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AAeqBinop represents the aeq alternative of the binop production in the AST.AAeqBinop node with no children.
AAeqBinop node with the given nodes as children.
AAeqCond represents the aeq alternative of the cond production in the AST.AAeqCond node with no children.
AAeqCond node with the given nodes as children.
AAmbiguousInvokeExp represents the ambiguous_invoke alternative of the exp production in the AST.AAmbiguousInvokeExp node with no children.
AAmbiguousInvokeExp node with the given nodes as children.
AAmbiguousNameLvalue represents the ambiguous_name alternative of the lvalue production in the AST.AAmbiguousNameLvalue node with no children.
AAmbiguousNameLvalue node with the given nodes as children.
AAndBinop represents the and alternative of the binop production in the AST.AAndBinop node with no children.
AAndBinop node with the given nodes as children.
AAndBinop represents the and alternative of the binop production in the AST.AAndBinop node with no children.
AAndBinop node with the given nodes as children.
AAneBinop represents the ane alternative of the binop production in the AST.AAneBinop node with no children.
AAneBinop node with the given nodes as children.
AAneCond represents the ane alternative of the cond production in the AST.AAneCond node with no children.
AAneCond node with the given nodes as children.
AArrayCloneExp represents the array_clone alternative of the exp production in the AST.AArrayCloneExp node with no children.
AArrayCloneExp node with the given nodes as children.
AArrayLengthExp represents the array_length alternative of the exp production in the AST.AArrayLengthExp node with no children.
AArrayLengthExp node with the given nodes as children.
AArrayLvalue represents the array alternative of the lvalue production in the AST.AArrayLvalue node with no children.
AArrayLvalue node with the given nodes as children.
AArrayType represents the array alternative of the type production in the AST.AArrayType node with no children.
AArrayType node with the given nodes as children.
AAssignmentExp represents the assignment alternative of the exp production in the AST.AAssignmentExp node with no children.
AAssignmentExp node with the given nodes as children.
ABinopExp represents the binop alternative of the exp production in the AST.ABinopExp node with no children.
ABinopExp node with the given nodes as children.
ABinopExp represents the binop alternative of the exp production in the AST.ABinopExp node with no children.
ABinopExp node with the given nodes as children.
ABlock represents the block production in the AST.ABlock node with no children.
ABlock node with the given nodes as children.
ABlockStm represents the block alternative of the stm production in the AST.ABlockStm node with no children.
ABlockStm node with the given nodes as children.
ABody represents the body production in the AST.ABody node with no children.
ABody node with the given nodes as children.
ABooleanConstExp represents the boolean_const alternative of the exp production in the AST.ABooleanConstExp node with no children.
ABooleanConstExp node with the given nodes as children.
ABooleanToStringUnop represents the boolean_to_string alternative of the unop production in the AST.ABooleanToStringUnop node with no children.
ABooleanType represents the boolean alternative of the type production in the AST.ABooleanType node with no children.
ABooleanType node with the given nodes as children.
ABuiltinExp represents the builtin alternative of the exp production in the AST.ABuiltinExp node with no children.
ABuiltinExp node with the given nodes as children.
AByteToStringUnop represents the byte_to_string alternative of the unop production in the AST.AByteToStringUnop node with no children.
AByteType represents the byte alternative of the type production in the AST.AByteType node with no children.
AByteType node with the given nodes as children.
ACastExp represents the cast alternative of the exp production in the AST.ACastExp node with no children.
ACastExp node with the given nodes as children.
true if node is a subtype of the class given in
the constructor.
true if node is accepted by the
NodeFilter.
true if node is a subtype of the class given in
the constructor.
true if node is a subtype of the class given in
the constructor.
true if node is accepted by the
NodeFilter.
true if node is a subtype of the class given in
the constructor.
ACharConstExp represents the char_const alternative of the exp production in the AST.ACharConstExp node with no children.
ACharConstExp node with the given nodes as children.
ACharToStringUnop represents the char_to_string alternative of the unop production in the AST.ACharToStringUnop node with no children.
ACharType represents the char alternative of the type production in the AST.ACharType node with no children.
ACharType node with the given nodes as children.
AClassTypeDecl represents the class alternative of the type_decl production in the AST.AClassTypeDecl node with no children.
AClassTypeDecl node with the given nodes as children.
ACommuteBuiltin represents the commute alternative of the builtin production in the AST.ACommuteBuiltin node with no children.
ACommuteBuiltin node with the given nodes as children.
AComplementUnop represents the complement alternative of the unop production in the AST.AComplementUnop node with no children.
AComplementUnop node with the given nodes as children.
AComplementUnop represents the complement alternative of the unop production in the AST.AComplementUnop node with no children.
AComplementUnop node with the given nodes as children.
AConcatBinop represents the concat alternative of the binop production in the AST.AConcatBinop node with no children.
AConcatBinop node with the given nodes as children.
ACondConstExp represents the cond_const alternative of the exp production in the AST.ACondConstExp node with no children.
ACondConstExp node with the given nodes as children.
AConjunctionExp represents the conjunction alternative of the exp production in the AST.AConjunctionExp node with no children.
AConjunctionExp node with the given nodes as children.
AConstructorDecl represents the constructor alternative of the decl production in the AST.AConstructorDecl node with no children.
AConstructorDecl node with the given nodes as children.
ADegreeBuiltin represents the degree alternative of the builtin production in the AST.ADegreeBuiltin node with no children.
ADegreeBuiltin node with the given nodes as children.
ADisjunctionExp represents the disjunction alternative of the exp production in the AST.ADisjunctionExp node with no children.
ADisjunctionExp node with the given nodes as children.
ADivideBinop represents the divide alternative of the binop production in the AST.ADivideBinop node with no children.
ADivideBinop node with the given nodes as children.
ADivideBinop represents the divide alternative of the binop production in the AST.ADivideBinop node with no children.
ADivideBinop node with the given nodes as children.
ADoubleType represents the double alternative of the type production in the AST.ADoubleType node with no children.
ADoubleType node with the given nodes as children.
AEmptyStm represents the empty alternative of the stm production in the AST.AEmptyStm node with no children.
AEmptyStm node with the given nodes as children.
AEqBinop represents the eq alternative of the binop production in the AST.AEqBinop node with no children.
AEqBinop node with the given nodes as children.
AEqBinop represents the eq alternative of the binop production in the AST.AEqBinop node with no children.
AEqBinop node with the given nodes as children.
AEqCond represents the eq alternative of the cond production in the AST.AEqCond node with no children.
AEqCond node with the given nodes as children.
AExpStm represents the exp alternative of the stm production in the AST.AExpStm node with no children.
AExpStm node with the given nodes as children.
AFalseBool represents the false alternative of the bool production in the AST.AFalseBool node with no children.
AFieldDecl represents the field alternative of the decl production in the AST.AFieldDecl node with no children.
AFieldDecl node with the given nodes as children.
AFloatType represents the float alternative of the type production in the AST.AFloatType node with no children.
AFloatType node with the given nodes as children.
AFormalsBuiltin represents the formals alternative of the builtin production in the AST.AFormalsBuiltin node with no children.
AFormalsBuiltin node with the given nodes as children.
AGeBinop represents the ge alternative of the binop production in the AST.AGeBinop node with no children.
AGeBinop node with the given nodes as children.
AGeBinop represents the ge alternative of the binop production in the AST.AGeBinop node with no children.
AGeBinop node with the given nodes as children.
AGeCond represents the ge alternative of the cond production in the AST.AGeCond node with no children.
AGeCond node with the given nodes as children.
AGtBinop represents the gt alternative of the binop production in the AST.AGtBinop node with no children.
AGtBinop node with the given nodes as children.
AGtBinop represents the gt alternative of the binop production in the AST.AGtBinop node with no children.
AGtBinop node with the given nodes as children.
AGtCond represents the gt alternative of the cond production in the AST.AGtCond node with no children.
AGtCond node with the given nodes as children.
AIfThenElseStm represents the if_then_else alternative of the stm production in the AST.AIfThenElseStm node with no children.
AIfThenElseStm node with the given nodes as children.
AIfThenStm represents the if_then alternative of the stm production in the AST.AIfThenStm node with no children.
AIfThenStm node with the given nodes as children.
AIncDecExp represents the inc_dec alternative of the exp production in the AST.AIncDecExp node with no children.
AIncDecExp node with the given nodes as children.
AInst represents the inst production in the AST.AInst node with no children.
AInst node with the given nodes as children.
AInstanceofExp represents the instanceof alternative of the exp production in the AST.AInstanceofExp node with no children.
AInstanceofExp node with the given nodes as children.
AInstructionInstPat represents the instruction alternative of the inst_pat production in the AST.AInstructionInstPat node with no children.
AInstructionInstPat node with the given nodes as children.
AIntConstExp represents the int_const alternative of the exp production in the AST.AIntConstExp node with no children.
AIntConstExp node with the given nodes as children.
AIntConstExp represents the int_const alternative of the exp production in the AST.AIntConstExp node with no children.
AIntConstExp node with the given nodes as children.
AInterfaceTypeDecl represents the interface alternative of the type_decl production in the AST.AInterfaceTypeDecl node with no children.
AInterfaceTypeDecl node with the given nodes as children.
AIntToStringUnop represents the int_to_string alternative of the unop production in the AST.AIntToStringUnop node with no children.
AIntType represents the int alternative of the type production in the AST.AIntType node with no children.
AIntType node with the given nodes as children.
ALabelBinderInstPat represents the label_binder alternative of the inst_pat production in the AST.ALabelBinderInstPat node with no children.
ALabelBinderInstPat node with the given nodes as children.
ALazyAndBinop represents the lazy_and alternative of the binop production in the AST.ALazyAndBinop node with no children.
ALazyAndBinop node with the given nodes as children.
ALazyOrBinop represents the lazy_or alternative of the binop production in the AST.ALazyOrBinop node with no children.
ALazyOrBinop node with the given nodes as children.
ALeBinop represents the le alternative of the binop production in the AST.ALeBinop node with no children.
ALeBinop node with the given nodes as children.
ALeBinop represents the le alternative of the binop production in the AST.ALeBinop node with no children.
ALeBinop node with the given nodes as children.
ALeCond represents the le alternative of the cond production in the AST.ALeCond node with no children.
ALeCond node with the given nodes as children.
ALocalDecl represents the local_decl production in the AST.ALocalDecl node with no children.
ALocalDecl node with the given nodes as children.
ALocalDeclStm represents the local_decl alternative of the stm production in the AST.ALocalDeclStm node with no children.
ALocalDeclStm node with the given nodes as children.
ALocalLvalue represents the local alternative of the lvalue production in the AST.ALocalLvalue node with no children.
ALocalLvalue node with the given nodes as children.
ALongType represents the long alternative of the type production in the AST.ALongType node with no children.
ALongType node with the given nodes as children.
ALtBinop represents the lt alternative of the binop production in the AST.ALtBinop node with no children.
ALtBinop node with the given nodes as children.
ALtBinop represents the lt alternative of the binop production in the AST.ALtBinop node with no children.
ALtBinop node with the given nodes as children.
