/*
 * Copyright (c) 2005, 2019, Oracle and/or its affiliates. All rights reserved.
 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
 *
 * This code is free software; you can redistribute it and/or modify it
 * under the terms of the GNU General Public License version 2 only, as
 * published by the Free Software Foundation.  Oracle designates this
 * particular file as subject to the "Classpath" exception as provided
 * by Oracle in the LICENSE file that accompanied this code.
 *
 * This code is distributed in the hope that it will be useful, but WITHOUT
 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
 * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
 * version 2 for more details (a copy is included in the LICENSE file that
 * accompanied this code).
 *
 * You should have received a copy of the GNU General Public License version
 * 2 along with this work; if not, write to the Free Software Foundation,
 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
 *
 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
 * or visit www.oracle.com if you need additional information or have any
 * questions.
 */

package com.sun.org.apache.xalan.internal.xsltc.compiler;

import com.sun.java_cup.internal.runtime.*;
import com.sun.org.apache.xalan.internal.xsltc.DOM;
import com.sun.org.apache.xalan.internal.xsltc.compiler.util.ErrorMsg;
import com.sun.org.apache.xalan.internal.xsltc.runtime.Operators;
import com.sun.org.apache.xml.internal.dtm.Axis;
import com.sun.org.apache.xml.internal.dtm.DTM;
import java.util.ArrayList;
import java.util.List;
import java.util.Stack;

CUP v0.11b generated parser.
This class was generated by CUP v0.11b on Nov 12, 2019.
@LastModified
: Nov 2019/**
 * CUP v0.11b generated parser.
 * This class was generated by CUP v0.11b on Nov 12, 2019.
 *
 * @LastModified: Nov 2019
 */
public class XPathParser extends lr_parser {

    
Default constructor.
/**
     * Default constructor.
     */
    public XPathParser() {
        super();
    }

    
Constructor which sets the default scanner.
/**
     * Constructor which sets the default scanner.
     */
    public XPathParser(Scanner s) {
        super(s);
    }

    
Production table.
/**
     * Production table.
     */
    protected static final short _production_table[][]
            = unpackFromStrings(new String[]{
        "\000\215\000\002\002\004\000\002\003\004\000\002\003"
        + "\004\000\002\036\003\000\002\036\005\000\002\037\003"
        + "\000\002\037\004\000\002\037\003\000\002\037\005\000"
        + "\002\037\005\000\002\037\004\000\002\037\003\000\002"
        + "\035\006\000\002\035\010\000\002\040\006\000\002\041"
        + "\003\000\002\041\005\000\002\041\005\000\002\042\003"
        + "\000\002\042\004\000\002\042\003\000\002\042\004\000"
        + "\002\042\004\000\002\042\005\000\002\042\004\000\002"
        + "\042\005\000\002\043\003\000\002\043\003\000\002\043"
        + "\003\000\002\043\003\000\002\043\003\000\002\044\003"
        + "\000\002\044\003\000\002\054\003\000\002\054\004\000"
        + "\002\054\004\000\002\045\003\000\002\045\004\000\002"
        + "\007\005\000\002\004\003\000\002\012\003\000\002\012"
        + "\005\000\002\013\003\000\002\013\005\000\002\014\003"
        + "\000\002\014\005\000\002\014\005\000\002\015\003\000"
        + "\002\015\005\000\002\015\005\000\002\015\005\000\002"
        + "\015\005\000\002\016\003\000\002\016\005\000\002\016"
        + "\005\000\002\017\003\000\002\017\005\000\002\017\005"
        + "\000\002\017\005\000\002\020\003\000\002\020\004\000"
        + "\002\024\003\000\002\024\005\000\002\025\003\000\002"
        + "\025\003\000\002\025\005\000\002\025\005\000\002\006"
        + "\003\000\002\006\003\000\002\027\003\000\002\027\005"
        + "\000\002\027\003\000\002\031\003\000\002\031\004\000"
        + "\002\031\003\000\002\030\005\000\002\032\004\000\002"
        + "\011\003\000\002\011\004\000\002\011\005\000\002\011"
        + "\004\000\002\011\003\000\002\053\004\000\002\053\003"
        + "\000\002\052\003\000\002\052\003\000\002\052\003\000"
        + "\002\052\003\000\002\052\003\000\002\052\003\000\002"
        + "\052\003\000\002\052\003\000\002\052\003\000\002\052"
        + "\003\000\002\052\003\000\002\052\003\000\002\052\003"
        + "\000\002\026\003\000\002\026\003\000\002\010\003\000"
        + "\002\010\004\000\002\023\003\000\002\023\005\000\002"
        + "\023\003\000\002\023\003\000\002\023\003\000\002\023"
        + "\003\000\002\021\004\000\002\022\005\000\002\022\006"
        + "\000\002\046\003\000\002\046\005\000\002\050\003\000"
        + "\002\051\003\000\002\005\003\000\002\033\003\000\002"
        + "\033\003\000\002\033\003\000\002\033\003\000\002\033"
        + "\006\000\002\033\003\000\002\034\003\000\002\034\003"
        + "\000\002\047\003\000\002\047\003\000\002\047\003\000"
        + "\002\047\003\000\002\047\003\000\002\047\003\000\002"
        + "\047\003\000\002\047\003\000\002\047\003\000\002\047"
        + "\003\000\002\047\003\000\002\047\003\000\002\047\003"
        + "\000\002\047\003\000\002\047\003\000\002\047\003\000"
        + "\002\047\003\000\002\047\003"});

    
Access to production table.
/**
     * Access to production table.
     */
    public short[][] production_table() {
        return _production_table;
    }

