def get_quotas(playlist):
quotas = {'heavy_rotation_played': 0,
'heavy_rotation_target': TRACKS_HEAVY_ROTATION_TARGET,
'light_rotation_played': 0,
'light_rotation_target': TRACKS_LIGHT_ROTATION_TARGET,
'local_current_played': 0,
'local_current_target': TRACKS_LOCAL_CURRENT_TARGET,
'local_classic_played': 0,
'local_classic_target': TRACKS_LOCAL_CLASSIC_TARGET}
pl = PlaylistEvent.all().filter('playlist =', playlist)
now = chicago_now()
now.replace(second=0, microsecond=0)
pl.filter('established >=', now - timedelta(seconds=60 * now.minute))
pl.filter('established <', now + timedelta(seconds=60 * (60 - now.minute)))
for event in iter_playlist_events_for_view(pl):
if not event.is_break:
if 'heavy_rotation' in event.categories:
quotas['heavy_rotation_played'] += 1
if 'light_rotation' in event.categories:
quotas['light_rotation_played'] += 1
if 'local_current' in event.categories:
quotas['local_current_played'] += 1
if 'local_classic' in event.categories:
quotas['local_classic_played'] += 1
return quotas
def get_quotas(playlist):
quotas = {
"heavy_rotation_played": 0,
"heavy_rotation_target": TRACKS_HEAVY_ROTATION_TARGET,
"light_rotation_played": 0,
"light_rotation_target": TRACKS_LIGHT_ROTATION_TARGET,
"local_current_played": 0,
"local_current_target": TRACKS_LOCAL_CURRENT_TARGET,
"local_classic_played": 0,
"local_classic_target": TRACKS_LOCAL_CLASSIC_TARGET,
}
pl = PlaylistEvent.all().filter("playlist =", playlist)
now = chicago_now()
now.replace(second=0, microsecond=0)
pl.filter("established >=", now - timedelta(seconds=60 * now.minute))
pl.filter("established <", now + timedelta(seconds=60 * (60 - now.minute)))
for event in iter_playlist_events_for_view(pl):
if not event.is_break:
if "heavy_rotation" in event.categories:
quotas["heavy_rotation_played"] += 1
if "light_rotation" in event.categories:
quotas["light_rotation_played"] += 1
if "local_current" in event.categories:
quotas["local_current_played"] += 1
if "local_classic" in event.categories:
quotas["local_classic_played"] += 1
return quotas
def get_quotas(playlist):
quotas = {
'heavy_rotation_played': 0,
'heavy_rotation_target': TRACKS_HEAVY_ROTATION_TARGET,
'light_rotation_played': 0,
'light_rotation_target': TRACKS_LIGHT_ROTATION_TARGET,
'local_current_played': 0,
'local_current_target': TRACKS_LOCAL_CURRENT_TARGET,
'local_classic_played': 0,
'local_classic_target': TRACKS_LOCAL_CLASSIC_TARGET
}
pl = PlaylistEvent.all().filter('playlist =', playlist)
now = chicago_now()
now.replace(second=0, microsecond=0)
pl.filter('established >=', now - timedelta(seconds=60 * now.minute))
pl.filter('established <', now + timedelta(seconds=60 * (60 - now.minute)))
for event in iter_playlist_events_for_view(pl):
if not event.is_break:
if 'heavy_rotation' in event.categories:
quotas['heavy_rotation_played'] += 1
if 'light_rotation' in event.categories:
quotas['light_rotation_played'] += 1
if 'local_current' in event.categories:
quotas['local_current_played'] += 1
if 'local_classic' in event.categories:
quotas['local_classic_played'] += 1
return quotas
def filter_playlist_events_by_date_range(from_date, to_date):
fd = datetime(from_date.year, from_date.month, from_date.day, 0, 0, 0)
td = datetime(to_date.year, to_date.month, to_date.day, 23, 59, 59)
playlist = chirp_playlist_key()
pl = PlaylistEvent.all().filter('playlist =', playlist)
pl = pl.filter('established >=', fd)
pl = pl.filter('established <=', td)
pl = pl.order('-established')
return pl
def filter_playlist_events_by_date_range(from_date, to_date):
fd = datetime(from_date.year, from_date.month, from_date.day, 0, 0, 0)
td = datetime(to_date.year, to_date.month, to_date.day, 23, 59, 59)
playlist = chirp_playlist_key()
pl = PlaylistEvent.all().filter('playlist =', playlist)
pl = pl.filter('established >=', fd)
pl = pl.filter('established <=', td)
pl = pl.order('-established')
return pl
def play_count(request):
"""View for keeping track of play counts"""
track_key = request.POST['id']
track = PlaylistEvent.get(track_key)
count = PlayCount.query(track.artist_name, track.album_title)
if not count:
count = PlayCount.create_first(track.artist_name, track.album_title,
track.label)
@db.transactional
def increment(key):
ob = db.get(key)
ob.play_count += 1
ob.put()
increment(count.key())
# See also:
# https://developers.google.com/appengine/articles/sharding_counters
return HttpResponse("OK")
def play_count(request):
"""View for keeping track of play counts"""
track_key = request.POST['id']
track = PlaylistEvent.get(track_key)
count = PlayCount.query(track.artist_name, track.album_title)
if not count:
count = PlayCount.create_first(track.artist_name,
track.album_title,
track.label)
@db.transactional
def increment(key):
ob = db.get(key)
ob.play_count += 1
ob.put()
increment(count.key())
# See also:
# https://developers.google.com/appengine/articles/sharding_counters
return HttpResponse("OK")
def play_count(request):
"""View for keeping track of play counts"""
track_key = request.POST['id']
track = PlaylistEvent.get(track_key)
artist_name = track.artist_name
album = track.album
if not album:
# Try to find a compilation album based on track name.
qs = Track.all().filter('title =', track.track_title)
for candidate in qs.run():
if (candidate.track_artist and
candidate.album.title == track.album_title and
candidate.track_artist.name == track.artist_name):
album = candidate.album
break
if not album:
log.info('No album for %s / %s / %s'
% (track.artist_name, track.track_title,
track.album_title))
if album and album.is_compilation:
artist_name = 'Various'
count = PlayCount.query(artist_name, track.album_title)
if not count:
count = PlayCount.create_first(artist_name,
track.album_title,
track.label)
@db.transactional
def increment(key):
ob = db.get(key)
ob.play_count += 1
ob.put()
increment(count.key())
# See also:
# https://developers.google.com/appengine/articles/sharding_counters
return HttpResponse("OK")
def get_playlist_history(playlist):
pl = PlaylistEvent.all().filter("playlist =", playlist)
pl = pl.filter("established >=", datetime.now() - timedelta(hours=3))
pl = pl.order("-established")
return list(iter_playlist_events_for_view(pl))
def get_playlist_history(playlist):
pl = PlaylistEvent.all().filter('playlist =', playlist)
pl = pl.filter('established >=', datetime.now() - timedelta(hours=3))
pl = pl.order('-established')
return list(iter_playlist_events_for_view(pl))