ALtCond represents the lt alternative of the cond production in the AST.ALtCond node with no children.
ALtCond node with the given nodes as children.
ALvalueExp represents the lvalue alternative of the exp production in the AST.ALvalueExp node with no children.
ALvalueExp node with the given nodes as children.
AMatchExp represents the match alternative of the exp production in the AST.AMatchExp node with no children.
AMatchExp node with the given nodes as children.
AMethodDecl represents the method alternative of the decl production in the AST.AMethodDecl node with no children.
AMethodDecl node with the given nodes as children.
AMinusBinop represents the minus alternative of the binop production in the AST.AMinusBinop node with no children.
AMinusBinop node with the given nodes as children.
AMinusBinop represents the minus alternative of the binop production in the AST.AMinusBinop node with no children.
AMinusBinop node with the given nodes as children.
AModuloBinop represents the modulo alternative of the binop production in the AST.AModuloBinop node with no children.
AModuloBinop node with the given nodes as children.
AModuloBinop represents the modulo alternative of the binop production in the AST.AModuloBinop node with no children.
AModuloBinop node with the given nodes as children.
Analysis defines the interface for node based analyses.Analysis defines the interface for node based analyses.AnalysisAdapter provides a basic implementation of Analysis.AnalysisAdapter provides a basic implementation of Analysis.ANamedType represents the named alternative of the type production in the AST.ANamedType node with no children.
ANamedType node with the given nodes as children.
ANeBinop represents the ne alternative of the binop production in the AST.ANeBinop node with no children.
ANeBinop node with the given nodes as children.
ANeBinop represents the ne alternative of the binop production in the AST.ANeBinop node with no children.
ANeBinop node with the given nodes as children.
ANeCond represents the ne alternative of the cond production in the AST.ANeCond node with no children.
ANeCond node with the given nodes as children.
ANegateBuiltin represents the negate alternative of the builtin production in the AST.ANegateBuiltin node with no children.
ANegateBuiltin node with the given nodes as children.
ANegateUnop represents the negate alternative of the unop production in the AST.ANegateUnop node with no children.
ANegateUnop node with the given nodes as children.
ANegateUnop represents the negate alternative of the unop production in the AST.ANegateUnop node with no children.
ANegateUnop node with the given nodes as children.
ANewArrayExp represents the new_array alternative of the exp production in the AST.ANewArrayExp node with no children.
ANewArrayExp node with the given nodes as children.
ANewExp represents the new alternative of the exp production in the AST.ANewExp node with no children.
ANewExp node with the given nodes as children.
ANonstaticFieldLvalue represents the nonstatic_field alternative of the lvalue production in the AST.ANonstaticFieldLvalue node with no children.
ANonstaticFieldLvalue node with the given nodes as children.
ANonstaticInvokeExp represents the nonstatic_invoke alternative of the exp production in the AST.ANonstaticInvokeExp node with no children.
ANonstaticInvokeExp node with the given nodes as children.
Answer defines an interface for the abstraction of answers based
on a Node.Answer defines an interface for the abstraction of answers based
on a Node.AnswerAdapter implements the default behaviour of the Answer
interface.AnswerAdapter implements the default behaviour of the Answer
interface.ANullExp represents the null alternative of the exp production in the AST.ANullExp node with no children.
ANullType represents the null alternative of the type production in the AST.ANullType node with no children.
AObjectToStringUnop represents the object_to_string alternative of the unop production in the AST.AObjectToStringUnop node with no children.
AOnDemandImportDecl represents the on_demand alternative of the import_decl production in the AST.AOnDemandImportDecl node with no children.
AOnDemandImportDecl node with the given nodes as children.
AOpcode represents the opcode production in the AST.AOpcode node with no children.
AOpcode node with the given nodes as children.
AOrBinop represents the or alternative of the binop production in the AST.AOrBinop node with no children.
AOrBinop node with the given nodes as children.
AOrBinop represents the or alternative of the binop production in the AST.AOrBinop node with no children.
AOrBinop node with the given nodes as children.
APackageDecl represents the package_decl production in the AST.APackageDecl node with no children.
APackageDecl node with the given nodes as children.
APatternCollection represents the pattern_collection production in the AST.APatternCollection node with no children.
APatternCollection node with the given nodes as children.
APatternDecl represents the pattern_decl production in the AST.APatternDecl node with no children.
APatternDecl node with the given nodes as children.
APlusBinop represents the plus alternative of the binop production in the AST.APlusBinop node with no children.
APlusBinop node with the given nodes as children.
APlusBinop represents the plus alternative of the binop production in the AST.APlusBinop node with no children.
APlusBinop node with the given nodes as children.
APostDecIncDecOp represents the post_dec alternative of the inc_dec_op production in the AST.APostDecIncDecOp node with no children.
APostDecIncDecOp node with the given nodes as children.
APostIncIncDecOp represents the post_inc alternative of the inc_dec_op production in the AST.APostIncIncDecOp node with no children.
APostIncIncDecOp node with the given nodes as children.
Analysis.caseAAeqBinop(AAeqBinop) of the Analysis analysis.
caller by applying this AAeqBinop
node to the Answer visitor.
AAeqBinop node to the Question visitor caller.
caller by applying this AAeqBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAAmbiguousInvokeExp(AAmbiguousInvokeExp) of the Analysis analysis.
caller by applying this AAmbiguousInvokeExp
node to the Answer visitor.
AAmbiguousInvokeExp node to the Question visitor caller.
caller by applying this AAmbiguousInvokeExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAAmbiguousNameLvalue(AAmbiguousNameLvalue) of the Analysis analysis.
caller by applying this AAmbiguousNameLvalue
node to the Answer visitor.
AAmbiguousNameLvalue node to the Question visitor caller.
caller by applying this AAmbiguousNameLvalue node with the
question to the QuestionAnswer visitor.
Analysis.caseAAndBinop(AAndBinop) of the Analysis analysis.
caller by applying this AAndBinop
node to the Answer visitor.
AAndBinop node to the Question visitor caller.
caller by applying this AAndBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAAneBinop(AAneBinop) of the Analysis analysis.
caller by applying this AAneBinop
node to the Answer visitor.
AAneBinop node to the Question visitor caller.
caller by applying this AAneBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAArrayCloneExp(AArrayCloneExp) of the Analysis analysis.
caller by applying this AArrayCloneExp
node to the Answer visitor.
AArrayCloneExp node to the Question visitor caller.
caller by applying this AArrayCloneExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAArrayLengthExp(AArrayLengthExp) of the Analysis analysis.
caller by applying this AArrayLengthExp
node to the Answer visitor.
AArrayLengthExp node to the Question visitor caller.
caller by applying this AArrayLengthExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAArrayLvalue(AArrayLvalue) of the Analysis analysis.
caller by applying this AArrayLvalue
node to the Answer visitor.
AArrayLvalue node to the Question visitor caller.
caller by applying this AArrayLvalue node with the
question to the QuestionAnswer visitor.
Analysis.caseAArrayType(AArrayType) of the Analysis analysis.
caller by applying this AArrayType
node to the Answer visitor.
AArrayType node to the Question visitor caller.
caller by applying this AArrayType node with the
question to the QuestionAnswer visitor.
Analysis.caseAAssignmentExp(AAssignmentExp) of the Analysis analysis.
caller by applying this AAssignmentExp
node to the Answer visitor.
AAssignmentExp node to the Question visitor caller.
caller by applying this AAssignmentExp node with the
question to the QuestionAnswer visitor.
Analysis.caseABinopExp(ABinopExp) of the Analysis analysis.
caller by applying this ABinopExp
node to the Answer visitor.
ABinopExp node to the Question visitor caller.
caller by applying this ABinopExp node with the
question to the QuestionAnswer visitor.
Analysis.caseABlock(ABlock) of the Analysis analysis.
caller by applying this ABlock
node to the Answer visitor.
ABlock node to the Question visitor caller.
caller by applying this ABlock node with the
question to the QuestionAnswer visitor.
Analysis.caseABlockStm(ABlockStm) of the Analysis analysis.
caller by applying this ABlockStm
node to the Answer visitor.
ABlockStm node to the Question visitor caller.
caller by applying this ABlockStm node with the
question to the QuestionAnswer visitor.
Analysis.caseABody(ABody) of the Analysis analysis.
caller by applying this ABody
node to the Answer visitor.
ABody node to the Question visitor caller.
caller by applying this ABody node with the
question to the QuestionAnswer visitor.
Analysis.caseABooleanConstExp(ABooleanConstExp) of the Analysis analysis.
caller by applying this ABooleanConstExp
node to the Answer visitor.
ABooleanConstExp node to the Question visitor caller.
caller by applying this ABooleanConstExp node with the
question to the QuestionAnswer visitor.
Analysis.caseABooleanToStringUnop(ABooleanToStringUnop) of the Analysis analysis.
caller by applying this ABooleanToStringUnop
node to the Answer visitor.
ABooleanToStringUnop node to the Question visitor caller.
caller by applying this ABooleanToStringUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseABooleanType(ABooleanType) of the Analysis analysis.
caller by applying this ABooleanType
node to the Answer visitor.
ABooleanType node to the Question visitor caller.
caller by applying this ABooleanType node with the
question to the QuestionAnswer visitor.
Analysis.caseAByteToStringUnop(AByteToStringUnop) of the Analysis analysis.
caller by applying this AByteToStringUnop
node to the Answer visitor.
AByteToStringUnop node to the Question visitor caller.
caller by applying this AByteToStringUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseAByteType(AByteType) of the Analysis analysis.
caller by applying this AByteType
node to the Answer visitor.
AByteType node to the Question visitor caller.
caller by applying this AByteType node with the
question to the QuestionAnswer visitor.
Analysis.caseACastExp(ACastExp) of the Analysis analysis.
caller by applying this ACastExp
node to the Answer visitor.
ACastExp node to the Question visitor caller.
caller by applying this ACastExp node with the
question to the QuestionAnswer visitor.
Analysis.caseACharConstExp(ACharConstExp) of the Analysis analysis.
caller by applying this ACharConstExp
node to the Answer visitor.
ACharConstExp node to the Question visitor caller.
caller by applying this ACharConstExp node with the
question to the QuestionAnswer visitor.
Analysis.caseACharToStringUnop(ACharToStringUnop) of the Analysis analysis.
caller by applying this ACharToStringUnop
node to the Answer visitor.
ACharToStringUnop node to the Question visitor caller.
caller by applying this ACharToStringUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseACharType(ACharType) of the Analysis analysis.
caller by applying this ACharType
node to the Answer visitor.
ACharType node to the Question visitor caller.
caller by applying this ACharType node with the
question to the QuestionAnswer visitor.
Analysis.caseAClassTypeDecl(AClassTypeDecl) of the Analysis analysis.
caller by applying this AClassTypeDecl
node to the Answer visitor.
AClassTypeDecl node to the Question visitor caller.
caller by applying this AClassTypeDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAComplementUnop(AComplementUnop) of the Analysis analysis.
caller by applying this AComplementUnop
node to the Answer visitor.