    
Parse-action table.
/**
     * Parse-action table.
     */
    protected static final short[][] _action_table
            = unpackFromStrings(new String[]{
        "\000\307\000\006\066\006\067\005\001\002\000\004\002"
        + "\311\001\002\000\110\004\061\005\111\011\071\013\103"
        + "\015\134\016\066\017\106\021\070\031\075\032\031\033"
        + "\040\034\057\035\034\036\113\037\141\040\142\041\145"
        + "\044\063\045\062\046\065\047\115\050\123\051\136\052"
        + "\077\053\143\054\131\055\125\056\116\057\104\060\140"
        + "\061\067\062\060\063\127\064\132\065\072\001\002\000"
        + "\070\004\013\013\027\016\020\021\023\032\031\033\040"
        + "\035\034\036\033\037\046\040\047\041\051\044\015\045"
        + "\014\046\016\047\036\050\037\051\044\052\025\053\050"
        + "\054\043\055\041\056\035\057\030\060\045\061\021\062"
        + "\012\063\042\001\002\000\006\002\ufffe\010\306\001\002"
        + "\000\004\002\000\001\002\000\014\002\uffe7\004\uffe7\006"
        + "\uffe7\010\uffe7\021\uffe7\001\002\000\054\002\uff7a\004\uff7a"
        + "\006\uff7a\007\uff7a\010\uff7a\012\uff7a\013\uff7a\014\uff7a\021"
        + "\uff7a\022\uff7a\023\uff7a\024\uff7a\025\uff7a\026\uff7a\027\uff7a"
        + "\030\uff7a\031\uff7a\032\uff7a\033\uff7a\042\uff7a\043\uff7a\001"
        + "\002\000\070\002\ufffc\010\ufffc\013\027\016\020\032\031"
        + "\033\040\035\034\036\113\037\141\040\047\041\051\044"
        + "\015\045\014\046\016\047\036\050\037\051\044\052\025"
        + "\053\050\054\043\055\041\056\035\057\030\060\045\061"
        + "\021\062\012\063\042\001\002\000\014\002\uffe3\004\uffe3"
        + "\006\uffe3\010\uffe3\021\uffe3\001\002\000\014\002\uffe4\004"
        + "\uffe4\006\uffe4\010\uffe4\021\uffe4\001\002\000\004\011\302"
        + "\001\002\000\012\002\ufffa\004\277\010\ufffa\021\276\001"
        + "\002\000\062\013\uffe0\032\uffe0\033\uffe0\035\uffe0\036\uffe0"
        + "\037\uffe0\040\uffe0\041\uffe0\044\uffe0\045\uffe0\046\uffe0\047"
        + "\uffe0\050\uffe0\051\uffe0\052\uffe0\053\uffe0\054\uffe0\055\uffe0"
        + "\056\uffe0\057\uffe0\060\uffe0\061\uffe0\062\uffe0\063\uffe0\001"
        + "\002\000\054\002\uff7b\004\uff7b\006\uff7b\007\uff7b\010\uff7b"
        + "\012\uff7b\013\uff7b\014\uff7b\021\uff7b\022\uff7b\023\uff7b\024"
        + "\uff7b\025\uff7b\026\uff7b\027\uff7b\030\uff7b\031\uff7b\032\uff7b"
        + "\033\uff7b\042\uff7b\043\uff7b\001\002\000\062\013\027\032"
        + "\031\033\040\035\034\036\113\037\141\040\047\041\051"
        + "\044\015\045\014\046\016\047\036\050\037\051\044\052"
        + "\170\053\166\054\043\055\041\056\035\057\030\060\045"
        + "\061\021\062\012\063\042\001\002\000\064\013\027\016"
        + "\020\032\031\033\040\035\034\036\113\037\141\040\047"
        + "\041\051\044\015\045\014\046\016\047\036\050\037\051"
        + "\044\052\025\053\050\054\043\055\041\056\035\057\030"
        + "\060\045\061\021\062\012\063\042\001\002\000\012\002"
        + "\ufff2\004\266\010\ufff2\021\265\001\002\000\016\002\uff7f"
        + "\004\uff7f\006\uff7f\010\uff7f\020\264\021\uff7f\001\002\000"
        + "\006\002\ufff6\010\ufff6\001\002\000\014\002\uffe2\004\uffe2"
        + "\006\uffe2\010\uffe2\021\uffe2\001\002\000\054\002\uff7d\004"
        + "\uff7d\006\uff7d\007\uff7d\010\uff7d\012\uff7d\013\uff7d\014\uff7d"
        + "\021\uff7d\022\uff7d\023\uff7d\024\uff7d\025\uff7d\026\uff7d\027"
        + "\uff7d\030\uff7d\031\uff7d\032\uff7d\033\uff7d\042\uff7d\043\uff7d"
        + "\001\002\000\056\002\uff85\004\uff85\006\uff85\007\uff85\010"
        + "\uff85\011\uff85\012\uff85\013\uff85\014\uff85\021\uff85\022\uff85"
        + "\023\uff85\024\uff85\025\uff85\026\uff85\027\uff85\030\uff85\031"
        + "\uff85\032\uff85\033\uff85\042\uff85\043\uff85\001\002\000\014"
        + "\002\uffed\004\uffed\006\055\010\uffed\021\uffed\001\002\000"
        + "\016\002\uff75\004\uff75\006\uff75\010\uff75\011\260\021\uff75"
        + "\001\002\000\056\002\uff86\004\uff86\006\uff86\007\uff86\010"
        + "\uff86\011\uff86\012\uff86\013\uff86\014\uff86\021\uff86\022\uff86"
        + "\023\uff86\024\uff86\025\uff86\026\uff86\027\uff86\030\uff86\031"
        + "\uff86\032\uff86\033\uff86\042\uff86\043\uff86\001\002\000\054"
        + "\002\uff7e\004\uff7e\006\uff7e\007\uff7e\010\uff7e\012\uff7e\013"
        + "\uff7e\014\uff7e\021\uff7e\022\uff7e\023\uff7e\024\uff7e\025\uff7e"
        + "\026\uff7e\027\uff7e\030\uff7e\031\uff7e\032\uff7e\033\uff7e\042"
        + "\uff7e\043\uff7e\001\002\000\054\002\uff77\004\uff77\006\uff77"
        + "\007\uff77\010\uff77\012\uff77\013\uff77\014\uff77\021\uff77\022"
        + "\uff77\023\uff77\024\uff77\025\uff77\026\uff77\027\uff77\030\uff77"
        + "\031\uff77\032\uff77\033\uff77\042\uff77\043\uff77\001\002\000"
        + "\054\002\uff76\004\uff76\006\uff76\007\uff76\010\uff76\012\uff76"
        + "\013\uff76\014\uff76\021\uff76\022\uff76\023\uff76\024\uff76\025"
        + "\uff76\026\uff76\027\uff76\030\uff76\031\uff76\032\uff76\033\uff76"
        + "\042\uff76\043\uff76\001\002\000\056\002\uff84\004\uff84\006"
        + "\uff84\007\uff84\010\uff84\011\uff84\012\uff84\013\uff84\014\uff84"
        + "\021\uff84\022\uff84\023\uff84\024\uff84\025\uff84\026\uff84\027"
        + "\uff84\030\uff84\031\uff84\032\uff84\033\uff84\042\uff84\043\uff84"
        + "\001\002\000\054\002\uff81\004\uff81\006\uff81\007\uff81\010"
        + "\uff81\012\uff81\013\uff81\014\uff81\021\uff81\022\uff81\023\uff81"
        + "\024\uff81\025\uff81\026\uff81\027\uff81\030\uff81\031\uff81\032"
        + "\uff81\033\uff81\042\uff81\043\uff81\001\002\000\054\002\uff78"
        + "\004\uff78\006\uff78\007\uff78\010\uff78\012\uff78\013\uff78\014"
        + "\uff78\021\uff78\022\uff78\023\uff78\024\uff78\025\uff78\026\uff78"
        + "\027\uff78\030\uff78\031\uff78\032\uff78\033\uff78\042\uff78\043"
        + "\uff78\001\002\000\054\002\uff82\004\uff82\006\uff82\007\uff82"
        + "\010\uff82\012\uff82\013\uff82\014\uff82\021\uff82\022\uff82\023"
        + "\uff82\024\uff82\025\uff82\026\uff82\027\uff82\030\uff82\031\uff82"
        + "\032\uff82\033\uff82\042\uff82\043\uff82\001\002\000\054\002"
        + "\uff79\004\uff79\006\uff79\007\uff79\010\uff79\012\uff79\013\uff79"
        + "\014\uff79\021\uff79\022\uff79\023\uff79\024\uff79\025\uff79\026"
        + "\uff79\027\uff79\030\uff79\031\uff79\032\uff79\033\uff79\042\uff79"
        + "\043\uff79\001\002\000\054\002\uff7c\004\uff7c\006\uff7c\007"
        + "\uff7c\010\uff7c\012\uff7c\013\uff7c\014\uff7c\021\uff7c\022\uff7c"
        + "\023\uff7c\024\uff7c\025\uff7c\026\uff7c\027\uff7c\030\uff7c\031"
        + "\uff7c\032\uff7c\033\uff7c\042\uff7c\043\uff7c\001\002\000\016"
        + "\002\uff83\004\uff83\006\uff83\010\uff83\011\253\021\uff83\001"
        + "\002\000\014\002\uffe5\004\uffe5\006\uffe5\010\uffe5\021\uffe5"
        + "\001\002\000\016\002\uff80\004\uff80\006\uff80\010\uff80\020"
        + "\252\021\uff80\001\002\000\014\002\uffe6\004\uffe6\006\uffe6"
        + "\010\uffe6\021\uffe6\001\002\000\014\002\uffe1\004\uffe1\006"
        + "\uffe1\010\uffe1\021\uffe1\001\002\000\014\002\uffef\004\uffef"
        + "\006\055\010\uffef\021\uffef\001\002\000\054\002\uffdd\004"
        + "\uffdd\006\055\007\uffdd\010\uffdd\012\uffdd\013\uffdd\014\uffdd"
        + "\021\uffdd\022\uffdd\023\uffdd\024\uffdd\025\uffdd\026\uffdd\027"
        + "\uffdd\030\uffdd\031\uffdd\032\uffdd\033\uffdd\042\uffdd\043\uffdd"
        + "\001\002\000\110\004\061\005\111\011\071\013\103\015"
        + "\134\016\066\017\106\021\070\031\075\032\031\033\040"
        + "\034\057\035\034\036\113\037\141\040\142\041\145\044"
        + "\063\045\062\046\065\047\115\050\123\051\136\052\077"
        + "\053\143\054\131\055\125\056\116\057\104\060\140\061"
        + "\067\062\060\063\127\064\132\065\072\001\002\000\012"
        + "\002\uffee\004\uffee\010\uffee\021\uffee\001\002\000\054\002"
        + "\uff9a\004\uff9a\006\uff9a\007\uff9a\010\uff9a\012\uff9a\013\uff9a"
        + "\014\uff9a\021\uff9a\022\uff9a\023\uff9a\024\uff9a\025\uff9a\026"
        + "\uff9a\027\uff9a\030\uff9a\031\uff9a\032\uff9a\033\uff9a\042\uff9a"
        + "\043\uff9a\001\002\000\060\002\uff7a\004\uff7a\006\uff7a\007"
        + "\uff7a\010\uff7a\011\uff7a\012\uff7a\013\uff7a\014\uff7a\020\uffa5"
        + "\021\uff7a\022\uff7a\023\uff7a\024\uff7a\025\uff7a\026\uff7a\027"
        + "\uff7a\030\uff7a\031\uff7a\032\uff7a\033\uff7a\042\uff7a\043\uff7a"
        + "\001\002\000\126\002\uffb9\005\111\007\uffb9\010\uffb9\012"
        + "\uffb9\013\103\014\uffb9\016\066\017\106\022\uffb9\023\uffb9"
        + "\024\uffb9\025\uffb9\026\uffb9\027\uffb9\030\uffb9\031\uffb9\032"
        + "\031\033\040\035\034\036\113\037\141\040\142\041\145"
        + "\042\uffb9\043\uffb9\044\063\045\062\046\065\047\115\050"
        + "\123\051\136\052\077\053\143\054\131\055\125\056\116"
        + "\057\104\060\140\061\067\062\060\063\127\001\002\000"
        + "\054\002\uff89\004\uff89\006\uff89\007\uff89\010\uff89\012\uff89"
        + "\013\uff89\014\uff89\021\uff89\022\uff89\023\uff89\024\uff89\025"
        + "\uff89\026\uff89\027\uff89\030\uff89\031\uff89\032\uff89\033\uff89"
        + "\042\uff89\043\uff89\001\002\000\054\002\uff8b\004\uff8b\006"
        + "\uff8b\007\uff8b\010\uff8b\012\uff8b\013\uff8b\014\uff8b\021\uff8b"
        + "\022\uff8b\023\uff8b\024\uff8b\025\uff8b\026\uff8b\027\uff8b\030"
        + "\uff8b\031\uff8b\032\uff8b\033\uff8b\042\uff8b\043\uff8b\001\002"
        + "\000\032\002\uffd5\007\uffd5\012\uffd5\014\uffd5\022\uffd5\023"
        + "\uffd5\024\221\025\222\026\223\027\224\042\uffd5\043\uffd5"
        + "\001\002\000\004\011\245\001\002\000\062\013\uffae\032"
        + "\uffae\033\uffae\035\uffae\036\uffae\037\uffae\040\uffae\041\uffae"
        + "\044\uffae\045\uffae\046\uffae\047\uffae\050\uffae\051\uffae\052"
        + "\uffae\053\uffae\054\uffae\055\uffae\056\uffae\057\uffae\060\uffae"
        + "\061\uffae\062\uffae\063\uffae\001\002\000\060\002\uff7b\004"
        + "\uff7b\006\uff7b\007\uff7b\010\uff7b\011\uff7b\012\uff7b\013\uff7b"
        + "\014\uff7b\020\uffa6\021\uff7b\022\uff7b\023\uff7b\024\uff7b\025"
        + "\uff7b\026\uff7b\027\uff7b\030\uff7b\031\uff7b\032\uff7b\033\uff7b"
        + "\042\uff7b\043\uff7b\001\002\000\070\005\111\013\103\016"
        + "\066\017\106\032\031\033\040\035\034\036\113\037\141"
        + "\040\142\041\145\044\063\045\062\046\065\047\115\050"
        + "\123\051\136\052\077\053\143\054\131\055\125\056\116"
        + "\057\104\060\140\061\067\062\060\063\127\001\002\000"
        + "\110\004\061\005\111\011\071\013\103\015\134\016\066"
        + "\017\106\021\070\031\075\032\031\033\040\034\057\035"
        + "\034\036\113\037\141\040\142\041\145\044\063\045\062"
        + "\046\065\047\115\050\123\051\136\052\077\053\143\054"
        + "\131\055\125\056\116\057\104\060\140\061\067\062\060"
        + "\063\127\064\132\065\072\001\002\000\054\002\uff99\004"
        + "\uff99\006\uff99\007\uff99\010\uff99\012\uff99\013\uff99\014\uff99"
        + "\021\uff99\022\uff99\023\uff99\024\uff99\025\uff99\026\uff99\027"
        + "\uff99\030\uff99\031\uff99\032\uff99\033\uff99\042\uff99\043\uff99"
        + "\001\002\000\046\002\uffb7\007\uffb7\010\uffb7\012\uffb7\013"
        + "\uffb7\014\uffb7\022\uffb7\023\uffb7\024\uffb7\025\uffb7\026\uffb7"
        + "\027\uffb7\030\uffb7\031\uffb7\032\uffb7\033\uffb7\042\uffb7\043"
        + "\uffb7\001\002\000\054\002\uff97\004\uff97\006\uff97\007\uff97"
        + "\010\uff97\012\uff97\013\uff97\014\uff97\021\uff97\022\uff97\023"
        + "\uff97\024\uff97\025\uff97\026\uff97\027\uff97\030\uff97\031\uff97"
        + "\032\uff97\033\uff97\042\uff97\043\uff97\001\002\000\110\004"
        + "\061\005\111\011\071\013\103\015\134\016\066\017\106"
        + "\021\070\031\075\032\031\033\040\034\057\035\034\036"
        + "\113\037\141\040\142\041\145\044\063\045\062\046\065"
        + "\047\115\050\123\051\136\052\077\053\143\054\131\055"
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        + "\uffc0\012\uffc0\013\uffc0\014\uffc0\021\152\022\uffc0\023\uffc0"
        + "\024\uffc0\025\uffc0\026\uffc0\027\uffc0\030\uffc0\031\uffc0\032"
        + "\uffc0\033\uffc0\042\uffc0\043\uffc0\001\002\000\052\002\uffbf"
        + "\004\153\007\uffbf\010\uffbf\012\uffbf\013\uffbf\014\uffbf\021"
        + "\152\022\uffbf\023\uffbf\024\uffbf\025\uffbf\026\uffbf\027\uffbf"
        + "\030\uffbf\031\uffbf\032\uffbf\033\uffbf\042\uffbf\043\uffbf\001"
        + "\002\000\106\004\061\005\111\011\071\013\103\015\134"
        + "\016\066\017\106\021\070\032\031\033\040\034\057\035"
        + "\034\036\113\037\141\040\142\041\145\044\063\045\062"
        + "\046\065\047\115\050\123\051\136\052\077\053\143\054"
        + "\131\055\125\056\116\057\104\060\140\061\067\062\060"
        + "\063\127\064\132\065\072\001\002\000\044\002\uffc3\007"
        + "\uffc3\012\uffc3\013\uffc3\014\uffc3\022\uffc3\023\uffc3\024\uffc3"
        + "\025\uffc3\026\uffc3\027\uffc3\030\uffc3\031\uffc3\032\uffc3\033"
