def test_failure_event(self):
receiver = EventReceiver()
receiver.begin_case('a-test', 0, 'foo')
receiver.failure('because', 4)
receiver.end_case('a-test', 9)
self.assertEquals(1, len(receiver.results()[0].failures))
def test_failure_event(self):
receiver = EventReceiver()
receiver.begin_case('a-test', 0, 'foo')
receiver.failure('because', 4)
receiver.end_case('a-test', 9)
self.assertEquals(1, len(receiver.results()[0].failures))
def gather_test_results(traces):
MICROS_TO_S = 1000000.0
receiver = EventReceiver()
for trace in traces:
ts_seconds = trace['ts'] / MICROS_TO_S
if trace['cat'] == 'test':
if trace['ph'] == 'E' and receiver.current_case.name == trace[
'name']:
receiver.end_case(trace['name'], ts_seconds)
elif trace['ph'] == 'B' and receiver.current_case is None:
receiver.begin_case(
trace['name'], ts_seconds,
os.path.splitext(trace['args']['filename'])[0].replace(
os.sep, '.'))
elif trace['ph'] == 'I' and trace['name'] == 'failure':
receiver.failure(trace['args']['reason'],
trace['args']['lineno'])
return receiver.results()
def gather_test_results(traces):
MICROS_TO_S = 1000000.0
receiver = EventReceiver()
for trace in traces:
ts_seconds = trace['ts'] / MICROS_TO_S
if trace['cat'] == 'test':
if trace['ph'] == 'E' and receiver.current_case.name == trace['name']:
receiver.end_case(trace['name'], ts_seconds)
elif trace['ph'] == 'B' and receiver.current_case is None:
receiver.begin_case(
trace['name'], ts_seconds, os.path.splitext(
trace['args']['filename'])[0].replace(os.sep, '.')
)
elif trace['ph'] == 'I' and trace['name'] == 'failure':
receiver.failure(trace['args'][
'reason'], trace['args']['lineno'])
return receiver.results()
def test_dangling_case(self):
receiver = EventReceiver()
receiver.begin_case('a-test', 0, src_location='foo')
self.assertEquals(1, len(receiver.results()[0].errors))
def test_dangling_case(self):
receiver = EventReceiver()
receiver.begin_case('a-test', 0, src_location='foo')
self.assertEquals(1, len(receiver.results()[0].errors))
def test_trivial(self):
self.assertEquals([], EventReceiver().results())
def get_timestamp(date_string):
"""
Get the seconds since unix epoch from the date_string
:param date_string: Date in %Y-%m-%d %H:%M:%S,%f format from the log
"""
return float(datetime.strptime(date_string, '%Y-%m-%d %H:%M:%S,%f').strftime('%S'))
with open('unit_test.log', 'rb') as log_file:
for line in log_file:
all_bytes = string.maketrans('', '')
line = line.translate(all_bytes, all_bytes[:32])
if 'running tests' in line:
receiver = EventReceiver()
if 'test_' in line and '(openerp.addons.' in line:
line_match = TEST_CASE_REGEX.match(line).groups()
test_time = get_timestamp(line_match[0])
test_name = line_match[1].replace('openerp.addons.', '')
test_location = line_match[2].replace('openerp.addons.', '')
if receiver.current_case:
receiver.end_case(receiver.current_case.name, test_time)
receiver.begin_case(test_name, test_time, test_location)
if ': Ran ' in line and 'test' in line and ' in ' in line:
print line
line_match = TEST_END_REGEX.match(line).groups()
if receiver.current_case:
test_time = get_timestamp(line_match[0])
receiver.end_case(receiver.current_case.name, test_time)
test_name = line_match[1]