def test_another_separator(self):
source = 'Mariah Carey{0}filhos{0}música{0}entretenimento'
output = ['Mariah Carey', 'filhos', 'música', 'entretenimento']
self.assertEqual(split_tags(source.format('|'), separator="|"), output)
self.assertEqual(split_tags(source.format('#'), separator="#"), output)
# Multiple chars
self.assertEqual(split_tags(source.format('%%'), separator="%%"), output)
def test_another_separator(self):
source = 'Mariah Carey{0}filhos{0}música{0}entretenimento'
output = ['Mariah Carey', 'filhos', 'música', 'entretenimento']
self.assertEqual(split_tags(source.format('|'), separator="|"), output)
self.assertEqual(split_tags(source.format('#'), separator="#"), output)
# Multiple chars
self.assertEqual(split_tags(source.format('%%'), separator="%%"),
output)
def youtube_resend_video(mediahost_id):
"""
Youtube does not tolerate duplicate videos and has its own processing to
check this, for this reason, we try to send the video if it is double
checked s and it is the same video, if so, update the status.
"""
mediahost = MediaHost.objects.get(pk=mediahost_id)
# save current host_id to make it possible to restore case is duplicated
current_host_id = str(mediahost.host_id)
print 'current_host_id :', current_host_id
# perform upload
media = mediahost.media
tags = split_tags(media.tags)
mediahost.status = MediaHost.STATUS_PROCESSING
mediahost.save()
media_info = mediahost.api.upload(
media.TYPE,
media.media_file.path,
media.title,
media.headline,
tags
)
# test if is duplicated
mediahost.status = MediaHost.STATUS_ENCODING
mediahost.host_id = media_info['id']
mediahost.save()
media_info = mediahost.api.get_info(mediahost.host_id)
mediahost.api.check_upload_status(
mediahost=mediahost,
media_info=media_info,
host_id=current_host_id
)
return media_info
def get_tags(self):
tags = []
for tag in split_tags(self.tags):
t, created = Tag.objects.get_or_create(name=tag)
tags.append(t)
return tags
def get_tags(self):
tags = []
for tag in split_tags(self.tags):
t, created = Tag.objects.get_or_create(name=tag)
tags.append(t)
return tags
def save(self, *args, **kwargs):
if self.tags:
# Remove empty and repeated strings on list
tags = split_tags(self.tags)
for tag in tags:
Tag.objects.get_or_create(name=tag)
self.tags = ','.join(tags)
super(Tagged, self).save(*args, **kwargs)
def save(self, *args, **kwargs):
if self.tags:
# Remove empty and repeated strings on list
tags = split_tags(self.tags)
for tag in tags:
Tag.objects.get_or_create(name=tag)
self.tags = ','.join(tags)
super(Tagged, self).save(*args, **kwargs)
def upload_media():
mediahosts = MediaHost.objects.filter(
status=MediaHost.STATUS_NOT_UPLOADED).exclude(pk__in=BLACKLIST)
if 'local' in settings.OPPS_MULTIMEDIAS_ENGINES:
ffmpeg_active = False
try:
output = sp.check_output("ps aux | grep -v grep | grep {0}".format(
settings.OPPS_MULTIMEDIAS_FFMPEG),
shell=True)
if not output:
raise Exception("FFMPEG doesn't run!")