        + "\uffc3\042\uffc3\043\uffc3\001\002\000\052\002\uff9d\004\uff9d"
        + "\007\uff9d\010\uff9d\012\uff9d\013\uff9d\014\uff9d\021\uff9d\022"
        + "\uff9d\023\uff9d\024\uff9d\025\uff9d\026\uff9d\027\uff9d\030\uff9d"
        + "\031\uff9d\032\uff9d\033\uff9d\042\uff9d\043\uff9d\001\002\000"
        + "\112\004\061\005\111\011\071\012\202\013\103\015\134"
        + "\016\066\017\106\021\070\031\075\032\031\033\040\034"
        + "\057\035\034\036\113\037\141\040\142\041\145\044\063"
        + "\045\062\046\065\047\115\050\123\051\136\052\077\053"
        + "\143\054\131\055\125\056\116\057\104\060\140\061\067"
        + "\062\060\063\127\064\132\065\072\001\002\000\054\002"
        + "\uff95\004\uff95\006\uff95\007\uff95\010\uff95\012\uff95\013\uff95"
        + "\014\uff95\021\uff95\022\uff95\023\uff95\024\uff95\025\uff95\026"
        + "\uff95\027\uff95\030\uff95\031\uff95\032\uff95\033\uff95\042\uff95"
        + "\043\uff95\001\002\000\006\012\uff93\014\207\001\002\000"
        + "\006\012\uff8f\014\uff8f\001\002\000\004\012\206\001\002"
        + "\000\054\002\uff94\004\uff94\006\uff94\007\uff94\010\uff94\012"
        + "\uff94\013\uff94\014\uff94\021\uff94\022\uff94\023\uff94\024\uff94"
        + "\025\uff94\026\uff94\027\uff94\030\uff94\031\uff94\032\uff94\033"
        + "\uff94\042\uff94\043\uff94\001\002\000\110\004\061\005\111"
        + "\011\071\013\103\015\134\016\066\017\106\021\070\031"
        + "\075\032\031\033\040\034\057\035\034\036\113\037\141"
        + "\040\142\041\145\044\063\045\062\046\065\047\115\050"
        + "\123\051\136\052\077\053\143\054\131\055\125\056\116"
        + "\057\104\060\140\061\067\062\060\063\127\064\132\065"
        + "\072\001\002\000\004\012\uff92\001\002\000\110\004\061"
        + "\005\111\011\071\013\103\015\134\016\066\017\106\021"
        + "\070\031\075\032\031\033\040\034\057\035\034\036\113"
        + "\037\141\040\142\041\145\044\063\045\062\046\065\047"
        + "\115\050\123\051\136\052\077\053\143\054\131\055\125"
        + "\056\116\057\104\060\140\061\067\062\060\063\127\064"
        + "\132\065\072\001\002\000\110\004\061\005\111\011\071"
        + "\013\103\015\134\016\066\017\106\021\070\031\075\032"
        + "\031\033\040\034\057\035\034\036\113\037\141\040\142"
        + "\041\145\044\063\045\062\046\065\047\115\050\123\051"
        + "\136\052\077\053\143\054\131\055\125\056\116\057\104"
        + "\060\140\061\067\062\060\063\127\064\132\065\072\001"
        + "\002\000\044\002\uffcb\007\uffcb\012\uffcb\013\160\014\uffcb"
        + "\022\uffcb\023\uffcb\024\uffcb\025\uffcb\026\uffcb\027\uffcb\030"
        + "\uffcb\031\uffcb\032\161\033\157\042\uffcb\043\uffcb\001\002"
        + "\000\044\002\uffcc\007\uffcc\012\uffcc\013\160\014\uffcc\022"
        + "\uffcc\023\uffcc\024\uffcc\025\uffcc\026\uffcc\027\uffcc\030\uffcc"
        + "\031\uffcc\032\161\033\157\042\uffcc\043\uffcc\001\002\000"
        + "\052\002\uffb3\004\uffb3\007\uffb3\010\uffb3\012\uffb3\013\uffb3"
        + "\014\uffb3\021\uffb3\022\uffb3\023\uffb3\024\uffb3\025\uffb3\026"
        + "\uffb3\027\uffb3\030\uffb3\031\uffb3\032\uffb3\033\uffb3\042\uffb3"
        + "\043\uffb3\001\002\000\110\004\061\005\111\011\071\013"
        + "\103\015\134\016\066\017\106\021\070\031\075\032\031"
        + "\033\040\034\057\035\034\036\113\037\141\040\142\041"
        + "\145\044\063\045\062\046\065\047\115\050\123\051\136"
        + "\052\077\053\143\054\131\055\125\056\116\057\104\060"
        + "\140\061\067\062\060\063\127\064\132\065\072\001\002"
        + "\000\110\004\061\005\111\011\071\013\103\015\134\016"
        + "\066\017\106\021\070\031\075\032\031\033\040\034\057"
        + "\035\034\036\113\037\141\040\142\041\145\044\063\045"
        + "\062\046\065\047\115\050\123\051\136\052\077\053\143"
        + "\054\131\055\125\056\116\057\104\060\140\061\067\062"
        + "\060\063\127\064\132\065\072\001\002\000\032\002\uffd3"
        + "\007\uffd3\012\uffd3\014\uffd3\022\uffd3\023\uffd3\024\221\025"
        + "\222\026\223\027\224\042\uffd3\043\uffd3\001\002\000\110"
        + "\004\061\005\111\011\071\013\103\015\134\016\066\017"
        + "\106\021\070\031\075\032\031\033\040\034\057\035\034"
        + "\036\113\037\141\040\142\041\145\044\063\045\062\046"
        + "\065\047\115\050\123\051\136\052\077\053\143\054\131"
        + "\055\125\056\116\057\104\060\140\061\067\062\060\063"
        + "\127\064\132\065\072\001\002\000\110\004\061\005\111"
        + "\011\071\013\103\015\134\016\066\017\106\021\070\031"
        + "\075\032\031\033\040\034\057\035\034\036\113\037\141"
        + "\040\142\041\145\044\063\045\062\046\065\047\115\050"
        + "\123\051\136\052\077\053\143\054\131\055\125\056\116"
        + "\057\104\060\140\061\067\062\060\063\127\064\132\065"
        + "\072\001\002\000\110\004\061\005\111\011\071\013\103"
        + "\015\134\016\066\017\106\021\070\031\075\032\031\033"
        + "\040\034\057\035\034\036\113\037\141\040\142\041\145"
        + "\044\063\045\062\046\065\047\115\050\123\051\136\052"
        + "\077\053\143\054\131\055\125\056\116\057\104\060\140"
        + "\061\067\062\060\063\127\064\132\065\072\001\002\000"
        + "\110\004\061\005\111\011\071\013\103\015\134\016\066"
        + "\017\106\021\070\031\075\032\031\033\040\034\057\035"
        + "\034\036\113\037\141\040\142\041\145\044\063\045\062"
        + "\046\065\047\115\050\123\051\136\052\077\053\143\054"
        + "\131\055\125\056\116\057\104\060\140\061\067\062\060"
        + "\063\127\064\132\065\072\001\002\000\036\002\uffce\007"
        + "\uffce\012\uffce\014\uffce\022\uffce\023\uffce\024\uffce\025\uffce"
        + "\026\uffce\027\uffce\030\211\031\212\042\uffce\043\uffce\001"
        + "\002\000\036\002\uffcf\007\uffcf\012\uffcf\014\uffcf\022\uffcf"
        + "\023\uffcf\024\uffcf\025\uffcf\026\uffcf\027\uffcf\030\211\031"
        + "\212\042\uffcf\043\uffcf\001\002\000\036\002\uffd0\007\uffd0"
        + "\012\uffd0\014\uffd0\022\uffd0\023\uffd0\024\uffd0\025\uffd0\026"
        + "\uffd0\027\uffd0\030\211\031\212\042\uffd0\043\uffd0\001\002"
        + "\000\036\002\uffd1\007\uffd1\012\uffd1\014\uffd1\022\uffd1\023"
        + "\uffd1\024\uffd1\025\uffd1\026\uffd1\027\uffd1\030\211\031\212"
        + "\042\uffd1\043\uffd1\001\002\000\032\002\uffd4\007\uffd4\012"
        + "\uffd4\014\uffd4\022\uffd4\023\uffd4\024\221\025\222\026\223"
        + "\027\224\042\uffd4\043\uffd4\001\002\000\110\004\061\005"
        + "\111\011\071\013\103\015\134\016\066\017\106\021\070"
        + "\031\075\032\031\033\040\034\057\035\034\036\113\037"
        + "\141\040\142\041\145\044\063\045\062\046\065\047\115"
        + "\050\123\051\136\052\077\053\143\054\131\055\125\056"
        + "\116\057\104\060\140\061\067\062\060\063\127\064\132"
        + "\065\072\001\002\000\016\002\uffd8\007\uffd8\012\uffd8\014"
        + "\uffd8\042\uffd8\043\234\001\002\000\110\004\061\005\111"
        + "\011\071\013\103\015\134\016\066\017\106\021\070\031"
        + "\075\032\031\033\040\034\057\035\034\036\113\037\141"
        + "\040\142\041\145\044\063\045\062\046\065\047\115\050"
        + "\123\051\136\052\077\053\143\054\131\055\125\056\116"
        + "\057\104\060\140\061\067\062\060\063\127\064\132\065"
        + "\072\001\002\000\022\002\uffd6\007\uffd6\012\uffd6\014\uffd6"
        + "\022\216\023\217\042\uffd6\043\uffd6\001\002\000\062\013"
        + "\uffaf\032\uffaf\033\uffaf\035\uffaf\036\uffaf\037\uffaf\040\uffaf"
        + "\041\uffaf\044\uffaf\045\uffaf\046\uffaf\047\uffaf\050\uffaf\051"
        + "\uffaf\052\uffaf\053\uffaf\054\uffaf\055\uffaf\056\uffaf\057\uffaf"
        + "\060\uffaf\061\uffaf\062\uffaf\063\uffaf\001\002\000\054\002"
        + "\uffb1\004\uffb1\006\055\007\uffb1\010\uffb1\012\uffb1\013\uffb1"
        + "\014\uffb1\021\uffb1\022\uffb1\023\uffb1\024\uffb1\025\uffb1\026"
        + "\uffb1\027\uffb1\030\uffb1\031\uffb1\032\uffb1\033\uffb1\042\uffb1"
        + "\043\uffb1\001\002\000\052\002\uffb2\004\uffb2\007\uffb2\010"
        + "\uffb2\012\uffb2\013\uffb2\014\uffb2\021\uffb2\022\uffb2\023\uffb2"
        + "\024\uffb2\025\uffb2\026\uffb2\027\uffb2\030\uffb2\031\uffb2\032"
        + "\uffb2\033\uffb2\042\uffb2\043\uffb2\001\002\000\044\002\uffc5"
        + "\007\uffc5\012\uffc5\013\uffc5\014\uffc5\022\uffc5\023\uffc5\024"
        + "\uffc5\025\uffc5\026\uffc5\027\uffc5\030\uffc5\031\uffc5\032\uffc5"
        + "\033\uffc5\042\uffc5\043\uffc5\001\002\000\004\012\243\001"
        + "\002\000\054\002\uff9b\004\uff9b\006\uff9b\007\uff9b\010\uff9b"
        + "\012\uff9b\013\uff9b\014\uff9b\021\uff9b\022\uff9b\023\uff9b\024"
        + "\uff9b\025\uff9b\026\uff9b\027\uff9b\030\uff9b\031\uff9b\032\uff9b"
        + "\033\uff9b\042\uff9b\043\uff9b\001\002\000\052\002\uffb5\004"
        + "\153\007\uffb5\010\uffb5\012\uffb5\013\uffb5\014\uffb5\021\152"
        + "\022\uffb5\023\uffb5\024\uffb5\025\uffb5\026\uffb5\027\uffb5\030"
        + "\uffb5\031\uffb5\032\uffb5\033\uffb5\042\uffb5\043\uffb5\001\002"
        + "\000\004\034\246\001\002\000\004\012\247\001\002\000"
        + "\054\002\uff8a\004\uff8a\006\uff8a\007\uff8a\010\uff8a\012\uff8a"
        + "\013\uff8a\014\uff8a\021\uff8a\022\uff8a\023\uff8a\024\uff8a\025"
        + "\uff8a\026\uff8a\027\uff8a\030\uff8a\031\uff8a\032\uff8a\033\uff8a"
        + "\042\uff8a\043\uff8a\001\002\000\052\002\uffb8\004\153\007"
        + "\uffb8\010\uffb8\012\uffb8\013\uffb8\014\uffb8\021\152\022\uffb8"
        + "\023\uffb8\024\uffb8\025\uffb8\026\uffb8\027\uffb8\030\uffb8\031"
        + "\uffb8\032\uffb8\033\uffb8\042\uffb8\043\uffb8\001\002\000\052"
        + "\002\uffdc\004\uffdc\007\uffdc\010\uffdc\012\uffdc\013\uffdc\014"
        + "\uffdc\021\uffdc\022\uffdc\023\uffdc\024\uffdc\025\uffdc\026\uffdc"
        + "\027\uffdc\030\uffdc\031\uffdc\032\uffdc\033\uffdc\042\uffdc\043"
        + "\uffdc\001\002\000\062\013\uffde\032\uffde\033\uffde\035\uffde"
        + "\036\uffde\037\uffde\040\uffde\041\uffde\044\uffde\045\uffde\046"
        + "\uffde\047\uffde\050\uffde\051\uffde\052\uffde\053\uffde\054\uffde"
        + "\055\uffde\056\uffde\057\uffde\060\uffde\061\uffde\062\uffde\063"
        + "\uffde\001\002\000\004\034\254\001\002\000\004\014\255"
        + "\001\002\000\004\034\256\001\002\000\004\012\257\001"
        + "\002\000\012\002\ufff4\004\ufff4\010\ufff4\021\ufff4\001\002"
        + "\000\004\034\261\001\002\000\004\012\262\001\002\000"
        + "\012\002\ufff5\004\ufff5\010\ufff5\021\ufff5\001\002\000\012"
        + "\002\uffec\004\uffec\010\uffec\021\uffec\001\002\000\062\013"
        + "\uffdf\032\uffdf\033\uffdf\035\uffdf\036\uffdf\037\uffdf\040\uffdf"
        + "\041\uffdf\044\uffdf\045\uffdf\046\uffdf\047\uffdf\050\uffdf\051"
        + "\uffdf\052\uffdf\053\uffdf\054\uffdf\055\uffdf\056\uffdf\057\uffdf"
        + "\060\uffdf\061\uffdf\062\uffdf\063\uffdf\001\002\000\064\013"
        + "\027\016\020\032\031\033\040\035\034\036\113\037\141"
        + "\040\047\041\051\044\015\045\014\046\016\047\036\050"
        + "\037\051\044\052\025\053\050\054\043\055\041\056\035"
        + "\057\030\060\045\061\021\062\012\063\042\001\002\000"
        + "\064\013\027\016\020\032\031\033\040\035\034\036\113"
        + "\037\141\040\047\041\051\044\015\045\014\046\016\047"
        + "\036\050\037\051\044\052\025\053\050\054\043\055\041"
        + "\056\035\057\030\060\045\061\021\062\012\063\042\001"
        + "\002\000\006\002\ufff1\010\ufff1\001\002\000\006\002\ufff0"
        + "\010\ufff0\001\002\000\006\002\ufff7\010\ufff7\001\002\000"
        + "\014\002\uffe9\004\uffe9\006\055\010\uffe9\021\uffe9\001\002"
        + "\000\014\002\uffeb\004\uffeb\006\055\010\uffeb\021\uffeb\001"
        + "\002\000\012\002\uffea\004\uffea\010\uffea\021\uffea\001\002"
        + "\000\012\002\uffe8\004\uffe8\010\uffe8\021\uffe8\001\002\000"
        + "\064\013\027\016\020\032\031\033\040\035\034\036\113"
        + "\037\141\040\047\041\051\044\015\045\014\046\016\047"
        + "\036\050\037\051\044\052\025\053\050\054\043\055\041"
        + "\056\035\057\030\060\045\061\021\062\012\063\042\001"
        + "\002\000\064\013\027\016\020\032\031\033\040\035\034"
        + "\036\113\037\141\040\047\041\051\044\015\045\014\046"
        + "\016\047\036\050\037\051\044\052\025\053\050\054\043"
        + "\055\041\056\035\057\030\060\045\061\021\062\012\063"
        + "\042\001\002\000\006\002\ufff9\010\ufff9\001\002\000\006"
        + "\002\ufff8\010\ufff8\001\002\000\004\034\303\001\002\000"
        + "\004\012\304\001\002\000\014\002\ufff3\004\ufff3\006\ufff3"
        + "\010\ufff3\021\ufff3\001\002\000\006\002\ufffb\010\ufffb\001"
        + "\002\000\070\004\013\013\027\016\020\021\023\032\031"
        + "\033\040\035\034\036\033\037\046\040\047\041\051\044"
        + "\015\045\014\046\016\047\036\050\037\051\044\052\025"
        + "\053\050\054\043\055\041\056\035\057\030\060\045\061"
        + "\021\062\012\063\042\001\002\000\004\002\ufffd\001\002"
        + "\000\004\002\uffff\001\002\000\004\002\001\001\002"});

