def test_result(self):
f = aaf.open(main_test_file, 'r')
assert len(f.storage.master_mobs()) == 1
mob = f.storage.lookup_mob(mob_id)
assert mob.name == mob_name
for i, slot in enumerate(mob.slots()):
print(slot.name)
assert slot.name == slot_names[i]
seg = slot.segment
print(seg)
if slot.slotID == NumMobSlots:
assert isinstance(seg, aaf.component.Sequence)
else:
assert isinstance(seg, aaf.component.SourceClip)
src_mob = seg.resolve_ref()
for s in src_mob.slots():
tape_mob = s.segment.resolve_ref()
tape_description = tape_mob.essence_descriptor
print(tape_mob)
print(tape_description)
print("ManufacturerID =", tape_description['ManufacturerID'].value)
assert tape_description['ManufacturerID'].value == manufacturer
print("Model", tape_description['Model'].value)
assert tape_description['Model'].value == model
print("FormFactor", tape_description['FormFactor'].value)
def test_result(self):
f = aaf.open(main_test_file, 'r')
assert len(f.storage.master_mobs()) == 1
mob = f.storage.lookup_mob(mob_id)
assert mob.name == mob_name
for i, slot in enumerate(mob.slots()):
print slot.name
assert slot.name == slot_names[i]
seg = slot.segment
#print seg
if slot.slotID == NumMobSlots:
assert isinstance(seg, aaf.component.Sequence)
else:
assert isinstance(seg, aaf.component.SourceClip)
src_mob = seg.resolve_ref()
for s in src_mob.slots():
tape_mob = s.segment.resolve_ref()
tape_description = tape_mob.essence_descriptor
print tape_mob
print tape_description
print "ManufacturerID =", tape_description[
'ManufacturerID'].value
assert tape_description[
'ManufacturerID'].value == manufacturer
print "Model", tape_description['Model'].value
assert tape_description['Model'].value == model
print "FormFactor", tape_description['FormFactor'].value
def test_file(self):
f = aaf.open(main_test_file, "r")
mob = f.storage.lookup_mob(mob_id)
for slot in mob.slots():
for i, p in enumerate(slot.segment.parameter["testParam"].points()):
assert point_values[i] == float(p.value)
def test_file(self):
f = aaf.open(main_test_file, 'r')
mob = f.storage.lookup_mob(mob_id)
for slot in mob.slots():
for i, p in enumerate(
slot.segment.parameter['testParam'].points()):
assert point_values[i] == float(p.value)
def test_basic(self):
test_file = os.path.join(sandbox, "test_EdgeCode.aaf")
f = aaf.open(test_file, 'w')
mob = f.create.CompositionMob()
f.storage.add_mob(mob)
edge_code_header = 'BOB'
# manually initialize
edgecode = aaf.component.EdgeCode(f, header=edge_code_header)
edgecode['Length'].value = 10
mob.append_new_timeline_slot("0/1", edgecode, 0, "edgecode", 0)
#print(edgecode.header)
assert edgecode.header == edge_code_header
# test create interface
edgecode2 = f.create.EdgeCode(100, header=edge_code_header)
assert edgecode2.header == edge_code_header
assert edgecode2['Length'].value == 100
edgecode.header = u"BOB2"
assert edgecode.header == "BOB2"
f.save()
f.close()
f = aaf.open(test_file, 'r')
mob = f.storage.composition_mobs()[0]
edgecode = mob.slots()[0].segment
assert edgecode.header == "BOB2"
def test_basic(self):
test_file = os.path.join(sandbox, "test_TimelineMobSlot.aaf")
f = aaf.open(test_file, 'w')
timeline = f.create.TimelineMobSlot()
timeline.mark_in = 1
assert timeline.mark_in == 1
timeline.mark_in = 2
assert timeline.mark_in == 2
timeline.mark_out = 100
assert timeline.mark_out == 100
timeline.mark_out = 10
assert timeline.mark_out == 10
# File won't save unless MobSlot has a segment
seq = f.create.Sequence("picture")
timeline.segment = seq
mob = f.create.MasterMob()
mob.append_slot(timeline)
f.storage.add_mob(mob)
f.save()
f.close()
f = aaf.open(test_file, 'r')
mob = f.storage.master_mobs()[0]
timeline = mob.slots()[0]
print(timeline)
assert timeline.mark_in == 2
assert timeline.mark_out == 10
f.close()
def test_basic(self):
test_file = os.path.join(sandbox, "test_TimelineMobSlot.aaf")
f = aaf.open(test_file, 'w')
timeline = f.create.TimelineMobSlot()
timeline.mark_in = 1
assert timeline.mark_in == 1
timeline.mark_in = 2
assert timeline.mark_in == 2
timeline.mark_out = 100
assert timeline.mark_out == 100
timeline.mark_out = 10
assert timeline.mark_out == 10
# File won't save unless MobSlot has a segment
seq = f.create.Sequence("picture")
timeline.segment = seq
mob = f.create.MasterMob()
mob.append_slot(timeline)
f.storage.add_mob(mob)
f.save()
f.close()
f = aaf.open(test_file, 'r')
mob = f.storage.master_mobs()[0]
timeline = mob.slots()[0]
print(timeline)
assert timeline.mark_in == 2
assert timeline.mark_out == 10
f.close()
def _extract_start_timecode(mob):
"""Given a mob with a single timecode slot, return the timecode in that
slot or None if no timecode slots could be found.
"""
tc_list = [
s.segment['Start'].value for s in mob.slots()
if s.segment.media_kind == 'Timecode'
]
if len(tc_list) == 1:
return tc_list[0]
elif len(tc_list) > 1:
raise otio.exceptions.NotSupportedError(
"Error: mob has more than one timecode slots, this is not"
" currently supported by the AAF adapter. found: {} slots, "
" mob name is: '{}'".format(len(tc_list), mob.name))
else:
# tc_list is empty
return None
def test_basic(self):
test_file = os.path.join(sandbox, "test_EdgeCode.aaf")
f = aaf.open(test_file, 'w')
mob = f.create.CompositionMob()
f.storage.add_mob(mob)
edge_code_header = 'BOB'
# manually initialize
edgecode = aaf.component.EdgeCode(f, header=edge_code_header)
edgecode['Length'].value = 10
mob.append_new_timeline_slot("0/1", edgecode, 0, "edgecode", 0)
#print(edgecode.header)
assert edgecode.header == edge_code_header
# test create interface
edgecode2 = f.create.EdgeCode(100, header=edge_code_header)
assert edgecode2.header == edge_code_header
assert edgecode2['Length'].value == 100
edgecode.header = u"BOB2"
assert edgecode.header == "BOB2"
f.save()
f.close()
f = aaf.open(test_file, 'r')
mob = f.storage.composition_mobs()[0]
edgecode = mob.slots()[0].segment
assert edgecode.header == "BOB2"