except:
MediaHost.objects.filter(
host=MediaHost.HOST_LOCAL,
status=MediaHost.STATUS_PROCESSING).update(
status=MediaHost.STATUS_NOT_UPLOADED)
for mediahost in mediahosts:
try:
media = mediahost.media
except:
mediahost.to_delete()
continue
tags = split_tags(media.tags)
if mediahost.host != MediaHost.HOST_LOCAL:
if mediahost.host == MediaHost.HOST_VIMEO:
mediahost.api.upload()
continue
mediahost.status = MediaHost.STATUS_SENDING
mediahost.save()
media = mediahost.media
try:
media_info = mediahost.api.upload(media.TYPE,
media.media_file.path,
media.title, media.headline,
tags)
except Exception as e:
logger.error(u'Error on upload {}: {}'.format(
unicode(mediahost.media), unicode(e)))
if mediahost.retries < 3:
mediahost.retries += 1
mediahost.status = MediaHost.STATUS_NOT_UPLOADED
else:
mediahost.status = MediaHost.STATUS_ERROR
mediahost.status_message = _('Error on upload')
else:
logger.info(u'Uploaded {} - Data returned: {}'.format(
unicode(mediahost.media), unicode(media_info)))
mediahost.host_id = media_info['id']
mediahost.status = MediaHost.STATUS_PROCESSING
with transaction.commit_on_success():
mediahost.save()
else:
local_in_process = MediaHost.objects.filter(
host=MediaHost.HOST_LOCAL,
status=MediaHost.STATUS_PROCESSING).count()
if LOCAL_MAX_PARALLEL and local_in_process >= LOCAL_MAX_PARALLEL:
continue
media_info = mediahost.api.upload(mediahost, tags)
def upload_media():
mediahosts = MediaHost.objects.filter(status=MediaHost.STATUS_NOT_UPLOADED).exclude(pk__in=BLACKLIST)
if "local" in settings.OPPS_MULTIMEDIAS_ENGINES:
ffmpeg_active = False
try:
output = sp.check_output(
"ps aux | grep -v grep | grep {0}".format(settings.OPPS_MULTIMEDIAS_FFMPEG), shell=True
)
if not output:
raise Exception("FFMPEG doesn't run!")
except:
MediaHost.objects.filter(host=MediaHost.HOST_LOCAL, status=MediaHost.STATUS_PROCESSING).update(
status=MediaHost.STATUS_NOT_UPLOADED
)
for mediahost in mediahosts:
try:
media = mediahost.media
except:
mediahost.to_delete()
continue
tags = split_tags(media.tags)
if mediahost.host != MediaHost.HOST_LOCAL:
if mediahost.host == MediaHost.HOST_VIMEO:
mediahost.api.upload()
continue
mediahost.status = MediaHost.STATUS_SENDING
mediahost.save()
media = mediahost.media
try:
media_info = mediahost.api.upload(media.TYPE, media.media_file.path, media.title, media.headline, tags)
except Exception as e:
logger.error(u"Error on upload {}: {}".format(unicode(mediahost.media), unicode(e)))
if mediahost.retries < 3:
mediahost.retries += 1
mediahost.status = MediaHost.STATUS_NOT_UPLOADED
else:
mediahost.status = MediaHost.STATUS_ERROR
mediahost.status_message = _("Error on upload")
else:
logger.info(u"Uploaded {} - Data returned: {}".format(unicode(mediahost.media), unicode(media_info)))
mediahost.host_id = media_info["id"]
mediahost.status = MediaHost.STATUS_PROCESSING
with transaction.commit_on_success():
mediahost.save()
else:
local_in_process = MediaHost.objects.filter(
host=MediaHost.HOST_LOCAL, status=MediaHost.STATUS_PROCESSING
).count()
if LOCAL_MAX_PARALLEL and local_in_process >= LOCAL_MAX_PARALLEL:
continue
media_info = mediahost.api.upload(mediahost, tags)
def test_empty(self):
self.assertEqual(split_tags(' '), [])
self.assertEqual(split_tags(' '), [])
def test_duplicated_commas_and_extra_spaces(self):
source = ',entretenimento,, Taylor Swift, The Voice,famosos , ,'
output = ['entretenimento', 'Taylor Swift', 'The Voice', 'famosos']
self.assertEqual(split_tags(source), output)
def test_common(self):
source = 'gabriela pugliesi e Ricardo,NOVIDADE,instagram'
output = ['gabriela pugliesi e Ricardo', 'NOVIDADE', 'instagram']
self.assertEqual(split_tags(source), output)
def test_empty(self):
self.assertEqual(split_tags(' '), [])
self.assertEqual(split_tags(' '), [])
def test_duplicated_commas_and_extra_spaces(self):
source = ',entretenimento,, Taylor Swift, The Voice,famosos , ,'
output = ['entretenimento', 'Taylor Swift', 'The Voice', 'famosos']
self.assertEqual(split_tags(source), output)
def test_common(self):
source = 'gabriela pugliesi e Ricardo,NOVIDADE,instagram'
output = ['gabriela pugliesi e Ricardo', 'NOVIDADE', 'instagram']
self.assertEqual(split_tags(source), output)
