def __init__(self, lexical, raw_str, value, offset):
self.__lexical__ = lexical
self.__raw_str__ = raw_str
self.__value__ = value
self.__offset__ = offset
s0 = State()
s1 = State()
s0.link(s1, self.__value__)
self.graph = StateGraph(s0, s1)
def reduce8(state_stack, parse_stack, input_stack):
"""reduce => x : F *"""
state_stack.pop()
p2 = parse_stack.pop()
assert p2.lexical_unit() == '*'
state_stack.pop()
p1 = parse_stack.pop()
assert p1.lexical_unit() == 'F'
state_stack.append(__goto_table__[state_stack[-1]]['x'])
p0 = Elem('x', 'x', 'x', p1.offset())
s0 = State()
s1 = State()
p0.graph = StateGraph(s0, s1)
s0.link(p1.graph.start, EPSILON)
s0.link(s1, EPSILON)
p1.graph.final.link(s1, EPSILON)
p1.graph.final.link(s0, EPSILON)
parse_stack.append(p0)
def reduce2(state_stack, parse_stack, input_stack):
"""reduce => s : t | s"""
state_stack.pop()
p3 = parse_stack.pop()
assert p3.lexical_unit() == 's'
state_stack.pop()
p2 = parse_stack.pop()
assert p2.lexical_unit() == '|'
state_stack.pop()
p1 = parse_stack.pop()
assert p1.lexical_unit() == 't'
state_stack.append(__goto_table__[state_stack[-1]]['s'])
p0 = Elem('s', 's', 's', p1.offset())
s0 = State()
s1 = State()
p0.graph = StateGraph(s0, s1)
s0.link(p1.graph.start, EPSILON)
s0.link(p3.graph.start, EPSILON)
p1.graph.final.link(s1, EPSILON)
p3.graph.final.link(s1, EPSILON)
parse_stack.append(p0)
