Uses of Class
com.strobel.decompiler.ast.Expression

Packages that use Expression

Package	Description
com.strobel.decompiler.ast
com.strobel.decompiler.languages.java.ast

Uses of Expression in com.strobel.decompiler.ast

Fields in com.strobel.decompiler.ast declared as Expression

Modifier and Type	Field	Description
private Expression	Condition._condition
private Expression	Loop._condition
private Expression	Switch._condition
private Expression	Block._entryGoto
(package private) Expression	TypeAnalysis.ExpressionToInfer.expression
final Expression	LockInfo.lockAcquire
final Expression	LockInfo.lockInit
final Expression	LockInfo.lockStore
final Expression	LockInfo.lockStoreCopy

Fields in com.strobel.decompiler.ast with type parameters of type Expression

Modifier and Type	Field	Description
private final SmartList<Expression>	Expression._arguments
private final Stack<Expression>	TypeAnalysis._stack
(package private) final StrongBox<Expression>	Inlining._tempExpression
protected final StrongBox<Expression>	AstOptimizer.AbstractBranchBlockOptimization.expression
(package private) final Map<Variable, List<Expression>>	Inlining.loads
static final Key<Expression>	AstKeys.PARENT_LAMBDA_BINDING

Methods in com.strobel.decompiler.ast that return Expression

Modifier and Type	Method	Description
final Expression	Expression.clone()
final Expression	Condition.getCondition()
final Expression	Loop.getCondition()
final Expression	Switch.getCondition()
final Expression	Block.getEntryGoto()
private Expression	AstOptimizer.IntroducePostIncrementOptimization.introducePostIncrementForInstanceFields(Expression e, Node previous)
(package private) static Expression	AstOptimizer.makeLeftAssociativeShortCircuit(AstCode code, Expression left, Expression right)
private static Expression	AstOptimizer.SimplifyTernaryOperatorRoundTwoOptimization.simplify(Expression head, BooleanBox modified)
(package private) static Expression	AstOptimizer.simplifyLogicalNot(Expression expression)
(package private) static Expression	AstOptimizer.simplifyLogicalNot(Expression expression, BooleanBox modified)
private static Expression	AstOptimizer.SimplifyTernaryOperatorRoundTwoOptimization.simplifyTernaryDirect(Expression head)

Methods in com.strobel.decompiler.ast that return types with arguments of type Expression

Modifier and Type	Method	Description
final List<Expression>	Expression.getArguments()
private static Iterable<Expression>	Inlining.getParents(Expression scope, Map<Expression, Expression> parentLookup, Expression node)