AComplementUnop node to the Question visitor caller.
caller by applying this AComplementUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseAConcatBinop(AConcatBinop) of the Analysis analysis.
caller by applying this AConcatBinop
node to the Answer visitor.
AConcatBinop node to the Question visitor caller.
caller by applying this AConcatBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAConstructorDecl(AConstructorDecl) of the Analysis analysis.
caller by applying this AConstructorDecl
node to the Answer visitor.
AConstructorDecl node to the Question visitor caller.
caller by applying this AConstructorDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseADivideBinop(ADivideBinop) of the Analysis analysis.
caller by applying this ADivideBinop
node to the Answer visitor.
ADivideBinop node to the Question visitor caller.
caller by applying this ADivideBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseADoubleType(ADoubleType) of the Analysis analysis.
caller by applying this ADoubleType
node to the Answer visitor.
ADoubleType node to the Question visitor caller.
caller by applying this ADoubleType node with the
question to the QuestionAnswer visitor.
Analysis.caseAEmptyStm(AEmptyStm) of the Analysis analysis.
caller by applying this AEmptyStm
node to the Answer visitor.
AEmptyStm node to the Question visitor caller.
caller by applying this AEmptyStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAEqBinop(AEqBinop) of the Analysis analysis.
caller by applying this AEqBinop
node to the Answer visitor.
AEqBinop node to the Question visitor caller.
caller by applying this AEqBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAExpStm(AExpStm) of the Analysis analysis.
caller by applying this AExpStm
node to the Answer visitor.
AExpStm node to the Question visitor caller.
caller by applying this AExpStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAFalseBool(AFalseBool) of the Analysis analysis.
caller by applying this AFalseBool
node to the Answer visitor.
AFalseBool node to the Question visitor caller.
caller by applying this AFalseBool node with the
question to the QuestionAnswer visitor.
Analysis.caseAFieldDecl(AFieldDecl) of the Analysis analysis.
caller by applying this AFieldDecl
node to the Answer visitor.
AFieldDecl node to the Question visitor caller.
caller by applying this AFieldDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAFloatType(AFloatType) of the Analysis analysis.
caller by applying this AFloatType
node to the Answer visitor.
AFloatType node to the Question visitor caller.
caller by applying this AFloatType node with the
question to the QuestionAnswer visitor.
Analysis.caseAGeBinop(AGeBinop) of the Analysis analysis.
caller by applying this AGeBinop
node to the Answer visitor.
AGeBinop node to the Question visitor caller.
caller by applying this AGeBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAGtBinop(AGtBinop) of the Analysis analysis.
caller by applying this AGtBinop
node to the Answer visitor.
AGtBinop node to the Question visitor caller.
caller by applying this AGtBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAIfThenElseStm(AIfThenElseStm) of the Analysis analysis.
caller by applying this AIfThenElseStm
node to the Answer visitor.
AIfThenElseStm node to the Question visitor caller.
caller by applying this AIfThenElseStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAIfThenStm(AIfThenStm) of the Analysis analysis.
caller by applying this AIfThenStm
node to the Answer visitor.
AIfThenStm node to the Question visitor caller.
caller by applying this AIfThenStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAIncDecExp(AIncDecExp) of the Analysis analysis.
caller by applying this AIncDecExp
node to the Answer visitor.
AIncDecExp node to the Question visitor caller.
caller by applying this AIncDecExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAInstanceofExp(AInstanceofExp) of the Analysis analysis.
caller by applying this AInstanceofExp
node to the Answer visitor.
AInstanceofExp node to the Question visitor caller.
caller by applying this AInstanceofExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAIntConstExp(AIntConstExp) of the Analysis analysis.
caller by applying this AIntConstExp
node to the Answer visitor.
AIntConstExp node to the Question visitor caller.
caller by applying this AIntConstExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAInterfaceTypeDecl(AInterfaceTypeDecl) of the Analysis analysis.
caller by applying this AInterfaceTypeDecl
node to the Answer visitor.
AInterfaceTypeDecl node to the Question visitor caller.
caller by applying this AInterfaceTypeDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAIntToStringUnop(AIntToStringUnop) of the Analysis analysis.
caller by applying this AIntToStringUnop
node to the Answer visitor.
AIntToStringUnop node to the Question visitor caller.
caller by applying this AIntToStringUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseAIntType(AIntType) of the Analysis analysis.
caller by applying this AIntType
node to the Answer visitor.
AIntType node to the Question visitor caller.
caller by applying this AIntType node with the
question to the QuestionAnswer visitor.
Analysis.caseALazyAndBinop(ALazyAndBinop) of the Analysis analysis.
caller by applying this ALazyAndBinop
node to the Answer visitor.
ALazyAndBinop node to the Question visitor caller.
caller by applying this ALazyAndBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseALazyOrBinop(ALazyOrBinop) of the Analysis analysis.
caller by applying this ALazyOrBinop
node to the Answer visitor.
ALazyOrBinop node to the Question visitor caller.
caller by applying this ALazyOrBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseALeBinop(ALeBinop) of the Analysis analysis.
caller by applying this ALeBinop
node to the Answer visitor.
ALeBinop node to the Question visitor caller.
caller by applying this ALeBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseALocalDecl(ALocalDecl) of the Analysis analysis.
caller by applying this ALocalDecl
node to the Answer visitor.
ALocalDecl node to the Question visitor caller.
caller by applying this ALocalDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseALocalDeclStm(ALocalDeclStm) of the Analysis analysis.
caller by applying this ALocalDeclStm
node to the Answer visitor.
ALocalDeclStm node to the Question visitor caller.
caller by applying this ALocalDeclStm node with the
question to the QuestionAnswer visitor.
Analysis.caseALocalLvalue(ALocalLvalue) of the Analysis analysis.
caller by applying this ALocalLvalue
node to the Answer visitor.
ALocalLvalue node to the Question visitor caller.
caller by applying this ALocalLvalue node with the
question to the QuestionAnswer visitor.
Analysis.caseALongType(ALongType) of the Analysis analysis.
caller by applying this ALongType
node to the Answer visitor.
ALongType node to the Question visitor caller.
caller by applying this ALongType node with the
question to the QuestionAnswer visitor.
Analysis.caseALtBinop(ALtBinop) of the Analysis analysis.
caller by applying this ALtBinop
node to the Answer visitor.
ALtBinop node to the Question visitor caller.
caller by applying this ALtBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseALvalueExp(ALvalueExp) of the Analysis analysis.
caller by applying this ALvalueExp
node to the Answer visitor.
ALvalueExp node to the Question visitor caller.
caller by applying this ALvalueExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAMethodDecl(AMethodDecl) of the Analysis analysis.
caller by applying this AMethodDecl
node to the Answer visitor.
AMethodDecl node to the Question visitor caller.
caller by applying this AMethodDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAMinusBinop(AMinusBinop) of the Analysis analysis.
caller by applying this AMinusBinop
node to the Answer visitor.
AMinusBinop node to the Question visitor caller.
caller by applying this AMinusBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAModuloBinop(AModuloBinop) of the Analysis analysis.
caller by applying this AModuloBinop
node to the Answer visitor.
AModuloBinop node to the Question visitor caller.
caller by applying this AModuloBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseANamedType(ANamedType) of the Analysis analysis.
caller by applying this ANamedType
node to the Answer visitor.
ANamedType node to the Question visitor caller.
caller by applying this ANamedType node with the
question to the QuestionAnswer visitor.
Analysis.caseANeBinop(ANeBinop) of the Analysis analysis.
caller by applying this ANeBinop
node to the Answer visitor.
ANeBinop node to the Question visitor caller.
caller by applying this ANeBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseANegateUnop(ANegateUnop) of the Analysis analysis.
caller by applying this ANegateUnop
node to the Answer visitor.
ANegateUnop node to the Question visitor caller.
caller by applying this ANegateUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseANewArrayExp(ANewArrayExp) of the Analysis analysis.
caller by applying this ANewArrayExp
node to the Answer visitor.
ANewArrayExp node to the Question visitor caller.
caller by applying this ANewArrayExp node with the
question to the QuestionAnswer visitor.
Analysis.caseANewExp(ANewExp) of the Analysis analysis.
caller by applying this ANewExp
node to the Answer visitor.
ANewExp node to the Question visitor caller.
caller by applying this ANewExp node with the
question to the QuestionAnswer visitor.
Analysis.caseANonstaticFieldLvalue(ANonstaticFieldLvalue) of the Analysis analysis.
caller by applying this ANonstaticFieldLvalue
node to the Answer visitor.
ANonstaticFieldLvalue node to the Question visitor caller.
caller by applying this ANonstaticFieldLvalue node with the
question to the QuestionAnswer visitor.
Analysis.caseANonstaticInvokeExp(ANonstaticInvokeExp) of the Analysis analysis.
caller by applying this ANonstaticInvokeExp
node to the Answer visitor.
ANonstaticInvokeExp node to the Question visitor caller.
caller by applying this ANonstaticInvokeExp node with the
question to the QuestionAnswer visitor.
Analysis.caseANullExp(ANullExp) of the Analysis analysis.
caller by applying this ANullExp
node to the Answer visitor.
ANullExp node to the Question visitor caller.
caller by applying this ANullExp node with the
question to the QuestionAnswer visitor.
Analysis.caseANullType(ANullType) of the Analysis analysis.
caller by applying this ANullType
node to the Answer visitor.
ANullType node to the Question visitor caller.
caller by applying this ANullType node with the
question to the QuestionAnswer visitor.
Analysis.caseAObjectToStringUnop(AObjectToStringUnop) of the Analysis analysis.
caller by applying this AObjectToStringUnop
node to the Answer visitor.
AObjectToStringUnop node to the Question visitor caller.
caller by applying this AObjectToStringUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseAOnDemandImportDecl(AOnDemandImportDecl) of the Analysis analysis.
caller by applying this AOnDemandImportDecl
node to the Answer visitor.
AOnDemandImportDecl node to the Question visitor caller.
caller by applying this AOnDemandImportDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAOrBinop(AOrBinop) of the Analysis analysis.
caller by applying this AOrBinop
node to the Answer visitor.
AOrBinop node to the Question visitor caller.
caller by applying this AOrBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAPackageDecl(APackageDecl) of the Analysis analysis.
caller by applying this APackageDecl
node to the Answer visitor.
APackageDecl node to the Question visitor caller.
caller by applying this APackageDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAPlusBinop(APlusBinop) of the Analysis analysis.
caller by applying this APlusBinop
node to the Answer visitor.
APlusBinop node to the Question visitor caller.
caller by applying this APlusBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAPostDecIncDecOp(APostDecIncDecOp) of the Analysis analysis.
caller by applying this APostDecIncDecOp
node to the Answer visitor.
APostDecIncDecOp node to the Question visitor caller.
caller by applying this APostDecIncDecOp node with the
question to the QuestionAnswer visitor.
Analysis.caseAPostIncIncDecOp(APostIncIncDecOp) of the Analysis analysis.
caller by applying this APostIncIncDecOp
node to the Answer visitor.
APostIncIncDecOp node to the Question visitor caller.
caller by applying this APostIncIncDecOp node with the
question to the QuestionAnswer visitor.
