def p(self, x):
import astpp
import unparser
try:
print 'a>', astpp.sprint(x).strip()
print 'c>', unparser.unparse(x)
except: print x
print
def main():
for test_num in range(len(test_files)):
print('\n')
test_file = test_files[test_num]
print("testing file " + test_file)
l_parse_tree = parse_file(test_file)
asp_transformed_tree = transformer.transform(l_parse_tree)
asp_translated_program = unparser.unparse(asp_transformed_tree)
answers_out = parse_clingo_output(run_asp_program(asp_translated_program))
compare_answers(answers_out, test_outputs[test_num])
check_tree(asp_transformed_tree, asp_translated_program)
def unp(self, x):
import unparser
zs = [x]
if hasattr(x, '__iter__'):
zs = x
xs = []
for z in zs:
if hasattr(z, '__iter__'):
xs.extend(z)
else:
xs.append(z)
for x in xs:
try:
print 'c>', unparser.unparse(x)
except: print x
print
def unparse_src(node):
return unparser.unparse(node)
def rewrite(self, path, tree):
self.logger.debug('%s is dirty, file will be rewrite', path)
file = open(path, 'w')
file.write('# -*- coding:utf-8 -*-\n')
unparser.unparse(tree, file)
file.close()