public ASTLinkedList(ASTIterator iter) { this.current = this.firstASTNode = iter.firstNode(); }
public ASTLinkedList(ASTIterator iter) { this.current = this.firstASTNode = iter.firstNode(); }
public ASTLinkedList(ASTIterator iter) { this.current = this.firstASTNode = iter.firstNode(); }
public static Class getReturnType(ASTIterator input, boolean strongTyping) { ASTNode begin = input.firstNode(); if (begin == null) return Object.class; if (input.size() == 1) return begin.getEgressType(); return buildTree(input).getReturnType(strongTyping); }
public static Class getReturnType(ASTIterator input, boolean strongTyping) { ASTNode begin = input.firstNode(); if (begin == null) return Object.class; if (input.size() == 1) return begin.getEgressType(); return buildTree(input).getReturnType(strongTyping); }
public static ASTBinaryTree buildTree(ASTIterator input) { ASTIterator iter = new ASTLinkedList(input.firstNode()); ASTBinaryTree tree = new ASTBinaryTree(iter.nextNode()); while (iter.hasMoreNodes()) { ASTNode node = iter.nextNode(); if (node instanceof EndOfStatement) { if (iter.hasMoreNodes()) tree = new ASTBinaryTree(iter.nextNode()); } else { tree = tree.append(node); } } return tree; } }
public static ASTBinaryTree buildTree(ASTIterator input) { ASTIterator iter = new ASTLinkedList(input.firstNode()); ASTBinaryTree tree = new ASTBinaryTree(iter.nextNode()); while (iter.hasMoreNodes()) { ASTNode node = iter.nextNode(); if (node instanceof EndOfStatement) { if (iter.hasMoreNodes()) tree = new ASTBinaryTree(iter.nextNode()); } else { tree = tree.append(node); } } return tree; } }