRUE" (rule "andLeft" (formula "2")) - (rule "notLeft" (formula "3")) - (rule "andLeft" (formula "2")) - (rule "exLeft" (formula "3") (inst "sk=iv_0")) - (rule "andLeft" (formula "3")) - (rule "andLeft" (formula "3")) - (rule "applyEqReverse" (formula "45") (term "1") (ifseqformula "6")) - (rule "hideAuxiliaryEq" (formula "6")) - (rule "eqSymm" (formula "3")) - (rule "replace_known_right" (formula "37") (term "0") (ifseqformula "33")) - (rule "concrete_and_2" (formula "37")) - (rule "false_right" (formula "37")) - (rule "replace_known_left" (formula "35") (term "1") (ifseqformula "2")) - (rule "concrete_and_3" (formula "35")) - (rule "replace_known_left" (formula "36") (term "1") (ifseqformula "2")) - (rule "concrete_and_3" (formula "36")) - (rule "replace_known_left" (formula "34") (term "1") (ifseqformula "2")) + (rule "applyEqReverse" (formula "5") (term "2,0") (ifseqformula "4")) + (rule "hideAuxiliaryEq" (formula "4")) + (rule "replace_known_left" (formula "5") (term "1,0,0") (ifseqformula "3")) + (rule "concrete_and_3" (formula "5") (term "0,0")) + (rule "replace_known_left" (formula "4") (term "0,0,0,0") (ifseqformula "3")) + (rule "concrete_and_1" (formula "4") (term "0,0,0")) + (rule "replace_known_left" (formula "5") (term "0,0") (ifseqformula "2")) + (rule "ifthenelse_true" (formula "5") (term "0")) + (rule "applyEqReverse" (formula "43") (term "1") (ifseqformula "5")) + (rule "hideAuxiliaryEq" (formula "5")) + (rule "replace_known_left" (formula "33") (term "1") (ifseqformula "3")) + (rule "concrete_and_3" (formula "33")) + (rule "replace_known_left" (formula "34") (term "1") (ifseqformula "3")) (rule "concrete_and_3" (formula "34")) - (rule "applyEqRigid" (formula "35") (term "0") (ifseqformula "3")) - (rule "equalUnique" (formula "35")) - (rule "false_right" (formula "35")) - (rule "applyEq" (formula "1") (term "1,0") (ifseqformula "2")) - (rule "close" (formula "36") (ifseqformula "1")) + (rule "replace_known_left" (formula "35") (term "1") (ifseqformula "3")) + (rule "concrete_and_3" (formula "35")) + (rule "replace_known_right" (formula "4") (term "0,1,0,0") (ifseqformula "35")) + (rule "concrete_not_2" (formula "4") (term "1,0,0")) + (rule "concrete_and_3" (formula "4") (term "0,0")) + (rule "applyEqRigid" (formula "33") (term "0") (ifseqformula "2")) + (rule "equalUnique" (formula "33")) + (rule "false_right" (formula "33")) + (rule "applyEq" (formula "41") (term "1,0") (ifseqformula "3")) + (rule "applyEq" (formula "41") (term "2,0") (ifseqformula "2")) + (rule "narrowSelectType" (formula "41") (term "0") (ifseqformula "18")) + (rule "applyEqRigid" (formula "39") (term "0,0") (ifseqformula "2")) + (rule "equalUnique" (formula "39") (term "0")) + (rule "concrete_and_2" (formula "39")) + (rule "false_right" (formula "39")) + (rule "applyEq" (formula "39") (term "0") (ifseqformula "3")) + (rule "applyEq" (formula "38") (term "0,1") (ifseqformula "3")) + (rule "sortsDisjointModuloNull" (formula "38") (term "1")) + (rule "replace_known_right" (formula "38") (term "0,1") (ifseqformula "36")) + (rule "concrete_and_2" (formula "38") (term "1")) + (rule "concrete_and_4" (formula "38")) + (rule "false_right" (formula "38")) + (rule "applyEq" (formula "1") (term "1,0") (ifseqformula "3")) + (rule "close" (formula "35") (ifseqformula "1")) ) - (branch " o_0 = o_arr_3 & exists int iv; ( arr(iv) = f_0 & iv >= 0 & iv <= -1 + initCapacity * 2) & !f_0 = java.lang.Object:: FALSE" - (rule "close" (formula "41") (ifseqformula "2")) + (branch "f_0 = java.lang.Object:: & o_0 = o_arr_3 FALSE" + (rule "applyEqReverse" (formula "3") (term "2,0") (ifseqformula "2")) + (rule "hideAuxiliaryEq" (formula "2")) + (rule "replace_known_right" (formula "3") (term "0,0") (ifseqformula "32")) + (rule "ifthenelse_false" (formula "3") (term "0")) + (rule "applyEqReverse" (formula "42") (term "1") (ifseqformula "3")) + (rule "hideAuxiliaryEq" (formula "3")) + (rule "ifthenelse_split" (formula "2") (term "0")) + (branch " o_0 = o_arr_3 & exists int iv; ( arr(iv) = f_0 & iv >= 0 & iv <= -1 + initCapacity * 2) & !f_0 = java.lang.Object:: TRUE" + (rule "andLeft" (formula "2")) + (rule "notLeft" (formula "3")) + (rule "andLeft" (formula "2")) + (rule "exLeft" (formula "3") (inst "sk=iv_0")) + (rule "andLeft" (formula "3")) + (rule "andLeft" (formula "3")) + (rule "applyEqReverse" (formula "46") (term "1") (ifseqformula "6")) + (rule "hideAuxiliaryEq" (formula "6")) + (rule "eqSymm" (formula "3")) + (rule "replace_known_left" (formula "37") (term "1") (ifseqformula "2")) + (rule "concrete_and_3" (formula "37")) + (rule "replace_known_right" (formula "38") (term "0") (ifseqformula "34")) + (rule "concrete_and_2" (formula "38")) + (rule "false_right" (formula "38")) + (rule "replace_known_left" (formula "35") (term "1") (ifseqformula "2")) + (rule "concrete_and_3" (formula "35")) + (rule "replace_known_left" (formula "36") (term "1") (ifseqformula "2")) + (rule "concrete_and_3" (formula "36")) + (rule "applyEqRigid" (formula "36") (term "0") (ifseqformula "3")) + (rule "equalUnique" (formula "36")) + (rule "false_right" (formula "36")) + (rule "applyEqRigid" (formula "35") (term "0") (ifseqformula "3")) + (rule "equalUnique" (formula "35")) + (rule "false_right" (formula "35")) + (rule "applyEq" (formula "34") (term "0") (ifseqformula "3")) + (rule "equalUnique" (formula "34")) + (rule "false_right" (formula "34")) + (rule "applyEq" (formula "40") (term "0") (ifseqformula "2")) + (rule "applyEq" (formula "38") (term "0,0") (ifseqformula "3")) + (rule "equalUnique" (formula "38") (term "0")) + (rule "concrete_and_2" (formula "38")) + (rule "false_right" (formula "38")) + (rule "applyEq" (formula "1") (term "1,0") (ifseqformula "2")) + (rule "close" (formula "35") (ifseqformula "1")) + ) + (branch " o_0 = o_arr_3 & exists int iv; ( arr(iv) = f_0 & iv >= 0 & iv <= -1 + initCapacity * 2) & !f_0 = java.lang.Object:: FALSE" + (rule "close" (formula "42") (ifseqformula "2")) + ) ) ) ) @@ -2233,20 +2443,20 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO ) ) (branch "Null Reference (newObject = null)" - (rule "false_right" (formula "20")) + (rule "false_right" (formula "21")) (rule "simplifyUpdate2" (formula "1")) (rule "applyOnRigidFormula" (formula "1")) - (rule "applyOnPV" (formula "1") (term "0")) (rule "simplifyUpdate1" (formula "1") (term "1")) - (rule "close" (formula "18") (ifseqformula "1")) + (rule "applyOnPV" (formula "1") (term "0")) + (rule "close" (formula "19") (ifseqformula "1")) ) ) ) (branch - (rule "simplifyUpdate2" (formula "13")) - (rule "equal_literals" (formula "13") (term "0")) - (rule "concrete_not_2" (formula "13")) - (rule "closeTrue" (formula "13")) + (rule "simplifyUpdate2" (formula "14")) + (rule "equal_literals" (formula "14") (term "0")) + (rule "concrete_not_2" (formula "14")) + (rule "closeTrue" (formula "14")) ) ) } diff --git a/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.Map__isEmpty()).JML behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.Map__isEmpty()).JML behavior operation contract.0.proof index 9036d15..92ebbdf 100644 --- a/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.Map__isEmpty()).JML behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.Map__isEmpty()).JML behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 18 12:43:59 CEST 2021 +#Sat Aug 28 15:04:36 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 18 12:43:59 CEST 2021 +#Sat Aug 28 15:04:36 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.Map\\:\\:isEmpty()].JML behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.Map\\:\\:isEmpty()].JML behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -58,7 +58,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "149") +(autoModeTime "46") (branch "dummy ID" (rule "instanceof_static_type" (formula "1") (term "0,0,0,1,1,0,0,1,1") (newnames "self,result,exc,heapAtPre,o,f")) diff --git a/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__isEmpty()).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__isEmpty()).JML normal_behavior operation contract.0.proof index 94a00a5..87be549 100644 --- a/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__isEmpty()).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/isEmpty/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__isEmpty()).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 18 12:44:57 CEST 2021 +#Sat Aug 28 15:05:05 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 18 12:44:57 CEST 2021 +#Sat Aug 28 15:05:05 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:isEmpty()].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:isEmpty()].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -58,7 +58,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "96") +(autoModeTime "56") (branch "dummy ID" (rule "impRight" (formula "1") (newnames "self,result,exc,heapAtPre,o,f")) diff --git a/proofs_new/KeY/IdentityHashMap/maskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__maskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/maskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__maskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof index e5b13a8..c742d3c 100644 --- a/proofs_new/KeY/IdentityHashMap/maskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__maskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/maskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__maskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:11:07 CEST 2021 +#Sat Aug 28 15:02:53 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:11:07 CEST 2021 +#Sat Aug 28 15:02:53 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:maskNull(java.lang.Object)].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:maskNull(java.lang.Object)].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,8 +57,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "93") +(autoModeTime "67") (branch "dummy ID" (rule "impRight" (formula "1") (newnames "key,result,exc,heapAtPre,o,f")) diff --git a/proofs_new/KeY/IdentityHashMap/nextKeyIndex/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__nextKeyIndex(int,int)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/nextKeyIndex/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__nextKeyIndex(int,int)).JML normal_behavior operation contract.0.proof index b27d733..b1ae383 100644 --- a/proofs_new/KeY/IdentityHashMap/nextKeyIndex/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__nextKeyIndex(int,int)).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/nextKeyIndex/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__nextKeyIndex(int,int)).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:54:44 CEST 2021 +#Fri Sep 24 14:06:14 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:54:44 CEST 2021 +#Fri Sep 24 14:06:14 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:nextKeyIndex(int,int)].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:nextKeyIndex(int,int)].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,8 +57,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "1576") +(autoModeTime "1491") (branch "dummy ID" (rule "expand_inInt" (formula "1") (term "1,1,0,0,0") (newnames "i,len,result,exc,heapAtPre,o,f")) @@ -74,103 +75,91 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "andLeft" (formula "2")) (rule "andLeft" (formula "2")) (rule "andLeft" (formula "4")) -(rule "eqSymm" (formula "8") (term "0,0,1,0,0,0,0,1")) -(rule "translateJavaAddInt" (formula "8") (term "0,0,0,0,0,0,1")) -(rule "translateJavaAddInt" (formula "8") (term "0,1,0,1,0,0,0,0,1")) (rule "eqSymm" (formula "8") (term "0,0,1,0,1")) -(rule "translateJavaAddInt" (formula "8") (term "0,0,0,1,0,0,0,0,1")) -(rule "inEqSimp_ltToLeq" (formula "8") (term "0,0,0,0,0,1")) -(rule "polySimp_mulComm0" (formula "8") (term "1,0,0,0,0,0,0,0,1")) -(rule "inEqSimp_commuteLeq" (formula "3")) +(rule "translateJavaAddInt" (formula "8") (term "0,0,1,0,0,0,0,1")) +(rule "eqSymm" (formula "8") (term "1,0,0,0,0,0,1")) +(rule "translateJavaAddInt" (formula "8") (term "0,0,0,0,0,0,0,1")) +(rule "translateJavaAddInt" (formula "8") (term "0,1,0,0,0,0,0,1")) +(rule "inEqSimp_ltToLeq" (formula "8") (term "0,0,0,0,0,0,1")) +(rule "polySimp_mulComm0" (formula "8") (term "1,0,0,0,0,0,0,0,0,1")) (rule "inEqSimp_commuteLeq" (formula "5")) +(rule "inEqSimp_commuteLeq" (formula "3")) (rule "assignment" (formula "8") (term "1")) (rule "sequentialToParallel2" (formula "8")) (rule "simplifyUpdate3" (formula "8") (term "1,0")) -(rule "inEqSimp_sepPosMonomial0" (formula "8") (term "0,0,0,0,0,1")) -(rule "polySimp_mulComm0" (formula "8") (term "1,0,0,0,0,0,1")) -(rule "polySimp_rightDist" (formula "8") (term "1,0,0,0,0,0,1")) -(rule "polySimp_mulLiterals" (formula "8") (term "1,1,0,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "0,1,0,0,0,0,0,1")) -(rule "polySimp_elimOne" (formula "8") (term "1,1,0,0,0,0,0,1")) -(rule "expand_addJint" (formula "8") (term "0,0,0,1,0,0,0,0,1")) -(rule "polySimp_addComm0" (formula "8") (term "0,0,0,0,1,0,0,0,0,1")) -(rule "expand_addJint" (formula "8") (term "0,1,0,1,0,0,0,0,1")) -(rule "polySimp_addComm0" (formula "8") (term "0,0,1,0,1,0,0,0,0,1")) -(rule "expand_addJint" (formula "8") (term "0,0,0,0,0,0,1")) -(rule "polySimp_addComm0" (formula "8") (term "0,0,0,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "8") (term "0,0,0,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "8") (term "1,1,0,0,0,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "8") (term "0,0,1,0,0,0,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "8") (term "0,0,0,0,1,0,0,0,0,1")) -(rule "polySimp_homoEq" (formula "8") (term "0,0,1,0,0,0,0,1")) -(rule "polySimp_mulComm0" (formula "8") (term "1,0,0,0,1,0,0,0,0,1")) -(rule "polySimp_rightDist" (formula "8") (term "1,0,0,0,1,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "0,1,0,0,0,1,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term "0,0,1,1,0,0,0,1,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,0,1,1,0,0,0,1,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term "0,0,0,1,0,0,0,0,1")) -(rule "polySimp_addComm0" (formula "8") (term "0,0,0,0,1,0,0,0,0,1")) -(rule "polySimp_sepNegMonomial" (formula "8") (term "0,0,1,0,0,0,0,1")) -(rule "polySimp_mulLiterals" (formula "8") (term "0,0,0,1,0,0,0,0,1")) -(rule "polySimp_elimOne" (formula "8") (term "0,0,0,1,0,0,0,0,1")) -(rule "polyMod_pullOut" (formula "8") (term "0,0,0,1,0,0,0,0,1") (inst "polyDivCoeff=Z(1(#))")) -(rule "polySimp_mulLiterals" (formula "8") (term "1,0,0,0,0,1,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "1,0,0,0,0,1,0,0,0,0,1")) -(rule "polySimp_addComm1" (formula "8") (term "0,0,0,0,1,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,0,0,0,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "8") (term "0,1,0,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "8") (term "0,0,1,0,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "8") (term "0,0,1,0,1,0,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "8") (term "1,1,0,1,0,1,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term "0,1,0,1,0,1,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,1,0,1,0,1,0,0,0,0,1")) -(rule "inEqSimp_homoInEq1" (formula "8") (term "1,0,1,0,0,0,0,1")) -(rule "polySimp_mulComm0" (formula "8") (term "1,0,1,0,1,0,0,0,0,1")) -(rule "polySimp_rightDist" (formula "8") (term "1,0,1,0,1,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "0,1,0,1,0,1,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term "0,1,0,1,0,0,0,0,1")) -(rule "polySimp_addComm0" (formula "8") (term "0,0,1,0,1,0,0,0,0,1")) -(rule "inEqSimp_sepNegMonomial0" (formula "8") (term "1,0,1,0,0,0,0,1")) -(rule "polySimp_mulLiterals" (formula "8") (term "0,1,0,1,0,0,0,0,1")) -(rule "polySimp_elimOne" (formula "8") (term "0,1,0,1,0,0,0,0,1")) -(rule "polyMod_pullOut" (formula "8") (term "0,1,0,1,0,0,0,0,1") (inst "polyDivCoeff=Z(1(#))")) -(rule "polySimp_mulLiterals" (formula "8") (term "1,0,0,1,0,1,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "1,0,0,1,0,1,0,0,0,0,1")) -(rule "polySimp_addComm1" (formula "8") (term "0,0,1,0,1,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,0,1,0,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "8") (term "0,0,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "8") (term "0,0,0,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "8") (term "0,0,1,0,0,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "8") (term "1,1,0,0,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term "0,1,0,0,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,1,0,0,0,0,0,0,1")) -(rule "inEqSimp_homoInEq0" (formula "8") (term "0,0,0,0,0,1")) +(rule "inEqSimp_sepPosMonomial0" (formula "8") (term "0,0,0,0,0,0,1")) (rule "polySimp_mulComm0" (formula "8") (term "1,0,0,0,0,0,0,1")) (rule "polySimp_rightDist" (formula "8") (term "1,0,0,0,0,0,0,1")) +(rule "polySimp_mulLiterals" (formula "8") (term "1,1,0,0,0,0,0,0,1")) (rule "mul_literals" (formula "8") (term "0,1,0,0,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term "0,0,0,0,0,0,1")) -(rule "polySimp_addComm1" (formula "8") (term "0,0,0,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,0,0,0,0,0,0,1")) -(rule "inEqSimp_sepNegMonomial1" (formula "8") (term "0,0,0,0,0,1")) -(rule "polySimp_mulLiterals" (formula "8") (term "0,0,0,0,0,0,1")) -(rule "polySimp_elimOne" (formula "8") (term "0,0,0,0,0,0,1")) -(rule "polyMod_pullOut" (formula "8") (term "0,0,0,0,0,0,1") (inst "polyDivCoeff=Z(1(#))")) -(rule "polySimp_mulLiterals" (formula "8") (term "1,0,0,0,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "1,0,0,0,0,0,0,0,1")) -(rule "polySimp_addComm1" (formula "8") (term "0,0,0,0,0,0,0,1")) -(rule "add_literals" (formula "8") (term "0,0,0,0,0,0,0,0,1")) -(rule "applyEq_and_int4" (formula "8") (term "0,1,0,0,0,0,1")) -(rule "inEqSimp_homoInEq1" (formula "8") (term "1,0,1,0,0,0,0,1")) -(rule "polySimp_mulComm0" (formula "8") (term "1,0,1,0,1,0,0,0,0,1")) -(rule "polySimp_rightDist" (formula "8") (term "1,0,1,0,1,0,0,0,0,1")) -(rule "mul_literals" (formula "8") (term "0,1,0,1,0,1,0,0,0,0,1")) -(rule "polySimp_addAssoc" (formula "8") (term 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"0,0,0,1,1,0,1,0,0,0,0,0,1")) +(rule "polySimp_addAssoc" (formula "8") (term "0,1,0,0,0,0,0,1")) +(rule "polySimp_addComm0" (formula "8") (term "0,0,1,0,0,0,0,0,1")) +(rule "polySimp_sepNegMonomial" (formula "8") (term "1,0,0,0,0,0,1")) +(rule "polySimp_mulLiterals" (formula "8") (term "0,1,0,0,0,0,0,1")) +(rule "polySimp_elimOne" (formula "8") (term "0,1,0,0,0,0,0,1")) +(rule "polyMod_pullOut" (formula "8") (term "0,1,0,0,0,0,0,1") (inst "polyDivCoeff=Z(1(#))")) +(rule "polySimp_mulLiterals" (formula "8") (term "1,0,0,1,0,0,0,0,0,1")) +(rule "mul_literals" (formula "8") (term "1,0,0,1,0,0,0,0,0,1")) +(rule "polySimp_addComm1" (formula "8") (term "0,0,1,0,0,0,0,0,1")) +(rule "add_literals" (formula "8") (term "0,0,0,1,0,0,0,0,0,1")) +(rule "expand_moduloInteger" (formula "8") (term "0,0,0,0,0,0,0,1")) +(rule "replace_int_HALFRANGE" (formula "8") (term "0,0,1,0,0,0,0,0,0,0,1")) +(rule "replace_int_MIN" (formula "8") (term "0,0,0,0,0,0,0,0,1")) +(rule "replace_int_RANGE" (formula "8") (term "1,1,0,0,0,0,0,0,0,1")) +(rule "polySimp_addAssoc" (formula "8") (term "0,1,0,0,0,0,0,0,0,1")) +(rule "add_literals" (formula "8") (term "0,0,1,0,0,0,0,0,0,0,1")) +(rule "inEqSimp_homoInEq0" (formula "8") (term "0,0,0,0,0,0,1")) +(rule "polySimp_mulComm0" (formula "8") (term "1,0,0,0,0,0,0,0,1")) +(rule "polySimp_rightDist" (formula "8") (term "1,0,0,0,0,0,0,0,1")) +(rule "mul_literals" (formula "8") (term "0,1,0,0,0,0,0,0,0,1")) +(rule "polySimp_addAssoc" (formula "8") (term "0,0,0,0,0,0,0,1")) +(rule "polySimp_addComm1" (formula "8") (term "0,0,0,0,0,0,0,0,1")) +(rule "add_literals" (formula "8") (term "0,0,0,0,0,0,0,0,0,1")) +(rule "inEqSimp_sepNegMonomial1" (formula "8") (term "0,0,0,0,0,0,1")) +(rule "polySimp_mulLiterals" (formula "8") (term "0,0,0,0,0,0,0,1")) +(rule "polySimp_elimOne" (formula "8") (term "0,0,0,0,0,0,0,1")) +(rule "polyMod_pullOut" (formula "8") (term "0,0,0,0,0,0,0,1") (inst "polyDivCoeff=Z(1(#))")) +(rule "polySimp_mulLiterals" (formula "8") (term "1,0,0,0,0,0,0,0,0,1")) +(rule "mul_literals" (formula "8") (term "1,0,0,0,0,0,0,0,0,1")) +(rule "polySimp_addComm1" (formula "8") (term "0,0,0,0,0,0,0,0,1")) +(rule "add_literals" (formula "8") (term "0,0,0,0,0,0,0,0,0,1")) (rule "methodBodyExpand" (formula "8") (term "1") (newnames "heapBefore_nextKeyIndex,savedHeapBefore_nextKeyIndex")) (rule "simplifyUpdate2" (formula "8") (term "1")) (rule "returnUnfold" (formula "8") (term "1") (inst "#v0=x")) @@ -255,8 +244,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_rightDist" (formula "1") (term "1")) (rule "polySimp_mulLiterals" (formula "1") (term "1,1")) (rule "polySimp_rightDist" (formula "1") (term "0,1")) - (rule "polySimp_mulLiterals" (formula "1") (term "1,0,1")) (rule "mul_literals" (formula "1") (term "0,0,1")) + (rule "polySimp_mulLiterals" (formula "1") (term "1,0,1")) (rule "polySimp_elimOne" (formula "1") (term "1,0,1")) (rule "inEqSimp_exactShadow3" (formula "1") (ifseqformula "5")) (rule "polySimp_rightDist" (formula "1") (term "0,0")) @@ -330,45 +319,38 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate1" (formula "10") (term "1,0,0,0,1")) (rule "eqClose" (formula "10") (term "0,0,1")) (rule "applyOnRigidFormula" (formula "10") (term "0")) - (rule "simplifyUpdate2" (formula "10") (term "0,0")) (rule "applyOnRigidFormula" (formula "10") (term "1,0")) + (rule "simplifyUpdate2" (formula "10") (term "0,1,0")) + (rule "applyOnRigidFormula" (formula "10") (term "0,0")) + (rule "simplifyUpdate2" (formula "10") (term "0,0,0")) (rule "applyOnRigidFormula" (formula "10") (term "1,1,0")) (rule "simplifyUpdate1" (formula "10") (term "1,1,1,0")) (rule "applyOnPV" (formula "10") (term "0,1,1,0")) - (rule "applyOnRigidFormula" (formula "10") (term "0,1,0")) - (rule "applyOnRigidFormula" (formula "10") (term "1,0,1,0")) - (rule "simplifyUpdate1" (formula "10") (term "1,1,0,1,0")) - (rule "applyOnPV" (formula "10") (term "0,1,0,1,0")) - (rule 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+ (rule "polySimp_homoEq" (formula "10") (term "1,0,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,0,1,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,0,1,0,0")) + (rule "mul_literals" (formula "10") (term "0,1,0,1,0,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,1,0,1,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,1,0,1,0,0")) + (rule "mul_literals" (formula "10") (term "0,1,1,0,1,0,0")) + (rule "polySimp_addAssoc" (formula "10") (term "1,0,1,0,0")) + (rule "add_literals" (formula "10") (term "0,1,0,1,0,0")) + (rule "add_zero_left" (formula "10") (term "1,0,1,0,0")) + (rule "polySimp_pullOutFactor1" (formula "10") (term "0,1,0,0")) + (rule "add_literals" (formula "10") (term "1,0,1,0,0")) + (rule "times_zero_1" (formula "10") (term "0,1,0,0")) + (rule "eqClose" (formula "10") (term "1,0,0")) + (rule "concrete_impl_4" (formula "10") (term "0,0")) + (rule "concrete_and_1" (formula "10") (term "0")) (rule "mod_axiom" (formula "10") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "10") (term "1,0,0,0")) - (rule "inEqSimp_homoInEq0" (formula "10") (term "0,0")) + (rule "inEqSimp_homoInEq1" (formula "10") (term "0,0")) (rule "polySimp_mulComm0" (formula "10") (term "1,0,0,0")) (rule "polySimp_rightDist" (formula "10") (term "1,0,0,0")) (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0,0")) @@ -378,41 +360,20 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0")) (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0,0")) (rule "add_literals" (formula "10") (term "0,0,0,0,0,0")) - (rule "mod_axiom" (formula "10") (term "1,0,1,1,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,1,1,0")) - (rule "polySimp_addAssoc" (formula "10") (term "0,1,1,0")) - (rule "polySimp_addAssoc" (formula "10") (term "0,0,1,1,0")) - (rule "add_literals" (formula "10") (term "0,0,0,1,1,0")) - (rule "mod_axiom" (formula "10") (term "0,1,0,0,1,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "1,0,1,0,0,1,0")) - (rule "polySimp_mulComm0" (formula "10") (term "1,0,0,1,0")) - (rule "polySimp_rightDist" (formula "10") (term "1,0,0,1,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0,1,0")) - (rule "polySimp_rightDist" (formula "10") (term "0,1,0,0,1,0")) - (rule "mul_literals" (formula "10") (term "0,0,1,0,0,1,0")) - (rule "polySimp_addComm1" (formula "10") (term "0,0,1,0")) - (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,1,0")) - (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0,1,0")) - (rule "add_literals" (formula "10") (term "0,0,0,0,0,1,0")) - (rule "polySimp_sepNegMonomial" (formula "10") (term "1,1,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "0,1,1,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "10") (term "0,0")) - (rule "polySimp_mulComm0" (formula "10") (term "1,0,0")) - (rule "polySimp_rightDist" (formula "10") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0")) - (rule "polySimp_rightDist" (formula "10") (term "0,1,0,0")) - (rule "mul_literals" (formula "10") (term "0,0,1,0,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "1,0,1,0,0")) - (rule "polySimp_elimOne" (formula "10") (term "1,0,1,0,0")) - (rule "replace_known_left" (formula "10") (term "0,0") (ifseqformula "2")) - (rule "concrete_impl_1" (formula "10") (term "0")) + (rule "mod_axiom" (formula "10") (term "1,0,1,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,1,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,1,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,0,1,0")) + (rule "add_literals" (formula "10") (term "0,0,0,1,0")) + (rule "polySimp_sepNegMonomial" (formula "10") (term "1,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "0,1,0")) (rule "inEqSimp_sepPosMonomial0" (formula "10") (term "0,0")) (rule "polySimp_mulComm0" (formula "10") (term "1,0,0")) (rule "polySimp_rightDist" (formula "10") (term "1,0,0")) (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0")) (rule "polySimp_rightDist" (formula "10") (term "0,1,0,0")) - (rule "polySimp_mulLiterals" (formula "10") (term "1,0,1,0,0")) (rule "mul_literals" (formula "10") (term "0,0,1,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,0,1,0,0")) (rule "polySimp_elimOne" (formula "10") (term "1,0,1,0,0")) (rule "inEqSimp_contradInEq1" (formula "10") (term "0,0") (ifseqformula "2")) (rule "inEqSimp_homoInEq1" (formula "10") (term "0,0,0")) @@ -513,15 +474,84 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "applyOnPV" (formula "10") (term "0,0,0,0,1")) (rule "eqClose" (formula "10") (term "0,0,1")) (rule "applyOnRigidFormula" (formula "10") (term "0")) - (rule "simplifyUpdate2" (formula "10") (term "0,0")) (rule "applyOnRigidFormula" (formula "10") (term "1,0")) - (rule "applyOnRigidFormula" (formula "10") (term "0,1,0")) + (rule "simplifyUpdate2" (formula "10") (term "0,1,0")) + (rule "applyOnRigidFormula" (formula "10") (term "0,0")) + (rule "simplifyUpdate2" (formula "10") (term "0,0,0")) (rule "applyOnRigidFormula" (formula "10") (term "1,1,0")) (rule "applyOnPV" (formula "10") (term "0,1,1,0")) (rule "simplifyUpdate1" (formula "10") (term "1,1,1,0")) (rule "eqClose" (formula "10") (term "1,1,0")) (rule "concrete_impl_4" (formula "10") (term "1,0")) - (rule "concrete_impl_4" (formula "10") (term "0")) + (rule "concrete_and_3" (formula "10") (term "0")) + (rule "applyOnRigidFormula" (formula "10") (term "1,0")) + (rule "simplifyUpdate1" (formula "10") (term "0,1,0")) + (rule "eqSymm" (formula "10") (term "1,0")) + (rule "applyOnRigidTerm" (formula "10") (term "0,1,0")) + (rule "applyOnPV" (formula "10") (term "1,0,1,0")) + (rule "add_zero_right" (formula "10") (term "0,1,0")) + (rule "simplifyUpdate1" (formula "10") (term "0,1,0")) + (rule "eqSymm" (formula "10") (term "1,0")) + (rule "mod_axiom" (formula "10") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,0,0,0")) + (rule "inEqSimp_homoInEq0" (formula "10") (term "0,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,0,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,0,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "0,1,0,0,0")) + (rule "mul_literals" (formula "10") (term "0,0,1,0,0,0")) + (rule "polySimp_addComm1" (formula "10") (term "0,0,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0,0")) + (rule "add_literals" (formula "10") (term "0,0,0,0,0,0")) + (rule "mod_axiom" (formula "10") (term "0,1,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,0,1,0")) + (rule "polySimp_homoEq" (formula "10") (term "1,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,0,1,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,0,1,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,1,0")) + (rule "polySimp_rightDist" (formula "10") (term "0,1,0,1,0")) + (rule "mul_literals" (formula "10") (term "0,0,1,0,1,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,1,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,0,1,0")) + (rule "add_literals" (formula "10") (term "0,0,0,1,0")) + (rule "polySimp_sepPosMonomial" (formula "10") (term "1,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,1,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,1,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,1,1,0")) + (rule "mul_literals" (formula "10") (term "0,1,1,0")) + (rule "polySimp_elimOne" (formula "10") (term "1,1,1,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "10") (term "0,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "0,1,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,0,1,0,0")) + (rule "mul_literals" (formula "10") (term "0,0,1,0,0")) + (rule "polySimp_elimOne" (formula "10") (term "1,0,1,0,0")) + (rule "inEqSimp_contradInEq0" (formula "10") (term "0,0") (ifseqformula "1")) + (rule "inEqSimp_homoInEq1" (formula "10") (term "0,0,0")) + (rule "polySimp_mulComm0" (formula "10") (term "1,0,0,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "1,0,0,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,1,0,0,0,0")) + (rule "polySimp_rightDist" (formula "10") (term "0,1,0,0,0,0")) + (rule "mul_literals" (formula "10") (term "0,0,1,0,0,0,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0")) + (rule "polySimp_addComm1" (formula "10") (term "0,0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "10") (term "0,0,0,0")) + (rule "add_literals" (formula "10") (term "1,1,0,0,0,0")) + (rule "times_zero_1" (formula "10") (term "1,0,0,0,0")) + (rule "add_zero_right" (formula "10") (term "0,0,0,0")) + (rule "polySimp_addAssoc" (formula "10") (term "0,0,0,0")) + (rule "polySimp_addComm1" (formula "10") (term "0,0,0,0,0")) + (rule "add_literals" (formula "10") (term "0,0,0,0,0,0")) + (rule "polySimp_pullOutFactor1b" (formula "10") (term "0,0,0,0")) + (rule "add_literals" (formula "10") (term "1,1,0,0,0,0")) + (rule "times_zero_1" (formula "10") (term "1,0,0,0,0")) + (rule "add_zero_right" (formula "10") (term "0,0,0,0")) + (rule "leq_literals" (formula "10") (term "0,0,0")) + (rule "concrete_and_2" (formula "10") (term "0,0")) + (rule "concrete_impl_2" (formula "10") (term "0")) (rule "concrete_and_1" (formula "10")) (rule "allRight" (formula "10") (inst "sk=f_0")) (rule "allRight" (formula "10") (inst "sk=o_0")) diff --git a/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML exceptional_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML exceptional_behavior operation contract.0.proof index ad2b281..6d22652 100644 --- a/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML exceptional_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML exceptional_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:56:15 CEST 2021 +#Wed Sep 22 23:24:22 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:56:15 CEST 2021 +#Wed Sep 22 23:24:22 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:resize(int)].JML exceptional_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:resize(int)].JML exceptional_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,52 +57,67 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "3294") +(autoModeTime "53540") (branch "dummy ID" (rule "instanceof_static_type" (formula "1") (term "0,0,0,1,0,0,1,1") (newnames "newCapacity,self,exc,heapAtPre,o,f")) (rule "boolean_equal" (formula "1") (term "0,0,1,0,0,1,1")) -(rule "insert_constant_value" (formula "1") (term "1,1,0,0,1,0")) (rule "insert_constant_value" (formula "1") (term "0,1,1,0,1,0")) +(rule "insert_constant_value" (formula "1") (term "1,1,0,0,1,0")) (rule "concrete_impl_1" (formula "1") (term "0,1,0,0,1,1")) (rule "expand_inInt" (formula "1") (term "1,0,0,0")) -(rule "replace_int_MIN" (formula "1") (term "0,1,1,0,0,0")) (rule "replace_int_MAX" (formula "1") (term "1,0,1,0,0,0")) +(rule "replace_int_MIN" (formula "1") (term "0,1,1,0,0,0")) (rule "impRight" (formula "1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "2")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "3")) (rule "andLeft" (formula "1")) +(rule "andLeft" (formula "2")) (rule "andLeft" (formula "1")) -(rule "andLeft" (formula "3")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) (rule "notLeft" (formula "2")) (rule "eqSymm" (formula "11") (term "1,0,0,1,0,1")) -(rule "translateJavaSubInt" (formula "8") (term "1")) (rule "translateJavaMulInt" (formula "7") (term "1")) +(rule "translateJavaSubInt" (formula "8") (term "1")) (rule "inEqSimp_commuteLeq" (formula "5")) (rule "assignment" (formula "11") (term "1")) (rule "sequentialToParallel2" (formula "11")) (rule "simplifyUpdate3" (formula "11") (term "1,0")) -(rule "expand_subJint" (formula "8") (term "1")) -(rule "sub_literals" (formula "8") (term "0,1")) (rule "expand_mulJint" (formula "7") (term "1")) (rule "mul_literals" (formula "7") (term "0,1")) -(rule "expand_moduloInteger" (formula "8") (term "1")) -(rule "replace_int_HALFRANGE" (formula "8") (term "0,0,1,1")) -(rule "replace_int_MIN" (formula "8") (term "0,1")) -(rule "replace_int_RANGE" (formula "8") (term "1,1,1")) -(rule "add_literals" (formula "8") (term "0,1,1")) +(rule "expand_subJint" (formula "8") (term "1")) +(rule "sub_literals" (formula "8") (term "0,1")) (rule "expand_moduloInteger" (formula "7") (term "1")) (rule "replace_int_RANGE" (formula "7") (term "1,1,1")) (rule "replace_int_HALFRANGE" (formula "7") (term "0,0,1,1")) (rule "replace_int_MIN" (formula "7") (term "0,1")) (rule "add_literals" (formula "7") (term "0,1,1")) +(rule "mod_axiom" (formula "7") (term "1,1")) +(rule "polySimp_mulLiterals" (formula "7") (term "1,1,1")) +(rule "div_literals" (formula "7") (term "0,1,1,1")) +(rule "times_zero_2" (formula "7") (term "1,1,1")) +(rule "add_zero_right" (formula "7") (term "1,1")) +(rule "add_literals" (formula "7") (term "1")) +(rule "expand_moduloInteger" (formula "8") (term "1")) +(rule "replace_int_RANGE" (formula "8") (term "1,1,1")) +(rule "replace_int_HALFRANGE" (formula "8") (term "0,0,1,1")) +(rule "replace_int_MIN" (formula "8") (term "0,1")) +(rule "add_literals" (formula "8") (term "0,1,1")) +(rule "mod_axiom" (formula "8") (term "1,1")) +(rule "polySimp_mulLiterals" (formula "8") (term "1,1,1")) +(rule "div_literals" (formula "8") (term "0,1,1,1")) +(rule "times_zero_2" (formula "8") (term "1,1,1")) +(rule "add_zero_right" (formula "8") (term "1,1")) +(rule "add_literals" (formula "8") (term "1")) (rule "methodBodyExpand" (formula "11") (term "1") (newnames "heapBefore_resize,savedHeapBefore_resize,_newCapacityBefore_resize")) (rule "simplifyUpdate2" (formula "11") (term "1")) +(rule "sequentialToParallel2" (formula "11")) +(rule "simplifyUpdate3" (formula "11") (term "1,0")) (rule "variableDeclarationAssign" (formula "11") (term "1")) (rule "variableDeclaration" (formula "11") (term "1") (newnames "newLength")) (rule "assignmentMultiplicationInt" (formula "11") (term "1")) @@ -112,8 +127,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "simplifyUpdate3" (formula "11") (term "1,0")) (rule "applyOnElementary" (formula "11") (term "1,0")) (rule "applyOnRigidTerm" (formula "11") (term "0,1,0")) -(rule "applyOnPV" (formula "11") (term "0,0,1,0")) (rule "simplifyUpdate1" (formula "11") (term "1,0,1,0")) +(rule "applyOnPV" (formula "11") (term "0,0,1,0")) (rule "variableDeclarationAssign" (formula "11") (term "1")) (rule "variableDeclaration" (formula "11") (term "1") (newnames "oldTable")) (rule "assignment_read_attribute_this" (formula "11")) @@ -130,8 +145,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "applyOnPV" (formula "11") (term "0,0,1,0")) (rule "expand_mulJint" (formula "11") (term "0,1,0,0,0")) (rule "expand_moduloInteger" (formula "11") (term "0,1,0,0,0")) - (rule "replace_int_HALFRANGE" (formula "11") (term "0,0,1,0,1,0,0,0")) (rule "replace_int_RANGE" (formula "11") (term "1,1,0,1,0,0,0")) + (rule "replace_int_HALFRANGE" (formula "11") (term "0,0,1,0,1,0,0,0")) (rule "replace_int_MIN" (formula "11") (term "0,0,1,0,0,0")) (rule "ifUnfold" (formula "11") (term "1") (inst "#boolv=x")) (rule "variableDeclaration" (formula "11") (term "1") (newnames "x")) @@ -153,9 +168,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "expand_mulJint" (formula "11") (term "0,1,0")) (rule "mul_literals" (formula "11") (term "0,0,1,0")) (rule "expand_moduloInteger" (formula "11") (term "0,1,0")) + (rule "replace_int_RANGE" (formula "11") (term "1,1,0,1,0")) (rule "replace_int_HALFRANGE" (formula "11") (term "0,0,1,0,1,0")) (rule "replace_int_MIN" (formula "11") (term "0,0,1,0")) - (rule "replace_int_RANGE" (formula "11") (term "1,1,0,1,0")) (rule "add_literals" (formula "11") (term "0,1,0,1,0")) (rule "equality_comparison_simple" (formula "11") (term "1")) (rule "eqSymm" (formula "11") (term "0,0,0,1")) @@ -172,846 +187,5555 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "applyOnPV" (formula "11") (term "1,0,0,1,0")) (rule "applyOnPV" (formula "11") (term "0,0,0,1,0")) (rule "eqSymm" (formula "11") (term "0,0,1,0")) - (rule "replace_known_left" (formula "11") (term "0,0,1,0") (ifseqformula "7")) - (rule "ifthenelse_true" (formula "11") (term "0,1,0")) - (rule "arrayLengthIsAShort" (formula "7") (term "0")) - (rule "expand_inShort" (formula "7")) - (rule "replace_short_MIN" (formula "7") (term "0,1")) - (rule "replace_short_MAX" (formula "7") (term "1,0")) - (rule "andLeft" (formula "7")) - (rule "inEqSimp_commuteLeq" (formula "8")) - (rule "arrayLengthNotNegative" (formula "9") (term "0")) - (rule "ifSplit" (formula "14")) + (rule "ifSplit" (formula "11")) (branch "if x true" - (rule "simplifyUpdate2" (formula "15")) + (rule "simplifyUpdate2" (formula "12")) (rule "simplifyUpdate2" (formula "1")) (rule "applyOnRigidFormula" (formula "1")) - (rule "applyOnPV" (formula "1") (term "0")) (rule "simplifyUpdate1" (formula "1") (term "1")) - (rule "boolean_equal" (formula "1")) - (rule "true_left" (formula "1")) - (rule "ifUnfold" (formula "14") (term "1") (inst "#boolv=x")) - (rule "variableDeclaration" (formula "14") (term "1") (newnames "x_3")) - (rule "compound_equality_comparison_2" (formula "14") (term "1") (inst "#v1=x_5") (inst "#v0=x_4")) - (rule "variableDeclarationAssign" (formula "14") (term "1")) - (rule "variableDeclaration" (formula "14") (term "1") (newnames "x_4")) - (rule "assignment_read_attribute_this" (formula "14")) - (rule "sequentialToParallel2" (formula "14")) - (rule "simplifyUpdate3" (formula "14") (term "1,0")) - (rule "variableDeclarationAssign" (formula "14") (term "1")) - (rule "variableDeclaration" (formula "14") (term "1") (newnames "x_5")) - (rule "assignmentSubtractionInt" (formula "14") (term "1")) - (rule "insert_constant_value" (formula "14") (term "0,0,0,1")) - (rule "translateJavaSubInt" (formula "14") (term "0,0,1")) - (rule "sequentialToParallel2" (formula "14")) - (rule "simplifyUpdate3" (formula "14") (term "1,0")) - (rule "expand_subJint" (formula "14") (term "0,1,0")) - (rule "sub_literals" (formula "14") (term "0,0,1,0")) - (rule "expand_moduloInteger" (formula "14") (term "0,1,0")) - (rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,0,1,0")) - (rule "replace_int_MIN" (formula "14") (term "0,0,1,0")) - (rule "replace_int_RANGE" (formula "14") (term "1,1,0,1,0")) - (rule "add_literals" (formula "14") (term "0,1,0,1,0")) - (rule "equality_comparison_simple" (formula "14") (term "1")) - (rule "eqSymm" (formula "14") (term "0,0,0,1")) - (rule "sequentialToParallel2" (formula "14")) - (rule "simplifyUpdate2" (formula "14")) - (rule "simplifyUpdate3" (formula "14") (term "1,0")) - (rule "applyOnElementary" (formula "14") (term "1,0")) - (rule "applyOnRigidTerm" (formula "14") (term "0,1,0")) - (rule "simplifyUpdate1" (formula "14") (term "2,0,1,0")) - (rule "simplifyUpdate1" (formula "14") (term "1,0,1,0")) - (rule "applyOnRigidFormula" (formula "14") (term "0,0,1,0")) - (rule "simplifyUpdate1" (formula "14") (term "1,0,0,1,0")) - (rule "simplifyUpdate1" (formula "14") (term "0,0,0,1,0")) - (rule "applyOnPV" (formula "14") (term "1,0,0,1,0")) - (rule "applyOnPV" (formula "14") (term "0,0,0,1,0")) - (rule "eqSymm" (formula "14") (term "0,0,1,0")) - (rule "replace_known_left" (formula "14") (term "0,0,1,0") (ifseqformula "11")) - (rule "ifthenelse_true" (formula "14") (term "0,1,0")) - (rule "onlyCreatedObjectsAreReferenced" (formula "10") (term "0,0") (ifseqformula "1")) - (rule "ifSplit" (formula "15")) + (rule "applyOnPV" (formula "1") (term "0")) + (rule "ifthenelse_concrete3" (formula "1")) + (rule "boolean_not_equal_2" (formula "1") (term "1")) + (rule "concrete_or_4" (formula "1")) + (rule "ifUnfold" (formula "12") (term "1") (inst "#boolv=x")) + (rule "variableDeclaration" (formula "12") (term "1") (newnames "x_3")) + (rule "compound_equality_comparison_2" (formula "12") (term "1") (inst "#v1=x_5") (inst "#v0=x_4")) + (rule "variableDeclarationAssign" (formula "12") (term "1")) + (rule "variableDeclaration" (formula "12") (term "1") (newnames "x_4")) + (rule "assignment_read_attribute_this" (formula "12")) + (rule "sequentialToParallel2" (formula "12")) + (rule "simplifyUpdate3" (formula "12") (term "1,0")) + (rule "variableDeclarationAssign" (formula "12") (term "1")) + (rule "variableDeclaration" (formula "12") (term "1") (newnames "x_5")) + (rule "assignmentSubtractionInt" (formula "12") (term "1")) + (rule "insert_constant_value" (formula "12") (term "0,0,0,1")) + (rule "translateJavaSubInt" (formula "12") (term "0,0,1")) + (rule "sequentialToParallel2" (formula "12")) + (rule "simplifyUpdate3" (formula "12") (term "1,0")) + (rule "expand_subJint" (formula "12") (term "0,1,0")) + (rule "sub_literals" (formula "12") (term "0,0,1,0")) + (rule "expand_moduloInteger" (formula "12") (term "0,1,0")) + (rule "replace_int_RANGE" (formula "12") (term "1,1,0,1,0")) + (rule "replace_int_HALFRANGE" (formula "12") (term "0,0,1,0,1,0")) + (rule "replace_int_MIN" (formula "12") (term "0,0,1,0")) + (rule "add_literals" (formula "12") (term "0,1,0,1,0")) + (rule "equality_comparison_simple" (formula "12") (term "1")) + (rule "eqSymm" (formula "12") (term "0,0,0,1")) + (rule "sequentialToParallel2" (formula "12")) + (rule "simplifyUpdate2" (formula "12")) + (rule "simplifyUpdate3" (formula "12") (term "1,0")) + (rule "applyOnElementary" (formula "12") (term "1,0")) + (rule "applyOnRigidTerm" (formula "12") (term "0,1,0")) + (rule "simplifyUpdate1" (formula "12") (term "2,0,1,0")) + (rule "simplifyUpdate1" (formula "12") (term "1,0,1,0")) + (rule "applyOnRigidFormula" (formula "12") (term "0,0,1,0")) + (rule "simplifyUpdate1" (formula "12") (term "1,0,0,1,0")) + (rule "simplifyUpdate1" (formula "12") (term "0,0,0,1,0")) + (rule "applyOnPV" (formula "12") (term "1,0,0,1,0")) + (rule "applyOnPV" (formula "12") (term "0,0,0,1,0")) + (rule "eqSymm" (formula "12") (term "0,0,1,0")) + (rule "ifSplit" (formula "12")) (branch "if x_3 true" (rule "simplifyUpdate2" (formula "1")) - (rule "simplifyUpdate2" (formula "16")) + (rule "simplifyUpdate2" (formula "13")) (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate1" (formula "1") (term "1")) (rule "applyOnPV" (formula "1") (term "0")) - (rule "boolean_equal" (formula "1")) + (rule "ifthenelse_concrete3" (formula "1")) + (rule "boolean_not_equal_2" (formula "1") (term "1")) + (rule "concrete_or_4" (formula "1")) + (rule "blockThrow" (formula "13") (term "1")) + (rule "throwUnfold" (formula "13") (term "1") (inst "#v0=i_1")) + (rule "variableDeclarationAssign" (formula "13") (term "1")) + (rule "variableDeclaration" (formula "13") (term "1") (newnames "i_1")) + (rule "instanceCreationAssignmentUnfoldArguments" (formula "13") (term "1")) + (rule "variableDeclarationAssign" (formula "13") (term "1")) + (rule "variableDeclaration" (formula "13") (term "1") (newnames "var")) + (rule "arrayLengthNotNegative" (formula "2") (term "0")) + (rule "arrayLengthIsAShort" (formula "3") (term "0")) + (rule "expand_inShort" (formula "3")) + (rule "replace_short_MAX" (formula "3") (term "1,0")) + (rule "replace_short_MIN" (formula "3") (term "0,1")) + (rule "andLeft" (formula "3")) + (rule "inEqSimp_commuteLeq" (formula "4")) + (rule "onlyCreatedObjectsAreReferenced" (formula "5") (term "0,0") (ifseqformula "6")) + (rule "mod_axiom" (formula "1") (term "1,1")) + (rule "polySimp_mulLiterals" (formula "1") (term "1,1,1")) + (rule "div_literals" (formula "1") (term "0,1,1,1")) + (rule "times_zero_2" (formula "1") (term "1,1,1")) + (rule "add_zero_right" (formula "1") (term "1,1")) + (rule "add_literals" (formula "1") (term "1")) + (rule "mod_axiom" (formula "5") (term "1,1")) + (rule "polySimp_mulLiterals" (formula "5") (term "1,1,1")) + (rule "div_literals" (formula "5") (term "0,1,1,1")) + (rule "times_zero_2" (formula "5") (term "1,1,1")) + (rule "add_zero_right" (formula "5") (term "1,1")) + (rule "add_literals" (formula "5") (term "1")) + (rule "applyEq" (formula "15") (term "0,1,0") (ifseqformula "11")) + (rule "applyEq" (formula "3") (term "0") (ifseqformula "11")) + (rule "qeq_literals" (formula "3")) + (rule "true_left" (formula "3")) + (rule "applyEq" (formula "1") (term "0") (ifseqformula "10")) + (rule "qeq_literals" (formula "1")) (rule "true_left" (formula "1")) - (rule "blockThrow" (formula "15") (term "1")) - (rule "throwUnfold" (formula "15") (term "1") (inst "#v0=i_1")) - (rule "variableDeclarationAssign" (formula "15") (term "1")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "i_1")) - (rule "instanceCreationAssignmentUnfoldArguments" (formula "15") (term "1")) - (rule "variableDeclarationAssign" (formula "15") (term "1")) - (rule "variableDeclaration" (formula "15") (term "1") (newnames "var")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_25_in_VerifiedIdentityHashMap" (formula "13")) - (rule "expand_inInt" (formula "13") (term "1")) - (rule "expand_inInt" (formula "13") (term "0")) - (rule "replace_int_MIN" (formula "13") (term "0,1,1")) - (rule "replace_int_MAX" (formula "13") (term "1,0,1")) - (rule "replace_int_MIN" (formula "13") (term "0,1,0")) - (rule "replace_int_MAX" (formula "13") (term "1,0,0")) - (rule "andLeft" (formula "13")) - (rule "andLeft" (formula "13")) - (rule "andLeft" (formula "15")) - (rule "inEqSimp_commuteLeq" (formula "14")) - (rule "inEqSimp_commuteLeq" (formula "16")) - (rule "Partial_inv_axiom_for_JML_class_invariant_nr_19_in_VerifiedIdentityHashMap" (formula "17") (inst "i=i") (inst "j=j")) - (rule "polySimp_mulComm0" (formula "17") (term "0,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "17") (term "0,2,1,0,0,0,0,0,1,1,0")) - (rule "polySimp_mulComm0" (formula "17") (term "0,2,1,1,1,0,1,0")) - (rule "polySimp_mulComm0" (formula "17") (term "0,2,0,0,0,0,1,0")) - (rule "polySimp_mulComm0" (formula "17") (term 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"1,0,0,1,0,0,0,0,0,1,1,0")) + (rule "polySimp_mulComm0" (formula "7") (term "0,1,0,0,1,0,0,0,0,0,1,1,0")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,1,0,0,0,0,0,1,1,0")) + (rule "inEqSimp_ltToLeq" (formula "7") (term "0,1,0,0,0,0,1,1,0")) + (rule "polySimp_mulAssoc" (formula "7") (term "1,0,0,0,1,0,0,0,0,1,1,0")) + (rule "polySimp_mulComm0" (formula "7") (term "0,1,0,0,0,1,0,0,0,0,1,1,0")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,0,1,0,0,0,0,1,1,0")) + (rule "applyOnRigidFormula" (formula "33") (term "0")) + (rule "simplifyUpdate2" (formula "33") (term "0,0")) + (rule "applyOnRigidFormula" (formula "33") (term "1")) + (rule "applyOnRigidFormula" (formula "33") (term "1,0")) + (rule "simplifyUpdate2" (formula "33") (term "0,1,0")) + (rule "simplifyUpdate2" (formula "33") (term "1,1,0")) + (rule "applyOnRigidFormula" (formula "33") (term "0,0")) + (rule "applyOnRigidFormula" (formula "33") (term "0,1")) + (rule "applyOnRigidFormula" (formula "33") (term "0,1,0")) + (rule "applyOnPV" (formula "33") (term "0,0,1,0")) + (rule "simplifyUpdate1" (formula "33") (term "1,0,1,0")) + (rule "applyOnRigidFormula" (formula "33") (term "1,1,0")) + (rule "simplifyUpdate1" (formula "33") (term "1,1,1,0")) + (rule "applyOnRigidFormula" (formula "33") (term "0,0,0")) + (rule "simplifyUpdate1" (formula "33") (term "1,0,0,0")) + (rule "applyOnPV" (formula "33") (term "0,0,0,0")) + (rule "eqClose" (formula "33") (term "0,0,0")) + (rule "concrete_not_1" (formula "33") (term "0,0")) + (rule "concrete_and_2" (formula "33") (term "0")) + (rule "concrete_and_2" (formula "33")) + (rule "false_right" (formula "33")) + (rule "mod_axiom" (formula "31") (term "1,1")) + (rule "polySimp_mulLiterals" (formula "31") (term "1,1,1")) + (rule "div_literals" (formula "31") (term "0,1,1,1")) + (rule "times_zero_2" (formula "31") (term "1,1,1")) + (rule "add_zero_right" (formula "31") (term "1,1")) + (rule "add_literals" (formula "31") (term "1")) + (rule "close" (formula "31") (ifseqformula "26")) + ) + ) + ) + (branch "Null Reference (v = null)" + (rule "false_right" (formula "26")) + (rule "simplifyUpdate2" (formula "1")) + (rule "applyOnRigidFormula" (formula "1")) + (rule "applyOnPV" (formula "1") (term "0")) + (rule "simplifyUpdate1" (formula "1") (term "1")) + (rule "close" (formula "25") (ifseqformula "1")) + ) + ) + (branch "Case 2" + (rule "equal_literals" (formula "25") (term "0,1")) + (rule "concrete_not_2" (formula "25") (term "1")) + (rule "closeTrue" (formula "25")) + ) + ) + (branch "Null Reference (newObject = null)" + (rule "false_right" (formula "26")) + (rule "simplifyUpdate2" (formula "1")) + (rule "applyOnRigidFormula" (formula "1")) + (rule "applyOnPV" (formula "1") (term "0")) + (rule "simplifyUpdate1" (formula "1") (term "1")) + (rule "close" (formula "21") (ifseqformula "1")) + ) + ) + ) ) ) (branch "Null Reference (oldTable = null)" @@ -1020,18 +5744,6 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate1" (formula "1") (term "1")) (rule "applyOnPV" (formula "1") (term "0")) - (rule "mod_axiom" (formula "8") (term "1,1")) - (rule "polySimp_mulLiterals" (formula "8") (term "1,1,1")) - (rule "div_literals" (formula "8") (term "0,1,1,1")) - (rule "times_zero_2" (formula "8") (term "1,1,1")) - (rule "add_zero_right" (formula "8") (term "1,1")) - (rule "add_literals" (formula "8") (term "1")) - (rule "mod_axiom" (formula "9") (term "1,1")) - (rule "polySimp_mulLiterals" (formula "9") (term "1,1,1")) - (rule "div_literals" (formula "9") (term "0,1,1,1")) - (rule "times_zero_2" (formula "9") (term "1,1,1")) - (rule "add_zero_right" (formula "9") (term "1,1")) - (rule "add_literals" (formula "9") (term "1")) (rule "applyEq" (formula "8") (term "0,0") (ifseqformula "1")) (rule "Class_invariant_axiom_for_java_util_VerifiedIdentityHashMap" (formula "10") (inst "i=i") (inst "j=j") (inst "i_0=i_0") (inst "j_0=j_0") (inst "i_1=i_1") (inst "i_2=i_2") (inst "i_3=i_3") (inst "i_4=i_4") (inst "j_1=j_1") (inst "i_5=i_5") (ifseqformula "4")) (rule "insert_constant_value" (formula "10") (term "1,1,0,0,0,0,0,0,0")) @@ -1055,11 +5767,11 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "replace_int_MIN" (formula "10") (term "0,1,0,1")) (rule "replace_int_MAX" (formula "10") (term "1,0,0,1")) (rule "andLeft" (formula "10")) - (rule "andLeft" (formula "11")) (rule "andLeft" (formula "10")) - (rule "andLeft" (formula "13")) (rule "andLeft" (formula "12")) (rule "andLeft" (formula "10")) + (rule "andLeft" (formula "14")) + (rule "andLeft" (formula "13")) (rule "andLeft" (formula "10")) (rule "andLeft" (formula "10")) (rule "andLeft" (formula "10")) @@ -1068,13 +5780,11 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "andLeft" (formula "10")) (rule "andLeft" (formula "10")) (rule "andLeft" (formula "10")) - (rule "andLeft" (formula "11")) + (rule "notLeft" (formula "10")) (rule "andLeft" (formula "10")) - (rule "andLeft" (formula "12")) (rule "andLeft" (formula "10")) - (rule "notLeft" (formula "12")) - (rule "notLeft" (formula "12")) - (rule "close" (formula "27") (ifseqformula "1")) + (rule "notLeft" (formula "10")) + (rule "close" (formula "25") (ifseqformula "1")) ) ) } diff --git a/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML normal_behavior operation contract.0.proof index eaed159..19e75f7 100644 --- a/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/resize/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__resize(int)).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 16:12:55 CEST 2021 +#Thu Sep 23 21:56:31 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -20,14 +20,12 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=20000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true [StrategyProperty]MPS_OPTIONS_KEY=MPS_MERGE -[StrategyProperty]SYMBOLIC_EXECUTION_NON_EXECUTION_BRANCH_HIDING_OPTIONS_KEY=SYMBOLIC_EXECUTION_NON_EXECUTION_BRANCH_HIDING_OFF [Strategy]Timeout=-1 -[StrategyProperty]SYMBOLIC_EXECUTION_ALIAS_CHECK_OPTIONS_KEY=SYMBOLIC_EXECUTION_ALIAS_CHECK_NEVER [StrategyProperty]QUERY_NEW_OPTIONS_KEY=QUERY_ON [SMTSettings]useUninterpretedMultiplication=true [StrategyProperty]BLOCK_OPTIONS_KEY=BLOCK_CONTRACT_INTERNAL @@ -49,7 +47,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 16:12:55 CEST 2021 +#Thu Sep 23 21:56:31 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:resize(int)].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:resize(int)].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -57,8 +55,18 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "1" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "2" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "3" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "4" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "5" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "6" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "7" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "8" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "9" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) +(keyLog "10" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "442080") +(autoModeTime "6800919") (branch "dummy ID" (rule "insert_constant_value" (formula "1") (term "0,1,1,0,1,0") (newnames "newCapacity,self,exc,heapAtPre,o,f")) @@ -67,9 +75,6 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "insert_constant_value" (formula "1") (term "0,1,0,0,0,1,0,0,0,0,1,1")) (rule "insert_constant_value" (formula "1") (term "1,1,0,0,1,0,1,0,0,0,0,1,1")) (rule "insert_constant_value" (formula "1") (term "1,1,0,0,1,0,1,1,0,0,0,0,1,1")) -(rule "expand_inInt" (formula "1") (term "1,0,0,0")) -(rule "replace_int_MIN" (formula "1") (term "0,1,1,0,0,0")) -(rule "replace_int_MAX" (formula "1") (term "1,0,1,0,0,0")) (rule "impRight" (formula "1")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "2")) @@ -78,1079 +83,792 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "andLeft" (formula "1")) (rule "andLeft" (formula "4")) (rule "andLeft" (formula "1")) -(rule "andLeft" (formula "3")) (rule "andLeft" (formula "1")) (rule "andLeft" (formula "1")) (rule "notLeft" (formula "2")) -(rule "exLeft" (formula "7") (inst "sk=i_0")) -(rule "andLeft" (formula "7")) -(rule "andLeft" (formula "7")) -(rule "eqSymm" (formula "14") (term "1,0,0,1,0,1")) -(rule "translateJavaMulInt" (formula "14") (term "1,0,0,0,0,0,1")) -(rule "translateJavaSubInt" (formula "14") (term "1,0,0,0,1,0,0,0,0,1")) -(rule "eqSymm" (formula "14") (term "1,0,0,1,0,0,0,0,1")) -(rule "translateJavaMulInt" (formula "14") (term "1,0,0,1,0,1,0,0,0,0,1")) -(rule "translateJavaMulInt" (formula "14") (term "1,1,1,0,1,0,0,0,0,1")) -(rule "eqSymm" (formula "14") (term "0,0,1,1,0,0,0,0,1")) -(rule "translateJavaMulInt" (formula "14") (term "1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "translateJavaMulInt" (formula "14") (term "1,1,1,0,1,1,0,0,0,0,1")) -(rule "translateJavaMulInt" (formula "14") (term "1,1,1,1,0,0,0,0,1")) -(rule "eqSymm" (formula "14") (term "0,1,0,1,0,0,1,0,0,0,1")) -(rule "eqSymm" (formula "14") (term "1,1,0,1,0,0,1,0,0,0,1")) -(rule "translateJavaSubInt" (formula "11") (term "1")) -(rule "translateJavaMulInt" (formula "10") (term "1")) -(rule "polySimp_addComm0" (formula "14") (term "0,2,1,1,1,0,1,0,0,1,0,0,0,1")) -(rule "polySimp_addComm0" (formula "14") (term "0,2,0,1,1,0,1,0,0,1,0,0,0,1")) -(rule "inEqSimp_commuteLeq" (formula "14") (term "0,0,0,0,0,1,0,0,0,1")) -(rule "inEqSimp_commuteLeq" (formula "14") (term "0,0,0,0,1,0,0,1,0,0,0,1")) -(rule "inEqSimp_commuteLeq" (formula "5")) -(rule "inEqSimp_commuteLeq" (formula "7")) -(rule "assignment" (formula "14") (term "1")) -(rule "sequentialToParallel2" (formula "14")) -(rule "simplifyUpdate3" (formula "14") (term "1,0")) -(rule "elementOfUnion" (formula "14") (term "0,0,0,0,1,0,1")) -(rule "elementOfAllFields" (formula "14") (term "1,0,0,0,0,1,0,1")) -(rule "elementOfUnion" (formula "14") (term "0,0,0,0,0,1,0,1")) -(rule "elementOfSingleton" (formula "14") (term "1,0,0,0,0,0,1,0,1")) -(rule "elementOfSingleton" (formula "14") (term "0,0,0,0,0,0,1,0,1")) -(rule "expand_subJint" (formula "11") (term "1")) -(rule "sub_literals" (formula "11") (term "0,1")) -(rule "expand_mulJint" (formula "10") (term "1")) -(rule "mul_literals" (formula "10") (term "0,1")) -(rule "expand_mulJint" (formula "14") (term "1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "mul_literals" (formula "14") (term "0,1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "expand_mulJint" (formula "14") (term "1,0,0,0,0,0,1")) -(rule "mul_literals" (formula "14") (term "0,1,0,0,0,0,0,1")) -(rule "expand_mulJint" (formula "14") (term "1,1,1,0,1,1,0,0,0,0,1")) -(rule "expand_mulJint" (formula "14") (term "1,1,1,0,1,0,0,0,0,1")) -(rule "expand_mulJint" (formula "14") (term "1,1,1,1,0,0,0,0,1")) -(rule "expand_mulJint" (formula "14") (term "1,0,0,1,0,1,0,0,0,0,1")) -(rule "mul_literals" (formula "14") (term "0,1,0,0,1,0,1,0,0,0,0,1")) -(rule "expand_subJint" (formula "14") (term "1,0,0,0,1,0,0,0,0,1")) -(rule "sub_literals" (formula "14") (term "0,1,0,0,0,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "11") (term "1")) -(rule "replace_int_RANGE" (formula "11") (term "1,1,1")) -(rule "replace_int_HALFRANGE" (formula "11") (term "0,0,1,1")) -(rule "replace_int_MIN" (formula "11") (term "0,1")) -(rule "add_literals" (formula "11") (term "0,1,1")) -(rule "expand_moduloInteger" (formula "10") (term "1")) -(rule "replace_int_HALFRANGE" (formula "10") (term "0,0,1,1")) -(rule "replace_int_MIN" (formula "10") (term "0,1")) -(rule "replace_int_RANGE" (formula "10") (term "1,1,1")) -(rule "add_literals" (formula "10") (term "0,1,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "add_literals" (formula "14") (term "0,1,1,0,0,1,0,1,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,0,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,0,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,0,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,0,0,0,0,0,1")) -(rule "add_literals" (formula "14") (term "0,1,1,0,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,1,1,0,1,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,1,1,0,1,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,1,1,0,1,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,1,1,0,1,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,1,1,0,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,1,1,0,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,1,1,0,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,1,1,0,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,1,1,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,1,1,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,1,1,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,1,1,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,0,0,1,0,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,0,0,1,0,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,0,0,1,0,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,0,0,1,0,1,0,0,0,0,1")) -(rule "add_literals" (formula "14") (term "0,1,1,0,0,1,0,1,0,0,0,0,1")) -(rule "expand_moduloInteger" (formula "14") (term "1,0,0,0,1,0,0,0,0,1")) -(rule "replace_int_HALFRANGE" (formula "14") (term "0,0,1,1,0,0,0,1,0,0,0,0,1")) -(rule "replace_int_RANGE" (formula "14") (term "1,1,1,0,0,0,1,0,0,0,0,1")) -(rule "replace_int_MIN" (formula "14") (term "0,1,0,0,0,1,0,0,0,0,1")) -(rule "add_literals" (formula "14") (term "0,1,1,0,0,0,1,0,0,0,0,1")) -(rule "methodBodyExpand" (formula "14") (term "1") (newnames "heapBefore_resize,savedHeapBefore_resize,_newCapacityBefore_resize")) -(rule "simplifyUpdate2" (formula "14") (term "1")) -(rule "variableDeclarationAssign" (formula "14") (term "1")) -(rule "variableDeclaration" (formula "14") (term "1") (newnames "newLength")) -(rule "assignmentMultiplicationInt" (formula "14") (term "1")) -(rule "translateJavaMulInt" (formula "14") (term "0,0,1")) -(rule "sequentialToParallel2" (formula "14")) -(rule 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"polySimp_rightDist" (formula "7") (term "1")) + (rule "mul_literals" (formula "7") (term "0,1")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,1")) (rule "inEqSimp_subsumption4" (formula "10") (ifseqformula "7")) (rule "greater_literals" (formula "10") (term "0,0")) (rule "concrete_and_1" (formula "10") (term "0")) @@ -1645,7 +1888,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_pullOutFactor0b" (formula "10") (term "0,0")) (rule "add_literals" (formula "10") (term "1,1,0,0")) (rule "times_zero_1" (formula "10") (term "1,0,0")) - (rule "add_literals" (formula "10") (term "0,0")) + (rule "add_zero_right" (formula "10") (term "0,0")) (rule "qeq_literals" (formula "10") (term "0")) (rule "concrete_or_1" (formula "10")) (rule "true_left" (formula "10")) @@ -1670,9 +1913,18 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_pullOutFactor0b" (formula "9") (term "0,0")) (rule "add_literals" (formula "9") (term "1,1,0,0")) (rule "times_zero_1" (formula "9") (term "1,0,0")) - (rule "add_literals" (formula "9") (term "0,0")) + (rule "add_zero_right" (formula "9") (term "0,0")) (rule "leq_literals" (formula "9") (term "0")) (rule "concrete_or_2" (formula "9")) + (rule "inEqSimp_exactShadow3" (formula "19") (ifseqformula "7")) + (rule "polySimp_rightDist" (formula "19") (term "0,0")) + (rule "mul_literals" (formula "19") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "19") (term "0")) + (rule "polySimp_addAssoc" (formula "19") (term "0,0")) + (rule "add_literals" (formula "19") (term "0,0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "19")) + (rule "polySimp_mulLiterals" (formula "19") (term "0")) + (rule "polySimp_elimOne" (formula "19") (term "0")) (rule "inEqSimp_exactShadow3" (formula "15") (ifseqformula "7")) (rule "mul_literals" (formula "15") (term "0,0")) (rule "polySimp_addAssoc" (formula "15") (term "0")) @@ -1680,8 +1932,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepPosMonomial1" (formula "15")) (rule "mul_literals" (formula "15") (term "1")) (rule "elimGcdGeq_antec" (formula "15") (inst "elimGcdRightDiv=Z(neglit(1(#)))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) - (rule "mul_literals" (formula "15") (term "0,1,0,0,0,0,1,0")) (rule "polySimp_mulLiterals" (formula "15") (term "1,0,1,0")) + (rule "polySimp_mulLiterals" (formula "15") (term "1,0,0,0,0,1,0")) (rule "leq_literals" (formula "15") (term "0,0")) (rule "concrete_or_2" (formula "15") (term "0")) (rule "mul_literals" (formula "15") (term "1,0,0,0,0,0")) @@ -1690,9 +1942,39 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_pullOutFactor0b" (formula "15") (term "0,0")) (rule "add_literals" (formula "15") (term "1,1,0,0")) (rule "times_zero_1" (formula "15") (term "1,0,0")) - (rule "add_literals" (formula "15") (term "0,0")) + (rule "add_zero_right" (formula "15") (term "0,0")) (rule "leq_literals" (formula "15") (term "0")) (rule "concrete_or_2" (formula "15")) + (rule "inEqSimp_exactShadow3" (formula "10") (ifseqformula "23")) + (rule "polySimp_rightDist" (formula "10") (term "0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "1,0,0")) + (rule "polySimp_mulComm0" (formula "10") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "10") (term "0")) + (rule "polySimp_addComm0" (formula "10") (term "0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "10")) + (rule "polySimp_mulLiterals" (formula "10") (term "0")) + (rule "inEqSimp_subsumption4" (formula "10") (ifseqformula "7")) + (rule "greater_literals" (formula "10") (term "0,0")) + (rule "concrete_and_1" (formula "10") (term "0")) + (rule "polySimp_rightDist" (formula "10") (term "0,0")) + (rule "mul_literals" (formula "10") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "10") (term 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"1,0,0")) @@ -1702,116 +1984,42 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "9")) (rule "polySimp_mulLiterals" (formula "9") (term "0")) (rule "elimGcdLeq_antec" (formula "9") (inst "elimGcdRightDiv=Z(1(#))") (inst "elimGcdLeftDiv=quotient_0") (inst "elimGcd=Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,0,1,0")) + (rule "neg_literal" (formula "9") (term "0,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "9") (term "1,0,0,0,0,1,0")) (rule "leq_literals" (formula "9") (term "0,0")) (rule "concrete_or_2" (formula "9") (term "0")) - (rule "polySimp_mulLiterals" (formula "9") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "9") (term "1,0,0,0,0,0")) - (rule "neg_literal" (formula "9") (term "0,0,0,0,0,0")) (rule "mul_literals" (formula "9") (term "1,0,0,0,0,0")) (rule "polySimp_addLiterals" (formula "9") (term "0,0,0,0")) (rule "add_literals" (formula "9") (term 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"add_zero_right" (formula "27") (term "0,0,0,0,0")) - (rule "inEqSimp_sepPosMonomial0" (formula "27") (term "0,0,0")) - (rule "mul_literals" (formula "27") (term "1,0,0,0")) - (rule "nnf_notAnd" (formula "40") (term "0,0")) - (rule "inEqSimp_notLeq" (formula "40") (term "1,0,0")) - (rule "polySimp_rightDist" (formula "40") (term "1,0,0,1,0,0")) - (rule "mul_literals" (formula "40") (term "0,1,0,0,1,0,0")) - (rule "polySimp_addAssoc" (formula "40") (term "0,0,1,0,0")) - (rule "add_literals" (formula "40") (term "0,0,0,1,0,0")) - (rule "add_zero_left" (formula "40") (term "0,0,1,0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "40") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "40") (term "1,1,0,0")) - (rule "polySimp_elimOne" (formula "40") (term "1,1,0,0")) - (rule "inEqSimp_notGeq" (formula "40") (term "0,0,0")) - (rule "times_zero_1" (formula "40") (term "1,0,0,0,0,0")) - (rule "add_zero_right" (formula "40") (term "0,0,0,0,0")) - (rule "inEqSimp_sepPosMonomial0" (formula "40") (term "0,0,0")) - (rule "mul_literals" (formula "40") (term "1,0,0,0")) - (rule "nnf_imp2or" (formula "40") (term "1,0")) - (rule "commute_or_2" (formula "1") (term "0")) (rule "jdiv_axiom" (formula "5") (term "0")) (rule "polySimp_mulLiterals" (formula "5") (term "0,0,2,1")) (rule "eqSymm" (formula "5")) @@ -1824,9 +2032,9 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "concrete_or_1" (formula "5") (term "0,0")) (rule "ifthenelse_true" (formula "5") (term "0")) (rule "polyDiv_pullOut" (formula "5") (term "0") (inst "polyDivCoeff=l_0")) + (rule "polySimp_mulLiterals" (formula "5") (term "1,0,0,2,0")) (rule "equal_literals" (formula "5") (term "0,0")) (rule "ifthenelse_false" (formula "5") (term "0")) - (rule "polySimp_mulLiterals" (formula "5") (term "1,0,0,0")) (rule "polySimp_pullOutFactor0" (formula "5") (term "0,0,0")) (rule "add_literals" (formula "5") (term "1,0,0,0")) (rule "times_zero_1" (formula "5") (term "0,0,0")) @@ -1834,233 +2042,113 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_left" (formula "5") (term "0")) (rule "eqClose" (formula "5")) (rule "true_left" (formula "5")) - (rule "nnf_notAnd" (formula "29") (term "0,0")) - (rule "inEqSimp_notGeq" (formula "29") (term "0,0,0")) - (rule "times_zero_1" (formula "29") (term "1,0,0,0,0,0")) - (rule "add_zero_right" (formula "29") (term "0,0,0,0,0")) - (rule "inEqSimp_sepPosMonomial0" (formula "29") (term "0,0,0")) - (rule "mul_literals" (formula "29") (term "1,0,0,0")) - (rule "inEqSimp_notLeq" (formula "29") (term "1,0,0")) - (rule "polySimp_rightDist" (formula "29") (term "1,0,0,1,0,0")) - (rule "mul_literals" (formula "29") (term "0,1,0,0,1,0,0")) - (rule "polySimp_addAssoc" (formula "29") (term "0,0,1,0,0")) - (rule "add_literals" (formula "29") (term "0,0,0,1,0,0")) - (rule "add_zero_left" (formula "29") (term "0,0,1,0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "29") (term "1,0,0")) - (rule "polySimp_mulLiterals" 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"1")) + (rule "inEqSimp_exactShadow3" (formula "4") (ifseqformula "31")) (rule "polySimp_rightDist" (formula "4") (term "0,0")) (rule "mul_literals" (formula "4") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "4") (term "1,0,0")) @@ -2071,8 +2159,8 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "4")) (rule "polySimp_mulLiterals" (formula "4") (term "0")) (rule "elimGcdLeq_antec" (formula "4") (inst "elimGcdRightDiv=quotient_1") (inst "elimGcdLeftDiv=l_0") (inst "elimGcd=Z(2(#))")) - (rule "polySimp_mulLiterals" (formula "4") (term "1,0,1,0")) (rule "mul_literals" (formula "4") (term "0,1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "4") (term "1,0,1,0")) (rule "neg_literal" (formula "4") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "4") (term "0,0")) (rule "concrete_or_2" (formula "4") (term "0")) @@ -2087,49 +2175,29 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "4") (term "0,0")) (rule "qeq_literals" (formula "4") (term "0")) (rule "concrete_or_2" (formula "4")) - (rule "inEqSimp_exactShadow3" (formula "29") (ifseqformula "34")) - (rule "mul_literals" (formula "29") (term "0,0")) - (rule "polySimp_addAssoc" (formula "29") (term "0")) - (rule "add_literals" (formula "29") (term "0,0")) - (rule "inEqSimp_sepPosMonomial1" (formula "29")) - (rule "mul_literals" (formula "29") (term "1")) - (rule "elimGcdGeq_antec" (formula "29") (inst "elimGcdRightDiv=Z(4(#))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) - (rule "polySimp_mulLiterals" (formula "29") (term "1,0,0,0,0,1,0")) - (rule "polySimp_mulLiterals" (formula "29") (term "1,0,1,0")) - (rule "leq_literals" (formula "29") (term "0,0")) - (rule "concrete_or_2" (formula "29") (term "0")) - (rule "mul_literals" (formula "29") (term "1,0,0,0,0,0")) - (rule "polySimp_addLiterals" (formula "29") (term "0,0,0,0")) - (rule "add_literals" (formula "29") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "29") (term "0,0")) - (rule "add_literals" (formula "29") (term "1,1,0,0")) - (rule "times_zero_1" (formula "29") (term "1,0,0")) - (rule "add_zero_right" (formula "29") (term "0,0")) - (rule "leq_literals" (formula "29") (term "0")) - (rule "concrete_or_2" (formula "29")) - (rule "inEqSimp_exactShadow3" (formula "34") (ifseqformula "25")) - (rule "polySimp_mulAssoc" (formula "34") (term "0,0")) - (rule "polySimp_mulComm0" (formula "34") (term "0,0,0")) - (rule "polySimp_mulLiterals" (formula "34") (term "0,0")) - (rule "polySimp_addComm0" (formula "34") (term "0")) - (rule "inEqSimp_sepNegMonomial1" (formula "34")) - (rule "polySimp_mulLiterals" (formula "34") (term "0")) - (rule "elimGcdLeq_antec" (formula "34") (inst "elimGcdRightDiv=Z(3(8(3(6(1(#))))))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) - (rule "polySimp_mulLiterals" (formula "34") (term "1,0,0,0,0,1,0")) - (rule "leq_literals" (formula "34") (term "0,0")) - (rule "concrete_or_2" (formula "34") (term "0")) - (rule "neg_literal" (formula "34") (term "0,0,0,0,0,0")) - (rule "mul_literals" (formula "34") (term "1,0,0,0,0,0")) - (rule "polySimp_mulLiterals" (formula "34") (term "1,0,0")) - (rule "polySimp_addLiterals" (formula "34") (term "0,0,0,0")) - (rule "add_literals" (formula "34") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "34") (term "0,0")) - (rule "add_literals" (formula "34") (term "1,1,0,0")) - (rule "times_zero_1" (formula "34") (term "1,0,0")) - (rule "add_zero_right" (formula "34") (term "0,0")) - (rule "qeq_literals" (formula "34") (term "0")) - (rule "concrete_or_2" (formula "34")) - (rule "inEqSimp_exactShadow3" (formula "12") (ifseqformula "36")) + (rule "inEqSimp_exactShadow3" (formula "31") (ifseqformula "25")) + (rule "polySimp_mulAssoc" (formula "31") (term "0,0")) + (rule "polySimp_mulComm0" (formula "31") (term "0,0,0")) + (rule "polySimp_mulLiterals" (formula "31") (term "0,0")) + (rule "polySimp_addComm0" (formula "31") (term "0")) + (rule "inEqSimp_sepNegMonomial1" (formula "31")) + (rule "polySimp_mulLiterals" (formula "31") (term "0")) + (rule "elimGcdLeq_antec" (formula "31") (inst "elimGcdRightDiv=Z(3(8(3(6(1(#))))))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) + (rule "polySimp_mulLiterals" (formula "31") (term "1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "31") (term "1,0,1,0")) + (rule "neg_literal" (formula "31") (term "0,0,0,0,0,1,0")) + (rule "leq_literals" (formula "31") (term "0,0")) + (rule "concrete_or_2" (formula "31") (term "0")) + (rule "mul_literals" (formula "31") (term "1,0,0,0,0,0")) + (rule "polySimp_addLiterals" (formula "31") (term "0,0,0,0")) + (rule "add_literals" (formula "31") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "31") (term "0,0")) + (rule "add_literals" (formula "31") (term "1,1,0,0")) + (rule "times_zero_1" (formula "31") (term "1,0,0")) + (rule "add_zero_right" (formula "31") (term "0,0")) + (rule "qeq_literals" (formula "31") (term "0")) + (rule "concrete_or_2" (formula "31")) + (rule "inEqSimp_exactShadow3" (formula "12") (ifseqformula "33")) (rule "polySimp_rightDist" (formula "12") (term "0,0")) (rule "polySimp_mulLiterals" (formula "12") (term "1,0,0")) (rule "polySimp_mulComm0" (formula "12") (term "0,0,0")) @@ -2140,13 +2208,13 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_mulLiterals" (formula "12") (term "0")) (rule "elimGcdLeq_antec" (formula "12") (inst "elimGcdRightDiv=add(add(Z(0(#)), quotient_1), mul(quotient_0, Z(8(4(6(3(8(4(7(4(1(2(#)))))))))))))") (inst "elimGcdLeftDiv=newCapacity") (inst "elimGcd=Z(2(#))")) + (rule "neg_literal" (formula "12") (term "0,0,0,0,0,1,0")) (rule "add_zero_left" (formula "12") (term "0,1,1")) (rule "polySimp_mulLiterals" (formula "12") (term "1,0,1,0")) - (rule "add_zero_left" (formula "12") (term "0,1,1,0,0,0,0,1,0")) - (rule "mul_literals" (formula "12") (term "0,1,0,0,0,0,1,0")) - (rule "neg_literal" (formula "12") (term "0,0,0,0,0,1,0")) (rule "leq_literals" (formula "12") (term "0,0")) (rule "concrete_or_2" (formula "12") (term "0")) + (rule "add_zero_left" (formula "12") (term "0,1,1,0,0,0,0,0")) + (rule "mul_literals" (formula "12") (term "0,1,0,0,0,0,0")) (rule "polySimp_pullOutFactor0b" (formula "12") (term "0,0")) (rule "add_literals" (formula "12") (term "1,1,0,0")) (rule "times_zero_1" (formula "12") (term "1,0,0")) @@ -2170,44 +2238,44 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "12") (term "0,0")) (rule "qeq_literals" (formula "12") (term "0")) (rule "concrete_or_2" (formula "12")) - (rule "inEqSimp_exactShadow3" (formula "45") (ifseqformula "46")) - (rule "times_zero_1" (formula "45") (term "0,0")) - (rule "add_zero_left" (formula "45") (term "0")) - (rule "inEqSimp_sepPosMonomial1" (formula "45")) - (rule "mul_literals" (formula "45") (term "1")) - (rule "inEqSimp_subsumption1" (formula "45") (ifseqformula "30")) - (rule "leq_literals" (formula "45") (term "0")) - (rule "concrete_or_1" (formula "45")) - (rule "true_left" (formula "45")) - (rule "inEqSimp_exactShadow3" (formula "40") (ifseqformula "42")) - (rule "times_zero_1" (formula "40") (term "0,0")) - (rule "add_zero_left" (formula "40") (term "0")) - (rule "inEqSimp_subsumption6" (formula "40") (ifseqformula "30")) - (rule "greater_literals" (formula "40") (term "0,0")) - (rule "concrete_and_1" (formula "40") (term "0")) - (rule "mul_literals" (formula "40") (term "1,0")) - (rule "leq_literals" (formula "40") (term "0")) - (rule "concrete_or_1" (formula "40")) - (rule "true_left" (formula "40")) - (rule "inEqSimp_exactShadow3" (formula "24") (ifseqformula "12")) - (rule "polySimp_rightDist" (formula "24") (term "0,0")) - (rule "mul_literals" (formula "24") (term "0,0,0")) - (rule "polySimp_addComm1" (formula "24") (term "0")) - (rule "polySimp_addAssoc" (formula "24") (term "0,0")) - (rule "inEqSimp_sepNegMonomial1" (formula "24")) - (rule "polySimp_mulLiterals" (formula "24") (term "0")) - (rule "polySimp_elimOne" (formula "24") (term "0")) - (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "4")) - (rule "times_zero_1" (formula "2") (term "0,0")) - (rule "add_zero_left" (formula "2") (term "0")) - (rule "inEqSimp_subsumption1" (formula "2") (ifseqformula "32")) - (rule "leq_literals" (formula "2") (term "0")) - (rule "concrete_or_1" (formula "2")) - (rule "true_left" (formula "2")) + (rule "inEqSimp_exactShadow3" (formula "28") (ifseqformula "34")) + (rule "mul_literals" (formula "28") (term "0,0")) + (rule "polySimp_addAssoc" (formula "28") (term "0")) + (rule "add_literals" (formula "28") (term "0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "28")) + (rule "mul_literals" (formula "28") (term "1")) + (rule "elimGcdGeq_antec" (formula "28") (inst "elimGcdRightDiv=Z(4(#))") (inst "elimGcdLeftDiv=quotient_1") (inst "elimGcd=Z(2(#))")) + (rule "polySimp_mulLiterals" (formula "28") (term "1,0,0,0,0,1,0")) + (rule "polySimp_mulLiterals" (formula "28") (term "1,0,1,0")) + (rule "leq_literals" (formula "28") (term "0,0")) + (rule "concrete_or_2" (formula "28") (term "0")) + (rule "mul_literals" (formula "28") (term "1,0,0,0,0,0")) + (rule "polySimp_addLiterals" (formula "28") (term "0,0,0,0")) + (rule "add_literals" (formula "28") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "28") (term "0,0")) + (rule "add_literals" (formula "28") (term "1,1,0,0")) + (rule "times_zero_1" (formula "28") (term "1,0,0")) + (rule "add_zero_right" (formula "28") (term "0,0")) + (rule "leq_literals" (formula "28") (term "0")) + (rule "concrete_or_2" (formula "28")) + (rule "inEqSimp_subsumption1" (formula "43") (ifseqformula "28")) + (rule "leq_literals" (formula "43") (term "0")) + (rule "concrete_or_1" (formula "43")) + (rule "true_left" (formula "43")) + (rule "inEqSimp_exactShadow3" (formula "38") (ifseqformula "40")) + (rule "times_zero_1" (formula "38") (term "0,0")) + (rule "add_zero_left" (formula "38") (term "0")) + (rule "inEqSimp_subsumption6" (formula "38") (ifseqformula "28")) + (rule "mul_literals" (formula "38") (term "1,1,0")) + (rule "greater_literals" (formula "38") (term "0,0")) + (rule "concrete_and_1" (formula "38") (term "0")) + (rule "leq_literals" (formula "38") (term "0")) + (rule "concrete_or_1" (formula "38")) + (rule "true_left" (formula "38")) (rule "inEqSimp_exactShadow3" (formula "11") (ifseqformula "12")) (rule "polySimp_rightDist" (formula "11") (term "0,0")) - (rule "mul_literals" (formula "11") (term "0,0,0")) (rule "polySimp_mulLiterals" (formula "11") (term "1,0,0")) + (rule "mul_literals" (formula "11") (term "0,0,0")) (rule "polySimp_addAssoc" (formula "11") (term "0")) (rule "polySimp_addComm1" (formula "11") (term "0,0")) (rule "polySimp_pullOutFactor0b" (formula "11") (term "0")) @@ -2216,7 +2284,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_zero_right" (formula "11") (term "0")) (rule "inEqSimp_sepPosMonomial1" (formula "11")) (rule "mul_literals" (formula "11") (term "1")) - (rule "inEqSimp_subsumption1" (formula "11") (ifseqformula "32")) + (rule "inEqSimp_subsumption1" (formula "11") (ifseqformula "29")) (rule "leq_literals" (formula "11") (term "0")) (rule "concrete_or_1" (formula "11")) (rule "true_left" (formula "11")) @@ -2227,6 +2295,37 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_mulComm0" (formula "18") (term "1")) (rule "polySimp_rightDist" (formula "18") (term "1")) (rule "mul_literals" (formula "18") (term "0,1")) + (rule "inEqSimp_exactShadow3" (formula "2") (ifseqformula "4")) + (rule "times_zero_1" (formula "2") (term "0,0")) + (rule "add_zero_left" (formula "2") (term "0")) + (rule "inEqSimp_subsumption1" (formula "2") (ifseqformula "30")) + (rule "leq_literals" (formula "2") (term "0")) + (rule "concrete_or_1" (formula "2")) + (rule "true_left" (formula "2")) + (rule "inEqSimp_exactShadow3" (formula "25") (ifseqformula "12")) + (rule "polySimp_rightDist" (formula "25") (term "0,0")) + (rule "mul_literals" (formula "25") (term "0,0,0")) + (rule "polySimp_addComm1" (formula "25") (term "0")) + (rule "polySimp_addAssoc" (formula "25") (term "0,0")) + (rule "inEqSimp_sepNegMonomial1" (formula "25")) + (rule "polySimp_mulLiterals" (formula "25") (term "0")) + (rule "polySimp_elimOne" (formula "25") (term "0")) + (rule "inEqSimp_exactShadow1" (formula "18") (ifseqformula "10")) + (rule "greater_literals" (formula "18") (term "0")) + (rule "concrete_impl_1" (formula "18")) + (rule "mul_literals" (formula "18") (term "1,0")) + (rule "polySimp_rightDist" (formula "18") (term "0,0")) + (rule "polySimp_mulLiterals" (formula "18") (term "1,0,0")) + (rule "mul_literals" (formula "18") (term "0,0,0")) + (rule "polySimp_elimOne" (formula "18") (term "1,0,0")) + (rule "polySimp_addComm1" (formula "18") (term "0")) + (rule "add_literals" (formula "18") (term "0,0")) + (rule "inEqSimp_sepPosMonomial1" (formula "18")) + (rule "mul_literals" (formula "18") (term "1")) + (rule "inEqSimp_subsumption1" (formula "18") (ifseqformula "31")) + (rule "leq_literals" (formula "18") (term "0")) + (rule "concrete_or_1" (formula "18")) + (rule "true_left" (formula "18")) (rule "inEqSimp_exactShadow3" (formula "22") (ifseqformula "25")) (rule "times_zero_1" (formula "22") (term "0,0")) (rule "add_zero_left" (formula "22") (term "0")) @@ -2234,25 +2333,17 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "polySimp_mulComm0" (formula "22") (term "1")) (rule "polySimp_rightDist" (formula "22") (term "1")) (rule "mul_literals" (formula "22") (term "0,1")) - (rule "inEqSimp_subsumption5" (formula "18") (ifseqformula "22")) - (rule "eq_and" (formula "18") (term "0,0")) - (rule "greater_literals" (formula "18") (term "0,0")) - (rule "concrete_and_1" (formula "18") (term "0")) - (rule "polySimp_rightDist" (formula "18") (term "0,0")) - (rule "polySimp_mulLiterals" (formula "18") (term "1,0,0")) - (rule "mul_literals" (formula "18") (term "0,0,0")) - (rule "polySimp_rightDist" (formula "18") (term "1,0")) - (rule "polySimp_mulLiterals" (formula "18") (term "1,1,0")) - (rule "mul_literals" (formula "18") (term "0,1,0")) + (rule "inEqSimp_subsumption1" (formula "18") (ifseqformula "22")) (rule "inEqSimp_homoInEq0" (formula "18") (term "0")) (rule "polySimp_mulComm0" (formula "18") (term "1,0,0")) (rule "polySimp_rightDist" (formula "18") (term "1,0,0")) - (rule "polySimp_mulLiterals" (formula "18") (term "1,1,0,0")) (rule "mul_literals" (formula "18") (term "0,1,0,0")) + (rule "polySimp_mulLiterals" (formula "18") (term "1,1,0,0")) + (rule "polySimp_elimOne" (formula "18") (term "1,1,0,0")) (rule "polySimp_addAssoc" (formula "18") (term "0,0")) (rule "polySimp_addComm1" (formula "18") (term "0,0,0")) (rule "add_literals" (formula "18") (term "0,0,0,0")) - (rule "polySimp_pullOutFactor0b" (formula "18") (term "0,0")) + (rule "polySimp_pullOutFactor2b" (formula "18") (term "0,0")) (rule "add_literals" (formula "18") (term "1,1,0,0")) (rule "times_zero_1" (formula "18") (term "1,0,0")) (rule "add_zero_right" (formula "18") (term "0,0")) @@ -2271,80 +2362,80 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "add_literals" (formula "21") (term "0,0")) (rule "inEqSimp_sepPosMonomial1" (formula "21")) (rule "mul_literals" (formula "21") (term "1")) - (rule "inEqSimp_subsumption1" (formula "21") (ifseqformula "33")) + (rule "inEqSimp_subsumption1" (formula "21") (ifseqformula "31")) (rule "leq_literals" (formula "21") (term "0")) (rule "concrete_or_1" (formula "21")) (rule "true_left" (formula "21")) - (rule "all_pull_out3" (formula "50") (term "1,0")) - (rule "all_pull_out3" (formula "51") (term "1,0")) - (rule "all_pull_out3" (formula "35") (term "0")) - (rule "onlyCreatedObjectsAreReferenced" (formula "49") (term "0") (ifseqformula "14")) + (rule "all_pull_out3" (formula "48") (term "1,0")) + (rule "all_pull_out3" (formula "49") (term "1,0")) + (rule "all_pull_out3" (formula "33") (term "0")) + (rule "onlyCreatedObjectsAreReferenced" (formula "55") (term "0") (ifseqformula "14")) + (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "56")) + (rule "concrete_or_2" (formula "1")) + (rule "onlyCreatedObjectsAreReferenced" (formula "55") (term "0") (ifseqformula "15")) + (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "56")) + (rule "concrete_or_2" (formula "1")) + (rule "onlyCreatedObjectsAreReferenced" (formula "49") (term "0") (ifseqformula "16")) (rule "replace_known_left" (formula "49") (term "0") (ifseqformula "50")) (rule "concrete_or_1" (formula "49")) (rule "true_left" (formula "49")) - (rule "onlyCreatedObjectsAreReferenced" (formula "58") (term "0") (ifseqformula "14")) - (rule "replace_known_right" (formula "1") (term "0") (ifseqformula "59")) - (rule "concrete_or_2" (formula "1")) - (rule "onlyCreatedObjectsAreReferenced" 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+ (rule "closeFalse" (formula "13")) ) (branch "if exc_0 instanceof java.lang.Throwable false" (rule "instanceof_static_type" (formula "1") (term "2,0,1")) @@ -3300,63 +6701,69 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "concrete_or_4" (formula "1") (term "0,1")) (rule "double_not" (formula "1") (term "1")) (rule "simplifyUpdate2" (formula "1")) - (rule "typeEqDerived" (formula "25") (term "0,0") (ifseqformula "1")) - (rule "typeEqDerived" (formula "25") (term "0,1") (ifseqformula "1")) - (rule "close" (formula "28") (ifseqformula "1")) + (rule "typeEqDerived" (formula "23") (term "0,0") (ifseqformula "1")) + (rule "typeEqDerived" (formula "23") (term "0,1") (ifseqformula "1")) + (rule "close" (formula "26") (ifseqformula "1")) ) ) ) (branch "Pre (NegativeArraySizeException)" - (rule "simplifyUpdate2" (formula "21")) - (rule "simplifyUpdate2" (formula "21")) - (rule "close" (formula "21") (ifseqformula "2")) + (rule "expand_inShort" (formula "11")) + (rule 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"applyOnRigidFormula" (formula "52") (term "1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,0,1,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "1,0,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,1,1,0,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "1,0,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,1,0,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "0,0,0,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,0,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,0,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,0,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,0,0,0,1")) + (rule "simplifyUpdate1" (formula "52") (term "0,1,0,0,0,0,1")) + (rule "applyOnRigidFormula" (formula "52") (term "1,1,0,0,0,1")) + (rule "applyOnRigidFormula" (formula "52") (term "0,1,0,0,1,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "0,0,1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,0,0,1,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "0,0,0,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "0,0,0,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "0,1,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,0,0,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,0,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,1,0,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,1,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,0,0,0,0,1")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,1,0,0,0,0,1")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,0,0,0,0,1")) + (rule "applyOnPV" (formula "52") (term "0,1,1,0,0,0,0,1")) + (rule "applyOnRigidFormula" (formula "52") (term "0,1,1,0,0,0,1")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,1,1,0,0,0,1")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,1,0,0,1,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "1,0,0,1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,0,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "0,1,0,0,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,0,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,1,0,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,1,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,1,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,1,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,1,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,1,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,0,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,0,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,0,0,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,0,0,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,1,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,1,1,0,0,0,1")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,1,1,0,0,0,1")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,1,0,0,0,1")) + (rule "applyOnPV" (formula "52") (term "0,0,0,1,1,0,0,0,1")) + (rule "applyOnRigidFormula" (formula "52") (term "0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "0,0,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "0,1,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,0,1,0,0,1,0,0")) + (rule "simplifyUpdate2" (formula "52") (term "0,0,0,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,0,0,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,0,0,1,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,1,0,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,1,0,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,1,0,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,0,1,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,0,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,0,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,0,0,1,1,0,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "0,0,1,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,1,0,0,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,1,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,1,0,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,0,0,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,1,1,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,1,1,0,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,1,1,0,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,1,1,0,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,1,1,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,1,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,1,1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,0,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,1,0,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,1,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,1,1,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,1,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,1,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidFormula" (formula "52") (term "1,0,0,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "0,1,0,0,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,0,0,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,1,1,0,0,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,1,1,0,0,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,1,1,0,0,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,1,1,0,1,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,1,1,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,1,1,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,1,1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,0,1,0,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,0,0,1,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,0,0,1,0,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,0,0,1,0,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,1,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,0,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,1,1,0,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,0,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,0,0,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,0,0,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,1,0,0,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,1,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,1,1,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,1,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,1,1,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,0,1,1,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,1,0,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,1,0,1,1,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,1,0,1,1,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "1,1,0,0,0,1,0,0,1,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,0,0,0,1,0,1,1,0,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,0,0,0,1,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,0,0,0,1,0,1,1,0,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,0,0,0,1,0,1,1,0,0,0")) + (rule "applyOnRigidTerm" (formula "52") (term "0,1,1,0,0,0,1,0,0,1,0,0")) + (rule "applyOnPV" (formula "52") (term "0,0,1,1,0,0,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "1,0,1,1,0,0,0,1,0,0,1,0,0")) + (rule "simplifyUpdate1" (formula "52") (term "2,0,1,1,0,0,0,1,0,0,1,0,0")) + (rule "andRight" (formula "52")) + (branch "Case 1" + (rule "andRight" (formula "52")) + (branch "Case 1" + (rule "cut" (inst "cutFormula=(\\forall int k; + (( ( (lt(k, length(o_arr_2))<> + & geq(k, Z(0(#)))<>)<> + & (jmod(k, Z(2(#))) = Z(0(#)))<>)<> + -> (\\exists int l; + (( (((( java.lang.Object::select(anon(store(store(memset(store(store(store(create(heap, + o_arr_2), + o_arr_2, + java.lang.Object::, + Z(0(#))), + o_arr_2, + java.lang.Object::, + FALSE), + o_arr_2, + java.lang.Object::, + FALSE), + arrayRange(o_arr_2, + Z(0(#)), + add(Z(neglit(1(#))), + length(o_arr_2))), + null), + o_arr_2, + java.lang.Object::, + TRUE), + self, + java.util.VerifiedIdentityHashMap::$threshold, + divJint(mulJint(newCapacity, + Z(2(#))), + Z(3(#)))), + union(allFields(o_arr_2), + allFields(java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table))), + anon_heap_LOOP<>), + o_arr_2, + arr(k)) + = java.lang.Object::select(heap, + java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table), + arr(l)))<> + & ( java.lang.Object::select(anon(store(store(memset(store(store(store(create(heap, + o_arr_2), + o_arr_2, + java.lang.Object::, + Z(0(#))), + o_arr_2, + java.lang.Object::, + FALSE), + o_arr_2, + java.lang.Object::, + FALSE), + arrayRange(o_arr_2, + Z(0(#)), + add(Z(neglit(1(#))), + length(o_arr_2))), + null), + o_arr_2, + java.lang.Object::, + TRUE), + self, + java.util.VerifiedIdentityHashMap::$threshold, + divJint(mulJint(newCapacity, + Z(2(#))), + Z(3(#)))), + union(allFields(o_arr_2), + allFields(java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table))), + anon_heap_LOOP<>), + o_arr_2, + arr(add(Z(1(#)), + k))) + = java.lang.Object::select(heap, + java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table), + arr(add(Z(1(#)), + l))))<>)<> + & lt(l, + length(java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table)))<>)<> + & geq(l, Z(0(#)))<>)<> + & (jmod(l, Z(2(#))) = Z(0(#)))<>)<>))<>)<>))<>") (userinteraction)) + (branch "CUT: forall int k; ( k < o_arr_2.length & k >= 0 & jmod(k, 2) = 0 -> exists int l; ( o_arr_2[k]@heap[create(o_arr_2)] [o_arr_2. := 0] [o_arr_2. := FALSE] [o_arr_2. := FALSE] [memset(arrayRange(o_arr_2, 0, -1 + o_arr_2.length), null)] [o_arr_2. := TRUE] [self.threshold := divJint(mulJint(newCapacity, 2), 3)] [anon( o_arr_2.* cup self.table.*, anon_heap_LOOP<>)] = self.table[l] & o_arr_2[1 + k]@heap[create(o_arr_2)] [o_arr_2. := 0] [o_arr_2. := FALSE] [o_arr_2. := FALSE] [memset(arrayRange(o_arr_2, 0, -1 + o_arr_2.length), null)] [o_arr_2. := TRUE] [self.threshold := divJint(mulJint(newCapacity, 2), 3)] [anon( o_arr_2.* cup self.table.*, anon_heap_LOOP<>)] = self.table[1 + l] & l < self.table.length & l >= 0 & jmod(l, 2) = 0)) TRUE" + (opengoal " ") + ) + (branch "CUT: forall int k; ( k < o_arr_2.length & k >= 0 & jmod(k, 2) = 0 -> exists int l; ( o_arr_2[k]@heap[create(o_arr_2)] [o_arr_2. := 0] [o_arr_2. := FALSE] [o_arr_2. := FALSE] [memset(arrayRange(o_arr_2, 0, -1 + o_arr_2.length), null)] [o_arr_2. := TRUE] [self.threshold := divJint(mulJint(newCapacity, 2), 3)] [anon( o_arr_2.* cup self.table.*, anon_heap_LOOP<>)] = self.table[l] & o_arr_2[1 + k]@heap[create(o_arr_2)] [o_arr_2. := 0] [o_arr_2. := FALSE] [o_arr_2. := FALSE] [memset(arrayRange(o_arr_2, 0, -1 + o_arr_2.length), null)] [o_arr_2. := TRUE] [self.threshold := divJint(mulJint(newCapacity, 2), 3)] [anon( o_arr_2.* cup self.table.*, anon_heap_LOOP<>)] = self.table[1 + l] & l < self.table.length & l >= 0 & jmod(l, 2) = 0)) FALSE" + (rule "allRight" (formula "43") (inst "sk=k_0") (userinteraction)) + (rule "impRight" (formula "43") (userinteraction)) + (rule "hide_right" (formula "54") (userinteraction)) + (rule "hide_left" (formula "38") (userinteraction)) + (rule "hide_left" (formula "38") (userinteraction)) + (rule "cut" (inst "cutFormula=(!(\\forall int l; + (( ( (lt(l, + length(java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table)))<> + & geq(l, Z(0(#)))<>)<> + & (jmod(l, Z(2(#))) = Z(0(#)))<>)<> + -> (!(( ( java.lang.Object::select(anon(store(store(memset(store(store(store(create(heap, + o_arr_2), + o_arr_2, + java.lang.Object::, + Z(0(#))), + o_arr_2, + java.lang.Object::, + FALSE), + o_arr_2, + java.lang.Object::, + FALSE), + arrayRange(o_arr_2, + Z(0(#)), + add(Z(neglit(1(#))), + length(o_arr_2))), + null), + o_arr_2, + java.lang.Object::, + TRUE), + self, + java.util.VerifiedIdentityHashMap::$threshold, + divJint(mulJint(newCapacity, + Z(2(#))), + Z(3(#)))), + union(allFields(o_arr_2), + allFields(java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table))), + anon_heap_LOOP<>), + o_arr_2, + arr(k_0)) + = java.lang.Object::select(heap, + java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table), + arr(l)))<> + & ( java.lang.Object::select(anon(store(store(memset(store(store(store(create(heap, + o_arr_2), + o_arr_2, + java.lang.Object::, + Z(0(#))), + o_arr_2, + java.lang.Object::, + FALSE), + o_arr_2, + java.lang.Object::, + FALSE), + arrayRange(o_arr_2, + Z(0(#)), + add(Z(neglit(1(#))), + length(o_arr_2))), + null), + o_arr_2, + java.lang.Object::, + TRUE), + self, + java.util.VerifiedIdentityHashMap::$threshold, + divJint(mulJint(newCapacity, + Z(2(#))), + Z(3(#)))), + union(allFields(o_arr_2), + allFields(java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table))), + anon_heap_LOOP<>), + o_arr_2, + arr(add(Z(1(#)), + k_0))) + = java.lang.Object::select(heap, + java.lang.Object[]::select(heap, + self, + java.util.VerifiedIdentityHashMap::$table), + arr(add(Z(1(#)), + l))))<>)<>))<>)<>))<>)<>") (userinteraction)) + (branch "CUT: !forall int l; ( l < self.table.length & l >= 0 & jmod(l, 2) = 0 -> !( o_arr_2[k_0]@heap[create(o_arr_2)] [o_arr_2. := 0] [o_arr_2. := FALSE] [o_arr_2. := FALSE] [memset(arrayRange(o_arr_2, 0, -1 + o_arr_2.length), null)] [o_arr_2. := TRUE] [self.threshold := divJint(mulJint(newCapacity, 2), 3)] [anon( o_arr_2.* cup self.table.*, anon_heap_LOOP<>)] = self.table[l] & o_arr_2[1 + k_0]@heap[create(o_arr_2)] [o_arr_2. := 0] [o_arr_2. := FALSE] [o_arr_2. := FALSE] [memset(arrayRange(o_arr_2, 0, -1 + o_arr_2.length), null)] [o_arr_2. := TRUE] [self.threshold := divJint(mulJint(newCapacity, 2), 3)] [anon( o_arr_2.* cup self.table.