Adds all elements from c into this set.

Adds all the tags from h to this host.

Adds the given field to this class.

Actual arguments to pass to the constructor. @return A list of {@link polyglot.ast.Expr Expr}.

Given an object of declared type child, returns true if the object can be stored in a variable of type parent. If child is an interface that is not a

Complements <code>this</code>.

Return the innermost class in scope.

Create the delegate for a <code>Lit</code> AST node. @return the delegate for a <code>Lit</code> AST node.

Processes an {@link FooMethodCall}. This invokes {@link #pre(Statment)}, if that returns null then {@link #process(FooMethodCall)} is invoked, Finally

Carry out the analysis. Call this from your InterproceduralAnalysis constructor, just after super(cg). Then , you will be able to call drawAsDot, for

Create the <code>Ext</code> object for a <code>Lit</code> AST node. @return the <code>Ext</code> object for a <code>Lit</code> AST node.

Get the named type object with the following name. @param name The name of the type object to look for. @exception SemanticException when object is no

@return

Returns the children. @return Vector

@return

@return

Returns array of sets of local instances. Element 0 is the set of local instances DEFined by the node. Element 1 is the set of local instances USEd by

Returns the display. @return Display

Returns the DominatorNode for a given node in the original DirectedGraph.

@return

Returns a collection of {@link ExceptionalGraph.ExceptionDest ExceptionDest} objects which represent how exceptions thrown by a specified node will be

Returns the node (from the original DirectedGraph) encapsulated by this DominatorNode.

@return

@return

Gets the graph node by name. @param name, unique name of the node. @return the node with the specified name, or <code>null</code> if there is no such