def test_json_output_from_multiple_files(self):
for test_files in _TEST_MULTI_FILES:
# Get old JSON example test output
expected_json = _slurp_file(_TEST_ROOT,
"-".join(test_files) + '.json')
# Generate new output to check
output = extract_strings.extract_files(
[os.path.join(_EXERCISE_ROOT, test_file + '.html')
for test_file in test_files])
output = json.dumps(output, cls=extract_strings._SetEncoder)
self.assertEqual(output, expected_json, test_files)
def test_json_output_from_all_files(self):
# Generate new output to check
output = extract_strings.extract_files(
glob.glob(os.path.join(_EXERCISE_ROOT, '*.html')))
# Make sure that we don't cause something bad to happen
# and no longer output drastically less results.
# As of 2013-01-23 we have 4776 results.
self.assertGreater(len(output), 4500, 'Too few strings extracted.')
for string in output:
# Make sure that no <div> are found in the extracted string
self.assertNotRegexpMatches(string, r'<div',
'DIV element found in %s' % list(output[string])[0][0])
# Make sure that no <p> are found in the extracted string
self.assertNotRegexpMatches(string, r'<p',
'P element found in %s' % list(output[string])[0][0])
def test_json_output_from_multiple_files(self):
for test_files in _TEST_MULTI_FILES:
# Get old JSON example test output
raw_expected_output = _load_test_json("-".join(test_files))
# The python output uses both tuples and lists, while the
# json has only lists (it doesn't support tuples).
# Convert the json so all the types match.
expected_output = []
for (nltext, occurrences) in raw_expected_output:
# nltext can be a string (for gettext) or a list (ngettext)
if isinstance(nltext, list):
nltext = tuple(nltext) # we want a tuple, not a list
converted_occs = [(str(f), lnum) for (f, lnum) in occurrences]
expected_output.append((nltext, converted_occs))
# Generate new output to check
output = extract_strings.extract_files(
[os.path.join(_TEST_ROOT, test_file + '.html')
for test_file in test_files],
verbose=False)
self.assertEqual(output, expected_output)
def test_json_output_from_all_files(self):
# Generate new output to check
output = extract_strings.extract_files(
glob.glob(os.path.join(_EXERCISE_ROOT, '*.html')),
verbose=False)
# Make sure that we don't cause something bad to happen
# and no longer output drastically less results.
# As of 2013-01-23 we have 4776 results.
self.assertGreater(len(output), 4500, 'Too few strings extracted.')
for (nltext, occurrences) in output:
# nltext can be either a string (for gettext) or tuple (ngettext)
if isinstance(nltext, basestring):
nltext = (nltext,) # make it so nltext is definitely a tuple
for string in nltext:
# Make sure that no <div> are found in the extracted string
self.assertNotRegexpMatches(string, r'<div',
'DIV element found at %s:%s' % occurrences[0])
# Make sure that no <p> are found in the extracted string
self.assertNotRegexpMatches(string, r'<p',
'P element found at %s:%s' % occurrences[0])
def test_json_output_from_multiple_files(self):
for test_files in _TEST_MULTI_FILES:
# Get old JSON example test output
raw_expected_output = _load_test_json("-".join(test_files))
# The python output uses both tuples and lists, while the
# json has only lists (it doesn't support tuples).
# Convert the json so all the types match.
expected_output = []
for (nltext, occurrences) in raw_expected_output:
# nltext can be a string (for gettext) or a list (ngettext)
if isinstance(nltext, list):
nltext = tuple(nltext) # we want a tuple, not a list
converted_occs = [(str(f), lnum) for (f, lnum) in occurrences]
expected_output.append((nltext, converted_occs))
# Generate new output to check
output = extract_strings.extract_files([
os.path.join(_TEST_ROOT, test_file + '.html')
for test_file in test_files
],
verbose=False)
self.assertEqual(output, expected_output)
def test_json_output_from_all_files(self):
# Generate new output to check
output = extract_strings.extract_files(glob.glob(
os.path.join(_EXERCISE_ROOT, '*.html')),
verbose=False)
# Make sure that we don't cause something bad to happen
# and no longer output drastically less results.
# As of 2013-01-23 we have 4776 results.
self.assertGreater(len(output), 4500, 'Too few strings extracted.')
for (nltext, occurrences) in output:
# nltext can be either a string (for gettext) or tuple (ngettext)
if isinstance(nltext, basestring):
nltext = (nltext, ) # make it so nltext is definitely a tuple
for string in nltext:
# Make sure that no <div> are found in the extracted string
self.assertNotRegexpMatches(
string, r'<div',
'DIV element found at %s:%s' % occurrences[0])
# Make sure that no <p> are found in the extracted string
self.assertNotRegexpMatches(
string, r'<p', 'P element found at %s:%s' % occurrences[0])
