(venv) shree@shree-linux2:~/pippi$ make test
python -m unittest discover -s tests -p ‘test_*.py’ -v
test_addIntervals (test_chords.TestChords) … ok
test_getChord (test_chords.TestChords) … ok
test_getExtension (test_chords.TestChords) … ok
test_getIntervals (test_chords.TestChords) … ok
test_getQuality (test_chords.TestChords) … ok
test_getRatiofromInterval (test_chords.TestChords) … ok
test_dub_into_empty_sound (test_dub.TestDub) … ok
test_dub_overflow (test_dub.TestDub) … ok
test_graincloud_with_density_lfo (test_graincloud.TestGrainCloud) … ok
test_graincloud_with_length_lfo (test_graincloud.TestGrainCloud) … ok
test_graincloud_with_read_lfo (test_graincloud.TestGrainCloud) … ok
test_graincloud_with_speed_lfo (test_graincloud.TestGrainCloud) … ok
test_maxspeed_graincloud (test_graincloud.TestGrainCloud) … ok
test_minspeed_graincloud (test_graincloud.TestGrainCloud) … ok
test_unmodulated_graincloud (test_graincloud.TestGrainCloud) … ok
test_create_sinewave (test_oscs.TestOscs) … ok
test_create_wt_stack (test_oscs.TestOscs) … ok
test_eu (test_rhythm.TestRhythm) … ok
test_topositions (test_rhythm.TestRhythm) … ok
test_create_empty_ring_buffer (test_ringbuffer.TestRingBuffer) … ok
test_create_ringbuffer_from_soundfile (test_ringbuffer.TestRingBuffer) … ok
test_read_streamed_blocks_from_ringbuffer (test_ringbuffer.TestRingBuffer) … ok
test_stream_blocks_into_ringbuffer_from_soundfile (test_ringbuffer.TestRingBuffer) … ok
test_clip_soundbuffer (test_soundbuffer.TestSoundBuffer) … ok
test_create_buffer_from_soundfile (test_soundbuffer.TestSoundBuffer) … ok
test_create_empty_buffer (test_soundbuffer.TestSoundBuffer) … ok
test_pad_sound_with_silence (test_soundbuffer.TestSoundBuffer) … ok
test_pan (test_soundbuffer.TestSoundBuffer) … ok
test_random_split_buffer (test_soundbuffer.TestSoundBuffer) … ok
test_save_buffer_to_soundfile (test_soundbuffer.TestSoundBuffer) … ok
test_slice_frame (test_soundbuffer.TestSoundBuffer)
A SoundBuffer should return a single frame … ok
test_slice_sample (test_soundbuffer.TestSoundBuffer)
Slicing into the second dimension of a SoundBuffer … ok
test_speed (test_soundbuffer.TestSoundBuffer) … ok
test_split_buffer (test_soundbuffer.TestSoundBuffer) … ok
test_taper (test_soundbuffer.TestSoundBuffer) … ok
test_transpose (test_soundbuffer.TestSoundBuffer) … ok
test_window (test_soundbuffer.TestSoundBuffer) … ok
test_bad_wavetable_type (test_wavetables.TestWavetables) … ok
test_bad_window_type (test_wavetables.TestWavetables) … ok
test_polyseg (test_wavetables.TestWavetables) … sine
<_sre.SRE_Match object; span=(0, 4), match=‘sine’>
None
sine
None
None
1,tri,0-1
<_sre.SRE_Match object; span=(0, 9), match=‘1,tri,0-1’>
1
tri
0
1
rand,0.3-0.8
<_sre.SRE_Match object; span=(0, 12), match=‘rand,0.3-0.8’>
None
rand
0.3
0.8
ERROR
test_randline (test_wavetables.TestWavetables) … ok
test_random_wavetable (test_wavetables.TestWavetables) … ok
test_random_window (test_wavetables.TestWavetables) … ok
test_wtclass (test_wavetables.TestWavetables) … ok
======================================================================
ERROR: test_polyseg (test_wavetables.TestWavetables)
Traceback (most recent call last):
File “/home/shree/pippi/tests/test_wavetables.py”, line 53, in test_polyseg
wt = wavetables.polyseg(score, length)
TypeError: Argument ‘segments’ has incorrect type (expected list, got str)
Ran 44 tests in 1.152s
FAILED (errors=1)
Makefile:4: recipe for target ‘test’ failed
make: *** [test] Error 1