public class InstanceOfNode extends Node
x instanceof Point
Modifier and Type | Field and Description |
---|---|
protected Node |
operand
The value being tested.
|
protected TypeMirror |
refType
The reference type being tested against.
|
protected InstanceOfTree |
tree
The tree associated with this node.
|
Constructor and Description |
---|
InstanceOfNode(Tree tree,
Node operand,
TypeMirror refType,
Types types) |
Modifier and Type | Method and Description |
---|---|
<R,P> R |
accept(NodeVisitor<R,P> visitor,
P p)
Accept method of the visitor pattern
|
boolean |
equals(Object obj) |
Node |
getOperand() |
Collection<Node> |
getOperands() |
TypeMirror |
getRefType() |
InstanceOfTree |
getTree()
Returns the
Tree in the abstract syntax tree, or null if no corresponding
tree exists. |
TypeMirror |
getType()
Returns a
TypeMirror representing the type of a Node A Node will
always have a type even when it has no Tree . |
int |
hashCode() |
String |
toString() |
getAssignmentContext, getBlock, getInSource, getTransitiveOperands, isLValue, setAssignmentContext, setBlock, setInSource, setLValue
protected final Node operand
protected final TypeMirror refType
protected final InstanceOfTree tree
public InstanceOfNode(Tree tree, Node operand, TypeMirror refType, Types types)
public Node getOperand()
public TypeMirror getType()
Node
TypeMirror
representing the type of a Node
A Node
will
always have a type even when it has no Tree
.getType
in class Node
TypeMirror
representing the type of this Node
public TypeMirror getRefType()
public InstanceOfTree getTree()
Node
Tree
in the abstract syntax tree, or null
if no corresponding
tree exists. For instance, this is the case for an ImplicitThisLiteralNode
.public <R,P> R accept(NodeVisitor<R,P> visitor, P p)
Node
public Collection<Node> getOperands()
getOperands
in class Node
Node
s of this Node
.