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	/*
	* 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
	*/
	public class XPathParser extends lr_parser {

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

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

	/**
	* 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.
	*/
	public short[][] production_table() {
	return _production_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"
	+ "\125\056\116\057\104\060\140\061\067\062\060\063\127"
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	+ "\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.
	*/
	public short[][] action_table() {
	return _action_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 <code>reduce_goto</code> table.
	*/
	public short[][] reduce_table() {
	return _reduce_table;
	}

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

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

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

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

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

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

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

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

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

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

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

	/**
	* 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).
	*/
	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.
	*
	* @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.
	*
	* @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.
	*/
	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.
	*/
	class parser_actions {

	private final XPathParser parser;

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

	/**
	* 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");

	}
	}
	}

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