*, anon_heap_LOOP<>)] = self.table[1 + l])) TRUE" + (rule "hide_left" (formula "23") (userinteraction)) + (rule "hide_left" (formula "23") (userinteraction)) + (rule "hideAuxiliaryEq" (formula "24") (userinteraction)) + (rule "hide_left" (formula "30") (userinteraction)) + (rule "hide_left" (formula "32") (userinteraction)) + (rule "hide_left" (formula "32") (userinteraction)) + (rule "hideAuxiliaryEq" (formula "32") (userinteraction)) + (rule "expand_inInt" (formula "35")) + (rule "expand_inInt" (formula "11")) + (rule "expand_inShort" (formula "17")) + (rule "expand_inShort" (formula "5")) + (rule "replace_int_MAX" (formula "35") (term "1,0")) + (rule "replace_int_MIN" (formula "35") (term "0,1")) + (rule "replace_int_MAX" (formula "11") (term "1,0")) + (rule "replace_int_MIN" (formula "11") (term "0,1")) + (rule "replace_short_MAX" (formula "17") (term "1,0")) + (rule "replace_short_MIN" (formula "17") (term "0,1")) + (rule "replace_short_MAX" (formula "5") (term "1,0")) + (rule "replace_short_MIN" (formula "5") (term "0,1")) + (rule "notLeft" (formula "1")) + (rule "andLeft" (formula "1")) + (rule "andLeft" (formula "35")) + (rule "andLeft" (formula "11")) + (rule "andLeft" (formula "18")) + (rule "andLeft" (formula "5")) + (rule "andLeft" (formula "1")) + (rule "allRight" (formula "41") (inst "sk=l_0")) + (rule "impRight" (formula "41")) + (rule "notRight" (formula "42")) + (rule "andLeft" (formula "2")) + (rule "andLeft" (formula "1")) + (rule "andLeft" (formula "3")) + (rule "eqSymm" (formula "46") (term "1,0,0,0,0")) + (rule "eqSymm" (formula "46") (term "0,0,0,0,0")) + (rule "inEqSimp_geqRight" (formula "53")) + (rule "polySimp_mulComm0" (formula "1") (term "1,0,0")) + (rule "inEqSimp_ltRight" (formula "48")) + (rule "polySimp_mulComm0" (formula "1") (term "0,0")) + (rule "polySimp_addComm0" (formula "1") (term "0")) + (rule "inEqSimp_ltRight" (formula "53")) + (rule "mul_literals" (formula "1") (term "0,0")) + (rule "add_zero_left" (formula "1") (term "0")) + (rule "inEqSimp_ltToLeq" (formula "32")) + (rule "polySimp_mulComm0" (formula "32") (term "1,0,0")) + (rule "inEqSimp_ltToLeq" (formula "35")) + (rule "mul_literals" (formula "35") (term "1,0,0")) + (rule "add_literals" (formula "35") (term "0,0")) + (rule "inEqSimp_ltToLeq" (formula "49") (term "1,0,0,0")) + (rule "polySimp_mulComm0" (formula "49") (term "1,0,0,1,0,0,0")) + (rule "inEqSimp_ltToLeq" (formula "40")) + (rule "polySimp_mulComm0" (formula "40") (term "1,0,0")) + (rule "polySimp_addComm1" (formula "40") (term "0")) + (rule "inEqSimp_ltToLeq" (formula "37")) + (rule "polySimp_mulComm0" (formula "37") (term "1,0,0")) + (rule "polySimp_addComm1" (formula "37") (term "0")) + (rule "inEqSimp_ltToLeq" (formula "31")) + (rule "polySimp_mulComm0" (formula "31") (term "1,0,0")) + (rule "inEqSimp_ltToLeq" (formula "25")) + (rule "polySimp_mulComm0" (formula "25") (term "1,0,0")) + (rule "polySimp_addComm1" (formula "25") (term "0")) + (rule "inEqSimp_ltToLeq" (formula "9")) + (rule "polySimp_mulComm0" (formula "9") (term "1,0,0")) + (rule "polySimp_addComm1" (formula "9") (term "0")) + (rule "inEqSimp_ltToLeq" (formula "6")) + (rule "polySimp_mulComm0" (formula "6") (term "1,0,0")) + (rule "polySimp_addComm1" (formula "6") (term "0")) + (rule "inEqSimp_commuteLeq" (formula "48")) + (rule "inEqSimp_commuteLeq" (formula "22")) + (rule "inEqSimp_commuteLeq" (formula "29")) + (rule "inEqSimp_commuteLeq" (formula "15")) + (rule "applyEq" (formula "34") (term "0") (ifseqformula "38")) + (rule "applyEq" (formula "15") (term "0") (ifseqformula "16")) + (rule "applyEq" (formula "37") (term "0,1,0") (ifseqformula "38")) + (rule "applyEq" (formula "40") (term "0,0,1,0") (ifseqformula "38")) + (rule "applyEq" (formula "6") (term "0,1,0") (ifseqformula "38")) + (rule "applyEq" (formula "29") (term "0") (ifseqformula "38")) + (rule "applyEq" (formula "9") (term "0,1,0") (ifseqformula "16")) + (rule "applyEq" (formula "31") (term "1,0") (ifseqformula "38")) + (rule "applyEq" (formula "13") (term "0") (ifseqformula "16")) + (rule "applyEq" (formula "53") (term "0") (ifseqformula "37")) + (rule "applyEq" (formula "2") (term "0,1,0") (ifseqformula "37")) + (rule "applyEq" (formula "27") (term "0") (ifseqformula "37")) + (rule "applyEq" (formula "5") (term "1,2,1,0,0,0,0,0") (ifseqformula "15")) + (rule "applyEq" (formula "4") (term "1,2,1,0,0,0,0,0") (ifseqformula "15")) + (rule "applyEq" (formula "32") (term "0") (ifseqformula "37")) + (rule "applyEq" (formula "13") (term "0") (ifseqformula "15")) + (rule "applyEq" (formula "3") (term "1,0") (ifseqformula "37")) + (rule "applyEq" (formula "44") (term "0") (ifseqformula "37")) + (rule "applyEq" (formula "26") (term "0") (ifseqformula "37")) + (rule "applyEq" (formula "48") (term "1,2,1,0,0,0,0,1,1,0,0,0,0") (ifseqformula "15")) + (rule "applyEq" (formula "48") (term "0,1,0,0,1,0,0,0") (ifseqformula "37")) + (rule "applyEq" (formula "48") (term "1,2,1,0,0,0,0,1,0,0,0,0,0") (ifseqformula "15")) + (rule "jmod_axiom" (formula "48") (term "0,1,0")) + (rule "polySimp_mulLiterals" (formula "48") (term "1,0,1,0")) + (rule "jmod_axiom" (formula "45") (term "0")) + (rule "polySimp_mulLiterals" (formula "45") (term "1,0")) + (rule "jmod_axiom" (formula "11") (term "0")) + (rule "polySimp_mulLiterals" (formula "11") (term "1,0")) + (rule "jmod_axiom" (formula "8") (term "0")) + (rule "polySimp_mulLiterals" (formula "8") (term "1,0")) + (rule "polySimp_sepNegMonomial" (formula "48") (term "1,0")) + (rule "polySimp_mulLiterals" (formula "48") (term "0,1,0")) + (rule "polySimp_sepNegMonomial" (formula "45")) + (rule "polySimp_mulLiterals" (formula "45") (term "0")) + (rule "polySimp_sepNegMonomial" (formula "11")) + (rule "polySimp_mulLiterals" (formula "11") (term "0")) + (rule "polySimp_sepNegMonomial" (formula "8")) + (rule "polySimp_mulLiterals" (formula "8") (term "0")) + (rule "inEqSimp_sepPosMonomial0" (formula "31")) + (rule "polySimp_mulComm0" (formula "31") (term "1")) + (rule "polySimp_rightDist" (formula "31") (term "1")) + (rule "polySimp_mulLiterals" (formula "31") (term "1,1")) + (rule "mul_literals" (formula "31") (term "0,1")) + (rule "polySimp_elimOne" (formula "31") (term "1,1")) + (rule "inEqSimp_sepPosMonomial0" (formula "34")) + (rule "mul_literals" (formula "34") (term "1")) + (rule "inEqSimp_sepNegMonomial0" (formula "24")) + (rule "polySimp_mulLiterals" (formula "24") (term "0")) + (rule "polySimp_elimOne" (formula "24") (term "0")) + (rule "inEqSimp_sepNegMonomial0" (formula "36")) + (rule "polySimp_mulLiterals" (formula "36") (term "0")) + (rule "polySimp_elimOne" (formula "36") (term "0")) + (rule "inEqSimp_sepNegMonomial0" (formula "39")) + (rule "polySimp_mulLiterals" (formula "39") (term "0")) + (rule "polySimp_elimOne" (formula "39") (term "0")) + (rule "inEqSimp_sepNegMonomial0" (formula "6")) + (rule "polySimp_mulLiterals" (formula "6") (term "0")) + (rule "polySimp_elimOne" (formula "6") (term "0")) + (rule "inEqSimp_sepNegMonomial0" (formula "9")) + (rule "polySimp_mulLiterals" (formula "9") (term "0")) + (rule "polySimp_elimOne" (formula "9") (term "0")) + (rule "inEqSimp_sepPosMonomial0" (formula "30")) + (rule "polySimp_mulComm0" (formula "30") (term "1")) + (rule "polySimp_rightDist" (formula "30") (term "1")) + (rule "polySimp_mulLiterals" (formula "30") (term "1,1")) + (rule "mul_literals" (formula "30") (term "0,1")) + (rule "polySimp_elimOne" (formula "30") (term "1,1")) + (rule "inEqSimp_sepNegMonomial1" (formula "2")) + (rule "polySimp_mulLiterals" (formula "2") (term "0")) + (rule "polySimp_elimOne" (formula "2") (term "0")) + (rule "inEqSimp_sepPosMonomial0" (formula "3")) + (rule "polySimp_mulComm0" (formula "3") (term "1")) + (rule "polySimp_rightDist" (formula "3") (term "1")) + (rule "mul_literals" (formula "3") (term "0,1")) + (rule "polySimp_mulLiterals" (formula "3") (term "1,1")) + (rule "polySimp_elimOne" (formula "3") (term "1,1")) + (rule "inEqSimp_sepPosMonomial0" (formula "48") (term "1,0,0,0")) + (rule "polySimp_mulComm0" (formula "48") (term "1,1,0,0,0")) + (rule "polySimp_rightDist" (formula "48") (term "1,1,0,0,0")) + (rule "mul_literals" (formula "48") (term "0,1,1,0,0,0")) + (rule "polySimp_mulLiterals" (formula "48") (term "1,1,1,0,0,0")) + (rule "polySimp_elimOne" (formula "48") (term "1,1,1,0,0,0")) + (rule "inEqSimp_contradEq3" (formula "53") (ifseqformula "30")) + (rule "polySimp_mulComm0" (formula "53") (term "1,0,0")) + (rule "polySimp_pullOutFactor1b" (formula "53") (term "0,0")) + (rule "add_literals" (formula "53") (term "1,1,0,0")) + (rule "times_zero_1" (formula "53") (term "1,0,0")) + (rule "add_zero_right" (formula "53") (term "0,0")) + (rule "qeq_literals" (formula "53") (term "0")) + (rule "concrete_and_2" (formula "53")) + (rule "false_right" (formula "53")) + (rule "inEqSimp_subsumption1" (formula "14") (ifseqformula "1")) + (rule "leq_literals" (formula "14") (term "0")) + (rule "concrete_or_1" (formula "14")) + (rule "true_left" (formula "14")) + (rule "inEqSimp_subsumption1" (formula "27") (ifseqformula "31")) + (rule "leq_literals" (formula "27") (term "0")) + (rule "concrete_or_1" (formula "27")) + (rule "true_left" (formula "27")) + (rule "inEqSimp_subsumption0" (formula "31") (ifseqformula "26")) + (rule "leq_literals" (formula "31") (term "0")) + (rule "concrete_or_1" (formula "31")) + (rule "true_left" (formula "31")) + (rule "inEqSimp_subsumption1" (formula "25") (ifseqformula "30")) + (rule "leq_literals" (formula "25") (term "0")) + (rule "concrete_or_1" (formula "25")) + (rule "true_left" (formula "25")) + (rule "inEqSimp_subsumption1" (formula "43") (ifseqformula "39")) + (rule "leq_literals" (formula "43") (term "0")) + (rule "concrete_or_1" (formula "43")) + (rule "true_left" (formula "43")) + (rule "newSym_eq" (formula "8") (inst "l=l_1") (inst "newSymDef=mul(l_0, Z(0(#)))")) + (rule "times_zero_1" (formula "8") (term "1,1")) + (rule "add_zero_right" (formula "8") (term "1")) + (rule "applyEq" (formula "9") (term "0,0") (ifseqformula "8")) + (rule "eqSymm" (formula "9")) + (rule "applyEq" (formula "8") (term "0,0") (ifseqformula "9")) + (rule "applyEqRigid" (formula "6") (term "1,1") (ifseqformula "9")) + (rule "applyEq" (formula "7") (term "0") (ifseqformula "9")) + (rule "applyEq" (formula "5") (term "1,0,2,1") (ifseqformula "9")) + (rule "applyEq" (formula "4") (term "0,2,1") (ifseqformula "9")) + (rule "elimGcdGeq_antec" (formula "7") (inst "elimGcdRightDiv=Z(0(#))") (inst "elimGcdLeftDiv=l_1") (inst "elimGcd=Z(2(#))")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,1,0")) + (rule "add_zero_right" (formula "7") (term "0,0,0,1,0")) + (rule "leq_literals" (formula "7") (term "0,0")) + (rule "concrete_or_2" (formula "7") (term "0")) + (rule "polySimp_mulLiterals" (formula "7") (term "1,0,0,0,0")) + (rule "mul_literals" (formula "7") (term "1,0,0,0,0")) + (rule "add_zero_right" (formula "7") (term "0,0,0,0")) + (rule "polySimp_pullOutFactor0b" (formula "7") (term "0,0")) + (rule "add_literals" (formula "7") (term "1,1,0,0")) + (rule "times_zero_1" (formula "7") (term "1,0,0")) + (rule "add_literals" (formula "7") (term "0,0")) + (rule "leq_literals" (formula "7") (term "0")) + (rule "concrete_or_2" (formula "7")) + (rule "newSym_eq" (formula "12") (inst "l=l_2") (inst "newSymDef=mul(k_0, Z(0(#)))")) + (rule "times_zero_1" (formula "12") (term "1,1")) + (rule "add_zero_right" (formula "12") (term "1")) + (rule "applyEq" (formula "13") (term "0,0") (ifseqformula "12")) + (rule "eqSymm" (formula "13")) + (rule "applyEq" (formula "10") (term "1,1") (ifseqformula "13")) + (rule "applyEq" (formula "5") (term "1,0,2,0") (ifseqformula "13")) + (rule "applyEq" (formula "12") (term "0,0") (ifseqformula "13")) + (rule "applyEq" (formula "4") (term "0,2,0") (ifseqformula "13")) + (rule "applyEqRigid" (formula "11") (term "0") (ifseqformula "13")) + 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+ (rule "replace_known_right" (formula "2") (term "1,0,0") (ifseqformula "59")) + (rule "concrete_and_4" (formula "2") (term "0,0")) + (rule "ifthenelse_false" (formula "2") (term "0")) + (rule "close" (formula "68") (ifseqformula "2")) + ) + ) + ) + ) + ) + ) ) ) (branch "Case 2" - (rule "equal_literals" (formula "28") (term "0,1")) - (rule "concrete_not_2" (formula "28") (term "1")) - (rule "closeTrue" (formula "28")) + (rule "expand_inInt" (formula "8")) + (rule "expand_inShort" (formula "14")) + (rule "expand_inShort" (formula "2")) + (rule "equal_literals" (formula "25") (term "0,1")) + (rule "concrete_not_2" (formula "25") (term "1")) + (rule "closeTrue" (formula "25")) ) ) (branch "Null Reference (newObject = null)" - (rule "false_right" (formula "29")) + (rule "false_right" (formula "26")) + (rule "expand_inInt" (formula "9")) + (rule "expand_inShort" (formula "15")) + (rule "expand_inShort" (formula "3")) (rule "simplifyUpdate2" (formula "1")) + (rule "replace_int_MIN" (formula "9") (term "0,1")) + (rule "replace_int_MAX" (formula "9") (term "1,0")) + (rule "replace_short_MAX" (formula "15") (term "1,0")) + (rule "replace_short_MIN" (formula "15") (term "0,1")) + (rule "replace_short_MAX" (formula "3") (term "1,0")) + (rule "replace_short_MIN" (formula "3") (term "0,1")) + (rule "andLeft" (formula "9")) + (rule "andLeft" (formula "16")) + (rule "andLeft" (formula "3")) (rule "applyOnRigidFormula" (formula "1")) - (rule "applyOnPV" (formula "1") (term "0")) (rule "simplifyUpdate1" (formula "1") (term "1")) + (rule "applyOnPV" (formula "1") (term "0")) (rule "close" (formula "24") (ifseqformula "1")) ) ) @@ -98919,46 +24729,37 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO ) ) (branch "Null Reference (oldTable = null)" - (rule "false_right" (formula "15")) + (rule "false_right" (formula "14")) + (rule "expand_inInt" (formula "5")) (rule "simplifyUpdate2" (formula "1")) + (rule "replace_int_MIN" (formula "5") (term "0,1")) + (rule "replace_int_MAX" (formula "5") (term "1,0")) + (rule "andLeft" (formula "5")) (rule "applyOnRigidFormula" (formula "1")) (rule "simplifyUpdate1" (formula "1") (term "1")) (rule "applyOnPV" (formula "1") (term "0")) - (rule "inEqSimp_ltToLeq" (formula "12")) - (rule "polySimp_rightDist" (formula "12") (term "1,0,0")) - (rule "mul_literals" (formula "12") (term "0,1,0,0")) - (rule "polySimp_addAssoc" (formula "12") (term "0,0")) - (rule "add_literals" (formula "12") (term "0,0,0")) (rule "inEqSimp_ltToLeq" (formula "11")) - (rule "polySimp_rightDist" (formula "11") (term "1,0,0")) - (rule "mul_literals" (formula "11") (term "0,1,0,0")) - (rule "polySimp_addAssoc" (formula "11") (term "0,0")) - (rule "add_literals" (formula "11") (term "0,0,0")) + (rule "polySimp_mulComm0" (formula "11") (term "1,0,0")) (rule "inEqSimp_ltToLeq" (formula "9")) (rule "polySimp_mulComm0" (formula "9") (term "1,0,0")) (rule "polySimp_addComm1" (formula "9") (term "0")) - (rule "mod_axiom" (formula "12") 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"polySimp_addComm1" (formula "11") (term "0")) (rule "inEqSimp_sepNegMonomial0" (formula "9")) (rule "polySimp_mulLiterals" (formula "9") (term "0")) (rule "polySimp_elimOne" (formula "9") (term "0")) (rule "inEqSimp_sepPosMonomial0" (formula "12")) - (rule "mul_literals" (formula "12") (term "1")) - (rule "inEqSimp_sepPosMonomial0" (formula "11")) - (rule "mul_literals" (formula "11") (term "1")) + (rule "polySimp_mulComm0" (formula "12") (term "1")) + (rule "polySimp_rightDist" (formula "12") (term "1")) + (rule "mul_literals" (formula "12") (term "0,1")) + (rule "polySimp_mulLiterals" (formula "12") (term "1,1")) + (rule "polySimp_elimOne" (formula "12") (term "1,1")) + (rule "inEqSimp_sepNegMonomial0" (formula "11")) + (rule "polySimp_mulLiterals" (formula "11") (term "0")) + (rule "polySimp_elimOne" (formula "11") (term "0")) (rule "inEqSimp_exactShadow3" (formula "9") (ifseqformula "5")) (rule "polySimp_rightDist" (formula "9") (term "0,0")) (rule "mul_literals" (formula "9") (term "0,0,0")) @@ -98967,6 +24768,45 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "inEqSimp_sepNegMonomial1" (formula "9")) (rule "polySimp_mulLiterals" (formula "9") (term "0")) (rule "polySimp_elimOne" (formula "9") (term "0")) + (rule "expand_subJint" (formula "13") (term "1,1")) + (rule "sub_literals" (formula "13") (term "0,1,1")) + (rule "expand_mulJint" (formula "12") (term "0")) + (rule "mul_literals" (formula "12") (term "0,0")) + (rule "expand_moduloInteger" (formula "13") (term "1,1")) + (rule "replace_int_HALFRANGE" (formula "13") (term "0,0,1,1,1")) + (rule "replace_int_MIN" (formula "13") (term "0,1,1")) + (rule "replace_int_RANGE" (formula "13") (term "1,1,1,1")) + (rule "add_literals" (formula "13") (term "0,1,1,1")) + (rule "polySimp_addAssoc" (formula "13") (term "1")) + (rule "add_literals" (formula "13") (term "0,1")) + (rule "mod_axiom" (formula "13") (term "1,1")) + (rule "polySimp_mulLiterals" (formula "13") (term "1,1,1")) + (rule "div_literals" (formula "13") (term "0,1,1,1")) + (rule "times_zero_2" (formula "13") (term "1,1,1")) + (rule "add_zero_right" (formula "13") (term "1,1")) + (rule "add_literals" (formula "13") (term "1")) + (rule "expand_moduloInteger" (formula "12") (term "0")) + (rule "replace_int_HALFRANGE" (formula "12") (term "0,0,1,0")) + (rule "replace_int_MIN" (formula "12") (term "0,0")) + (rule "replace_int_RANGE" (formula "12") (term "1,1,0")) + (rule "add_literals" (formula "12") (term "0,1,0")) + (rule "inEqSimp_homoInEq1" (formula "12")) + (rule "polySimp_mulComm0" (formula "12") (term "1,0")) + (rule "polySimp_rightDist" (formula "12") (term "1,0")) + (rule "mul_literals" (formula "12") (term "0,1,0")) + (rule "polySimp_addAssoc" (formula "12") (term "0")) + (rule "polySimp_addComm1" (formula "12") (term "0,0")) + (rule "add_literals" (formula "12") (term "0,0,0")) + (rule "mod_axiom" (formula "12") (term "0,1,0")) + (rule "polySimp_mulLiterals" (formula "12") (term "1,0,1,0")) + (rule "div_literals" (formula "12") (term "0,1,0,1,0")) + (rule "mul_literals" (formula "12") (term "1,0,1,0")) + (rule "add_zero_right" (formula "12") (term "0,1,0")) + (rule "mul_literals" (formula "12") (term "1,0")) + (rule "polySimp_addComm1" (formula "12") (term "0")) + (rule "add_literals" (formula "12") (term "0,0")) + (rule "inEqSimp_sepPosMonomial0" (formula "12")) + (rule "mul_literals" (formula "12") (term "1")) (rule "Class_invariant_axiom_for_java_util_VerifiedIdentityHashMap" (formula "14") (inst "i=i") (inst "j=j") (inst "i_0=i_0") (inst "j_0=j_0") (inst "i_1=i_1") (inst "i_2=i_2") (inst "i_3=i_3") (inst "i_4=i_4") (inst "j_1=j_1") (inst "i_5=i_5") (ifseqformula "4")) (rule "insert_constant_value" (formula "14") (term "1,1,0,0,0,0,0,0,0")) (rule "insert_constant_value" (formula "14") (term "0,0,1,1,0,0,0,0,0,0,0,0,0,0")) @@ -98989,11 +24829,10 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "replace_int_MAX" (formula "14") (term "1,0,0,1")) (rule "replace_int_MIN" (formula "14") (term "0,1,0,1")) (rule "andLeft" (formula "14")) + (rule "andLeft" (formula "15")) (rule "andLeft" (formula "14")) (rule "andLeft" (formula "16")) - (rule "andLeft" (formula "14")) (rule "andLeft" (formula "18")) - (rule "andLeft" (formula "17")) (rule "andLeft" (formula "14")) (rule "andLeft" (formula "14")) (rule "andLeft" (formula "14")) @@ -99002,13 +24841,12 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO (rule "andLeft" (formula "14")) (rule "andLeft" (formula "14")) (rule "andLeft" (formula "14")) - (rule "andLeft" (formula "15")) (rule "andLeft" (formula "14")) - (rule "andLeft" (formula "16")) + (rule "notLeft" (formula "14")) + (rule "andLeft" (formula "14")) (rule "andLeft" (formula "14")) - (rule "notLeft" (formula "16")) - (rule "notLeft" (formula "16")) - (rule "close" (formula "31") (ifseqformula "1")) + (rule "notLeft" (formula "14")) + (rule "close" (formula "29") (ifseqformula "1")) ) ) } diff --git a/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.Map__size()).JML behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.Map__size()).JML behavior operation contract.0.proof index b04a094..8684b3a 100644 --- a/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.Map__size()).JML behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.Map__size()).JML behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:39:34 CEST 2021 +#Sat Aug 28 15:05:44 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:39:34 CEST 2021 +#Sat Aug 28 15:05:44 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.Map\\:\\:size()].JML behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.Map\\:\\:size()].JML behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -58,7 +58,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "44") +(autoModeTime "34") (branch "dummy ID" (rule "instanceof_static_type" (formula "1") (term "0,0,0,1,1,0,0,1,1") (newnames "self,result,exc,heapAtPre,o,f")) diff --git a/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__size()).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__size()).JML normal_behavior operation contract.0.proof index 908103b..2a1ffa3 100644 --- a/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__size()).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/size/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__size()).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:40:19 CEST 2021 +#Sat Aug 28 15:06:11 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:40:19 CEST 2021 +#Sat Aug 28 15:06:11 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:size()].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:size()].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -58,7 +58,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "49") +(autoModeTime "35") (branch "dummy ID" (rule "impRight" (formula "1") (newnames "self,result,exc,heapAtPre,o,f")) diff --git a/proofs_new/KeY/IdentityHashMap/unmaskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__unmaskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof b/proofs_new/KeY/IdentityHashMap/unmaskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__unmaskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof index 3d59b99..64ea044 100644 --- a/proofs_new/KeY/IdentityHashMap/unmaskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__unmaskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof +++ b/proofs_new/KeY/IdentityHashMap/unmaskNull/java.util.VerifiedIdentityHashMap(java.util.VerifiedIdentityHashMap__unmaskNull(java.lang.Object)).JML normal_behavior operation contract.0.proof @@ -2,7 +2,7 @@ \settings { "#Proof-Settings-Config-File -#Fri Jun 04 15:12:20 CEST 2021 +#Sat Aug 28 15:03:56 CEST 2021 [Labels]UseOriginLabels=true [StrategyProperty]QUERYAXIOM_OPTIONS_KEY=QUERYAXIOM_ON [SMTSettings]invariantForall=false @@ -11,7 +11,7 @@ [StrategyProperty]QUANTIFIERS_OPTIONS_KEY=QUANTIFIERS_NON_SPLITTING_WITH_PROGS [StrategyProperty]USER_TACLETS_OPTIONS_KEY2=USER_TACLETS_OFF [Choice]DefaultChoices=assertions-assertions\\:safe , initialisation-initialisation\\:disableStaticInitialisation , intRules-intRules\\:javaSemantics , programRules-programRules\\:Java , runtimeExceptions-runtimeExceptions\\:ban , JavaCard-JavaCard\\:on , Strings-Strings\\:on , modelFields-modelFields\\:treatAsAxiom , bigint-bigint\\:on , sequences-sequences\\:on , moreSeqRules-moreSeqRules\\:off , reach-reach\\:on , integerSimplificationRules-integerSimplificationRules\\:full , permissions-permissions\\:off , wdOperator-wdOperator\\:L , wdChecks-wdChecks\\:off , mergeGenerateIsWeakeningGoal-mergeGenerateIsWeakeningGoal\\:off , methodExpansion-methodExpansion\\:modularOnly , javaLoopTreatment-javaLoopTreatment\\:efficient -[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_NONE +[StrategyProperty]LOOP_OPTIONS_KEY=LOOP_SCOPE_INV_TACLET [StrategyProperty]INF_FLOW_CHECK_PROPERTY=INF_FLOW_CHECK_FALSE [SMTSettings]UseBuiltUniqueness=false [SMTSettings]explicitTypeHierarchy=false @@ -20,7 +20,7 @@ [SMTSettings]SelectedTaclets= [StrategyProperty]DEP_OPTIONS_KEY=DEP_ON [StrategyProperty]AUTO_INDUCTION_OPTIONS_KEY=AUTO_INDUCTION_OFF -[Strategy]MaximumNumberOfAutomaticApplications=100000 +[Strategy]MaximumNumberOfAutomaticApplications=50000 [StrategyProperty]STOPMODE_OPTIONS_KEY=STOPMODE_DEFAULT [StrategyProperty]CLASS_AXIOM_OPTIONS_KEY=CLASS_AXIOM_DELAYED [SMTSettings]useConstantsForBigOrSmallIntegers=true @@ -49,7 +49,7 @@ \include "../../../../functions.key"; \proofObligation "#Proof Obligation Settings -#Fri Jun 04 15:12:20 CEST 2021 +#Sat Aug 28 15:03:56 CEST 2021 contract=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:unmaskNull(java.lang.Object)].JML normal_behavior operation contract.0 name=java.util.VerifiedIdentityHashMap[java.util.VerifiedIdentityHashMap\\:\\:unmaskNull(java.lang.Object)].JML normal_behavior operation contract.0 class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO @@ -58,7 +58,7 @@ class=de.uka.ilkd.key.proof.init.FunctionalOperationContractPO \proof { (keyLog "0" (keyUser "martindeboer" ) (keyVersion "a6034b00a3")) -(autoModeTime "113") +(autoModeTime "94") (branch "dummy ID" (rule "impRight" (formula "1") (newnames "key,result,exc,heapAtPre,o,f")) diff --git a/src/java/util/VerifiedIdentityHashMap.java b/src/java/util/VerifiedIdentityHashMap.java index 2a89511..682fec0 100644 --- a/src/java/util/VerifiedIdentityHashMap.java +++ b/src/java/util/VerifiedIdentityHashMap.java @@ -184,9 +184,9 @@ public class VerifiedIdentityHashMap @ public invariant @ (\forall \bigint i; @ 0 <= i < table.length / (\bigint)2; - @ table[2 * i] != null && 2 * i > hash(table[2 * i], table.length) ==> + @ table[2 * i] != null && 2 * i > \dl_genHash(table[2 * i], table.length) ==> @ (\forall \bigint j; - @ hash(table[2 * i], table.length) / (\bigint)2 <= j < i; + @ \dl_genHash(table[2 * i], table.length) / (\bigint)2 <= j < i; @ table[2 * j] != null)); @ @ // There are no gaps between a key's hashed index and its actual @@ -194,9 +194,9 @@ public class VerifiedIdentityHashMap @ public invariant @ (\forall \bigint i; @ 0 <= i < table.length / (\bigint)2; - @ table[2 * i] != null && 2 * i < hash(table[2 * i], table.length) ==> + @ table[2 * i] != null && 2 * i < \dl_genHash(table[2 * i], table.length) ==> @ (\forall \bigint j; - @ hash(table[2 * i], table.length) <= 2 * j < table.length || 0 <= 2 * j < 2 * i; + @ \dl_genHash(table[2 * i], table.length) <= 2 * j < table.length || 0 <= 2 * j < 2 * i; @ table[2 * j] != null)); @ @ // All keys and values are of type Object @@ -303,7 +303,7 @@ public class VerifiedIdentityHashMap /** * The table, resized as necessary. Length MUST always be a power of two. */ - private /*@ spec_public @*/ transient Object[] table; + private /*@ spec_public nullable @*/ transient Object[] table; /** * The number of key-value mappings contained in this identity hash map. @@ -494,7 +494,7 @@ public VerifiedIdentityHashMap(int expectedMaxSize) { @ \result < (3 * expectedMaxSize) && @ (\result & (\result - 1)) == 0; // result is a power of two @*/ - private /*@ pure @*/ int capacity(int expectedMaxSize) + private /*@ strictly_pure @*/ int capacity(int expectedMaxSize) // Compute min capacity for expectedMaxSize given a load factor of 2/3 { // int minCapacity = (3 * expectedMaxSize) / 2; // Original calculation @@ -533,15 +533,17 @@ public VerifiedIdentityHashMap(int expectedMaxSize) { @ private normal_behavior @ requires @ MINIMUM_CAPACITY == 4 && - @ DEFAULT_CAPACITY == 32 && @ MAXIMUM_CAPACITY == 536870912 && @ (\exists \bigint i; 0 <= i < initCapacity; \dl_pow(2,i) == initCapacity) && @ initCapacity >= MINIMUM_CAPACITY && @ initCapacity <= MAXIMUM_CAPACITY && - @ size == 0; + @ \dl_inInt(modCount); @ assignable @ table, threshold; @ ensures + @ table != null && + @ \typeof(table) == \type(Object[]) && + @ (\forall \bigint i; 0 <= i < table.length; table[i] == null) && @ threshold == ((\bigint)2 * initCapacity) / (\bigint)3 && @ table.length == (\bigint)2 * initCapacity; @*/ @@ -549,15 +551,15 @@ public VerifiedIdentityHashMap(int expectedMaxSize) { @ private normal_behavior @ requires @ MINIMUM_CAPACITY == 4 && - @ DEFAULT_CAPACITY == 4 && @ MAXIMUM_CAPACITY == 4 && @ (initCapacity & (initCapacity - 1)) == 0 && @ initCapacity >= MINIMUM_CAPACITY && - @ initCapacity <= MAXIMUM_CAPACITY && - @ size == 0; + @ initCapacity <= MAXIMUM_CAPACITY; @ assignable @ table, threshold; @ ensures + @ table != null && + @ (\forall int i; 0 <= i < table.length; table[i] == null) && @ threshold == (2 * initCapacity) / 3 && @ table.length == 2 * initCapacity; @*/ @@ -657,20 +659,12 @@ public VerifiedIdentityHashMap(int expectedMaxSize) { */ /*+KEY@ @ private normal_behavior - @ requires - @ x != null; @ ensures + @ (x == null ==> \result == 0) && @ \result == \dl_genHash(x, length) && @ \result % 2 == 0 && @ \result < length && @ \result >= 0; - @ - @ also - @ private normal_behavior - @ requires - @ x == null; - @ ensures - @ \result == 0; @*/ public static /*@ strictly_pure @*/ int hash(Object x, int length) { int h = System.identityHashCode(x); @@ -683,8 +677,8 @@ public VerifiedIdentityHashMap(int expectedMaxSize) { */ /*@ private normal_behavior @ ensures - @ i + 2 < len ==> \result == i + 2 && - @ i + 2 >= len ==> \result == 0; + @ (i + 2 < len ==> \result == i + 2) && + @ (i + 2 >= len ==> \result == 0); @*/ private static /*@ strictly_pure @*/ int nextKeyIndex(int i, int len) { return (i + 2 < len ? i + 2 : 0); @@ -815,7 +809,8 @@ public VerifiedIdentityHashMap(int expectedMaxSize) { @ (\forall \bigint n; hash <= (2 * n) < len; tab[2 * n] != k && tab[2 * n] != null) && @ (\forall \bigint m; 0 <= (2 * m) < i; tab[2 * m] != k && tab[2 * m] != null); @ - @ decreasing (\bigint)len - ((\bigint)len + i - hash) % (\bigint)len; + @ decreasing hash > i ? hash - i : hash + len - i; + @ // decreasing (\bigint)len - ((\bigint)len + i - hash) % (\bigint)len; @ @ assignable \strictly_nothing; @*/ @@ -1304,11 +1299,68 @@ private void resize(int newCapacity) threshold = newLength / 3; /*+KEY@ + @ // All processed entries are copied to newTable + @ maintaining + @ (\forall \bigint k; + @ 0 <= k < j && k % 2 == 0; + @ (\exists \bigint l; + @ 0 <= l < newTable.length && l % 2 == 0; + @ \old(table[k]) == newTable[l] && \old(table[k + 1]) == newTable[l + 1])); + @ + @ // All (non-null) entries in newTable are also present in \old(table) + @ maintaining + @ (\forall \bigint n; + @ 0 <= n < newTable.length && n % 2 == 0 && newTable[n] != null; + @ (\exists \bigint m; + @ 0 <= m < j && m % 2 == 0; + @ newTable[n] == \old(table[m]) && newTable[n + 1] == \old(table[m + 1]))); + @ +// @ // All entries in newTable are also present in \old(table) +// @ maintaining +// @ (\forall \bigint n; +// @ 0 <= n < newTable.length && n % 2 == 0; +// @ (\exists \bigint m; +// @ 0 <= m < \old(table.length) && m % 2 == 0; +// @ newTable[n] == \old(table[m]) && newTable[n + 1] == \old(table[m + 1]))); + @ + @ // All unprocessed entries are still untouched in old table @ maintaining - @ true; + @ (\forall \bigint k; + @ j <= k < \old(table.length); + @ \old(table[k]) == oldTable[k]); + @ + @ // Non-empty keys in newTable are unique + @ maintaining + @ (\forall \bigint p; 0 <= p && p < newTable.length / (\bigint)2; + @ (\forall \bigint q; + @ p <= q && q < newTable.length / (\bigint)2; + @ (newTable[2 * p] != null && newTable[2 * p] == newTable[2 * q]) ==> p == q)); @ + @ // There are no gaps between a key's hashed index and its actual + @ // index (if the key is at a higher index than the hash code) + @ maintaining + @ (\forall \bigint g; + @ 0 <= g < newTable.length / (\bigint)2; + @ newTable[2 * g] != null && 2 * g > \dl_genHash(newTable[2 * g], newTable.length) ==> + @ (\forall \bigint h; + @ \dl_genHash(newTable[2 * g], newTable.length) / (\bigint)2 <= h < g; + @ newTable[2 * h] != null)); + @ + @ // There are no gaps between a key's hashed index and its actual + @ // index (if the key is at a lower index than the hash code) + @ maintaining + @ (\forall \bigint g; + @ 0 <= g < newTable.length / (\bigint)2; + @ newTable[2 * g] != null && 2 * g < \dl_genHash(newTable[2 * g], newTable.length) ==> + @ (\forall \bigint h; + @ \dl_genHash(newTable[2 * g], newTable.length) <= 2 * h < newTable.length || 0 <= 2 * h < 2 * g; + @ newTable[2 * h] != null)); + @ + @ maintaining + @ j >= 0 && j <= oldLength && j % (\bigint)2 == 0; + @ @ assignable - @ table[*]; + @ table[*], newTable[*]; @ @ decreasing @ oldLength - j; @@ -1328,6 +1380,20 @@ private void resize(int newCapacity) @ maintaining @ i >= 0 && i < newLength && i % (\bigint)2 == 0; @ + @ // There are no gaps between a key's hashed index and its actual + @ // index (if the key is at a higher index than the hash code) + @ maintaining + @ (\forall \bigint g; + @ hash <= 2 * g < i; + @ newTable[2 * g] != null); + @ + @ // There are no gaps between a key's hashed index and its actual + @ // index (if the key is at a lower index than the hash code) + @ maintaining + @ (\forall \bigint g; + @ 0 <= 2 * g < i && i < hash; + @ newTable[2 * g] != null); + @ @ assignable @ \strictly_nothing; @ @@ -1752,7 +1818,7 @@ private void closeDeletion(int d) @ also @ public normal_behavior @ assignable - @ modCount, size, table, table[*]; + @ modCount, size, table[*]; @ ensures @ \old(modCount) != modCount && @ \old(table.length) == table.length && @@ -1765,7 +1831,7 @@ private void closeDeletion(int d) @ also @ public normal_behavior @ assignable - @ modCount, size, table, table[*]; + @ modCount, size, table[*]; @ ensures @ \old(modCount) != modCount && @ \old(table.length) == table.length && @@ -2344,7 +2410,7 @@ private Entry(int index) { * view the first time this view is requested. The view is stateless, * so there's no reason to create more than one. */ - private /*@ spec_public @*/ transient Set entrySet = null; + private /*@ spec_public nullable @*/ transient Set entrySet = null; /** * Returns an identity-based set view of the keys contained in this map.