Uses of Interface
spoon.reflect.code.CtAbstractInvocation
Packages that use CtAbstractInvocation
Package
Description
This package contains the meta-model part that models the executable code (methods and constructors' bodies, field initializers).
This package defines visitor, scanner, and scanner-based query API for Java programs reified in the meta-model.
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Uses of CtAbstractInvocation in spoon.reflect.code
Subinterfaces of CtAbstractInvocation in spoon.reflect.codeModifier and TypeInterfaceDescriptioninterfaceThis code element represents a constructor call.interfaceCtInvocation<T>This code element defines a concrete invocation.interfaceCtNewClass<T>This code element represents the creation of a anonymous class.Methods in spoon.reflect.code with type parameters of type CtAbstractInvocationModifier and TypeMethodDescription<C extends CtAbstractInvocation<T>>
CCtAbstractInvocation.addArgument(CtExpression<?> argument)Adds an argument expression to the invocation.<C extends CtAbstractInvocation<T>>
CCtAbstractInvocation.addArgumentAt(int position, CtExpression<?> argument)Adds an argument expression to the invocation at the specified position.<C extends CtAbstractInvocation<T>>
CCtAbstractInvocation.setArguments(List<CtExpression<?>> arguments)Sets the invocation's arguments.<C extends CtAbstractInvocation<T>>
CCtAbstractInvocation.setExecutable(CtExecutableReference<T> executable)Sets the invoked executable. -
Uses of CtAbstractInvocation in spoon.reflect.visitor
Methods in spoon.reflect.visitor with parameters of type CtAbstractInvocationModifier and TypeMethodDescription<T> voidCtInheritanceScanner.scanCtAbstractInvocation(CtAbstractInvocation<T> a)Scans an abstract invocation. -
Uses of CtAbstractInvocation in spoon.support.reflect.code
Classes in spoon.support.reflect.code that implement CtAbstractInvocationModifier and TypeClassDescriptionclassclassclassMethods in spoon.support.reflect.code with type parameters of type CtAbstractInvocationModifier and TypeMethodDescription<C extends CtAbstractInvocation<T>>
CCtConstructorCallImpl.addArgument(CtExpression<?> argument)<C extends CtAbstractInvocation<T>>
CCtInvocationImpl.addArgument(CtExpression<?> argument)<C extends CtAbstractInvocation<T>>
CCtConstructorCallImpl.addArgumentAt(int position, CtExpression<?> argument)<C extends CtAbstractInvocation<T>>
CCtInvocationImpl.addArgumentAt(int position, CtExpression<?> argument)<C extends CtAbstractInvocation<T>>
CCtConstructorCallImpl.setArguments(List<CtExpression<?>> arguments)<C extends CtAbstractInvocation<T>>
CCtInvocationImpl.setArguments(List<CtExpression<?>> arguments)<C extends CtAbstractInvocation<T>>
CCtConstructorCallImpl.setExecutable(CtExecutableReference<T> executable)<C extends CtAbstractInvocation<T>>
CCtInvocationImpl.setExecutable(CtExecutableReference<T> executable)