Methods in com.strobel.decompiler.ast with parameters of type Expression

Modifier and Type	Method	Description
(package private) static boolean	Inlining.canBeExpressionStatement(Expression expression)
private boolean	LoopsAndConditions.canBeSelfContainedLoop(BasicBlock node, Expression branch, Label target)
(package private) final boolean	Inlining.canPerformCopyPropagation(Expression expr, Variable copyVariable)
private static boolean	AstOptimizer.canSimplifyLogicalNotArgument(Expression e)
private static boolean	AstOptimizer.containsMatch(Node node, Expression pattern)
private int	LoopsAndConditions.countJumps(Set<ControlFlowNode> nodes, Label target, Expression ignore)
private TypeReference	TypeAnalysis.doInferTypeForExpression(Expression expression, TypeReference expectedType, boolean forceInferChildren, int flags)
(package private) final Boolean	Inlining.findLoadInNext(Expression expression, Variable variable, Expression expressionBeingMoved, StrongBox<Expression> parent, MutableInteger position)
private void	TypeAnalysis.findNestedAssignments(Expression expression, TypeAnalysis.ExpressionToInfer parent)
private AstCode	AstOptimizer.IntroducePostIncrementOptimization.getIncrementCode(Expression add, StrongBox<Number> incrementAmount)
private static Iterable<Expression>	Inlining.getParents(Expression scope, Map<Expression, Expression> parentLookup, Expression node)
(package private) static boolean	Inlining.hasNoSideEffect(Expression expression)
private TypeReference	TypeAnalysis.inferBinaryArguments(Expression left, Expression right, TypeReference expectedType, boolean forceInferChildren, TypeReference leftPreferred, TypeReference rightPreferred, int operandFlags)
private TypeReference	TypeAnalysis.inferCall(Expression expression, TypeReference expectedType, boolean forceInferChildren)
private TypeReference	TypeAnalysis.inferDynamicCall(Expression expression, TypeReference expectedType, boolean forceInferChildren)
private TypeReference	TypeAnalysis.inferInitObject(Expression expression, TypeReference expectedType, boolean forceInferChildren, MethodReference operand, List<Expression> arguments)
private TypeReference	TypeAnalysis.inferTypeForExpression(Expression expression, TypeReference expectedType)
private TypeReference	TypeAnalysis.inferTypeForExpression(Expression expression, TypeReference expectedType, boolean forceInferChildren)
private TypeReference	TypeAnalysis.inferTypeForExpression(Expression expression, TypeReference expectedType, boolean forceInferChildren, int flags)
private TypeReference	TypeAnalysis.inferTypeForExpression(Expression expression, TypeReference expectedType, int flags)
(package private) final boolean	Inlining.inlineIfPossible(Variable variable, Expression inlinedExpression, Node next, boolean aggressive)
private Expression	AstOptimizer.IntroducePostIncrementOptimization.introducePostIncrementForInstanceFields(Expression e, Node previous)
private boolean	AstOptimizer.IntroducePostIncrementOptimization.introducePostIncrementForVariables(List<Node> body, Expression e, int position)
private void	TypeAnalysis.invalidateDependentExpressions(Expression expression, Variable variable)
boolean	Expression.isEquivalentTo(Expression e)
(package private) static boolean	Inlining.isSafeForInlineOver(Expression expression, Expression expressionBeingMoved)
(package private) static Expression	AstOptimizer.makeLeftAssociativeShortCircuit(AstCode code, Expression left, Expression right)
private static boolean	AstOptimizer.negate(Expression e)
private boolean	Inlining.nonAggressiveInlineInto(Expression next, Expression parent, Expression inlinedExpression)
private static void	AstOptimizer.reduceComparisonInstructionSet(Expression expression)
protected abstract boolean	AstOptimizer.AbstractBranchBlockOptimization.run(List<Node> body, BasicBlock branchBlock, Expression branchCondition, Label thenLabel, Label elseLabel, boolean negate)
boolean	AstOptimizer.ExpressionOptimization.run(List<Node> body, Expression head, int position)
boolean	AstOptimizer.InlineLambdasOptimization.run(List<Node> body, Expression head, int position)
boolean	AstOptimizer.IntroducePostIncrementOptimization.run(List<Node> body, Expression head, int position)
protected boolean	AstOptimizer.JoinBranchConditionsOptimization.run(List<Node> body, BasicBlock branchBlock, Expression branchCondition, Label thenLabel, Label elseLabel, boolean negate)
boolean	AstOptimizer.MakeAssignmentExpressionsOptimization.run(List<Node> body, Expression head, int position)
boolean	AstOptimizer.RemoveInnerClassAccessNullChecksOptimization.run(List<Node> body, Expression head, int position)
final boolean	AstOptimizer.SimplifyLogicalNotOptimization.run(List<Node> body, Expression head, int position)
boolean	AstOptimizer.SimplifyTernaryOperatorRoundTwoOptimization.run(List<Node> body, Expression head, int position)
boolean	AstOptimizer.TransformArrayInitializersOptimization.run(List<Node> body, Expression head, int position)
boolean	AstOptimizer.TransformObjectInitializersOptimization.run(List<Node> body, Expression head, int position)
private boolean	AstOptimizer.JoinBranchConditionsOptimization.runCore(List<Node> body, BasicBlock branchBlock, Expression branchCondition, Label thenLabel, Label elseLabel, Expression elseCondition, boolean negateFirst, Label elseThenLabel, Label elseElseLabel, boolean negateSecond)
private void	TypeAnalysis.runInference(Expression expression)
private void	TypeAnalysis.runInference(Expression expression, int flags)
final void	Condition.setCondition(Expression condition)
final void	Loop.setCondition(Expression condition)
final void	Switch.setCondition(Expression condition)
final void	Block.setEntryGoto(Expression entryGoto)
private static Expression	AstOptimizer.SimplifyTernaryOperatorRoundTwoOptimization.simplify(Expression head, BooleanBox modified)
(package private) static Expression	AstOptimizer.simplifyLogicalNot(Expression expression)
(package private) static Expression	AstOptimizer.simplifyLogicalNot(Expression expression, BooleanBox modified)
(package private) static boolean	AstOptimizer.simplifyLogicalNotArgument(Expression e)
private static Expression	AstOptimizer.SimplifyTernaryOperatorRoundTwoOptimization.simplifyTernaryDirect(Expression head)
private Lambda	AstOptimizer.InlineLambdasOptimization.tryInlineLambda(Expression site, DynamicCallSite callSite)
private boolean	GotoRemoval.tryInlineReturn(Expression gotoExpression, Node target, AstCode code)
private boolean	AstOptimizer.TransformArrayInitializersOptimization.tryRefineArrayInitialization(List<Node> body, Expression head, int position)
private boolean	GotoRemoval.trySimplifyGoto(Expression gotoExpression)

