def test_parse_tval_str_get_value(self):
for t in self.t_val_targets:
for v in [1, 1.1, 0.9]:
_, parsed_value = parse_tval_str('{}={}'.format(t, v))
if t == 'dur':
v *= 1000.0
self.assertEqual(parsed_value, v)
def test_parse_tval_str_get_value(self):
for t in self.t_val_targets:
for v in [1, 1.1, 0.9]:
_, parsed_value = parse_tval_str('{}={}'.format(t, v))
if t == 'dur':
v *= 1000.0
self.assertEqual(parsed_value, v)
def test_parse_tval_str_value_not_a_number_fails(self):
for t in self.t_val_targets:
with self.assertRaises(ValueError):
parse_tval_str('{target}=not_a_number'.format(target=t))
def test_parse_tval_str_target_dne_fails(self):
with self.assertRaises(ValueError):
parse_tval_str('does_not_exist=1')
def test_parse_tval_str_fps_non_rational_fraction(self):
for x in ['24/1.001', '24.0/1.001']:
self.assertEqual(
parse_tval_str('fps={value}'.format(value=x))[1], 24.0 / 1.001)
self.assertEqual(parse_tval_str('fps=24.0/1001')[1], 24.0 / 1001)
def test_parse_tval_str_fps_fraction(self):
self.assertEqual(parse_tval_str('fps=24/1001')[1], 24.0 / 1001)
def test_parse_tval_str_value_is_float(self):
for t in self.t_val_targets:
self.assertIsInstance(parse_tval_str('{}=1'.format(t))[1], float)
def test_parse_tval_str_get_target(self):
for t in self.t_val_targets:
self.assertEqual(parse_tval_str('{}=1'.format(t))[0], t)
def test_parse_tval_str_value_not_a_number_fails(self):
for t in self.t_val_targets:
with self.assertRaises(ValueError):
parse_tval_str('{target}=not_a_number'.format(target=t))
def test_parse_tval_str_target_dne_fails(self):
with self.assertRaises(ValueError):
parse_tval_str('does_not_exist=1')
def test_parse_tval_str_fps_non_rational_fraction(self):
for x in ['24/1.001', '24.0/1.001']:
self.assertEqual(parse_tval_str('fps={value}'.format(
value=x
))[1], 24.0/1.001)
self.assertEqual(parse_tval_str('fps=24.0/1001')[1], 24.0/1001)
def test_parse_tval_str_fps_fraction(self):
self.assertEqual(parse_tval_str('fps=24/1001')[1], 24.0/1001)
def test_parse_tval_str_value_is_float(self):
for t in self.t_val_targets:
self.assertIsInstance(parse_tval_str('{}=1'.format(t))[1], float)
def test_parse_tval_str_get_target(self):
for t in self.t_val_targets:
self.assertEqual(parse_tval_str('{}=1'.format(t))[0], t)
