def test_grammars():
print("\n")
a = load_grammar(gram_filename)
grammar, all_symbols, env = a
# print(all_symbols)
g = closure_collection(grammar, all_symbols)
for num in range(len(g)):
clos = [i for i in g if i.label == num][0]
print(clos.__repr__())
_state_map = gen_syntax_table(grammar, all_symbols)
args = ''.join(
list(
map(lambda x: '{:' + str(max(5,
len(x.__str__()) + 2)) + 's}',
all_symbols)))
s = "{:10s}" + args
head = [
'state',
] + list(all_symbols)
print(s.format(*head))
for j, i in enumerate(_state_map):
_state = [
str(j),
] + i
print(s.format(*_state))
def test_grammars():
print("\n")
a = load_grammar(gram_filename)
grammar, all_symbols, env = a
_state_map = gen_syntax_table(grammar, all_symbols)
args = ''.join(list(map(lambda x: '{:'+str(max(5, len(x.__str__())+2))+'s}',
all_symbols)))
s = "{:10s}" + args
head = ['state', ] + list(all_symbols)
print(s.format(*head))
for j, i in enumerate(_state_map):
_state = [str(j), ] + i
print(s.format(*_state))
def test_grammars():
print("\n")
a = load_grammar(gram_filename)
grammar, syms, env = a
_state_map = gen_syntax_table(grammar, syms)
s = "{:6s}" + ''.join(
map(lambda x: '{:' + str(max(4, len(x))) + 's}', syms))
head = [
'state',
] + list(syms)
print(s.format(*head))
for j, i in enumerate(_state_map):
_state = [
str(j),
] + i
print(s.format(*_state))