    
Access to parse-action table.
/**
     * Access to parse-action table.
     */
    public short[][] action_table() {
        return _action_table;
    }

    
reduce_goto table.
/**
     * <code>reduce_goto</code> table.
     */
    protected static final short[][] _reduce_table
            = unpackFromStrings(new String[]{
        "\000\307\000\004\003\003\001\001\000\002\001\001\000"
        + "\070\004\307\006\120\010\127\011\117\012\101\013\075"
        + "\014\104\015\063\016\111\017\145\020\113\021\125\022"
        + "\073\023\121\024\143\025\123\026\136\027\146\030\134"
        + "\031\107\032\072\033\106\034\147\047\150\050\116\052"
        + "\100\053\077\001\001\000\026\035\016\036\007\037\006"
        + "\040\031\041\025\042\023\043\052\044\010\047\051\054"
        + "\021\001\001\000\002\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\020\040\031\041\304\042"
        + "\023\043\052\044\010\047\051\054\021\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\012\040\271"
        + "\043\272\044\010\047\051\001\001\000\020\040\031\041"
        + "\270\042\023\043\052\044\010\047\051\054\021\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\002\001\001\000\002\001\001\000\002\001\001\000\006"
        + "\007\053\045\262\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\002\001\001\000\002\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\006\007\053\045\055\001\001"
        + "\000\006\007\053\045\250\001\001\000\070\004\132\006"
        + "\120\010\127\011\117\012\101\013\075\014\104\015\063"
        + "\016\111\017\145\020\113\021\125\022\073\023\121\024"
        + "\143\025\123\026\136\027\146\030\134\031\107\032\072"
        + "\033\106\034\147\047\150\050\116\052\100\053\077\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\024\011\117\026\136\027\247\030\134\033\106\034"
        + "\147\047\153\052\100\053\077\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\002\001\001\000\002\001\001\000\024\011\117\026\136"
        + "\027\243\030\134\033\106\034\147\047\153\052\100\053"
        + "\077\001\001\000\070\004\241\006\120\010\127\011\117"
        + "\012\101\013\075\014\104\015\063\016\111\017\145\020"
        + "\113\021\125\022\073\023\121\024\143\025\123\026\136"
        + "\027\146\030\134\031\107\032\072\033\106\034\147\047"
        + "\150\050\116\052\100\053\077\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\052\006\120\010"
        + "\127\011\117\020\240\021\125\022\073\023\121\024\143"
        + "\025\123\026\136\027\146\030\134\031\107\032\072\033"
        + "\106\034\147\047\150\050\116\052\100\053\077\001\001"
        + "\000\002\001\001\000\002\001\001\000\010\033\236\034"
        + "\147\047\153\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\002\001\001\000\006\007\053\045\214\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\006\007\053\045\177\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\006\047\164\051\166\001\001\000"
        + "\002\001\001\000\002\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\020\011\155\026\136\033\106\034\147\047\153\052\100"
        + "\053\077\001\001\000\020\011\154\026\136\033\106\034"
        + "\147\047\153\052\100\053\077\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\052\006\120\010"
        + "\127\011\117\020\163\021\125\022\073\023\121\024\143"
        + "\025\123\026\136\027\146\030\134\031\107\032\072\033"
        + "\106\034\147\047\150\050\116\052\100\053\077\001\001"
        + "\000\052\006\120\010\127\011\117\020\162\021\125\022"
        + "\073\023\121\024\143\025\123\026\136\027\146\030\134"
        + "\031\107\032\072\033\106\034\147\047\150\050\116\052"
        + "\100\053\077\001\001\000\052\006\120\010\127\011\117"
        + "\020\161\021\125\022\073\023\121\024\143\025\123\026"
        + "\136\027\146\030\134\031\107\032\072\033\106\034\147"
        + "\047\150\050\116\052\100\053\077\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\002\001\001\000\024\011\117\026\136\027\174\030\134"
        + "\033\106\034\147\047\153\052\100\053\077\001\001\000"
        + "\024\011\117\026\136\027\173\030\134\033\106\034\147"
        + "\047\153\052\100\053\077\001\001\000\002\001\001\000"
        + "\002\001\001\000\050\006\120\010\127\011\117\021\125"
        + "\022\073\023\121\024\176\025\123\026\136\027\146\030"
        + "\134\031\107\032\072\033\106\034\147\047\150\050\116"
        + "\052\100\053\077\001\001\000\002\001\001\000\002\001"
        + "\001\000\074\004\203\005\202\006\120\010\127\011\117"
        + "\012\101\013\075\014\104\015\063\016\111\017\145\020"
        + "\113\021\125\022\073\023\121\024\143\025\123\026\136"
        + "\027\146\030\134\031\107\032\072\033\106\034\147\046"
        + "\204\047\150\050\116\052\100\053\077\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\074\004\203\005\202\006\120"
        + "\010\127\011\117\012\101\013\075\014\104\015\063\016"
        + "\111\017\145\020\113\021\125\022\073\023\121\024\143"
        + "\025\123\026\136\027\146\030\134\031\107\032\072\033"
        + "\106\034\147\046\207\047\150\050\116\052\100\053\077"
        + "\001\001\000\002\001\001\000\054\006\120\010\127\011"
        + "\117\017\213\020\113\021\125\022\073\023\121\024\143"
        + "\025\123\026\136\027\146\030\134\031\107\032\072\033"
        + "\106\034\147\047\150\050\116\052\100\053\077\001\001"
        + "\000\054\006\120\010\127\011\117\017\212\020\113\021"
        + "\125\022\073\023\121\024\143\025\123\026\136\027\146"
        + "\030\134\031\107\032\072\033\106\034\147\047\150\050"
        + "\116\052\100\053\077\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\060\006\120\010\127\011"
        + "\117\015\230\016\111\017\145\020\113\021\125\022\073"
        + "\023\121\024\143\025\123\026\136\027\146\030\134\031"
        + "\107\032\072\033\106\034\147\047\150\050\116\052\100"
        + "\053\077\001\001\000\060\006\120\010\127\011\117\015"
        + "\217\016\111\017\145\020\113\021\125\022\073\023\121"
        + "\024\143\025\123\026\136\027\146\030\134\031\107\032"
        + "\072\033\106\034\147\047\150\050\116\052\100\053\077"
        + "\001\001\000\002\001\001\000\056\006\120\010\127\011"
        + "\117\016\227\017\145\020\113\021\125\022\073\023\121"
        + "\024\143\025\123\026\136\027\146\030\134\031\107\032"
        + "\072\033\106\034\147\047\150\050\116\052\100\053\077"
        + "\001\001\000\056\006\120\010\127\011\117\016\226\017"
        + "\145\020\113\021\125\022\073\023\121\024\143\025\123"
        + "\026\136\027\146\030\134\031\107\032\072\033\106\034"
        + "\147\047\150\050\116\052\100\053\077\001\001\000\056"
        + "\006\120\010\127\011\117\016\225\017\145\020\113\021"
        + "\125\022\073\023\121\024\143\025\123\026\136\027\146"
        + "\030\134\031\107\032\072\033\106\034\147\047\150\050"
        + "\116\052\100\053\077\001\001\000\056\006\120\010\127"
        + "\011\117\016\224\017\145\020\113\021\125\022\073\023"
        + "\121\024\143\025\123\026\136\027\146\030\134\031\107"
        + "\032\072\033\106\034\147\047\150\050\116\052\100\053"
        + "\077\001\001\000\002\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\064\006"
        + "\120\010\127\011\117\013\232\014\104\015\063\016\111"
        + "\017\145\020\113\021\125\022\073\023\121\024\143\025"
        + "\123\026\136\027\146\030\134\031\107\032\072\033\106"
        + "\034\147\047\150\050\116\052\100\053\077\001\001\000"
        + "\002\001\001\000\062\006\120\010\127\011\117\014\234"
        + "\015\063\016\111\017\145\020\113\021\125\022\073\023"
        + "\121\024\143\025\123\026\136\027\146\030\134\031\107"
        + "\032\072\033\106\034\147\047\150\050\116\052\100\053"
        + "\077\001\001\000\002\001\001\000\002\001\001\000\006"
        + "\007\053\045\237\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\002\001\001\000\002\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\002\001\001\000\002\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\002\001\001\000"
        + "\020\040\031\041\267\042\023\043\052\044\010\047\051"
        + "\054\021\001\001\000\020\040\031\041\266\042\023\043"
        + "\052\044\010\047\051\054\021\001\001\000\002\001\001"
        + "\000\002\001\001\000\002\001\001\000\006\007\053\045"
        + "\274\001\001\000\006\007\053\045\273\001\001\000\002"
        + "\001\001\000\002\001\001\000\020\040\031\041\300\042"
        + "\023\043\052\044\010\047\051\054\021\001\001\000\020"
        + "\040\031\041\277\042\023\043\052\044\010\047\051\054"
        + "\021\001\001\000\002\001\001\000\002\001\001\000\002"
        + "\001\001\000\002\001\001\000\002\001\001\000\002\001"
        + "\001\000\026\035\016\036\306\037\006\040\031\041\025"
        + "\042\023\043\052\044\010\047\051\054\021\001\001\000"
        + "\002\001\001\000\002\001\001\000\002\001\001"});