Analysis.caseAPreDecIncDecOp(APreDecIncDecOp) of the Analysis analysis.
caller by applying this APreDecIncDecOp
node to the Answer visitor.
APreDecIncDecOp node to the Question visitor caller.
caller by applying this APreDecIncDecOp node with the
question to the QuestionAnswer visitor.
Analysis.caseAPreIncIncDecOp(APreIncIncDecOp) of the Analysis analysis.
caller by applying this APreIncIncDecOp
node to the Answer visitor.
APreIncIncDecOp node to the Question visitor caller.
caller by applying this APreIncIncDecOp node with the
question to the QuestionAnswer visitor.
Analysis.caseAProgram(AProgram) of the Analysis analysis.
caller by applying this AProgram
node to the Answer visitor.
AProgram node to the Question visitor caller.
caller by applying this AProgram node with the
question to the QuestionAnswer visitor.
Analysis.caseAProtectedAccess(AProtectedAccess) of the Analysis analysis.
caller by applying this AProtectedAccess
node to the Answer visitor.
AProtectedAccess node to the Question visitor caller.
caller by applying this AProtectedAccess node with the
question to the QuestionAnswer visitor.
Analysis.caseAPublicAccess(APublicAccess) of the Analysis analysis.
caller by applying this APublicAccess
node to the Answer visitor.
APublicAccess node to the Question visitor caller.
caller by applying this APublicAccess node with the
question to the QuestionAnswer visitor.
Analysis.caseAQualifiedName(AQualifiedName) of the Analysis analysis.
caller by applying this AQualifiedName
node to the Answer visitor.
AQualifiedName node to the Question visitor caller.
caller by applying this AQualifiedName node with the
question to the QuestionAnswer visitor.
Analysis.caseAShortToStringUnop(AShortToStringUnop) of the Analysis analysis.
caller by applying this AShortToStringUnop
node to the Answer visitor.
AShortToStringUnop node to the Question visitor caller.
caller by applying this AShortToStringUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseAShortType(AShortType) of the Analysis analysis.
caller by applying this AShortType
node to the Answer visitor.
AShortType node to the Question visitor caller.
caller by applying this AShortType node with the
question to the QuestionAnswer visitor.
Analysis.caseASimpleInvokeExp(ASimpleInvokeExp) of the Analysis analysis.
caller by applying this ASimpleInvokeExp
node to the Answer visitor.
ASimpleInvokeExp node to the Question visitor caller.
caller by applying this ASimpleInvokeExp node with the
question to the QuestionAnswer visitor.
Analysis.caseASimpleName(ASimpleName) of the Analysis analysis.
caller by applying this ASimpleName
node to the Answer visitor.
ASimpleName node to the Question visitor caller.
caller by applying this ASimpleName node with the
question to the QuestionAnswer visitor.
Analysis.caseASingleImportDecl(ASingleImportDecl) of the Analysis analysis.
caller by applying this ASingleImportDecl
node to the Answer visitor.
ASingleImportDecl node to the Question visitor caller.
caller by applying this ASingleImportDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseASourceFile(ASourceFile) of the Analysis analysis.
caller by applying this ASourceFile
node to the Answer visitor.
ASourceFile node to the Question visitor caller.
caller by applying this ASourceFile node with the
question to the QuestionAnswer visitor.
Analysis.caseAStaticFieldLvalue(AStaticFieldLvalue) of the Analysis analysis.
caller by applying this AStaticFieldLvalue
node to the Answer visitor.
AStaticFieldLvalue node to the Question visitor caller.
caller by applying this AStaticFieldLvalue node with the
question to the QuestionAnswer visitor.
Analysis.caseAStaticInvokeExp(AStaticInvokeExp) of the Analysis analysis.
caller by applying this AStaticInvokeExp
node to the Answer visitor.
AStaticInvokeExp node to the Question visitor caller.
caller by applying this AStaticInvokeExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAStringConstExp(AStringConstExp) of the Analysis analysis.
caller by applying this AStringConstExp
node to the Answer visitor.
AStringConstExp node to the Question visitor caller.
caller by applying this AStringConstExp node with the
question to the QuestionAnswer visitor.
Analysis.caseASuperStm(ASuperStm) of the Analysis analysis.
caller by applying this ASuperStm
node to the Answer visitor.
ASuperStm node to the Question visitor caller.
caller by applying this ASuperStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAThisExp(AThisExp) of the Analysis analysis.
caller by applying this AThisExp
node to the Answer visitor.
AThisExp node to the Question visitor caller.
caller by applying this AThisExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAThisStm(AThisStm) of the Analysis analysis.
caller by applying this AThisStm
node to the Answer visitor.
AThisStm node to the Question visitor caller.
caller by applying this AThisStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAThrowStm(AThrowStm) of the Analysis analysis.
caller by applying this AThrowStm
node to the Answer visitor.
AThrowStm node to the Question visitor caller.
caller by applying this AThrowStm node with the
question to the QuestionAnswer visitor.
Analysis.caseATimesBinop(ATimesBinop) of the Analysis analysis.
caller by applying this ATimesBinop
node to the Answer visitor.
ATimesBinop node to the Question visitor caller.
caller by applying this ATimesBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseATrueBool(ATrueBool) of the Analysis analysis.
caller by applying this ATrueBool
node to the Answer visitor.
ATrueBool node to the Question visitor caller.
caller by applying this ATrueBool node with the
question to the QuestionAnswer visitor.
Analysis.caseAUnopExp(AUnopExp) of the Analysis analysis.
caller by applying this AUnopExp
node to the Answer visitor.
AUnopExp node to the Question visitor caller.
caller by applying this AUnopExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAValueReturnStm(AValueReturnStm) of the Analysis analysis.
caller by applying this AValueReturnStm
node to the Answer visitor.
AValueReturnStm node to the Question visitor caller.
caller by applying this AValueReturnStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAVoidReturnStm(AVoidReturnStm) of the Analysis analysis.
caller by applying this AVoidReturnStm
node to the Answer visitor.
AVoidReturnStm node to the Question visitor caller.
caller by applying this AVoidReturnStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAVoidType(AVoidType) of the Analysis analysis.
caller by applying this AVoidType
node to the Answer visitor.
AVoidType node to the Question visitor caller.
caller by applying this AVoidType node with the
question to the QuestionAnswer visitor.
Analysis.caseAWhileStm(AWhileStm) of the Analysis analysis.
caller by applying this AWhileStm
node to the Answer visitor.
AWhileStm node to the Question visitor caller.
caller by applying this AWhileStm node with the
question to the QuestionAnswer visitor.
Analysis.caseAXorBinop(AXorBinop) of the Analysis analysis.
caller by applying this AXorBinop
node to the Answer visitor.
AXorBinop node to the Question visitor caller.
caller by applying this AXorBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseEOF(EOF) of the Analysis analysis.
caller by applying this EOF
node to the Answer visitor.
EOF node to the Question visitor caller.
caller by applying this EOF node with the
question to the QuestionAnswer visitor.
Analysis visitor analysis.
caller by applying this node to the
Answer visitor.
Question visitor caller.
answer by applying this node with the
question to the QuestionAnswer visitor.
Analysis.caseStart(Start) of the Analysis analysis.
caller by applying this Start
node to the Answer visitor.
Start node to the Question visitor caller.
caller by applying this Start node with the
question to the QuestionAnswer visitor.
Analysis.caseTAbstract(TAbstract) of the Analysis analysis.
caller by applying this TAbstract
node to the Answer visitor.
TAbstract node to the Question visitor caller.
caller by applying this TAbstract node with the
question to the QuestionAnswer visitor.
Analysis.caseTAnd(TAnd) of the Analysis analysis.
caller by applying this TAnd
node to the Answer visitor.
TAnd node to the Question visitor caller.
caller by applying this TAnd node with the
question to the QuestionAnswer visitor.
Analysis.caseTAndAnd(TAndAnd) of the Analysis analysis.
caller by applying this TAndAnd
node to the Answer visitor.
TAndAnd node to the Question visitor caller.
caller by applying this TAndAnd node with the
question to the QuestionAnswer visitor.
Analysis.caseTAssign(TAssign) of the Analysis analysis.
caller by applying this TAssign
node to the Answer visitor.
TAssign node to the Question visitor caller.
caller by applying this TAssign node with the
question to the QuestionAnswer visitor.
Analysis.caseTBoolean(TBoolean) of the Analysis analysis.
caller by applying this TBoolean
node to the Answer visitor.
TBoolean node to the Question visitor caller.
caller by applying this TBoolean node with the
question to the QuestionAnswer visitor.
Analysis.caseTBreak(TBreak) of the Analysis analysis.
caller by applying this TBreak
node to the Answer visitor.
TBreak node to the Question visitor caller.
caller by applying this TBreak node with the
question to the QuestionAnswer visitor.
Analysis.caseTByte(TByte) of the Analysis analysis.
caller by applying this TByte
node to the Answer visitor.
TByte node to the Question visitor caller.
caller by applying this TByte node with the
question to the QuestionAnswer visitor.
Analysis.caseTCase(TCase) of the Analysis analysis.
caller by applying this TCase
node to the Answer visitor.
TCase node to the Question visitor caller.
caller by applying this TCase node with the
question to the QuestionAnswer visitor.
Analysis.caseTCatch(TCatch) of the Analysis analysis.
caller by applying this TCatch
node to the Answer visitor.
TCatch node to the Question visitor caller.
caller by applying this TCatch node with the
question to the QuestionAnswer visitor.
Analysis.caseTChar(TChar) of the Analysis analysis.
caller by applying this TChar
node to the Answer visitor.
TChar node to the Question visitor caller.
caller by applying this TChar node with the
question to the QuestionAnswer visitor.
Analysis.caseTCharLiteral(TCharLiteral) of the Analysis analysis.
caller by applying this TCharLiteral
node to the Answer visitor.
TCharLiteral node to the Question visitor caller.
caller by applying this TCharLiteral node with the
question to the QuestionAnswer visitor.
Analysis.caseTClass(TClass) of the Analysis analysis.
caller by applying this TClass
node to the Answer visitor.
TClass node to the Question visitor caller.
caller by applying this TClass node with the
question to the QuestionAnswer visitor.
Analysis.caseTComma(TComma) of the Analysis analysis.
caller by applying this TComma
node to the Answer visitor.
TComma node to the Question visitor caller.
caller by applying this TComma node with the
question to the QuestionAnswer visitor.
Analysis.caseTComplement(TComplement) of the Analysis analysis.
caller by applying this TComplement
node to the Answer visitor.
TComplement node to the Question visitor caller.
caller by applying this TComplement node with the
question to the QuestionAnswer visitor.
Analysis.caseTConst(TConst) of the Analysis analysis.
caller by applying this TConst
node to the Answer visitor.
TConst node to the Question visitor caller.
caller by applying this TConst node with the
question to the QuestionAnswer visitor.
Analysis.caseTContinue(TContinue) of the Analysis analysis.
caller by applying this TContinue
node to the Answer visitor.
