def error_function(program):
errors = []
for case in cases:
interpreter = PushInterpreter()
output = interpreter.run(program, [case], ['_vector_boolean'])[0]
if output is None:
errors.append(1e5)
else:
target = binary_decrement(case)
errors.append(levenshtein_distance(output, target))
return errors
def error_function(program, debug=False):
errors = []
for case in cases:
interpreter = PushInterpreter()
output = interpreter.run(program, [case], ['_vector_boolean'], debug)[0]
target = invert_bitstring(case)
if output is None:
errors.append(1e5)
if not len(output) == len(target):
errors.append(1e4)
else:
errors.append(levenshtein_distance(output, target))
return errors
def test_levenshtein_distance_empty(self):
sed = u.levenshtein_distance('Hello', '')
self.assertEqual(sed, 5)
def test_levenshtein_distance_std(self):
sed = u.levenshtein_distance('Hello', 'World')
self.assertEqual(sed, 4)