    
Access to reduce_goto table.
/**
     * Access to <code>reduce_goto</code> table.
     */
    public short[][] reduce_table() {
        return _reduce_table;
    }

    
Instance of action encapsulation class.
/**
     * Instance of action encapsulation class.
     */
    protected parser_actions action_obj;

    
Action encapsulation object initializer.
/**
     * Action encapsulation object initializer.
     */
    protected void init_actions() {
        action_obj = new parser_actions(this);
    }

    
Invoke a user supplied parse action.
/**
     * Invoke a user supplied parse action.
     */
    public Symbol do_action(
            int act_num,
            lr_parser parser,
            Stack<Symbol> stack,
            int top)
            throws java.lang.Exception {
        /* call code in generated class */
        return action_obj.parser_do_action(act_num, parser, stack, top);
    }

    
Indicates start state.
/**
     * Indicates start state.
     */
    public int start_state() {
        return 0;
    }

    
Indicates start production.
/**
     * Indicates start production.
     */
    public int start_production() {
        return 0;
    }

    
EOF Symbol index.
/**
     * <code>EOF</code> Symbol index.
     */
    public int EOF_sym() {
        return 0;
    }

    
error Symbol index.
/**
     * <code>error</code> Symbol index.
     */
    public int error_sym() {
        return 1;
    }

    
Used by function calls with no args.
/**
     * Used by function calls with no args.
     */
    static public final List<Expression> EmptyArgs = new ArrayList<>(0);

    
Reference to non-existing variable.
/**
     * Reference to non-existing variable.
     */
    static public final VariableRef DummyVarRef = null;

    
Reference to the Parser class.
/**
     * Reference to the Parser class.
     */
    private Parser _parser;
    private XSLTC _xsltc;

    
String representation of the expression being parsed.
/**
     * String representation of the expression being parsed.
     */
    private String _expression;

    
Line number where this expression/pattern was declared.
/**
     * Line number where this expression/pattern was declared.
     */
    private int _lineNumber = 0;

    
Reference to the symbol table.
/**
     * Reference to the symbol table.
     */
    public SymbolTable _symbolTable;

    public XPathParser(Parser parser) {
        _parser = parser;
        _xsltc = parser.getXSLTC();
        _symbolTable = parser.getSymbolTable();
    }

    public int getLineNumber() {
        return _lineNumber;
    }

    public QName getQNameIgnoreDefaultNs(String name) {
        return _parser.getQNameIgnoreDefaultNs(name);
    }

    public QName getQName(String namespace, String prefix, String localname) {
        return _parser.getQName(namespace, prefix, localname);
    }

    public void setMultiDocument(boolean flag) {
        _xsltc.setMultiDocument(flag);
    }

    public void setCallsNodeset(boolean flag) {
        _xsltc.setCallsNodeset(flag);
    }

    public void setHasIdCall(boolean flag) {
        _xsltc.setHasIdCall(flag);
    }

    
This method is similar to findNodeType(int, Object) except that it
creates a StepPattern instead of just returning a node type. It also
differs in the way it handles "{uri}:*" and "{uri}:@*". The last two
patterns are expanded as "*[namespace-uri() = 'uri']" and
"@*[namespace-uri() = 'uri']", respectively. This expansion considerably
simplifies the grouping of patterns in the Mode class. For this expansion
to be correct, the priority of the pattern/template must be set to -0.25
(when no other predicates are present).
/**
     * This method is similar to findNodeType(int, Object) except that it
     * creates a StepPattern instead of just returning a node type. It also
     * differs in the way it handles "{uri}:*" and "{uri}:@*". The last two
     * patterns are expanded as "*[namespace-uri() = 'uri']" and
     * "@*[namespace-uri() = 'uri']", respectively. This expansion considerably
     * simplifies the grouping of patterns in the Mode class. For this expansion
     * to be correct, the priority of the pattern/template must be set to -0.25
     * (when no other predicates are present).
     */
    public StepPattern createStepPattern(int axis, Object test, List<Predicate> predicates) {
        int nodeType;

        if (test == null) {  // "*"
            nodeType = (axis == Axis.ATTRIBUTE) ? NodeTest.ATTRIBUTE
                    : (axis == Axis.NAMESPACE) ? -1 : NodeTest.ELEMENT;

            return new StepPattern(axis, nodeType, predicates);
        } else if (test instanceof Integer) {
            nodeType = ((Integer) test);

            return new StepPattern(axis, nodeType, predicates);
        } else {
            QName name = (QName) test;
            boolean setPriority = false;

            if (axis == Axis.NAMESPACE) {
                nodeType = (name.toString().equals("*")) ? -1
                        : _xsltc.registerNamespacePrefix(name);;
            } else {
                final String uri = name.getNamespace();
                final String local = name.getLocalPart();
                final QName namespace_uri
                        = _parser.getQNameIgnoreDefaultNs("namespace-uri");

                // Expand {uri}:* to *[namespace-uri() = 'uri'] - same for @*
                if (uri != null && (local.equals("*") || local.equals("@*"))) {
                    if (predicates == null) {
                        predicates = new ArrayList<>(2);
                    }

                    // Priority is set by hand if no other predicates exist
                    setPriority = (predicates.size() == 0);

                    predicates.add(
                            new Predicate(
                                    new EqualityExpr(Operators.EQ,
                                            new NamespaceUriCall(namespace_uri),
                                            new LiteralExpr(uri))));
                }

                if (local.equals("*")) {
                    nodeType = (axis == Axis.ATTRIBUTE) ? NodeTest.ATTRIBUTE
                            : NodeTest.ELEMENT;
                } else if (local.equals("@*")) {
                    nodeType = NodeTest.ATTRIBUTE;
                } else {
                    nodeType = (axis == Axis.ATTRIBUTE) ? _xsltc.registerAttribute(name)
                            : _xsltc.registerElement(name);
                }
            }

            final StepPattern result = new StepPattern(axis, nodeType, predicates);

            // Set priority for case prefix:* and prefix:@* (no predicates)
            if (setPriority) {
                result.setPriority(-0.25);
            }

            return result;
        }
    }

    public int findNodeType(int axis, Object test) {
        if (test == null) {  // *
            return (axis == Axis.ATTRIBUTE)
                    ? NodeTest.ATTRIBUTE
                    : (axis == Axis.NAMESPACE) ? -1 : NodeTest.ELEMENT;
        } else if (test instanceof Integer) {
            return ((Integer) test);
        } else {
            QName name = (QName) test;

            if (axis == Axis.NAMESPACE) {
                return (name.toString().equals("*")) ? -1
                        : _xsltc.registerNamespacePrefix(name);
            }

            if (name.getNamespace() == null) {
                final String local = name.getLocalPart();

                if (local.equals("*")) {
                    return (axis == Axis.ATTRIBUTE) ? NodeTest.ATTRIBUTE
                            : NodeTest.ELEMENT;
                } else if (local.equals("@*")) {
                    return NodeTest.ATTRIBUTE;
                }
            }

            return (axis == Axis.ATTRIBUTE) ? _xsltc.registerAttribute(name)
                    : _xsltc.registerElement(name);
        }
    }

    
Parse the expression passed to the current scanner. If this expression
contains references to local variables and it will be compiled in an
external module (not in the main class) request the current template to
create a new variable stack frame.
Params:
expression – the expression to be parsed
lineNumber – Line where the current expression is defined./**
     * Parse the expression passed to the current scanner. If this expression
     * contains references to local variables and it will be compiled in an
     * external module (not in the main class) request the current template to
     * create a new variable stack frame.
     *
     * @param expression the expression to be parsed
     * @param lineNumber Line where the current expression is defined.
     *
     */
    public Symbol parse(String expression, int lineNumber) throws Exception {
        try {
            _expression = expression;
            _lineNumber = lineNumber;
            return super.parse();
        } catch (IllegalCharException e) {
            ErrorMsg err = new ErrorMsg(ErrorMsg.ILLEGAL_CHAR_ERR,
                    lineNumber, e.getMessage());
            _parser.reportError(Constants.FATAL, err);
        }
        return null;
    }

    
Lookup a variable or parameter in the symbol table given its name.
Params:
name – Name of the symbol being looked up./**
     * Lookup a variable or parameter in the symbol table given its name.
     *
     * @param name Name of the symbol being looked up.
     */
    final SyntaxTreeNode lookupName(QName name) {
        // Is it a local var or param ?
        final SyntaxTreeNode result = _parser.lookupVariable(name);
        if (result != null) {
            return (result);
        } else {
            return (_symbolTable.lookupName(name));
        }
    }

    public final void addError(ErrorMsg error) {
        _parser.reportError(Constants.ERROR, error);
    }

    public void report_error(String message, Object info) {
        final ErrorMsg err = new ErrorMsg(ErrorMsg.SYNTAX_ERR, _lineNumber,
                _expression);
        _parser.reportError(Constants.FATAL, err);
    }

    public void report_fatal_error(String message, Object info) {
        // empty
    }

    public RelativeLocationPath insertStep(Step step, RelativeLocationPath rlp) {
        if (rlp instanceof Step) {
            return new ParentLocationPath(step, (Step) rlp);
        } else if (rlp instanceof ParentLocationPath) {
            final ParentLocationPath plp = (ParentLocationPath) rlp;
            final RelativeLocationPath newrlp = insertStep(step, plp.getPath());
            return new ParentLocationPath(newrlp, plp.getStep());
        } else {
            addError(new ErrorMsg(ErrorMsg.INTERNAL_ERR, "XPathParser.insertStep"));
            return rlp;
        }
    }

    
Returns true if the axis applies to elements only. The axes child,
attribute, namespace, descendant result in non-empty nodesets only if the
context node is of type element.
/**
     * Returns true if the axis applies to elements only. The axes child,
     * attribute, namespace, descendant result in non-empty nodesets only if the
     * context node is of type element.
     */
    public boolean isElementAxis(int axis) {
        return (axis == Axis.CHILD || axis == Axis.ATTRIBUTE
                || axis == Axis.NAMESPACE || axis == Axis.DESCENDANT);
    }

}

Cup generated class to encapsulate user supplied action code.
/**
 * Cup generated class to encapsulate user supplied action code.
 */
class parser_actions {

    private final XPathParser parser;

    
Constructor
/**
     * Constructor
     */
    parser_actions(XPathParser parser) {
        this.parser = parser;
    }