TContinue node to the Question visitor caller.
caller by applying this TContinue node with the
question to the QuestionAnswer visitor.
Analysis.caseTDefault(TDefault) of the Analysis analysis.
caller by applying this TDefault
node to the Answer visitor.
TDefault node to the Question visitor caller.
caller by applying this TDefault node with the
question to the QuestionAnswer visitor.
Analysis.caseTDiv(TDiv) of the Analysis analysis.
caller by applying this TDiv
node to the Answer visitor.
TDiv node to the Question visitor caller.
caller by applying this TDiv node with the
question to the QuestionAnswer visitor.
Analysis.caseTDo(TDo) of the Analysis analysis.
caller by applying this TDo
node to the Answer visitor.
TDo node to the Question visitor caller.
caller by applying this TDo node with the
question to the QuestionAnswer visitor.
Analysis.caseTDocumentationComment(TDocumentationComment) of the Analysis analysis.
caller by applying this TDocumentationComment
node to the Answer visitor.
TDocumentationComment node to the Question visitor caller.
caller by applying this TDocumentationComment node with the
question to the QuestionAnswer visitor.
Analysis.caseTDot(TDot) of the Analysis analysis.
caller by applying this TDot
node to the Answer visitor.
TDot node to the Question visitor caller.
caller by applying this TDot node with the
question to the QuestionAnswer visitor.
Analysis.caseTDouble(TDouble) of the Analysis analysis.
caller by applying this TDouble
node to the Answer visitor.
TDouble node to the Question visitor caller.
caller by applying this TDouble node with the
question to the QuestionAnswer visitor.
Analysis.caseTElse(TElse) of the Analysis analysis.
caller by applying this TElse
node to the Answer visitor.
TElse node to the Question visitor caller.
caller by applying this TElse node with the
question to the QuestionAnswer visitor.
Analysis.caseTEndOfLineComment(TEndOfLineComment) of the Analysis analysis.
caller by applying this TEndOfLineComment
node to the Answer visitor.
TEndOfLineComment node to the Question visitor caller.
caller by applying this TEndOfLineComment node with the
question to the QuestionAnswer visitor.
Analysis.caseTEq(TEq) of the Analysis analysis.
caller by applying this TEq
node to the Answer visitor.
TEq node to the Question visitor caller.
caller by applying this TEq node with the
question to the QuestionAnswer visitor.
Analysis.caseTExtends(TExtends) of the Analysis analysis.
caller by applying this TExtends
node to the Answer visitor.
TExtends node to the Question visitor caller.
caller by applying this TExtends node with the
question to the QuestionAnswer visitor.
Analysis.caseTFalse(TFalse) of the Analysis analysis.
caller by applying this TFalse
node to the Answer visitor.
TFalse node to the Question visitor caller.
caller by applying this TFalse node with the
question to the QuestionAnswer visitor.
Analysis.caseTFinal(TFinal) of the Analysis analysis.
caller by applying this TFinal
node to the Answer visitor.
TFinal node to the Question visitor caller.
caller by applying this TFinal node with the
question to the QuestionAnswer visitor.
Analysis.caseTFinally(TFinally) of the Analysis analysis.
caller by applying this TFinally
node to the Answer visitor.
TFinally node to the Question visitor caller.
caller by applying this TFinally node with the
question to the QuestionAnswer visitor.
Analysis.caseTFloat(TFloat) of the Analysis analysis.
caller by applying this TFloat
node to the Answer visitor.
TFloat node to the Question visitor caller.
caller by applying this TFloat node with the
question to the QuestionAnswer visitor.
Analysis.caseTFor(TFor) of the Analysis analysis.
caller by applying this TFor
node to the Answer visitor.
TFor node to the Question visitor caller.
caller by applying this TFor node with the
question to the QuestionAnswer visitor.
Analysis.caseTGoto(TGoto) of the Analysis analysis.
caller by applying this TGoto
node to the Answer visitor.
TGoto node to the Question visitor caller.
caller by applying this TGoto node with the
question to the QuestionAnswer visitor.
Analysis.caseTGt(TGt) of the Analysis analysis.
caller by applying this TGt
node to the Answer visitor.
TGt node to the Question visitor caller.
caller by applying this TGt node with the
question to the QuestionAnswer visitor.
Analysis.caseTGteq(TGteq) of the Analysis analysis.
caller by applying this TGteq
node to the Answer visitor.
TGteq node to the Question visitor caller.
caller by applying this TGteq node with the
question to the QuestionAnswer visitor.
Analysis.caseTIdentifier(TIdentifier) of the Analysis analysis.
caller by applying this TIdentifier
node to the Answer visitor.
TIdentifier node to the Question visitor caller.
caller by applying this TIdentifier node with the
question to the QuestionAnswer visitor.
Analysis.caseTIf(TIf) of the Analysis analysis.
caller by applying this TIf
node to the Answer visitor.
TIf node to the Question visitor caller.
caller by applying this TIf node with the
question to the QuestionAnswer visitor.
Analysis.caseTImplements(TImplements) of the Analysis analysis.
caller by applying this TImplements
node to the Answer visitor.
TImplements node to the Question visitor caller.
caller by applying this TImplements node with the
question to the QuestionAnswer visitor.
Analysis.caseTImport(TImport) of the Analysis analysis.
caller by applying this TImport
node to the Answer visitor.
TImport node to the Question visitor caller.
caller by applying this TImport node with the
question to the QuestionAnswer visitor.
Analysis.caseTInstanceof(TInstanceof) of the Analysis analysis.
caller by applying this TInstanceof
node to the Answer visitor.
TInstanceof node to the Question visitor caller.
caller by applying this TInstanceof node with the
question to the QuestionAnswer visitor.
Analysis.caseTInt(TInt) of the Analysis analysis.
caller by applying this TInt
node to the Answer visitor.
TInt node to the Question visitor caller.
caller by applying this TInt node with the
question to the QuestionAnswer visitor.
Analysis.caseTIntegerLiteral(TIntegerLiteral) of the Analysis analysis.
caller by applying this TIntegerLiteral
node to the Answer visitor.
TIntegerLiteral node to the Question visitor caller.
caller by applying this TIntegerLiteral node with the
question to the QuestionAnswer visitor.
Analysis.caseTInterface(TInterface) of the Analysis analysis.
caller by applying this TInterface
node to the Answer visitor.
TInterface node to the Question visitor caller.
caller by applying this TInterface node with the
question to the QuestionAnswer visitor.
Analysis.caseTLBrace(TLBrace) of the Analysis analysis.
caller by applying this TLBrace
node to the Answer visitor.
TLBrace node to the Question visitor caller.
caller by applying this TLBrace node with the
question to the QuestionAnswer visitor.
Analysis.caseTLBracket(TLBracket) of the Analysis analysis.
caller by applying this TLBracket
node to the Answer visitor.
TLBracket node to the Question visitor caller.
caller by applying this TLBracket node with the
question to the QuestionAnswer visitor.
Analysis.caseTLong(TLong) of the Analysis analysis.
caller by applying this TLong
node to the Answer visitor.
TLong node to the Question visitor caller.
caller by applying this TLong node with the
question to the QuestionAnswer visitor.
Analysis.caseTLParenthese(TLParenthese) of the Analysis analysis.
caller by applying this TLParenthese
node to the Answer visitor.
TLParenthese node to the Question visitor caller.
caller by applying this TLParenthese node with the
question to the QuestionAnswer visitor.
Analysis.caseTLt(TLt) of the Analysis analysis.
caller by applying this TLt
node to the Answer visitor.
TLt node to the Question visitor caller.
caller by applying this TLt node with the
question to the QuestionAnswer visitor.
Analysis.caseTLteq(TLteq) of the Analysis analysis.
caller by applying this TLteq
node to the Answer visitor.
TLteq node to the Question visitor caller.
caller by applying this TLteq node with the
question to the QuestionAnswer visitor.
Analysis.caseTMinus(TMinus) of the Analysis analysis.
caller by applying this TMinus
node to the Answer visitor.
TMinus node to the Question visitor caller.
caller by applying this TMinus node with the
question to the QuestionAnswer visitor.
Analysis.caseTMinusMinus(TMinusMinus) of the Analysis analysis.
caller by applying this TMinusMinus
node to the Answer visitor.
TMinusMinus node to the Question visitor caller.
caller by applying this TMinusMinus node with the
question to the QuestionAnswer visitor.
Analysis.caseTMod(TMod) of the Analysis analysis.
caller by applying this TMod
node to the Answer visitor.
TMod node to the Question visitor caller.
caller by applying this TMod node with the
question to the QuestionAnswer visitor.
Analysis.caseTNative(TNative) of the Analysis analysis.
caller by applying this TNative
node to the Answer visitor.
TNative node to the Question visitor caller.
caller by applying this TNative node with the
question to the QuestionAnswer visitor.
Analysis.caseTNeq(TNeq) of the Analysis analysis.
caller by applying this TNeq
node to the Answer visitor.
TNeq node to the Question visitor caller.
caller by applying this TNeq node with the
question to the QuestionAnswer visitor.
Analysis.caseTNew(TNew) of the Analysis analysis.
caller by applying this TNew
node to the Answer visitor.
TNew node to the Question visitor caller.
caller by applying this TNew node with the
question to the QuestionAnswer visitor.
Analysis.caseTNull(TNull) of the Analysis analysis.
caller by applying this TNull
node to the Answer visitor.
TNull node to the Question visitor caller.
caller by applying this TNull node with the
question to the QuestionAnswer visitor.
Analysis.caseTOr(TOr) of the Analysis analysis.
caller by applying this TOr
node to the Answer visitor.
TOr node to the Question visitor caller.
caller by applying this TOr node with the
question to the QuestionAnswer visitor.
Analysis.caseTOrOr(TOrOr) of the Analysis analysis.
caller by applying this TOrOr
node to the Answer visitor.
TOrOr node to the Question visitor caller.
caller by applying this TOrOr node with the
question to the QuestionAnswer visitor.
Analysis.caseTPackage(TPackage) of the Analysis analysis.
caller by applying this TPackage
node to the Answer visitor.
TPackage node to the Question visitor caller.
caller by applying this TPackage node with the
question to the QuestionAnswer visitor.
Analysis.caseTPlus(TPlus) of the Analysis analysis.
caller by applying this TPlus
node to the Answer visitor.
TPlus node to the Question visitor caller.
caller by applying this TPlus node with the
question to the QuestionAnswer visitor.
Analysis.caseTPlusPlus(TPlusPlus) of the Analysis analysis.
caller by applying this TPlusPlus
node to the Answer visitor.
TPlusPlus node to the Question visitor caller.
caller by applying this TPlusPlus node with the
question to the QuestionAnswer visitor.
Analysis.caseTPrivate(TPrivate) of the Analysis analysis.
caller by applying this TPrivate
node to the Answer visitor.
TPrivate node to the Question visitor caller.
caller by applying this TPrivate node with the
question to the QuestionAnswer visitor.
Analysis.caseTProtected(TProtected) of the Analysis analysis.
caller by applying this TProtected
node to the Answer visitor.
