def add_artist(request, artist_name):
what_client = get_what_client(request)
response = what_client.request('artist', artistname=artist_name)['response']
added = 0
for group in response['torrentgroup']:
if filter_group(response['name'], group):
artist = html_unescape(response['name'])
title = html_unescape(group['groupName'])
release_type = group['releaseType']
for torrent in group['torrent']:
id = torrent['id']
priority = filter_torrent(group, torrent)
if priority and not is_existing(id):
format = torrent['format']
encoding = torrent['encoding']
torrent_size = torrent['size']
queue_item = QueueItem(
what_id=id,
priority=priority,
artist=artist,
title=title,
release_type=release_type,
format=format,
encoding=encoding,
torrent_size=torrent_size
)
queue_item.save()
added += 1
return {
'success': True,
'added': added
}
def append_to_queue(request):
dd = {}
try:
queue_name = request.POST['queue_name']
username = request.POST['username']
special_requests = request.POST['special_requests']
user = User.objects.get(username=username)
queue = Queue.objects.get(name=queue_name)
status = Status.objects.get(name="Pending")
max_pos = QueueItem.objects.filter(queue__name=queue_name, active=True).aggregate(models.Max('position'))
if max_pos['position__max'] > -1:
new_pos = max_pos['position__max'] + 1
else:
new_pos = 0
qi = QueueItem()
qi.position = new_pos
qi.queue = queue
qi.user = user
qi.special_requirements = special_requests
qi.status = status
qi.active = True
qi.save()
msg = " Queue item added to %s queue." % queue_name
dd.update({ "status": msg })
except Exception:
dd.update({ "status": " Could not append to this queue." })
raise
return render_to_response('append_to_queue.js',
dd,
context_instance=RequestContext(request))
def add(request):
item = QueueItem(text=request.POST["text"])
item.save()
# Update cache -- have to hit DB.
cache.set(QUEUE_KEY, db_get_queue())
# ....^.............^
# We may be tempted to use the `append` memcache method here instead of
# retrieving the queue again. However, we are using pythons serialization of
# the QueueItem data structure, so `append` would not nessecarily work. We
# could use append though if we used our own serialization method.
#
return HttpResponse("%s" % item.text)
def add(request):
item = QueueItem(text=request.POST["text"])
item.save()
# Update cache -- have to hit DB.
cache.set(QUEUE_KEY, db_get_queue())
# ....^.............^
# We may be tempted to use the `append` memcache method here instead of
# retrieving the queue again. However, we are using pythons serialization of
# the QueueItem data structure, so `append` would not nessecarily work. We
# could use append though if we used our own serialization method.
#
return HttpResponse("%s" % item.text)
def auto_pop(request):
front = QueueItem.get_front()
if not front:
LogEntry.add(request.user, u'info', 'Auto pop: queue is empty.')
return {
'success': False,
'error': 'Queue is empty.'
}
try:
ratio_delta = get_auto_pop_ratio_delta(WhatUserSnapshot.get_last())
except WhatUserSnapshot.DoesNotExist:
LogEntry.add(request.user, u'info', 'Auto pop: User profile not updated, skipping pop.')
return {
'success': False,
'error': u'User profile not updated, skipping pop.'
}
if ratio_delta >= front.torrent_size:
return do_pop(request)
else:
message = u'Auto pop: ratio delta {0} < {1}, skipping pop.'.format(
filesizeformat(ratio_delta),
filesizeformat(front.torrent_size)
)
LogEntry.add(request.user, u'info', message)
return {
'success': False,
'error': u'Buffer is {0}, skipping pop.'.format(message)
}
def pop_remove(request):
front = QueueItem.get_front()
if not front:
return {
'success': False,
'message': 'Queue is empty.'
}
front.delete()
return {
'success': True
}
def add_collage(request, collage_id):
what_client = get_what_client(request)
response = what_client.request('collage', id=collage_id)['response']
added = 0
torrent_group_count = 0
torrent_count = 0
for group in response['torrentgroups']:
if group['categoryId'] not in [1, '1']:
continue
artist = get_artists(group)
title = html_unescape(group['name'])
release_type = group['releaseType']
for torrent in group['torrents']:
what_id = torrent['torrentid']
priority = filter_torrent(group, torrent)
if priority and not is_existing(what_id):
torrent_format = torrent['format']
encoding = torrent['encoding']
torrent_size = torrent['size']
queue_item = QueueItem(
what_id=what_id,
priority=priority,
artist=artist,
title=title,
release_type=release_type,
format=torrent_format,
encoding=encoding,
torrent_size=torrent_size
)
queue_item.save()
added += 1
torrent_count += 1
torrent_group_count += 1
return {
'success': True,
'added': added,
'groups': torrent_group_count,
'torrents': torrent_count
}
def do_pop(request):
download_location = DownloadLocation.get_what_preferred()
if download_location.free_space_percent < MIN_FREE_DISK_SPACE:
LogEntry.add(request.user, u'error', u'Failed to add torrent. Not enough disk space.')
return {
'success': False,
'error': u'Not enough free space on disk.'
}
front = QueueItem.get_front()
if not front:
return {
'success': False,
'message': 'Queue is empty.'
}
instance = ReplicaSet.get_what_master().get_preferred_instance()
if WhatTorrent.is_downloaded(request, what_id=front.what_id):
front.delete()
return {
'success': True,
'message': 'Already added.'
}
try:
m_torrent = manage_torrent.add_torrent(request, instance, download_location, front.what_id)
m_torrent.what_torrent.added_by = request.user
m_torrent.what_torrent.tags = 'seed project'
m_torrent.what_torrent.save()
front.delete()
LogEntry.add(request.user, u'action', u'Popped {0} from queue.'.format(m_torrent))
except Exception as ex:
tb = traceback.format_exc()
LogEntry.add(request.user, u'error',
u'Tried popping what_id={0} from queue. Error: {1}'.format(front.what_id,
unicode(ex)), tb)
return {
'success': False,
'error': unicode(ex),
'traceback': tb
}
return {
'success': True
}
def queue_pop(request):
data = {
'front': QueueItem.get_front()
}
return render(request, 'queue/part_ui/queue_pop.html', data)
def add(request):
item = QueueItem(text=request.POST["text"])
item.save()
cache.delete(QUEUE_KEY, _get_queue())
return HttpResponse("<li>%s</li>" % item.text)