    
Method with the actual generated action code.
/**
     * Method with the actual generated action code.
     */
    public final Symbol parser_do_action(
            int parser_act_num,
            lr_parser parser_parser,
            Stack<Symbol> parser_stack,
            int parser_top)
            throws java.lang.Exception {
        /* Symbol object for return from actions */
        Symbol parser_result;

        /* select the action based on the action number */
        switch (parser_act_num) {
            /*. . . . . . . . . . . . . . . . . . . .*/
            case 0: // $START ::= TopLevel EOF
            {
                SyntaxTreeNode start_val = (SyntaxTreeNode) (parser_stack.get(parser_top - 1)).value;
                parser_result = new Symbol(0, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, start_val);
            }
            /* ACCEPT */
            parser_parser.done_parsing();
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 1: // TopLevel ::= PATTERN Pattern
            {
                Pattern pattern = (Pattern) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(1, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, pattern);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 2: // TopLevel ::= EXPRESSION Expr
            {
                Expression expr = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(1, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, expr);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 3: // Pattern ::= LocationPathPattern
            {
                Pattern lpp = (Pattern) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(28, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, lpp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 4: // Pattern ::= LocationPathPattern VBAR Pattern
            {
                Pattern lpp = (Pattern) (parser_stack.get(parser_top - 2)).value;
                Pattern p = (Pattern) (parser_stack.get(parser_top - 0)).value;
                Pattern result = new AlternativePattern(lpp, p);
                parser_result = new Symbol(28, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 5: // LocationPathPattern ::= SLASH
            {
                Pattern result = new AbsolutePathPattern(null);
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 6: // LocationPathPattern ::= SLASH RelativePathPattern
            {
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                Pattern result = new AbsolutePathPattern(rpp);
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 7: // LocationPathPattern ::= IdKeyPattern
            {
                IdKeyPattern ikp = (IdKeyPattern) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ikp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 8: // LocationPathPattern ::= IdKeyPattern SLASH RelativePathPattern
            {
                IdKeyPattern ikp = (IdKeyPattern) (parser_stack.get(parser_top - 2)).value;
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                Pattern result = new ParentPattern(ikp, rpp);
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 9: // LocationPathPattern ::= IdKeyPattern DSLASH RelativePathPattern
            {
                IdKeyPattern ikp = (IdKeyPattern) (parser_stack.get(parser_top - 2)).value;
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                Pattern result = new AncestorPattern(ikp, rpp);
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 10: // LocationPathPattern ::= DSLASH RelativePathPattern
            {
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                Pattern result = new AncestorPattern(rpp);
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 11: // LocationPathPattern ::= RelativePathPattern
            {
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(29, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, rpp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 12: // IdKeyPattern ::= ID LPAREN Literal RPAREN
            {
                String l = (String) (parser_stack.get(parser_top - 1)).value;
                IdKeyPattern result = new IdPattern(l);
                parser.setHasIdCall(true);
                parser_result = new Symbol(27, (parser_stack.get(parser_top - 3)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 13: // IdKeyPattern ::= KEY LPAREN Literal COMMA Literal RPAREN
            {
                String l1 = (String) (parser_stack.get(parser_top - 3)).value;
                String l2 = (String) (parser_stack.get(parser_top - 1)).value;
                IdKeyPattern result = new KeyPattern(l1, l2);
                parser_result = new Symbol(27, (parser_stack.get(parser_top - 5)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 14: // ProcessingInstructionPattern ::= PIPARAM LPAREN Literal RPAREN
            {
                String l = (String) (parser_stack.get(parser_top - 1)).value;
                StepPattern result = new ProcessingInstructionPattern(l);
                parser_result = new Symbol(30, (parser_stack.get(parser_top - 3)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 15: // RelativePathPattern ::= StepPattern
            {
                StepPattern sp = (StepPattern) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(31, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, sp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 16: // RelativePathPattern ::= StepPattern SLASH RelativePathPattern
            {
                StepPattern sp = (StepPattern) (parser_stack.get(parser_top - 2)).value;
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                RelativePathPattern result = new ParentPattern(sp, rpp);
                parser_result = new Symbol(31, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 17: // RelativePathPattern ::= StepPattern DSLASH RelativePathPattern
            {
                StepPattern sp = (StepPattern) (parser_stack.get(parser_top - 2)).value;
                RelativePathPattern rpp = (RelativePathPattern) (parser_stack.get(parser_top - 0)).value;
                RelativePathPattern result = new AncestorPattern(sp, rpp);
                parser_result = new Symbol(31, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 18: // StepPattern ::= NodeTestPattern
            {
                Object nt = parser_stack.get(parser_top - 0).value;
                StepPattern result = parser.createStepPattern(Axis.CHILD, nt, null);
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 19: // StepPattern ::= NodeTestPattern Predicates
            {
                Object nt = parser_stack.get(parser_top - 1).value;
                @SuppressWarnings("unchecked")
                List<Predicate> pp = (ArrayList<Predicate>) (parser_stack.get(parser_top - 0)).value;
                StepPattern result = parser.createStepPattern(Axis.CHILD, nt, pp);
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 20: // StepPattern ::= ProcessingInstructionPattern
            {
                StepPattern pip = (StepPattern) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, pip);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 21: // StepPattern ::= ProcessingInstructionPattern Predicates
            {
                StepPattern pip = (StepPattern) (parser_stack.get(parser_top - 1)).value;
                @SuppressWarnings("unchecked")
                List<Predicate> pp = (ArrayList<Predicate>) (parser_stack.get(parser_top - 0)).value;
                StepPattern result = (ProcessingInstructionPattern) pip.setPredicates(pp);
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 22: // StepPattern ::= ChildOrAttributeAxisSpecifier NodeTestPattern
            {
                Integer axis = (Integer) (parser_stack.get(parser_top - 1)).value;
                Object nt = parser_stack.get(parser_top - 0).value;
                StepPattern result = parser.createStepPattern(axis, nt, null);
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 23: // StepPattern ::= ChildOrAttributeAxisSpecifier NodeTestPattern Predicates
            {
                Integer axis = (Integer) (parser_stack.get(parser_top - 2)).value;
                Object nt = parser_stack.get(parser_top - 1).value;
                @SuppressWarnings("unchecked")
                List<Predicate> pp = (ArrayList<Predicate>) (parser_stack.get(parser_top - 0)).value;
                StepPattern result = parser.createStepPattern(axis, nt, pp);
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 24: // StepPattern ::= ChildOrAttributeAxisSpecifier ProcessingInstructionPattern
            {
                StepPattern pip = (StepPattern) (parser_stack.get(parser_top - 0)).value;
                StepPattern result = pip;    // TODO: report error if axis is attribute
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 25: // StepPattern ::= ChildOrAttributeAxisSpecifier ProcessingInstructionPattern Predicates
            {
                StepPattern pip = (StepPattern) (parser_stack.get(parser_top - 1)).value;
                @SuppressWarnings("unchecked")
                List<Predicate> pp = (ArrayList<Predicate>) (parser_stack.get(parser_top - 0)).value;
                // TODO: report error if axis is attribute
                StepPattern result = (ProcessingInstructionPattern) pip.setPredicates(pp);
                parser_result = new Symbol(32, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 26: // NodeTestPattern ::= NameTestPattern
            {
                Object nt = parser_stack.get(parser_top - 0).value;
                parser_result = new Symbol(33, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, nt);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 27: // NodeTestPattern ::= NODE
            {
                Object result = NodeTest.ANODE;
                parser_result = new Symbol(33, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 28: // NodeTestPattern ::= TEXT
            {
                Object result = NodeTest.TEXT;
                parser_result = new Symbol(33, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 29: // NodeTestPattern ::= COMMENT
            {
                Object result = NodeTest.COMMENT;
                parser_result = new Symbol(33, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 30: // NodeTestPattern ::= PI
            {
                Object result = NodeTest.PI;
                parser_result = new Symbol(33, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 31: // NameTestPattern ::= STAR
            {
                Object result = null;
                parser_result = new Symbol(34, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 32: // NameTestPattern ::= QName
            {
                QName qn = (QName) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(34, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, qn);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 33: // ChildOrAttributeAxisSpecifier ::= ATSIGN
            {
                Integer result = Axis.ATTRIBUTE;
                parser_result = new Symbol(42, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 34: // ChildOrAttributeAxisSpecifier ::= CHILD DCOLON
            {
                Integer result = Axis.CHILD;
                parser_result = new Symbol(42, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 35: // ChildOrAttributeAxisSpecifier ::= ATTRIBUTE DCOLON
            {
                Integer result = Axis.ATTRIBUTE;
                parser_result = new Symbol(42, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 36: // Predicates ::= Predicate
            {
                Expression p = (Expression) (parser_stack.get(parser_top - 0)).value;
                List<Expression> temp = new ArrayList<>();
                temp.add(p);
                parser_result = new Symbol(35, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, temp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 37: // Predicates ::= Predicate Predicates
            {
                Expression p = (Expression) (parser_stack.get(parser_top - 1)).value;
                @SuppressWarnings("unchecked")
                List<Expression> pp = (ArrayList<Expression>) (parser_stack.get(parser_top - 0)).value;
                pp.add(0, p);
                parser_result = new Symbol(35, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, pp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 38: // Predicate ::= LBRACK Expr RBRACK
            {
                Expression e = (Expression) (parser_stack.get(parser_top - 1)).value;
                Expression result = new Predicate(e);
                parser_result = new Symbol(5, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 39: // Expr ::= OrExpr
            {
                Expression ex = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(2, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ex);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 40: // OrExpr ::= AndExpr
            {
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(8, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ae);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 41: // OrExpr ::= OrExpr OR AndExpr
            {
                Expression oe = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new LogicalExpr(LogicalExpr.OR, oe, ae);
                parser_result = new Symbol(8, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 42: // AndExpr ::= EqualityExpr
            {
                Expression e = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(9, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, e);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 43: // AndExpr ::= AndExpr AND EqualityExpr
            {
                Expression ae = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ee = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new LogicalExpr(LogicalExpr.AND, ae, ee);
                parser_result = new Symbol(9, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 44: // EqualityExpr ::= RelationalExpr
            {
                Expression re = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(10, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, re);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 45: // EqualityExpr ::= EqualityExpr EQ RelationalExpr
            {
                Expression ee = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression re = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new EqualityExpr(Operators.EQ, ee, re);
                parser_result = new Symbol(10, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 46: // EqualityExpr ::= EqualityExpr NE RelationalExpr
            {
                Expression ee = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression re = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new EqualityExpr(Operators.NE, ee, re);
                parser_result = new Symbol(10, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 47: // RelationalExpr ::= AdditiveExpr
            {
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(11, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ae);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 48: // RelationalExpr ::= RelationalExpr LT AdditiveExpr
            {
                Expression re = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new RelationalExpr(Operators.LT, re, ae);
                parser_result = new Symbol(11, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 49: // RelationalExpr ::= RelationalExpr GT AdditiveExpr
            {
                Expression re = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new RelationalExpr(Operators.GT, re, ae);
                parser_result = new Symbol(11, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 50: // RelationalExpr ::= RelationalExpr LE AdditiveExpr
            {
                Expression re = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new RelationalExpr(Operators.LE, re, ae);
                parser_result = new Symbol(11, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 51: // RelationalExpr ::= RelationalExpr GE AdditiveExpr
            {
                Expression re = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ae = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new RelationalExpr(Operators.GE, re, ae);
                parser_result = new Symbol(11, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 52: // AdditiveExpr ::= MultiplicativeExpr
            {
                Expression me = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(12, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, me);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 53: // AdditiveExpr ::= AdditiveExpr PLUS MultiplicativeExpr
            {
                Expression ae = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression me = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new BinOpExpr(BinOpExpr.PLUS, ae, me);
                parser_result = new Symbol(12, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 54: // AdditiveExpr ::= AdditiveExpr MINUS MultiplicativeExpr
            {
                Expression ae = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression me = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new BinOpExpr(BinOpExpr.MINUS, ae, me);