TProtected node to the Question visitor caller.
caller by applying this TProtected node with the
question to the QuestionAnswer visitor.
Analysis.caseTPublic(TPublic) of the Analysis analysis.
caller by applying this TPublic
node to the Answer visitor.
TPublic node to the Question visitor caller.
caller by applying this TPublic node with the
question to the QuestionAnswer visitor.
Analysis.caseTRBrace(TRBrace) of the Analysis analysis.
caller by applying this TRBrace
node to the Answer visitor.
TRBrace node to the Question visitor caller.
caller by applying this TRBrace node with the
question to the QuestionAnswer visitor.
Analysis.caseTRBracket(TRBracket) of the Analysis analysis.
caller by applying this TRBracket
node to the Answer visitor.
TRBracket node to the Question visitor caller.
caller by applying this TRBracket node with the
question to the QuestionAnswer visitor.
Analysis.caseTReturn(TReturn) of the Analysis analysis.
caller by applying this TReturn
node to the Answer visitor.
TReturn node to the Question visitor caller.
caller by applying this TReturn node with the
question to the QuestionAnswer visitor.
Analysis.caseTRParenthese(TRParenthese) of the Analysis analysis.
caller by applying this TRParenthese
node to the Answer visitor.
TRParenthese node to the Question visitor caller.
caller by applying this TRParenthese node with the
question to the QuestionAnswer visitor.
Analysis.caseTSemicolon(TSemicolon) of the Analysis analysis.
caller by applying this TSemicolon
node to the Answer visitor.
TSemicolon node to the Question visitor caller.
caller by applying this TSemicolon node with the
question to the QuestionAnswer visitor.
Analysis.caseTShort(TShort) of the Analysis analysis.
caller by applying this TShort
node to the Answer visitor.
TShort node to the Question visitor caller.
caller by applying this TShort node with the
question to the QuestionAnswer visitor.
Analysis.caseTStar(TStar) of the Analysis analysis.
caller by applying this TStar
node to the Answer visitor.
TStar node to the Question visitor caller.
caller by applying this TStar node with the
question to the QuestionAnswer visitor.
Analysis.caseTStatic(TStatic) of the Analysis analysis.
caller by applying this TStatic
node to the Answer visitor.
TStatic node to the Question visitor caller.
caller by applying this TStatic node with the
question to the QuestionAnswer visitor.
Analysis.caseTStrictfp(TStrictfp) of the Analysis analysis.
caller by applying this TStrictfp
node to the Answer visitor.
TStrictfp node to the Question visitor caller.
caller by applying this TStrictfp node with the
question to the QuestionAnswer visitor.
Analysis.caseTStringLiteral(TStringLiteral) of the Analysis analysis.
caller by applying this TStringLiteral
node to the Answer visitor.
TStringLiteral node to the Question visitor caller.
caller by applying this TStringLiteral node with the
question to the QuestionAnswer visitor.
Analysis.caseTSuper(TSuper) of the Analysis analysis.
caller by applying this TSuper
node to the Answer visitor.
TSuper node to the Question visitor caller.
caller by applying this TSuper node with the
question to the QuestionAnswer visitor.
Analysis.caseTSwitch(TSwitch) of the Analysis analysis.
caller by applying this TSwitch
node to the Answer visitor.
TSwitch node to the Question visitor caller.
caller by applying this TSwitch node with the
question to the QuestionAnswer visitor.
Analysis.caseTSynchronized(TSynchronized) of the Analysis analysis.
caller by applying this TSynchronized
node to the Answer visitor.
TSynchronized node to the Question visitor caller.
caller by applying this TSynchronized node with the
question to the QuestionAnswer visitor.
Analysis.caseTThis(TThis) of the Analysis analysis.
caller by applying this TThis
node to the Answer visitor.
TThis node to the Question visitor caller.
caller by applying this TThis node with the
question to the QuestionAnswer visitor.
Analysis.caseTThrow(TThrow) of the Analysis analysis.
caller by applying this TThrow
node to the Answer visitor.
TThrow node to the Question visitor caller.
caller by applying this TThrow node with the
question to the QuestionAnswer visitor.
Analysis.caseTThrows(TThrows) of the Analysis analysis.
caller by applying this TThrows
node to the Answer visitor.
TThrows node to the Question visitor caller.
caller by applying this TThrows node with the
question to the QuestionAnswer visitor.
Analysis.caseTTraditionalComment(TTraditionalComment) of the Analysis analysis.
caller by applying this TTraditionalComment
node to the Answer visitor.
TTraditionalComment node to the Question visitor caller.
caller by applying this TTraditionalComment node with the
question to the QuestionAnswer visitor.
Analysis.caseTTransient(TTransient) of the Analysis analysis.
caller by applying this TTransient
node to the Answer visitor.
TTransient node to the Question visitor caller.
caller by applying this TTransient node with the
question to the QuestionAnswer visitor.
Analysis.caseTTrue(TTrue) of the Analysis analysis.
caller by applying this TTrue
node to the Answer visitor.
TTrue node to the Question visitor caller.
caller by applying this TTrue node with the
question to the QuestionAnswer visitor.
Analysis.caseTTry(TTry) of the Analysis analysis.
caller by applying this TTry
node to the Answer visitor.
TTry node to the Question visitor caller.
caller by applying this TTry node with the
question to the QuestionAnswer visitor.
Analysis.caseTVoid(TVoid) of the Analysis analysis.
caller by applying this TVoid
node to the Answer visitor.
TVoid node to the Question visitor caller.
caller by applying this TVoid node with the
question to the QuestionAnswer visitor.
Analysis.caseTVolatile(TVolatile) of the Analysis analysis.
caller by applying this TVolatile
node to the Answer visitor.
TVolatile node to the Question visitor caller.
caller by applying this TVolatile node with the
question to the QuestionAnswer visitor.
Analysis.caseTWhile(TWhile) of the Analysis analysis.
caller by applying this TWhile
node to the Answer visitor.
TWhile node to the Question visitor caller.
caller by applying this TWhile node with the
question to the QuestionAnswer visitor.
Analysis.caseTWhiteSpace(TWhiteSpace) of the Analysis analysis.
caller by applying this TWhiteSpace
node to the Answer visitor.
TWhiteSpace node to the Question visitor caller.
caller by applying this TWhiteSpace node with the
question to the QuestionAnswer visitor.
Analysis.caseTXor(TXor) of the Analysis analysis.
caller by applying this TXor
node to the Answer visitor.
TXor node to the Question visitor caller.
caller by applying this TXor node with the
question to the QuestionAnswer visitor.
Analysis.caseAAeqCond(AAeqCond) of the Analysis analysis.
caller by applying this AAeqCond
node to the Answer visitor.
AAeqCond node to the Question visitor caller.
caller by applying this AAeqCond node with the
question to the QuestionAnswer visitor.
Analysis.caseAAndBinop(AAndBinop) of the Analysis analysis.
caller by applying this AAndBinop
node to the Answer visitor.
AAndBinop node to the Question visitor caller.
caller by applying this AAndBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAAneCond(AAneCond) of the Analysis analysis.
caller by applying this AAneCond
node to the Answer visitor.
AAneCond node to the Question visitor caller.
caller by applying this AAneCond node with the
question to the QuestionAnswer visitor.
Analysis.caseABinopExp(ABinopExp) of the Analysis analysis.
caller by applying this ABinopExp
node to the Answer visitor.
ABinopExp node to the Question visitor caller.
caller by applying this ABinopExp node with the
question to the QuestionAnswer visitor.
Analysis.caseABuiltinExp(ABuiltinExp) of the Analysis analysis.
caller by applying this ABuiltinExp
node to the Answer visitor.
ABuiltinExp node to the Question visitor caller.
caller by applying this ABuiltinExp node with the
question to the QuestionAnswer visitor.
Analysis.caseACommuteBuiltin(ACommuteBuiltin) of the Analysis analysis.
caller by applying this ACommuteBuiltin
node to the Answer visitor.
ACommuteBuiltin node to the Question visitor caller.
caller by applying this ACommuteBuiltin node with the
question to the QuestionAnswer visitor.
Analysis.caseAComplementUnop(AComplementUnop) of the Analysis analysis.
caller by applying this AComplementUnop
node to the Answer visitor.
AComplementUnop node to the Question visitor caller.
caller by applying this AComplementUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseACondConstExp(ACondConstExp) of the Analysis analysis.
caller by applying this ACondConstExp
node to the Answer visitor.
ACondConstExp node to the Question visitor caller.
caller by applying this ACondConstExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAConjunctionExp(AConjunctionExp) of the Analysis analysis.
caller by applying this AConjunctionExp
node to the Answer visitor.
AConjunctionExp node to the Question visitor caller.
caller by applying this AConjunctionExp node with the
question to the QuestionAnswer visitor.
Analysis.caseADegreeBuiltin(ADegreeBuiltin) of the Analysis analysis.
caller by applying this ADegreeBuiltin
node to the Answer visitor.
ADegreeBuiltin node to the Question visitor caller.
caller by applying this ADegreeBuiltin node with the
question to the QuestionAnswer visitor.
Analysis.caseADisjunctionExp(ADisjunctionExp) of the Analysis analysis.
caller by applying this ADisjunctionExp
node to the Answer visitor.
ADisjunctionExp node to the Question visitor caller.
caller by applying this ADisjunctionExp node with the
question to the QuestionAnswer visitor.
Analysis.caseADivideBinop(ADivideBinop) of the Analysis analysis.
caller by applying this ADivideBinop
node to the Answer visitor.
ADivideBinop node to the Question visitor caller.
caller by applying this ADivideBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAEqBinop(AEqBinop) of the Analysis analysis.
caller by applying this AEqBinop
node to the Answer visitor.
AEqBinop node to the Question visitor caller.
caller by applying this AEqBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAEqCond(AEqCond) of the Analysis analysis.
caller by applying this AEqCond
node to the Answer visitor.
AEqCond node to the Question visitor caller.
caller by applying this AEqCond node with the
question to the QuestionAnswer visitor.
Analysis.caseAFormalsBuiltin(AFormalsBuiltin) of the Analysis analysis.
caller by applying this AFormalsBuiltin
node to the Answer visitor.
AFormalsBuiltin node to the Question visitor caller.
caller by applying this AFormalsBuiltin node with the
question to the QuestionAnswer visitor.
Analysis.caseAGeBinop(AGeBinop) of the Analysis analysis.
caller by applying this AGeBinop
node to the Answer visitor.
AGeBinop node to the Question visitor caller.
caller by applying this AGeBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAGeCond(AGeCond) of the Analysis analysis.
caller by applying this AGeCond
node to the Answer visitor.
AGeCond node to the Question visitor caller.
caller by applying this AGeCond node with the
question to the QuestionAnswer visitor.
Analysis.caseAGtBinop(AGtBinop) of the Analysis analysis.
caller by applying this AGtBinop
node to the Answer visitor.
AGtBinop node to the Question visitor caller.
caller by applying this AGtBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAGtCond(AGtCond) of the Analysis analysis.
caller by applying this AGtCond
node to the Answer visitor.
