def test_item_states(self, ConnectionMock):
api = self._get_list_mock(ConnectionMock)
video = Video(name="Name of video", id=TEST_VIDEO_ID)
video.item_state = enums.ItemStateEnum.PENDING,
video.save()
item_state_sent = api.method_calls[1][2]['video']['itemState'][0]
self.assertEquals(item_state_sent, enums.ItemStateEnum.PENDING)
def test_invalid_name(self, ConnectionMock):
v = Video(name="Name is too long" * 20, short_description="ok desc",
filename="somefile.mov")
try:
v.validate()
except pybrightcove.exceptions.PyBrightcoveError, e:
self.assertEqual(str(e),
"Video.name must be 255 characters or less.")
def test_delete(self, ConnectionMock):
m = ConnectionMock()
m.get_item.return_value = VIDEO_DATA
video = Video(id=TEST_VIDEO_ID)
video.delete()
self.assertEquals(m.method_calls[0][0], 'get_item')
self.assertEquals(m.method_calls[1][0], 'post')
self.assertEquals(m.method_calls[1][1][0], 'delete_video')
self.assertEquals(m.method_calls[1][2]['video_id'], TEST_VIDEO_ID)
def test_invalid_reference_id(self, ConnectionMock):
video = Video(name="Name is too long",
short_description="ok desc",
filename="somefile.mov")
video.reference_id = "long ref id" * 100
try:
video.validate()
except pybrightcove.exceptions.PyBrightcoveError, e:
self.assertEqual(str(e),
"Video.reference_id must be 150 characters or less.")
def test_find_related(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
m.get_item.return_value = VIDEO_DATA
video = Video(id=TEST_VIDEO_ID)
for related_video in video.find_related():
print related_video # self.assertEquals(type(related_video), Video)
print m.method_calls
self.assertEquals(m.method_calls[1][0], 'get_list')
self.assertEquals(m.method_calls[1][1][0], 'find_related_videos')
self.assertEquals(m.method_calls[1][2]['video_id'], TEST_VIDEO_ID)
def test_invalid_long_description(self, ConnectionMock):
video = Video(name="Name is too long",
short_description="ok desc",
filename="somefile.mov")
video.long_description = "Very long" * 5000
try:
video.validate()
except pybrightcove.exceptions.PyBrightcoveError, e:
self.assertEqual(str(e),
"Video.long_description must be 5000 characters or less.")
def test_invalid_video_full_length(self, ConnectionMock):
video = Video(name="Name is too long",
short_description="ok desc",
filename="somefile.mov")
video.video_full_length = 10
try:
video.validate()
except pybrightcove.exceptions.PyBrightcoveError, e:
self.assertEqual(str(e),
"Video.video_full_length must be of type Rendition")
def test_invalid_economics(self, ConnectionMock):
video = Video(name="Name is too long",
short_description="ok desc",
filename="somefile.mov")
video.economics = "The Keynesian view is Wrong"
try:
video.validate()
except pybrightcove.exceptions.PyBrightcoveError, e:
err = "Video.economics must be either EconomicsEnum.FREE or"
err += " EconomicsEnum.AD_SUPPORTED"
self.assertEqual(str(e), err)
def test_invalid_item_state(self, ConnectionMock):
video = Video(name="Name is too long",
short_description="ok desc",
filename="somefile.mov")
video.item_state = "Invalid"
try:
video.validate()
except pybrightcove.exceptions.PyBrightcoveError, e:
err = "Video.item_state must be either ItemStateEnum.ACTIVE or "
err += "ItemStateEnum.INACTIVE or ItemStateEnum.DELETED"
self.assertEqual(str(e), err)
def test_save_new(self, ConnectionMock):
m = ConnectionMock()
m.post.return_value = 10
video = Video(filename='bears.mov', name='The Bears',
short_description='Opening roll for an exciting soccer match.')
