Examples of xtc.tree.GNode$Variable

xtc.tree.GNode
A generic node with a variable number of children.

    if(runtime.test("printAST")){
      runtime.console().pln().format(ast).pln().flush();
    }
    
    //It's a compilation run
    GNode result_ast  = null;
    GNode types_ast   = null;
    GNode support_ast = null;


    String output = (String)runtime.getValue("optionOutput");   
    if (null == output) {
      output = typicalName.substring(0, typicalName.length()- 5);
    }

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   *
   * @param n The typical tuple node.
   * @return The java representation.
   */
  private Node makeTuple(GNode n) {    
    GNode args = GNode.create("Arguments");
    List<String> upVars = getUpVariables(n);
    List<LetBinding> bl = null;
 
    for (int i = 0; i < n.size(); i++) {
      Node no = n.getGeneric(i); 
      if (n.hasProperty(INANALYZE)) {
        no.setProperty(INANALYZE, Boolean.TRUE);
      }
      if (null != upVars) no.setProperty(UPVARS,upVars);
      Node expr = (Node)dispatch(no); 
      args.add(expr);
      List<LetBinding> l = getBindings(expr);
      List<String> vars = extractVariables(l);
      upVars = groupList(upVars, vars);
      bl = groupList(bl,l);      
    }

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        }
      }
 
      Node letclass = GNode.create("ClassBody");
      letclass = GNode.ensureVariable((GNode)letclass);
      GNode letbody = GNode.create("Block");
    
      for (int i = 0; i < size; i++) {
        Node binding = bindings.getGeneric(i);
        Node left = binding.getGeneric(0);
        Node right = binding.getGeneric(1);


        if (n.hasProperty(INANALYZE)) right.setProperty(INANALYZE, Boolean.TRUE); 
     
        String bname;
        Object btype;
  
        right = (Node)dispatch(right);
  
        if (left.hasName("Variable")) {
          bname = left.getString(0);
          btype = left.getProperty(TYPE);
          letclass.add(makeVarDec2(bname, mapper.toTypeNode(btype, false) , null));
          // fix cast here
          if (mapper.hasTypeVariables(btype)) {
            letbody.add(factory.assign(toIdentifier(bname), right));
          } else {
            letbody.add(factory.assign(toIdentifier(bname), factory.cast(right)));
          }
        
        } else if ("TypedPattern".equals(left.getName()) &&
                   "Variable".equals(left.getGeneric(0).getName())) {
          bname = left.getGeneric(0).getString(0);        
          btype = left.getProperty(TYPE);
          letclass.add(makeVarDec2(bname, mapper.toTypeNode(btype, false), null));
          // fix cast here
          if (mapper.hasTypeVariables(btype)) {
            letbody.add(factory.assign(toIdentifier(bname),right));
          } else {
            letbody.add(factory.assign(toIdentifier(bname),factory.cast(right)));
          }
        
        } else {
          if (right.hasName("ConditionalExpression")) {
            letbody.add(factory.discard(right));
          } else {
            letbody.add(factory.expressionStmnt(right));
          }
        }
      }       


      if (letbody.size() > 0) {
        letclass.add(letbody);
      }
    
      letclass.add(GNode.create("MethodDeclaration",
        toModifiers("public"),null, mapper.toTypeNode(resultType, false),

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      }
    }
 
    Node letclass = GNode.create("ClassBody");
    letclass = GNode.ensureVariable((GNode)letclass);
    GNode letbody = GNode.create("Block");


    for (LetBinding bind : bl) {
      if (!bind.name.equals(spareVar)) {
        letclass.add(makeVarDec2(bind.name, bind.type , null));
      }
      if (mapper.hasTypeVariables(bind.typeObject)) {
        letbody.add(factory.assign(toIdentifier(bind.name), bind.value));
      } else {
        letbody.add(factory.assign(toIdentifier(bind.name), 
                                   factory.cast(bind.value)));
      }
    }


    if (letbody.size() > 0) {
      letclass.add(letbody);
    }
    
    letclass.add(GNode.create("MethodDeclaration",
      toModifiers("public"),null, mapper.toTypeNode(retType, false),

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      }
    }
 
    Node letclass = GNode.create("ClassBody");
    letclass = GNode.ensureVariable((GNode)letclass);
    GNode letbody = GNode.create("Block");


    for (LetBinding bind : bl) {
      if (!bind.name.equals(spareVar)) {
        letclass.add(makeVarDec2(bind.name, bind.type , null));
      }
      if (mapper.hasTypeVariables(bind.typeObject)) {
        letbody.add(factory.assign(toIdentifier(bind.name), bind.value));
      } else {
        letbody.add(factory.assign(toIdentifier(bind.name), 
                                   factory.cast(bind.value)));
      }
    }


    if (letbody.size() > 0) {
      letclass.add(letbody);
    }
    
    letclass.add(GNode.create("MethodDeclaration",
      toModifiers("public"),null, mapper.toTypeNode(retType, false),

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   * @param bn The node to get bindings from (if exists).
   * @return The augmented IfStatement. 
   */
  public Node augmentIfStatement(Node n, String matchArg, GNode no, Node bn) {
    Node block = n.getGeneric(1);
    GNode pattern = no.getGeneric(0).getGeneric(0);
    List<Integer> indexList = getIndexList(pattern);


    int size = block.size();
    // Get the last return statement of the block
    Node retNode = block.getGeneric(size - 1);

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   * @return The corresponding package name.
   */
  protected String getPackage(GNode n) {
    assert n.hasName("ImportDeclaration");


    GNode qid  = n.getGeneric(1);
    int   size = qid.size();
    if (null == n.get(2)) size--;


    return 0 >= size ? "" : fold(qid, size);
  }

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    isOpenLine     = false;
    isNested       = false;
    isIfElse       = false;
    isDeclaration  = false;
    isStatement    = false;
    GNode previous = null;


    for (Object o : n) {
      final Node  node    = (Node)o;
      if (null == node) continue;
      final GNode current = GNode.cast(node);


      // If there was a previous node and the previous node was a
      // block or long declaration, the current node is a block or
      // long declaration, or the previous node was a statement and
      // the current node is a declaration, then print an extra
      // newline.
      if ((null != previous) &&
          (previous.hasName("Block") ||
           (isLongDeclaration(previous) &&
            current.getName().endsWith("Declaration")) ||
           current.hasName("Block") ||
           isLongDeclaration(current) ||
           (! previous.getName().endsWith("Declaration") &&
            current.getName().endsWith("Declaration")))) {
        printer.pln();
      }


      printer.p(node);

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    printDeclsAndStmts(n);
  }
    
  /** Visit the specified package declaration. */
  public void visitPackageDeclaration(GNode n) {  
    GNode qid   = n.getGeneric(1);
    packageName = fold(qid, qid.size());


    printer.indent().p(n.getNode(0)).p("package ").p(n.getNode(1)).pln(';');
    isOpenLine  = false;
  }

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    printer.indent().p("try").p(n.getNode(0)).p(' ');


    final Iterator<Object> iter = n.iterator();
    iter.next(); // Skip try block.
    while (iter.hasNext()) {
      final GNode clause = GNode.cast(iter.next());


      isOpenLine = true;
      if (iter.hasNext()) {
        printer.p(clause).p(' ');
      } else if (null != clause) {

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