def test_over_max(self):
values = []
for n in xrange(5):
values.append({'filename': 'frame %d' % n})
value = {'frames': values}
trim_frames(value, max_frames=4)
assert len(value['frames']) == 4
for value, num in zip(values[:2], xrange(2)):
assert value['filename'] == 'frame %d' % num
for value, num in zip(values[2:], xrange(3, 5)):
assert value['filename'] == 'frame %d' % num
def test_over_max(self):
values = []
for n in xrange(5):
values.append({'filename': 'frame %d' % n})
value = {'frames': values}
trim_frames(value, max_frames=4)
assert len(value['frames']) == 4
for value, num in zip(values[:2], xrange(2)):
assert value['filename'] == 'frame %d' % num
for value, num in zip(values[2:], xrange(3, 5)):
assert value['filename'] == 'frame %d' % num
def test_under_max(self):
value = {'frames': [{'filename': 'foo'}]}
trim_frames(value)
assert len(value['frames']) == 1
assert value.get('frames_omitted') is None
def test_under_max(self):
value = {'frames': [{'filename': 'foo'}]}
trim_frames(value)
assert len(value['frames']) == 1
assert value.get('frames_omitted') is None