video.tags.append('unittest')
self.assertEquals(video.id, None)
video.save()
self.assertEquals(video.id, 10)
self.assertEquals(m.method_calls[0][0], 'post')
self.assertEquals(m.method_calls[0][1][0], 'create_video')
def test_get_upload_status(self, ConnectionMock):
m = ConnectionMock()
m.post.return_value = pybrightcove.enums.UploadStatusEnum.PROCESSING
m.get_item.return_value = VIDEO_DATA
video = Video(id=TEST_VIDEO_ID)
status = video.get_upload_status()
self.assertEquals(status, pybrightcove.enums.UploadStatusEnum.PROCESSING)
self.assertEquals(m.method_calls[0][0], 'get_item')
self.assertEquals(m.method_calls[1][0], 'post')
self.assertEquals(m.method_calls[1][1][0], 'get_upload_status')
self.assertEquals(m.method_calls[1][2]['video_id'], TEST_VIDEO_ID)
def test_get_metadata(self, ConnectionMock):
m = self._get_item_mock(ConnectionMock)
video = Video(id=TEST_VIDEO_IDS[0])
m.get_item.return_value = {"customFields": {"sample": "title"}}
video.get_custom_metadata()
print video # self.assertEquals(type(video), Video)
print m.method_calls
print video.metadata
self.assertEquals(m.method_calls[0][0], 'get_item')
self.assertEquals(m.method_calls[0][1][0], 'find_video_by_id')
self.assertEquals(m.method_calls[1][1][0], 'find_video_by_id')
self.assertEquals(m.method_calls[1][2]["video_fields"], 'customFields')
self.assertEquals(video.metadata[0]["key"], "sample")
self.assertEquals(video.metadata[0]["value"], "title")
def download_video(id):
logger.info("Video(%s)" % (id,))
try:
# get video object from ID
v = Video(id=id, _connection=OLDCONN, media_delivery="http",
custom_fields=MY_CUSTOM_FIELDS)
except NoDataFoundError:
logger.warn(" **> No data found for (%s)" % (id,))
return None
# determine best rendition (largest size)
best_rendition = None
for rendition in v.renditions:
if rendition.url is not None and rendition.url.startswith('http'):
if best_rendition is None:
best_rendition = rendition
elif rendition.size > best_rendition.size:
best_rendition = rendition
if best_rendition is None:
logger.warn(" No best rendition found for (%s). Skipping." % (id,))
return
else:
# use best rendition to fetch video
fname = DOWNLOAD_DIR + str(id)
if best_rendition.video_codec == 'H264':
fname += ".mp4"
elif best_rendition.video_codec == 'M2TS':
fname += ".m2ts"
logger.info(" fetching ID(%s) codec(%s) to (%s)" %
(v.id, best_rendition.video_codec,fname,))
try:
req = urllib2.urlopen(best_rendition.url)
downloaded = 0
CHUNK = 4096
with open(fname, 'wb') as fp:
while True:
chunk = req.read(CHUNK)
downloaded += len(chunk)
if not chunk: break
fp.write(chunk)
logger.debug(" bytes downloaded: " + str(downloaded))
v._filename = fname # required for upload with v.save()
except urllib2.HTTPError, e:
logger.warn("HTTP Error: %s - (%s)" % (e.code, url,))
return False
except urllib2.URLError, e:
logger.warn("URL Error: %s - (%s)" % (e.reason, url,))
return False
def test_set_image(self, ConnectionMock):
image = pybrightcove.video.Image(reference_id="img-%s" % self.test_uuid,
display_name="My Test Image",
type=pybrightcove.enums.ImageTypeEnum.VIDEO_STILL)
m = ConnectionMock()
m.post.return_value = IMAGE_DATA
m.get_item.return_value = VIDEO_DATA
video = Video(id=TEST_VIDEO_ID)
video.set_image(image, filename="IMG_0050.JPG")
self.assertEquals(m.method_calls[0][0], 'get_item')
self.assertEquals(m.method_calls[1][0], 'post')
self.assertEquals(m.method_calls[1][1][0], 'add_image')