AGtCond node to the Question visitor caller.
caller by applying this AGtCond node with the
question to the QuestionAnswer visitor.
Analysis.caseAInst(AInst) of the Analysis analysis.
caller by applying this AInst
node to the Answer visitor.
AInst node to the Question visitor caller.
caller by applying this AInst node with the
question to the QuestionAnswer visitor.
Analysis.caseAInstructionInstPat(AInstructionInstPat) of the Analysis analysis.
caller by applying this AInstructionInstPat
node to the Answer visitor.
AInstructionInstPat node to the Question visitor caller.
caller by applying this AInstructionInstPat node with the
question to the QuestionAnswer visitor.
Analysis.caseAIntConstExp(AIntConstExp) of the Analysis analysis.
caller by applying this AIntConstExp
node to the Answer visitor.
AIntConstExp node to the Question visitor caller.
caller by applying this AIntConstExp node with the
question to the QuestionAnswer visitor.
Analysis.caseALabelBinderInstPat(ALabelBinderInstPat) of the Analysis analysis.
caller by applying this ALabelBinderInstPat
node to the Answer visitor.
ALabelBinderInstPat node to the Question visitor caller.
caller by applying this ALabelBinderInstPat node with the
question to the QuestionAnswer visitor.
Analysis.caseALeBinop(ALeBinop) of the Analysis analysis.
caller by applying this ALeBinop
node to the Answer visitor.
ALeBinop node to the Question visitor caller.
caller by applying this ALeBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseALeCond(ALeCond) of the Analysis analysis.
caller by applying this ALeCond
node to the Answer visitor.
ALeCond node to the Question visitor caller.
caller by applying this ALeCond node with the
question to the QuestionAnswer visitor.
Analysis.caseALtBinop(ALtBinop) of the Analysis analysis.
caller by applying this ALtBinop
node to the Answer visitor.
ALtBinop node to the Question visitor caller.
caller by applying this ALtBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseALtCond(ALtCond) of the Analysis analysis.
caller by applying this ALtCond
node to the Answer visitor.
ALtCond node to the Question visitor caller.
caller by applying this ALtCond node with the
question to the QuestionAnswer visitor.
Analysis.caseAMatchExp(AMatchExp) of the Analysis analysis.
caller by applying this AMatchExp
node to the Answer visitor.
AMatchExp node to the Question visitor caller.
caller by applying this AMatchExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAMinusBinop(AMinusBinop) of the Analysis analysis.
caller by applying this AMinusBinop
node to the Answer visitor.
AMinusBinop node to the Question visitor caller.
caller by applying this AMinusBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAModuloBinop(AModuloBinop) of the Analysis analysis.
caller by applying this AModuloBinop
node to the Answer visitor.
AModuloBinop node to the Question visitor caller.
caller by applying this AModuloBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseANeBinop(ANeBinop) of the Analysis analysis.
caller by applying this ANeBinop
node to the Answer visitor.
ANeBinop node to the Question visitor caller.
caller by applying this ANeBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseANeCond(ANeCond) of the Analysis analysis.
caller by applying this ANeCond
node to the Answer visitor.
ANeCond node to the Question visitor caller.
caller by applying this ANeCond node with the
question to the QuestionAnswer visitor.
Analysis.caseANegateBuiltin(ANegateBuiltin) of the Analysis analysis.
caller by applying this ANegateBuiltin
node to the Answer visitor.
ANegateBuiltin node to the Question visitor caller.
caller by applying this ANegateBuiltin node with the
question to the QuestionAnswer visitor.
Analysis.caseANegateUnop(ANegateUnop) of the Analysis analysis.
caller by applying this ANegateUnop
node to the Answer visitor.
ANegateUnop node to the Question visitor caller.
caller by applying this ANegateUnop node with the
question to the QuestionAnswer visitor.
Analysis.caseAOpcode(AOpcode) of the Analysis analysis.
caller by applying this AOpcode
node to the Answer visitor.
AOpcode node to the Question visitor caller.
caller by applying this AOpcode node with the
question to the QuestionAnswer visitor.
Analysis.caseAOrBinop(AOrBinop) of the Analysis analysis.
caller by applying this AOrBinop
node to the Answer visitor.
AOrBinop node to the Question visitor caller.
caller by applying this AOrBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAPatternCollection(APatternCollection) of the Analysis analysis.
caller by applying this APatternCollection
node to the Answer visitor.
APatternCollection node to the Question visitor caller.
caller by applying this APatternCollection node with the
question to the QuestionAnswer visitor.
Analysis.caseAPatternDecl(APatternDecl) of the Analysis analysis.
caller by applying this APatternDecl
node to the Answer visitor.
APatternDecl node to the Question visitor caller.
caller by applying this APatternDecl node with the
question to the QuestionAnswer visitor.
Analysis.caseAPlusBinop(APlusBinop) of the Analysis analysis.
caller by applying this APlusBinop
node to the Answer visitor.
APlusBinop node to the Question visitor caller.
caller by applying this APlusBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAReturnsBuiltin(AReturnsBuiltin) of the Analysis analysis.
caller by applying this AReturnsBuiltin
node to the Answer visitor.
AReturnsBuiltin node to the Question visitor caller.
caller by applying this AReturnsBuiltin node with the
question to the QuestionAnswer visitor.
Analysis.caseATargetBuiltin(ATargetBuiltin) of the Analysis analysis.
caller by applying this ATargetBuiltin
node to the Answer visitor.
ATargetBuiltin node to the Question visitor caller.
caller by applying this ATargetBuiltin node with the
question to the QuestionAnswer visitor.
Analysis.caseATimesBinop(ATimesBinop) of the Analysis analysis.
caller by applying this ATimesBinop
node to the Answer visitor.
ATimesBinop node to the Question visitor caller.
caller by applying this ATimesBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseAUnopExp(AUnopExp) of the Analysis analysis.
caller by applying this AUnopExp
node to the Answer visitor.
AUnopExp node to the Question visitor caller.
caller by applying this AUnopExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAVar(AVar) of the Analysis analysis.
caller by applying this AVar
node to the Answer visitor.
AVar node to the Question visitor caller.
caller by applying this AVar node with the
question to the QuestionAnswer visitor.
Analysis.caseAVarExp(AVarExp) of the Analysis analysis.
caller by applying this AVarExp
node to the Answer visitor.
AVarExp node to the Question visitor caller.
caller by applying this AVarExp node with the
question to the QuestionAnswer visitor.
Analysis.caseAWildcardInstPat(AWildcardInstPat) of the Analysis analysis.
caller by applying this AWildcardInstPat
node to the Answer visitor.
AWildcardInstPat node to the Question visitor caller.
caller by applying this AWildcardInstPat node with the
question to the QuestionAnswer visitor.
Analysis.caseAXorBinop(AXorBinop) of the Analysis analysis.
caller by applying this AXorBinop
node to the Answer visitor.
AXorBinop node to the Question visitor caller.
caller by applying this AXorBinop node with the
question to the QuestionAnswer visitor.
Analysis.caseEOF(EOF) of the Analysis analysis.
caller by applying this EOF
node to the Answer visitor.
EOF node to the Question visitor caller.
caller by applying this EOF node with the
question to the QuestionAnswer visitor.
Analysis visitor analysis.
caller by applying this node to the
Answer visitor.
Question visitor caller.
answer by applying this node with the
question to the QuestionAnswer visitor.
Analysis.caseStart(Start) of the Analysis analysis.
caller by applying this Start
node to the Answer visitor.
Start node to the Question visitor caller.
caller by applying this Start node with the
question to the QuestionAnswer visitor.
Analysis.caseTAeq(TAeq) of the Analysis analysis.
caller by applying this TAeq
node to the Answer visitor.
TAeq node to the Question visitor caller.
caller by applying this TAeq node with the
question to the QuestionAnswer visitor.
Analysis.caseTAne(TAne) of the Analysis analysis.
caller by applying this TAne
node to the Answer visitor.
TAne node to the Question visitor caller.
caller by applying this TAne node with the
question to the QuestionAnswer visitor.
Analysis.caseTArrow(TArrow) of the Analysis analysis.
caller by applying this TArrow
node to the Answer visitor.
TArrow node to the Question visitor caller.
caller by applying this TArrow node with the
question to the QuestionAnswer visitor.
Analysis.caseTColon(TColon) of the Analysis analysis.
caller by applying this TColon
node to the Answer visitor.
TColon node to the Question visitor caller.
caller by applying this TColon node with the
question to the QuestionAnswer visitor.
Analysis.caseTComma(TComma) of the Analysis analysis.
caller by applying this TComma
node to the Answer visitor.
TComma node to the Question visitor caller.
caller by applying this TComma node with the
question to the QuestionAnswer visitor.
Analysis.caseTCommute(TCommute) of the Analysis analysis.
caller by applying this TCommute
node to the Answer visitor.
TCommute node to the Question visitor caller.
caller by applying this TCommute node with the
question to the QuestionAnswer visitor.
Analysis.caseTDegree(TDegree) of the Analysis analysis.
caller by applying this TDegree
node to the Answer visitor.
TDegree node to the Question visitor caller.
caller by applying this TDegree node with the
question to the QuestionAnswer visitor.
Analysis.caseTDocumentationComment(TDocumentationComment) of the Analysis analysis.
caller by applying this TDocumentationComment
node to the Answer visitor.
TDocumentationComment node to the Question visitor caller.
caller by applying this TDocumentationComment node with the
question to the QuestionAnswer visitor.
Analysis.caseTEndOfLineComment(TEndOfLineComment) of the Analysis analysis.
caller by applying this TEndOfLineComment
node to the Answer visitor.
TEndOfLineComment node to the Question visitor caller.
caller by applying this TEndOfLineComment node with the
question to the QuestionAnswer visitor.
Analysis.caseTEq(TEq) of the Analysis analysis.
caller by applying this TEq
node to the Answer visitor.
TEq node to the Question visitor caller.
caller by applying this TEq node with the
question to the QuestionAnswer visitor.
Analysis.caseTFormals(TFormals) of the Analysis analysis.
caller by applying this TFormals
node to the Answer visitor.
TFormals node to the Question visitor caller.
caller by applying this TFormals node with the
question to the QuestionAnswer visitor.
Analysis.caseTGe(TGe) of the Analysis analysis.
caller by applying this TGe
node to the Answer visitor.
TGe node to the Question visitor caller.
caller by applying this TGe node with the
question to the QuestionAnswer visitor.
Analysis.caseTGt(TGt) of the Analysis analysis.
caller by applying this TGt
node to the Answer visitor.
TGt node to the Question visitor caller.
caller by applying this TGt node with the
question to the QuestionAnswer visitor.
Analysis.caseTIdentifier(TIdentifier) of the Analysis analysis.
caller by applying this TIdentifier
node to the Answer visitor.
TIdentifier node to the Question visitor caller.
caller by applying this TIdentifier node with the
question to the QuestionAnswer visitor.
Analysis.caseTIntegerLiteral(TIntegerLiteral) of the Analysis analysis.
caller by applying this TIntegerLiteral
node to the Answer visitor.
