def test_json_output_from_single_file(self):
for test_file in _TEST_SINGLE_FILES:
# Get old JSON example test output
expected_json = _slurp_file(_TEST_ROOT, test_file + '.json')
# Generate new output to check
output = extract_strings.extract_file(
os.path.join(_EXERCISE_ROOT, test_file + '.html'))
output = json.dumps(output, cls=extract_strings._SetEncoder)
self.assertEqual(output, expected_json, test_file)
def test_json_output_from_single_file(self):
for test_file in _TEST_SINGLE_FILES:
expected_output = _load_test_json(test_file)
# The python routines store the matching filenames as a
# set. json stores them as a list (it doesn't have sets).
# We don't care about order, so we convert from the list
# to the set for this test.
for k in expected_output:
expected_output[k] = set(
(str(file), linenum)
for (file, linenum) in expected_output[k])
# Generate new output to check
output = extract_strings.extract_file(
os.path.join(_TEST_ROOT, test_file + '.html'), {})
self.assertEqual(output, expected_output)
def test_json_output_from_single_file(self):
for test_file in _TEST_SINGLE_FILES:
expected_output = _load_test_json(test_file)
# The python routines store the matching filenames as a
# set. json stores them as a list (it doesn't have sets).
# We don't care about order, so we convert from the list
# to the set for this test.
for k in expected_output:
expected_output[k] = set(
(str(file), linenum)
for (file, linenum) in expected_output[k])
# Generate new output to check
output = extract_strings.extract_file(
os.path.join(_TEST_ROOT, test_file + '.html'), {})
self.assertEqual(output, expected_output)