self.assertEquals(m.method_calls[1][2]['video_id'], TEST_VIDEO_ID)
self.assertEquals(video.image.to_dict(), IMAGE_DATA)
def test_ensure_essential_fields(self):
essentials = ["creationDate", "economics", "id",
"lastModifiedDate", "length", "linkText",
"linkURL", "longDescription", "name",
"playsTotal", "playsTrailingWeek",
"publishedDate", "referenceId",
"shortDescription"]
kwargs = Video.ensure_essential_fields(**{})
self.assertEqual(kwargs, {})
kwargs = {'video_fields': ['itemState', ]}
kwargs = Video.ensure_essential_fields(**kwargs)
for key in essentials:
self.assertTrue(key in kwargs['video_fields'])
self.assertTrue('itemState' in kwargs['video_fields'])
def test_save_update(self, ConnectionMock):
m = ConnectionMock()
m.post.return_value = VIDEO_DATA
m.get_item.return_value = VIDEO_DATA
video = Video(id=TEST_VIDEO_ID)
video.tags.append('tag-%s' % self.test_uuid)
video.tags.append('unittest')
self.assertEquals(video.id, TEST_VIDEO_ID)
video.save()
self.assertEquals(video.id, TEST_VIDEO_ID)
self.assertEquals(video.reference_id, TEST_VIDEO_REF_ID)
self.assertEquals(m.method_calls[0][0], 'get_item')
self.assertEquals(m.method_calls[1][0], 'post')
self.assertEquals(m.method_calls[1][1][0], 'update_video')
self.assertTrue('unittest' in m.method_calls[1][2]['video']['tags'])
self.assertTrue('tag-%s' % self.test_uuid in m.method_calls[1][2]['video']['tags'])
def test_find_all(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
videos = Video.find_all()
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_all_videos')
def test_find_by_ids(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
videos = Video.find_by_ids(TEST_VIDEO_IDS)
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_videos_by_ids')
self.assertEquals(m.method_calls[0][2]['video_ids'], ','.join([str(x) for x in TEST_VIDEO_IDS]))
videos = Video.find_by_ids(TEST_VIDEO_IDS, unfiltered=True)
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[1][0], 'get_list')
self.assertEquals(m.method_calls[1][1][0], 'find_videos_by_ids_unfiltered')
self.assertEquals(m.method_calls[1][2]['video_ids'], ','.join([str(x) for x in TEST_VIDEO_IDS]))
def test_find_by_user(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
videos = Video.find_by_user(12312431)
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_videos_by_user_id')
self.assertEquals(m.method_calls[0][2]['user_id'], 12312431)
def test_find_by_tags(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
videos = Video.find_by_tags(and_tags=['unittest', 'two'])
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_videos_by_tags')
self.assertEquals(m.method_calls[0][2]['and_tags'], ','.join(['unittest', 'two']))
def test_find_by_text(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
videos = Video.find_by_text('bear')
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_videos_by_text')
self.assertEquals(m.method_calls[0][2]['text'], 'bear')
def test_find_by_campaign(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
videos = Video.find_by_campaign(988756758)
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_videos_by_campaign_id')
self.assertEquals(m.method_calls[0][2]['campaign_id'], 988756758)
def test_save_new_with_metadata(self, ConnectionMock):
m = ConnectionMock()
m.post.return_value = TEST_VIDEO_ID
video = Video(filename='bears.mov', name='The Bears',
short_description='Opening roll for an exciting soccer match.')