TIntegerLiteral node to the Question visitor caller.
caller by applying this TIntegerLiteral node with the
question to the QuestionAnswer visitor.
Analysis.caseTLe(TLe) of the Analysis analysis.
caller by applying this TLe
node to the Answer visitor.
TLe node to the Question visitor caller.
caller by applying this TLe node with the
question to the QuestionAnswer visitor.
Analysis.caseTLParenthese(TLParenthese) of the Analysis analysis.
caller by applying this TLParenthese
node to the Answer visitor.
TLParenthese node to the Question visitor caller.
caller by applying this TLParenthese node with the
question to the QuestionAnswer visitor.
Analysis.caseTLt(TLt) of the Analysis analysis.
caller by applying this TLt
node to the Answer visitor.
TLt node to the Question visitor caller.
caller by applying this TLt node with the
question to the QuestionAnswer visitor.
Analysis.caseTNe(TNe) of the Analysis analysis.
caller by applying this TNe
node to the Answer visitor.
TNe node to the Question visitor caller.
caller by applying this TNe node with the
question to the QuestionAnswer visitor.
Analysis.caseTNegate(TNegate) of the Analysis analysis.
caller by applying this TNegate
node to the Answer visitor.
TNegate node to the Question visitor caller.
caller by applying this TNegate node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpAnd(TOpAnd) of the Analysis analysis.
caller by applying this TOpAnd
node to the Answer visitor.
TOpAnd node to the Question visitor caller.
caller by applying this TOpAnd node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpComplement(TOpComplement) of the Analysis analysis.
caller by applying this TOpComplement
node to the Answer visitor.
TOpComplement node to the Question visitor caller.
caller by applying this TOpComplement node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpDiv(TOpDiv) of the Analysis analysis.
caller by applying this TOpDiv
node to the Answer visitor.
TOpDiv node to the Question visitor caller.
caller by applying this TOpDiv node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpEq(TOpEq) of the Analysis analysis.
caller by applying this TOpEq
node to the Answer visitor.
TOpEq node to the Question visitor caller.
caller by applying this TOpEq node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpGt(TOpGt) of the Analysis analysis.
caller by applying this TOpGt
node to the Answer visitor.
TOpGt node to the Question visitor caller.
caller by applying this TOpGt node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpGteq(TOpGteq) of the Analysis analysis.
caller by applying this TOpGteq
node to the Answer visitor.
TOpGteq node to the Question visitor caller.
caller by applying this TOpGteq node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpLogicalAnd(TOpLogicalAnd) of the Analysis analysis.
caller by applying this TOpLogicalAnd
node to the Answer visitor.
TOpLogicalAnd node to the Question visitor caller.
caller by applying this TOpLogicalAnd node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpLogicalOr(TOpLogicalOr) of the Analysis analysis.
caller by applying this TOpLogicalOr
node to the Answer visitor.
TOpLogicalOr node to the Question visitor caller.
caller by applying this TOpLogicalOr node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpLt(TOpLt) of the Analysis analysis.
caller by applying this TOpLt
node to the Answer visitor.
TOpLt node to the Question visitor caller.
caller by applying this TOpLt node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpLteq(TOpLteq) of the Analysis analysis.
caller by applying this TOpLteq
node to the Answer visitor.
TOpLteq node to the Question visitor caller.
caller by applying this TOpLteq node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpMatch(TOpMatch) of the Analysis analysis.
caller by applying this TOpMatch
node to the Answer visitor.
TOpMatch node to the Question visitor caller.
caller by applying this TOpMatch node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpMinus(TOpMinus) of the Analysis analysis.
caller by applying this TOpMinus
node to the Answer visitor.
TOpMinus node to the Question visitor caller.
caller by applying this TOpMinus node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpMod(TOpMod) of the Analysis analysis.
caller by applying this TOpMod
node to the Answer visitor.
TOpMod node to the Question visitor caller.
caller by applying this TOpMod node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpMul(TOpMul) of the Analysis analysis.
caller by applying this TOpMul
node to the Answer visitor.
TOpMul node to the Question visitor caller.
caller by applying this TOpMul node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpNeq(TOpNeq) of the Analysis analysis.
caller by applying this TOpNeq
node to the Answer visitor.
TOpNeq node to the Question visitor caller.
caller by applying this TOpNeq node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpOr(TOpOr) of the Analysis analysis.
caller by applying this TOpOr
node to the Answer visitor.
TOpOr node to the Question visitor caller.
caller by applying this TOpOr node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpPlus(TOpPlus) of the Analysis analysis.
caller by applying this TOpPlus
node to the Answer visitor.
TOpPlus node to the Question visitor caller.
caller by applying this TOpPlus node with the
question to the QuestionAnswer visitor.
Analysis.caseTOpXor(TOpXor) of the Analysis analysis.
caller by applying this TOpXor
node to the Answer visitor.
TOpXor node to the Question visitor caller.
caller by applying this TOpXor node with the
question to the QuestionAnswer visitor.
Analysis.caseTPattern(TPattern) of the Analysis analysis.
caller by applying this TPattern
node to the Answer visitor.
TPattern node to the Question visitor caller.
caller by applying this TPattern node with the
question to the QuestionAnswer visitor.
Analysis.caseTReturns(TReturns) of the Analysis analysis.
caller by applying this TReturns
node to the Answer visitor.
TReturns node to the Question visitor caller.
caller by applying this TReturns node with the
question to the QuestionAnswer visitor.
Analysis.caseTRParenthese(TRParenthese) of the Analysis analysis.
caller by applying this TRParenthese
node to the Answer visitor.
TRParenthese node to the Question visitor caller.
caller by applying this TRParenthese node with the
question to the QuestionAnswer visitor.
Analysis.caseTTarget(TTarget) of the Analysis analysis.
caller by applying this TTarget
node to the Answer visitor.
TTarget node to the Question visitor caller.
caller by applying this TTarget node with the
question to the QuestionAnswer visitor.
Analysis.caseTTraditionalComment(TTraditionalComment) of the Analysis analysis.
caller by applying this TTraditionalComment
node to the Answer visitor.
TTraditionalComment node to the Question visitor caller.
caller by applying this TTraditionalComment node with the
question to the QuestionAnswer visitor.
Analysis.caseTWhiteSpace(TWhiteSpace) of the Analysis analysis.
caller by applying this TWhiteSpace
node to the Answer visitor.
TWhiteSpace node to the Question visitor caller.
caller by applying this TWhiteSpace node with the
question to the QuestionAnswer visitor.
APreDecIncDecOp represents the pre_dec alternative of the inc_dec_op production in the AST.APreDecIncDecOp node with no children.
APreDecIncDecOp node with the given nodes as children.
APreIncIncDecOp represents the pre_inc alternative of the inc_dec_op production in the AST.APreIncIncDecOp node with no children.
APreIncIncDecOp node with the given nodes as children.
AProgram represents the program production in the AST.AProgram node with no children.
AProgram node with the given nodes as children.
AProtectedAccess represents the protected alternative of the access production in the AST.AProtectedAccess node with no children.
APublicAccess represents the public alternative of the access production in the AST.APublicAccess node with no children.
AQualifiedName represents the qualified alternative of the name production in the AST.AQualifiedName node with no children.
AQualifiedName node with the given nodes as children.
AReturnsBuiltin represents the returns alternative of the builtin production in the AST.AReturnsBuiltin node with no children.
AReturnsBuiltin node with the given nodes as children.
AShortToStringUnop represents the short_to_string alternative of the unop production in the AST.AShortToStringUnop node with no children.
AShortType represents the short alternative of the type production in the AST.AShortType node with no children.
AShortType node with the given nodes as children.
ASimpleInvokeExp represents the simple_invoke alternative of the exp production in the AST.ASimpleInvokeExp node with no children.
ASimpleInvokeExp node with the given nodes as children.
ASimpleName represents the simple alternative of the name production in the AST.ASimpleName node with no children.
ASimpleName node with the given nodes as children.
ASingleImportDecl represents the single alternative of the import_decl production in the AST.ASingleImportDecl node with no children.
ASingleImportDecl node with the given nodes as children.
ASourceFile represents the source_file production in the AST.ASourceFile node with no children.
ASourceFile node with the given nodes as children.
AStaticFieldLvalue represents the static_field alternative of the lvalue production in the AST.AStaticFieldLvalue node with no children.
AStaticFieldLvalue node with the given nodes as children.
AStaticInvokeExp represents the static_invoke alternative of the exp production in the AST.AStaticInvokeExp node with no children.
AStaticInvokeExp node with the given nodes as children.
ASTDisplay.outAProgram(AProgram).AStringConstExp represents the string_const alternative of the exp production in the AST.AStringConstExp node with no children.
AStringConstExp node with the given nodes as children.
ASuperStm represents the super alternative of the stm production in the AST.ASuperStm node with no children.
ASuperStm node with the given nodes as children.
ATargetBuiltin represents the target alternative of the builtin production in the AST.ATargetBuiltin node with no children.
ATargetBuiltin node with the given nodes as children.
AThisExp represents the this alternative of the exp production in the AST.AThisExp node with no children.
AThisExp node with the given nodes as children.
AThisStm represents the this alternative of the stm production in the AST.AThisStm node with no children.
AThisStm node with the given nodes as children.
AThrowStm represents the throw alternative of the stm production in the AST.AThrowStm node with no children.
AThrowStm node with the given nodes as children.
ATimesBinop represents the times alternative of the binop production in the AST.ATimesBinop node with no children.
ATimesBinop node with the given nodes as children.
ATimesBinop represents the times alternative of the binop production in the AST.ATimesBinop node with no children.
ATimesBinop node with the given nodes as children.
ATrueBool represents the true alternative of the bool production in the AST.ATrueBool node with no children.
AUnopExp represents the unop alternative of the exp production in the AST.AUnopExp node with no children.
AUnopExp node with the given nodes as children.
AUnopExp represents the unop alternative of the exp production in the AST.AUnopExp node with no children.
AUnopExp node with the given nodes as children.
AValueReturnStm represents the value_return alternative of the stm production in the AST.AValueReturnStm node with no children.
AValueReturnStm node with the given nodes as children.
AVar represents the var production in the AST.AVar node with no children.
AVar node with the given nodes as children.
AVarExp represents the var alternative of the exp production in the AST.AVarExp node with no children.
AVarExp node with the given nodes as children.
AVoidReturnStm represents the void_return alternative of the stm production in the AST.AVoidReturnStm node with no children.
AVoidReturnStm node with the given nodes as children.
AVoidType represents the void alternative of the type production in the AST.AVoidType node with no children.
AVoidType node with the given nodes as children.
AWhileStm represents the while alternative of the stm production in the AST.AWhileStm node with no children.
AWhileStm node with the given nodes as children.
AWildcardInstPat represents the wildcard alternative of the inst_pat production in the AST.AWildcardInstPat node with no children.
AXorBinop represents the xor alternative of the binop production in the AST.AXorBinop node with no children.
AXorBinop node with the given nodes as children.
AXorBinop represents the xor alternative of the binop production in the AST.AXorBinop node with no children.
AXorBinop node with the given nodes as children.
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