Method parameters in com.strobel.decompiler.ast with type arguments of type Expression

Modifier and Type	Method	Description
(package private) final Boolean	Inlining.findLoadInNext(Expression expression, Variable variable, Expression expressionBeingMoved, StrongBox<Expression> parent, MutableInteger position)
private static Iterable<Expression>	Inlining.getParents(Expression scope, Map<Expression, Expression> parentLookup, Expression node)
private static Iterable<Expression>	Inlining.getParents(Expression scope, Map<Expression, Expression> parentLookup, Expression node)
private TypeReference	TypeAnalysis.inferBinaryExpression(AstCode code, List<Expression> arguments, int flags)
private TypeReference	TypeAnalysis.inferInitObject(Expression expression, TypeReference expectedType, boolean forceInferChildren, MethodReference operand, List<Expression> arguments)
static boolean	PatternMatching.matchAssignment(Node node, StrongBox<Expression> assignedValue)
static boolean	PatternMatching.matchAssignment(Node node, StrongBox<Expression> assignedValue, StrongBox<Expression> equivalentLoad)
static boolean	PatternMatching.matchAssignmentAndConditionalBreak(BasicBlock block, StrongBox<Expression> assignedValue, StrongBox<Expression> condition, StrongBox<Label> trueLabel, StrongBox<Label> falseLabel, StrongBox<Expression> equivalentLoad)
static boolean	PatternMatching.matchBooleanComparison(Node node, StrongBox<Expression> argument, StrongBox<Boolean> comparand)
static boolean	PatternMatching.matchComparison(Node node, StrongBox<Expression> left, StrongBox<Expression> right)
private static boolean	PatternMatching.matchElementAssignment(Node node, StrongBox<Expression> assignedValue, StrongBox<Expression> equivalentLoad)
static boolean	PatternMatching.matchGetArgument(Node node, AstCode code, StrongBox<Expression> argument)
static <T> boolean	PatternMatching.matchGetArguments(Node node, AstCode code, StrongBox<? super T> operand, List<Expression> arguments)
static boolean	PatternMatching.matchGetArguments(Node node, AstCode code, List<Expression> arguments)
static boolean	PatternMatching.matchLoad(Node node, Variable expectedVariable, StrongBox<Expression> argument)
static boolean	PatternMatching.matchStore(Node node, StrongBox<Variable> variable, List<Expression> argument)
static boolean	PatternMatching.matchStore(Node node, Variable expectedVariable, StrongBox<Expression> value)

Constructors in com.strobel.decompiler.ast with parameters of type Expression

Modifier	Constructor	Description
	Expression(AstCode code, Object operand, int offset, Expression... arguments)
(package private)	LockInfo(Label leadingLabel, Expression lockAcquire)
(package private)	LockInfo(Label leadingLabel, Expression lockInit, Expression lockStore, Expression lockStoreCopy, Expression lockAcquire)

Constructor parameters in com.strobel.decompiler.ast with type arguments of type Expression

Modifier	Constructor	Description
	Expression(AstCode code, Object operand, int offset, List<Expression> arguments)

Uses of Expression in com.strobel.decompiler.languages.java.ast

Methods in com.strobel.decompiler.languages.java.ast with parameters of type Expression

Modifier and Type	Method	Description
private static String	NameVariables.getNameForArgument(Expression parent, int i)
private static String	NameVariables.getNameFromExpression(Expression e)
private static Expression	AstMethodBodyBuilder.inlineAssembly(Expression byteCode, List<Expression> arguments)
private AstNode	AstMethodBodyBuilder.transformByteCode(Expression byteCode, boolean isTopLevel)
private Expression	AstMethodBodyBuilder.transformCall(boolean isVirtual, Expression byteCode, List<Expression> arguments)
private AstNode	AstMethodBodyBuilder.transformExpression(Expression e, boolean isTopLevel)
private SynchronizedStatement	AstMethodBodyBuilder.transformSynchronized(Expression expression, TryCatchBlock tryCatch)