                parser_result = new Symbol(12, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 55: // MultiplicativeExpr ::= UnaryExpr
            {
                Expression ue = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(13, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ue);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 56: // MultiplicativeExpr ::= MultiplicativeExpr STAR UnaryExpr
            {
                Expression me = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ue = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new BinOpExpr(BinOpExpr.TIMES, me, ue);
                parser_result = new Symbol(13, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 57: // MultiplicativeExpr ::= MultiplicativeExpr DIV UnaryExpr
            {
                Expression me = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ue = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new BinOpExpr(BinOpExpr.DIV, me, ue);
                parser_result = new Symbol(13, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 58: // MultiplicativeExpr ::= MultiplicativeExpr MOD UnaryExpr
            {
                Expression me = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression ue = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new BinOpExpr(BinOpExpr.MOD, me, ue);
                parser_result = new Symbol(13, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 59: // UnaryExpr ::= UnionExpr
            {
                Expression ue = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(14, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ue);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 60: // UnaryExpr ::= MINUS UnaryExpr
            {
                Expression ue = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new UnaryOpExpr(ue);
                parser_result = new Symbol(14, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 61: // UnionExpr ::= PathExpr
            {
                Expression pe = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(18, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, pe);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 62: // UnionExpr ::= PathExpr VBAR UnionExpr
            {
                Expression pe = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression rest = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new UnionPathExpr(pe, rest);
                parser_result = new Symbol(18, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 63: // PathExpr ::= LocationPath
            {
                Expression lp = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(19, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, lp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 64: // PathExpr ::= FilterExpr
            {
                Expression fexp = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(19, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, fexp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 65: // PathExpr ::= FilterExpr SLASH RelativeLocationPath
            {
                Expression fexp = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression rlp = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new FilterParentPath(fexp, rlp);
                parser_result = new Symbol(19, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 66: // PathExpr ::= FilterExpr DSLASH RelativeLocationPath
            {
                Expression fexp = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression rlp = (Expression) (parser_stack.get(parser_top - 0)).value;
                //
                // Expand '//' into '/descendant-or-self::node()/' or
                // into /descendant-or-self::*/
                //
                int nodeType = DOM.NO_TYPE;
                if (rlp instanceof Step
                        && parser.isElementAxis(((Step) rlp).getAxis())) {
                    nodeType = DTM.ELEMENT_NODE;
                }
                final Step step = new Step(Axis.DESCENDANTORSELF, nodeType, null);
                FilterParentPath fpp = new FilterParentPath(fexp, step);
                fpp = new FilterParentPath(fpp, rlp);
                if (fexp instanceof KeyCall == false) {
                    fpp.setDescendantAxis();
                }
                parser_result = new Symbol(19, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, fpp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 67: // LocationPath ::= RelativeLocationPath
            {
                Expression rlp = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(4, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, rlp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 68: // LocationPath ::= AbsoluteLocationPath
            {
                Expression alp = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(4, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, alp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 69: // RelativeLocationPath ::= Step
            {
                Expression step = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(21, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, step);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 70: // RelativeLocationPath ::= RelativeLocationPath SLASH Step
            {
                Expression result = null;
                Expression rlp = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression step = (Expression) (parser_stack.get(parser_top - 0)).value;
                if (rlp instanceof Step && ((Step) rlp).isAbbreviatedDot()) {
                    result = step;       // Remove './' from the middle
                } else if (((Step) step).isAbbreviatedDot()) {
                    result = rlp;        // Remove '/.' from the end
                } else {
                    result
                            = new ParentLocationPath((RelativeLocationPath) rlp, step);
                }
                parser_result = new Symbol(21, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 71: // RelativeLocationPath ::= AbbreviatedRelativeLocationPath
            {
                Expression arlp = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(21, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, arlp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 72: // AbsoluteLocationPath ::= SLASH
            {
                Expression result = new AbsoluteLocationPath();
                parser_result = new Symbol(23, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 73: // AbsoluteLocationPath ::= SLASH RelativeLocationPath
            {
                Expression rlp = (Expression) (parser_stack.get(parser_top - 0)).value;
                Expression result = new AbsoluteLocationPath(rlp);
                parser_result = new Symbol(23, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 74: // AbsoluteLocationPath ::= AbbreviatedAbsoluteLocationPath
            {
                Expression aalp = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(23, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, aalp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 75: // AbbreviatedRelativeLocationPath ::= RelativeLocationPath DSLASH Step
            {
                Expression result = null;
                Expression rlp = (Expression) (parser_stack.get(parser_top - 2)).value;
                Expression step = (Expression) (parser_stack.get(parser_top - 0)).value;
                final Step right = (Step) step;
                final int axis = right.getAxis();
                final int type = right.getNodeType();
                final List<Predicate> predicates = right.getPredicates();
                if ((axis == Axis.CHILD) && (type != NodeTest.ATTRIBUTE)) {
                    // Compress './/child:E' into 'descendant::E' - if possible
                    if (predicates == null) {
                        right.setAxis(Axis.DESCENDANT);
                        if (rlp instanceof Step && ((Step) rlp).isAbbreviatedDot()) {
                            result = right;
                        } else {
                            // Expand 'rlp//child::E' into 'rlp/descendant::E'
                            RelativeLocationPath left = (RelativeLocationPath) rlp;
                            result = new ParentLocationPath(left, right);
                        }
                    } else // Expand './/step' -> 'descendant-or-self::*/step'
                    if (rlp instanceof Step && ((Step) rlp).isAbbreviatedDot()) {
                        Step left = new Step(Axis.DESCENDANTORSELF,
                                DTM.ELEMENT_NODE, null);
                        result = new ParentLocationPath(left, right);
                    } else {
                        // Expand 'rlp//step' -> 'rlp/descendant-or-self::*/step'
                        RelativeLocationPath left = (RelativeLocationPath) rlp;
                        Step mid = new Step(Axis.DESCENDANTORSELF,
                                DTM.ELEMENT_NODE, null);
                        ParentLocationPath ppl = new ParentLocationPath(mid, right);
                        result = new ParentLocationPath(left, ppl);
                    }
                } else if ((axis == Axis.ATTRIBUTE) || (type == NodeTest.ATTRIBUTE)) {
                    // Expand 'rlp//step' -> 'rlp/descendant-or-self::*/step'
                    RelativeLocationPath left = (RelativeLocationPath) rlp;
                    Step middle = new Step(Axis.DESCENDANTORSELF,
                            DTM.ELEMENT_NODE, null);
                    ParentLocationPath ppl = new ParentLocationPath(middle, right);
                    result = new ParentLocationPath(left, ppl);
                } else {
                    // Expand 'rlp//step' -> 'rlp/descendant-or-self::node()/step'
                    RelativeLocationPath left = (RelativeLocationPath) rlp;
                    Step middle = new Step(Axis.DESCENDANTORSELF,
                            DOM.NO_TYPE, null);
                    ParentLocationPath ppl = new ParentLocationPath(middle, right);
                    result = new ParentLocationPath(left, ppl);
                }
                parser_result = new Symbol(22, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 76: // AbbreviatedAbsoluteLocationPath ::= DSLASH RelativeLocationPath
            {
                Expression rlp = (Expression) (parser_stack.get(parser_top - 0)).value;
                //
                // Expand '//' into '/descendant-or-self::node()/' or
                // into /descendant-or-self::*/
                //
                int nodeType = DOM.NO_TYPE;
                if (rlp instanceof Step
                        && parser.isElementAxis(((Step) rlp).getAxis())) {
                    nodeType = DTM.ELEMENT_NODE;
                }
                final Step step = new Step(Axis.DESCENDANTORSELF, nodeType, null);
                Expression result = new AbsoluteLocationPath(parser.insertStep(step,
                        (RelativeLocationPath) rlp));
                parser_result = new Symbol(24, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 77: // Step ::= NodeTest
            {
                Expression result = null;
                Object ntest = parser_stack.get(parser_top - 0).value;
                if (ntest instanceof Step) {
                    result = (Step) ntest;
                } else {
                    result = new Step(Axis.CHILD,
                            parser.findNodeType(Axis.CHILD, ntest),
                            null);
                }
                parser_result = new Symbol(7, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 78: // Step ::= NodeTest Predicates
            {
                Expression result = null;
                Object ntest = parser_stack.get(parser_top - 1).value;
                @SuppressWarnings("unchecked")
                List<Predicate> pp = (ArrayList<Predicate>) (parser_stack.get(parser_top - 0)).value;
                if (ntest instanceof Step) {
                    Step step = (Step) ntest;
                    step.addPredicates(pp);
                    result = (Step) ntest;
                } else {
                    result = new Step(Axis.CHILD,
                            parser.findNodeType(Axis.CHILD, ntest), pp);
                }
                parser_result = new Symbol(7, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 79: // Step ::= AxisSpecifier NodeTest Predicates
            {
                Integer axis = (Integer) (parser_stack.get(parser_top - 2)).value;
                Object ntest = parser_stack.get(parser_top - 1).value;
                @SuppressWarnings("unchecked")
                List<Predicate> pp = (ArrayList<Predicate>) (parser_stack.get(parser_top - 0)).value;
                Expression result = new Step(axis, parser.findNodeType(axis, ntest), pp);
                parser_result = new Symbol(7, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 80: // Step ::= AxisSpecifier NodeTest
            {
                Integer axis = (Integer) (parser_stack.get(parser_top - 1)).value;
                Object ntest = parser_stack.get(parser_top - 0).value;
                Expression result = new Step(axis, parser.findNodeType(axis, ntest), null);
                parser_result = new Symbol(7, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 81: // Step ::= AbbreviatedStep
            {
                Expression abbrev = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(7, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, abbrev);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 82: // AxisSpecifier ::= AxisName DCOLON
            {
                Integer an = (Integer) (parser_stack.get(parser_top - 1)).value;
                parser_result = new Symbol(41, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, an);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 83: // AxisSpecifier ::= ATSIGN
            {
                Integer result = Axis.ATTRIBUTE;
                parser_result = new Symbol(41, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 84: // AxisName ::= ANCESTOR
            {
                Integer result = Axis.ANCESTOR;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 85: // AxisName ::= ANCESTORORSELF
            {
                Integer result = Axis.ANCESTORORSELF;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 86: // AxisName ::= ATTRIBUTE
            {
                Integer result = Axis.ATTRIBUTE;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 87: // AxisName ::= CHILD
            {
                Integer result = Axis.CHILD;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 88: // AxisName ::= DESCENDANT
            {
                Integer result = Axis.DESCENDANT;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 89: // AxisName ::= DESCENDANTORSELF
            {
                Integer result = Axis.DESCENDANTORSELF;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 90: // AxisName ::= FOLLOWING
            {
                Integer result = Axis.FOLLOWING;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 91: // AxisName ::= FOLLOWINGSIBLING
            {
                Integer result = Axis.FOLLOWINGSIBLING;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 92: // AxisName ::= NAMESPACE
            {
                Integer result = Axis.NAMESPACE;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 93: // AxisName ::= PARENT
            {
                Integer result = Axis.PARENT;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 94: // AxisName ::= PRECEDING
            {
                Integer result = Axis.PRECEDING;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 95: // AxisName ::= PRECEDINGSIBLING
            {
                Integer result = Axis.PRECEDINGSIBLING;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 96: // AxisName ::= SELF
            {
                Integer result = Axis.SELF;
                parser_result = new Symbol(40, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 97: // AbbreviatedStep ::= DOT
            {
                Expression result = new Step(Axis.SELF, NodeTest.ANODE, null);
                parser_result = new Symbol(20, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 98: // AbbreviatedStep ::= DDOT
            {
                Expression result = new Step(Axis.PARENT, NodeTest.ANODE, null);
                parser_result = new Symbol(20, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 99: // FilterExpr ::= PrimaryExpr
            {
                Expression primary = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(6, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, primary);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 100: // FilterExpr ::= PrimaryExpr Predicates
            {
                Expression primary = (Expression) (parser_stack.get(parser_top - 1)).value;
                @SuppressWarnings("unchecked")
                List<Expression> pp = (ArrayList<Expression>) (parser_stack.get(parser_top - 0)).value;
                Expression result = new FilterExpr(primary, pp);
                parser_result = new Symbol(6, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 101: // PrimaryExpr ::= VariableReference
            {
