def test_eval_progress_returns_none_on_failure(self):
# given a match in the string, should eval the result
regex = r'(\d+)/(\d+)$'
processor = ProcessController(regex, r'x[0] *^/* x[1]', 'utf-8')
match = re.search(regex, '50/50')
self.assertIsNone(processor._eval_progress(match))
def test_eval_progress(self):
# given a match in the string, should eval the result
regex = r'(\d+)/(\d+)$'
processor = ProcessController(regex, r'x[0] / x[1]', 'utf-8')
match = re.search(regex, '50/50')
self.assertEqual(processor._eval_progress(match), 1.0)
def test_eval_progress_returns_none_on_failure(): # given a match in the string, should eval the result regex = r'(\d+)/(\d+)$' processor = ProcessController(regex, r'x[0] *^/* x[1]') match = re.search(regex, '50/50') assert processor._eval_progress(match) == None
def test_eval_progress(): # given a match in the string, should eval the result regex = r'(\d+)/(\d+)$' processor = ProcessController(regex, r'x[0] / x[1]') match = re.search(regex, '50/50') assert processor._eval_progress(match) == 1.0
def test_eval_progress_returns_none_on_failure(self):
# given a match in the string, should eval the result
regex = r'(\d+)/(\d+)$'
processor = ProcessController(regex, r'x[0] *^/* x[1]', False, 'utf-8')
match = re.search(regex, '50/50')
self.assertIsNone(processor._eval_progress(match))
def test_eval_progress(self):
# given a match in the string, should eval the result
regex = r'(\d+)/(\d+)$'
processor = ProcessController(regex, r'x[0] / x[1]', False, 'utf-8')
match = re.search(regex, '50/50')
self.assertEqual(processor._eval_progress(match), 1.0)
