"""
             GMLBaseParser.py  -- created Mon Feb 28 14:20:00 2000

This file was automatically generated by the PyLR parser generator.
It defines the tables 'actiontable', 'gototable', and 'prodinfo'.  These 
tables are used to give functionality to a parsing engine.  It also defines
A Parser class called GMLBaseParser which will use this engine.  It's usage
is indicated in GMLBaseParser's doc-string.
"""
#
# this section contains source code added by the user 
# plus 'import PyLR'
#

import GML
import PyLR

#
# the action table means
# ('s', -1)  shift
# ('r', <n>) reduce with production n
# ('a', -1)  accept
# ('',  -1)  error
# each row represents a state and each column a terminal lookahead symbol
# Lexer symbols are:
# ['EOF', 'REAL', 'INTEGER', 'LSQB', 'RSQB', 'STRING', 'KEY']
#
_actiontable = [
	[('', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('s', 6)],
	[('a', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('', -1)],
	[('r', 1), ('', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('s', 6)],
	[('', -1), ('', -1), ('', -1), ('', -1), ('s', 12), ('', -1), ('s', 6)],
	[('r', 2), ('', -1), ('', -1), ('', -1), ('r', 2), ('', -1), ('r', 2)],
	[('r', 3), ('', -1), ('', -1), ('', -1), ('r', 3), ('', -1), ('r', 3)],
	[('', -1), ('s', 9), ('s', 8), ('s', 11), ('', -1), ('s', 10), ('', -1)],
	[('r', 4), ('', -1), ('', -1), ('', -1), ('r', 4), ('', -1), ('r', 4)],
	[('r', 5), ('', -1), ('', -1), ('', -1), ('r', 5), ('', -1), ('r', 5)],
	[('r', 6), ('', -1), ('', -1), ('', -1), ('r', 6), ('', -1), ('r', 6)],
	[('r', 7), ('', -1), ('', -1), ('', -1), ('r', 7), ('', -1), ('r', 7)],
	[('', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('', -1), ('s', 6)],
	[('r', 8), ('', -1), ('', -1), ('', -1), ('r', 8), ('', -1), ('r', 8)]
]



#
# the goto table, each row represents a state
# and each column the nonterminal that was on the lhs of the
# reduction
#
_gototable = [
	[1, 2, 5, None],
	[None, None, None, None],
	[None, None, 4, None],
	[None, None, 4, None],
	[None, None, None, None],
	[None, None, None, None],
	[None, None, None, 7],
	[None, None, None, None],
	[None, None, None, None],
	[None, None, None, None],
	[None, None, None, None],
	[None, 3, 5, None],
	[None, None, None, None]
]



#
# This is the prodinfo table.  each row represents a production
# the entries are the length of the production, the name of a method 
# in an instance of the GMLBaseParser class below that gets called 
# when that production occurs, and the index of the lhs in the 
# nonterminals (as in the gototable)
#
_prodinfo = [
	(1, 'feddich', 0),           # gml: list (feddich)
	(2, 'gml_key_value', 1),     # list: list keyvalue (gml_key_value)
	(1, 'unspecified', 1),       # list: keyvalue (unspecified)
	(2, 'key_value', 2),         # keyvalue: 6 value (key_value)
	(1, 'unspecified', 3),       # value: 2 (unspecified)
	(1, 'unspecified', 3),       # value: 1 (unspecified)
	(1, 'unspecified', 3),       # value: 5 (unspecified)
	(3, 'gmllist', 3),           # value: 3 list 4 (gmllist)
	]




class GMLBaseParser(PyLR.Parser):
    """
    this class was produced automatically by the PyLR parser generator.
    It is meant to be subclassed to produce a parser for the grammar

gml: list (feddich);
list: list keyvalue (gml_key_value);
list: keyvalue (unspecified);
keyvalue: KEY value (key_value);
value: INTEGER (unspecified);
value: REAL (unspecified);
value: STRING (unspecified);
value: LSQB list RSQB (gmllist);

    While parsing input, if one of the above productions is recognized,
    a method of your sub-class (whose name is indicated in parens to the 
    right) will be invoked. Names marked 'unspecified' should be ignored. 
    
    usage: 

class MyGMLBaseParser(GMLBaseParser):
    # ...define the methods for the productions... 

p = MyGMLBaseParser(); p.parse(text)
    """
    def __init__(self):
	lexer = GML.GMLLexer()
	PyLR.Parser.__init__(self, lexer, _actiontable, _gototable, _prodinfo)