video.tags.append('unittest')
self.assertEquals(video.id, None)
video.add_custom_metadata('genre', 'Sci-Fi')
video.add_custom_metadata('rating', 'PG-13')
video.save()
self.assertEquals(video.id, TEST_VIDEO_ID)
self.assertEquals(m.method_calls[0][0], 'post')
self.assertEquals(m.method_calls[0][1][0], 'create_video')
self.assertTrue('unittest' in m.method_calls[0][2]['video']['tags'])
self.assertTrue('customFields' in m.method_calls[0][2]['video'])
self.assertTrue('genre' in m.method_calls[0][2]['video']['customFields'])
self.assertTrue('rating' in m.method_calls[0][2]['video']['customFields'])
self.assertEquals(m.method_calls[0][2]['video']['customFields']['genre'], 'Sci-Fi')
self.assertEquals(m.method_calls[0][2]['video']['customFields']['rating'], 'PG-13')
def test_find_modified_unfiltered(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
yesterday = datetime.now() - timedelta(days=1)
videos = Video.find_modified(since=yesterday)
for video in videos:
print video # self.assertEquals(type(video), Video)
print m.method_calls
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_modified_videos')
self.assertEquals(m.method_calls[0][2]['from_date'] > 0, True)
def test_find_modified_filtered(self, ConnectionMock):
m = self._get_list_mock(ConnectionMock)
yesterday = datetime.now() - timedelta(days=1)
filters = [pybrightcove.enums.FilterChoicesEnum.PLAYABLE,
pybrightcove.enums.FilterChoicesEnum.DELETED]
videos = Video.find_modified(since=yesterday, filter_list=filters)
for video in videos:
print video # self.assertEquals(type(video), Video)
self.assertEquals(m.method_calls[0][0], 'get_list')
self.assertEquals(m.method_calls[0][1][0], 'find_modified_videos')
self.assertEquals(m.method_calls[0][2]['from_date'] > 0, True)
self.assertEquals(m.method_calls[0][2]['filter'], filters)
def test_save_new_with_renditions(self, ConnectionMock):
m = ConnectionMock()
m.post.return_value = 10
renditions = []
r = pybrightcove.video.Rendition()
r.remote_url = 'http://my.server.com/640_h264.flv'
r.size = 232522522
r.video_duration = 60000
r.video_codec = pybrightcove.enums.VideoCodecEnum.H264
renditions.append(r)
r = pybrightcove.video.Rendition()
r.remote_url = 'http://my.server.com/560_h264.flv'
r.size = 23252252
r.video_duration = 60000
r.video_codec = pybrightcove.enums.VideoCodecEnum.H264
renditions.append(r)
r = pybrightcove.video.Rendition()
r.remote_url = 'http://my.server.com/480_h264.flv'
r.size = 2325225
r.video_duration = 60000
r.video_codec = pybrightcove.enums.VideoCodecEnum.H264
renditions.append(r)
video = Video(name='The Bears', renditions=renditions,
short_description='Opening roll for an exciting soccer match.')
video.tags.append('unittest')
self.assertEquals(video.id, None)
video.save()
m.post.return_value = {'id': 123456, 'referenceId': 777777, 'type': 'VIDEO_STILL', 'remoteUrl': 'http://my.sample.com/image-2', 'displayName': None}
i = pybrightcove.video.Image()
i.type = pybrightcove.enums.ImageTypeEnum.THUMBNAIL
i.remote_url = 'http://my.sample.com/image-1.jpg'
video.set_image(i)
i = pybrightcove.video.Image()
i.type = pybrightcove.enums.ImageTypeEnum.VIDEO_STILL
i.remote_url = 'http://my.sample.com/image-2.jpg'
video.set_image(i)
self.assertEquals(video.id, 10)
self.assertEquals(m.method_calls[0][0], 'post')
self.assertEquals(m.method_calls[0][1][0], 'create_video')
self.assertEquals(len(m.method_calls[0][2]['video']['renditions']), 3)
self.assertEquals(m.method_calls[0][2]['video']['renditions'][1]['remoteUrl'], 'http://my.server.com/560_h264.flv')
self.assertEquals(m.method_calls[1][0], 'post')
self.assertEquals(m.method_calls[1][1][0], 'add_image')
self.assertEquals(m.method_calls[1][2]['image']['remoteUrl'], 'http://my.sample.com/image-1.jpg')
self.assertEquals(m.method_calls[2][0], 'post')
