public class FunctionalInterfaceNode extends Node
The Node.type of a FunctionalInterfaceNode is determined by the assignment context the
 member reference or lambda is used in.
 
FunctionalInterface func = param1, param2, ... → statement
   FunctionalInterface func = param1, param2, ... → { ... }
 
 FunctionalInterface func = member reference
| Constructor and Description | 
|---|
| FunctionalInterfaceNode(LambdaExpressionTree tree) | 
| FunctionalInterfaceNode(MemberReferenceTree tree) | 
| 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 o) | 
| Collection<Node> | getOperands() | 
| Tree | getTree()Returns the  Treein the abstract syntax tree, ornullif no corresponding
 tree exists. | 
| int | hashCode() | 
| String | toString() | 
getAssignmentContext, getBlock, getInSource, getTransitiveOperands, getType, isLValue, setAssignmentContext, setBlock, setInSource, setLValueprotected Tree tree
public FunctionalInterfaceNode(MemberReferenceTree tree)
public FunctionalInterfaceNode(LambdaExpressionTree tree)
public Tree getTree()
NodeTree 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)
Nodepublic Collection<Node> getOperands()
getOperands in class NodeNodes of this Node.