                Expression vr = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(17, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, vr);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 102: // PrimaryExpr ::= LPAREN Expr RPAREN
            {
                Expression ex = (Expression) (parser_stack.get(parser_top - 1)).value;
                parser_result = new Symbol(17, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, ex);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 103: // PrimaryExpr ::= Literal
            {
                String string = (String) (parser_stack.get(parser_top - 0)).value;
                /*
        * If the string appears to have the syntax of a QName, store
        * namespace info in the literal expression. This is used for
        * element-available and function-available functions, among
        * others. Also, the default namespace must be ignored.
                 */
                String namespace = null;
                final int index = string.lastIndexOf(':');
                if (index > 0) {
                    final String prefix = string.substring(0, index);
                    namespace = parser._symbolTable.lookupNamespace(prefix);
                }
                Expression result = (namespace == null) ? new LiteralExpr(string)
                        : new LiteralExpr(string, namespace);
                parser_result = new Symbol(17, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 104: // PrimaryExpr ::= INT
            {
                Expression result = null;
                Long num = (Long) (parser_stack.get(parser_top - 0)).value;
                if (num < Integer.MIN_VALUE || num > Integer.MAX_VALUE) {
                    result = new RealExpr(num);
                } else if (num.doubleValue() == -0) {
                    result = new RealExpr(num.doubleValue());
                } else if (num.intValue() == 0) {
                    result = new IntExpr(num.intValue());
                } else if (num.doubleValue() == 0.0) {
                    result = new RealExpr(num.doubleValue());
                } else {
                    result = new IntExpr(num.intValue());
                }
                parser_result = new Symbol(17, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 105: // PrimaryExpr ::= REAL
            {
                Double num = (Double) (parser_stack.get(parser_top - 0)).value;
                Expression result = new RealExpr(num);
                parser_result = new Symbol(17, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 106: // PrimaryExpr ::= FunctionCall
            {
                Expression fc = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(17, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, fc);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 107: // VariableReference ::= DOLLAR VariableName
            {
                Expression result = null;
                QName varName = (QName) (parser_stack.get(parser_top - 0)).value;
                // An empty qname prefix for a variable or parameter reference
                // should map to the null namespace and not the default URI.
                SyntaxTreeNode node = parser.lookupName(varName);
                if (node != null) {
                    if (node instanceof Variable) {
                        result = new VariableRef((Variable) node);
                    } else if (node instanceof Param) {
                        result = new ParameterRef((Param) node);
                    } else {
                        result = new UnresolvedRef(varName);
                    }
                }
                if (node == null) {
                    result = new UnresolvedRef(varName);
                }
                parser_result = new Symbol(15, (parser_stack.get(parser_top - 1)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 108: // FunctionCall ::= FunctionName LPAREN RPAREN
            {
                Expression result = null;
                QName fname = (QName) (parser_stack.get(parser_top - 2)).value;
                if (fname == parser.getQNameIgnoreDefaultNs("current")) {
                    result = new CurrentCall(fname);
                } else if (fname == parser.getQNameIgnoreDefaultNs("number")) {
                    result = new NumberCall(fname, XPathParser.EmptyArgs);
                } else if (fname == parser.getQNameIgnoreDefaultNs("string")) {
                    result = new StringCall(fname, XPathParser.EmptyArgs);
                } else if (fname == parser.getQNameIgnoreDefaultNs("concat")) {
                    result = new ConcatCall(fname, XPathParser.EmptyArgs);
                } else if (fname == parser.getQNameIgnoreDefaultNs("true")) {
                    result = new BooleanExpr(true);
                } else if (fname == parser.getQNameIgnoreDefaultNs("false")) {
                    result = new BooleanExpr(false);
                } else if (fname == parser.getQNameIgnoreDefaultNs("name")) {
                    result = new NameCall(fname);
                } else if (fname == parser.getQNameIgnoreDefaultNs("generate-id")) {
                    result = new GenerateIdCall(fname, XPathParser.EmptyArgs);
                } else if (fname == parser.getQNameIgnoreDefaultNs("string-length")) {
                    result = new StringLengthCall(fname, XPathParser.EmptyArgs);
                } else if (fname == parser.getQNameIgnoreDefaultNs("position")) {
                    result = new PositionCall(fname);
                } else if (fname == parser.getQNameIgnoreDefaultNs("last")) {
                    result = new LastCall(fname);
                } else if (fname == parser.getQNameIgnoreDefaultNs("local-name")) {
                    result = new LocalNameCall(fname);
                } else if (fname == parser.getQNameIgnoreDefaultNs("namespace-uri")) {
                    result = new NamespaceUriCall(fname);
                } else {
                    result = new FunctionCall(fname, XPathParser.EmptyArgs);
                }
                parser_result = new Symbol(16, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 109: // FunctionCall ::= FunctionName LPAREN NonemptyArgumentList RPAREN
            {
                Expression result = null;
                QName fname = (QName) (parser_stack.get(parser_top - 3)).value;
                @SuppressWarnings("unchecked")
                List<Expression> argl = (ArrayList<Expression>) (parser_stack.get(parser_top - 1)).value;
                if (fname == parser.getQNameIgnoreDefaultNs("concat")) {
                    result = new ConcatCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("number")) {
                    result = new NumberCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("document")) {
                    parser.setMultiDocument(true);
                    result = new DocumentCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("string")) {
                    result = new StringCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("boolean")) {
                    result = new BooleanCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("name")) {
                    result = new NameCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("generate-id")) {
                    result = new GenerateIdCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("not")) {
                    result = new NotCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("format-number")) {
                    result = new FormatNumberCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("unparsed-entity-uri")) {
                    result = new UnparsedEntityUriCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("key")) {
                    result = new KeyCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("id")) {
                    result = new KeyCall(fname, argl);
                    parser.setHasIdCall(true);
                } else if (fname == parser.getQNameIgnoreDefaultNs("ceiling")) {
                    result = new CeilingCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("round")) {
                    result = new RoundCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("floor")) {
                    result = new FloorCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("contains")) {
                    result = new ContainsCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("string-length")) {
                    result = new StringLengthCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("starts-with")) {
                    result = new StartsWithCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("function-available")) {
                    result = new FunctionAvailableCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("element-available")) {
                    result = new ElementAvailableCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("local-name")) {
                    result = new LocalNameCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("lang")) {
                    result = new LangCall(fname, argl);
                } else if (fname == parser.getQNameIgnoreDefaultNs("namespace-uri")) {
                    result = new NamespaceUriCall(fname, argl);
                } else if (fname == parser.getQName(Constants.TRANSLET_URI, "xsltc", "cast")) {
                    result = new CastCall(fname, argl);
                } // Special case for extension function nodeset()
                else if (fname.getLocalPart().equals("nodeset") || fname.getLocalPart().equals("node-set")) {
                    parser.setCallsNodeset(true);  // implies MultiDOM
                    result = new FunctionCall(fname, argl);
                } else {
                    result = new FunctionCall(fname, argl);
                }
                parser_result = new Symbol(16, (parser_stack.get(parser_top - 3)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 110: // NonemptyArgumentList ::= Argument
            {
                Expression arg = (Expression) (parser_stack.get(parser_top - 0)).value;
                List<Expression> temp = new ArrayList<>();
                temp.add(arg);
                parser_result = new Symbol(36, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, temp);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 111: // NonemptyArgumentList ::= Argument COMMA NonemptyArgumentList
            {
                Expression arg = (Expression) (parser_stack.get(parser_top - 2)).value;
                @SuppressWarnings("unchecked")
                List<Expression> argl = (ArrayList<Expression>) (parser_stack.get(parser_top - 0)).value;
                argl.add(0, arg);
                parser_result = new Symbol(36, (parser_stack.get(parser_top - 2)).left,
                        (parser_stack.get(parser_top - 0)).right, argl);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 112: // FunctionName ::= QName
            {
                QName fname = (QName) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(38, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, fname);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 113: // VariableName ::= QName
            {
                QName vname = (QName) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(39, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, vname);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 114: // Argument ::= Expr
            {
                Expression ex = (Expression) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(3, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, ex);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 115: // NodeTest ::= NameTest
            {
                Object nt = parser_stack.get(parser_top - 0).value;
                parser_result = new Symbol(25, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, nt);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 116: // NodeTest ::= NODE
            {
                Object result = NodeTest.ANODE;
                parser_result = new Symbol(25, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 117: // NodeTest ::= TEXT
            {
                Object result = NodeTest.TEXT;
                parser_result = new Symbol(25, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 118: // NodeTest ::= COMMENT
            {
                Object result = NodeTest.COMMENT;
                parser_result = new Symbol(25, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 119: // NodeTest ::= PIPARAM LPAREN Literal RPAREN
            {
                String l = (String) (parser_stack.get(parser_top - 1)).value;
                QName name = parser.getQNameIgnoreDefaultNs("name");
                Expression exp = new EqualityExpr(Operators.EQ,
                        new NameCall(name),
                        new LiteralExpr(l));
                List<Predicate> predicates = new ArrayList<>();
                predicates.add(new Predicate(exp));
                Object result = new Step(Axis.CHILD, NodeTest.PI, predicates);
                parser_result = new Symbol(25, (parser_stack.get(parser_top - 3)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 120: // NodeTest ::= PI
            {
                Object result = NodeTest.PI;
                parser_result = new Symbol(25, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 121: // NameTest ::= STAR
            {
                Object result = null;
                parser_result = new Symbol(26, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 122: // NameTest ::= QName
            {
                QName qn = (QName) (parser_stack.get(parser_top - 0)).value;
                parser_result = new Symbol(26, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, qn);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 123: // QName ::= QNAME
            {
                String qname = (String) (parser_stack.get(parser_top - 0)).value;
                QName result = parser.getQNameIgnoreDefaultNs(qname);
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 124: // QName ::= DIV
            {
                QName result = parser.getQNameIgnoreDefaultNs("div");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 125: // QName ::= MOD
            {
                QName result = parser.getQNameIgnoreDefaultNs("mod");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 126: // QName ::= KEY
            {
                QName result = parser.getQNameIgnoreDefaultNs("key");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 127: // QName ::= ANCESTOR
            {
                QName result = parser.getQNameIgnoreDefaultNs("child");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 128: // QName ::= ANCESTORORSELF
            {
                QName result = parser.getQNameIgnoreDefaultNs("ancestor-or-self");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 129: // QName ::= ATTRIBUTE
            {
                QName result = parser.getQNameIgnoreDefaultNs("attribute");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 130: // QName ::= CHILD
            {
                QName result = parser.getQNameIgnoreDefaultNs("child");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 131: // QName ::= DESCENDANT
            {
                QName result = parser.getQNameIgnoreDefaultNs("decendant");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 132: // QName ::= DESCENDANTORSELF
            {
                QName result = parser.getQNameIgnoreDefaultNs("decendant-or-self");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 133: // QName ::= FOLLOWING
            {
                QName result = parser.getQNameIgnoreDefaultNs("following");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 134: // QName ::= FOLLOWINGSIBLING
            {
                QName result = parser.getQNameIgnoreDefaultNs("following-sibling");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 135: // QName ::= NAMESPACE
            {
                QName result = parser.getQNameIgnoreDefaultNs("namespace");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 136: // QName ::= PARENT
            {
                QName result = parser.getQNameIgnoreDefaultNs("parent");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 137: // QName ::= PRECEDING
            {
                QName result = parser.getQNameIgnoreDefaultNs("preceding");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 138: // QName ::= PRECEDINGSIBLING
            {
                QName result = parser.getQNameIgnoreDefaultNs("preceding-sibling");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 139: // QName ::= SELF
            {
                QName result = parser.getQNameIgnoreDefaultNs("self");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /*. . . . . . . . . . . . . . . . . . . .*/
            case 140: // QName ::= ID
            {
                QName result = parser.getQNameIgnoreDefaultNs("id");
                parser_result = new Symbol(37, (parser_stack.get(parser_top - 0)).left,
                        (parser_stack.get(parser_top - 0)).right, result);
            }
            return parser_result;

            /* . . . . . .*/
            default:
                throw new Exception(
                        "Invalid action number found in internal parse table");

        }
    }
}