public class ValueLiteral extends JavaExpression
| Modifier and Type | Field and Description |
|---|---|
protected @Nullable Object |
value
The value of the literal.
|
type| Constructor and Description |
|---|
ValueLiteral(TypeMirror type,
Object value)
Creates a ValueLiteral where the value is
value that has the given type. |
ValueLiteral(TypeMirror type,
ValueLiteralNode node)
Creates a ValueLiteral from the node with the given type.
|
| Modifier and Type | Method and Description |
|---|---|
<R,P> R |
accept(JavaExpressionVisitor<R,P> visitor,
P p)
Accept method of the visitor pattern.
|
boolean |
containsModifiableAliasOf(Store<?> store,
JavaExpression other)
Returns true if and only if
other appears anywhere in this or an expression appears in
this such that other might alias this expression, and that expression is modifiable. |
boolean |
containsOfClass(Class<? extends JavaExpression> clazz) |
boolean |
containsSyntacticEqualJavaExpression(JavaExpression other)
Returns true if and only if this contains a JavaExpression that is syntactically equal to
other. |
boolean |
equals(@Nullable Object obj) |
@Nullable Object |
getValue()
Returns the value of this literal.
|
int |
hashCode() |
boolean |
isDeterministic(AnnotationProvider provider)
Returns true if the expression is deterministic.
|
boolean |
isUnassignableByOtherCode()
Returns true if and only if the value this expression stands for cannot be changed (with
respect to ==) by a method call.
|
boolean |
isUnmodifiableByOtherCode()
Returns true if and only if the value this expression stands for cannot be changed by a method
call, including changes to any of its fields.
|
ValueLiteral |
negate()
Returns the negation of this literal.
|
boolean |
syntacticEquals(JavaExpression je)
Returns true if and only if the two Java expressions are syntactically identical.
|
String |
toString() |
atConstructorInvocation, atFieldAccess, atMethodBody, atMethodInvocation, atMethodInvocation, containsUnknown, fromArrayAccess, fromNode, fromNodeFieldAccess, fromTree, fromVariableTree, getFormalParameters, getImplicitReceiver, getParametersAsLocalVariables, getPseudoReceiver, getReceiver, getType, listContainsSyntacticEqualJavaExpression, listIsDeterministic, toStringDebugpublic ValueLiteral(TypeMirror type, ValueLiteralNode node)
type - type of the literalnode - the literal represents by this ValueLiteralpublic ValueLiteral(TypeMirror type, Object value)
value that has the given type.type - type of the literalvalue - the literal valuepublic ValueLiteral negate()
public @Nullable Object getValue()
public boolean containsOfClass(Class<? extends JavaExpression> clazz)
containsOfClass in class JavaExpressionpublic boolean isDeterministic(AnnotationProvider provider)
JavaExpressionisDeterministic in class JavaExpressionprovider - an annotation provider (a type factory)public boolean isUnassignableByOtherCode()
JavaExpressionJavaExpression.isUnassignableByOtherCode(), and operations whose
operands are all JavaExpression.isUnmodifiableByOtherCode().isUnassignableByOtherCode in class JavaExpressionJavaExpression.isUnmodifiableByOtherCode()public boolean isUnmodifiableByOtherCode()
JavaExpressionApproximately, this returns true if the expression is JavaExpression.isUnassignableByOtherCode() and
its type is immutable.
isUnmodifiableByOtherCode in class JavaExpressionJavaExpression.isUnassignableByOtherCode()public boolean syntacticEquals(JavaExpression je)
JavaExpressionThis exists for use by JavaExpression.containsSyntacticEqualJavaExpression(org.checkerframework.dataflow.expression.JavaExpression).
syntacticEquals in class JavaExpressionje - the other Java expression to compare to this onepublic boolean containsSyntacticEqualJavaExpression(JavaExpression other)
JavaExpressionother.containsSyntacticEqualJavaExpression in class JavaExpressionother - the JavaExpression to search forotherpublic boolean containsModifiableAliasOf(Store<?> store, JavaExpression other)
JavaExpressionother appears anywhere in this or an expression appears in
this such that other might alias this expression, and that expression is modifiable.
This is always true, except for cases where the Java type information prevents aliasing and none of the subexpressions can alias 'other'.
containsModifiableAliasOf in class JavaExpressionpublic <R,P> R accept(JavaExpressionVisitor<R,P> visitor, P p)
JavaExpressionaccept in class JavaExpressionR - result type of the operationP - parameter typevisitor - the visitor to be applied to this JavaExpressionp - the parameter for this operation