self.assertEquals(m.method_calls[2][1][0], 'add_image')
self.assertEquals(m.method_calls[2][2]['image']['remoteUrl'], 'http://my.sample.com/image-2.jpg')
def test_save_update_with_metadata(self, ConnectionMock):
m = ConnectionMock()
m.post.return_value = VIDEO_DATA
m.get_item.return_value = VIDEO_DATA
video = Video(id=TEST_VIDEO_ID)
video.tags.append('tag-%s' % self.test_uuid)
video.tags.append('unittest')
video.add_custom_metadata('genre', 'Sci-Fi', 'string')
video.add_custom_metadata('rating', 'PG-13', 'string')
self.assertEquals(video.id, TEST_VIDEO_ID)
video.save()
self.assertEquals(video.id, TEST_VIDEO_ID)
self.assertEquals(video.reference_id, TEST_VIDEO_REF_ID)
self.assertEquals(m.method_calls[0][0], 'get_item')
self.assertEquals(m.method_calls[1][0], 'post')
self.assertEquals(m.method_calls[1][1][0], 'update_video')
self.assertTrue('unittest' in m.method_calls[1][2]['video']['tags'])
self.assertTrue('tag-%s' % self.test_uuid in m.method_calls[1][2]['video']['tags'])
self.assertTrue('customFields' in m.method_calls[1][2]['video'])
self.assertTrue('genre' in m.method_calls[1][2]['video']['customFields'])
self.assertTrue('rating' in m.method_calls[1][2]['video']['customFields'])
self.assertEquals(m.method_calls[1][2]['video']['customFields']['genre'], 'Sci-Fi')
self.assertEquals(m.method_calls[1][2]['video']['customFields']['rating'], 'PG-13')
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in
# all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
# THE SOFTWARE.
from pybrightcove.connection import Connection
from pybrightcove.video import Video
c = Connection()
import sys
video = Video()
video.name = sys.argv[1]
video.shortDescription = sys.argv[1] * 50
for tag in sys.argv[2:]:
video.tags.append(tag)
print "Attempting to upload %s" % sys.argv[1]
c.create_video(sys.argv[1], video=video)
print "Done"
def download_video(id):
logger.info("Video(%s)" % (id, ))
try:
# get video object from ID
v = Video(id=id,
_connection=OLDCONN,
media_delivery="http",
custom_fields=MY_CUSTOM_FIELDS)
except NoDataFoundError:
logger.warn(" **> No data found for (%s)" % (id, ))
return None
# determine best rendition (largest size)
best_rendition = None
for rendition in v.renditions:
if rendition.url is not None and rendition.url.startswith('http'):
if best_rendition is None:
best_rendition = rendition
elif rendition.size > best_rendition.size:
best_rendition = rendition
if best_rendition is None:
logger.warn(" No best rendition found for (%s). Skipping." % (id, ))
return
else:
# use best rendition to fetch video
fname = DOWNLOAD_DIR + str(id)
if best_rendition.video_codec == 'H264':
fname += ".mp4"
elif best_rendition.video_codec == 'M2TS':
fname += ".m2ts"
logger.info(" fetching ID(%s) codec(%s) to (%s)" % (
v.id,
best_rendition.video_codec,
fname,
))
try:
req = urllib2.urlopen(best_rendition.url)
downloaded = 0
CHUNK = 4096
with open(fname, 'wb') as fp:
while True:
chunk = req.read(CHUNK)
downloaded += len(chunk)
if not chunk: break
fp.write(chunk)
logger.debug(" bytes downloaded: " + str(downloaded))
v._filename = fname # required for upload with v.save()
except urllib2.HTTPError, e:
logger.warn("HTTP Error: %s - (%s)" % (
e.code,
url,
))
return False
except urllib2.URLError, e:
logger.warn("URL Error: %s - (%s)" % (
e.reason,
url,
))
return False
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in
# all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
# THE SOFTWARE.
from pybrightcove.connection import Connection
from pybrightcove.video import Video
c = Connection()
import sys
video = Video()
video.name = sys.argv[1]
video.shortDescription = sys.argv[1]*50
for tag in sys.argv[2:]:
video.tags.append(tag)
print "Attempting to upload %s" % sys.argv[1]
c.create_video(sys.argv[1], video=video)
print "Done"
