def search(request, format):
NUM_RESULTS = 20
query = request.GET.get('q', '')
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
if scale not in range(1, 257):
return HttpResponseBadRequest('scale_logo has to be a number from 1 to 256')
if not query:
return HttpResponseBadRequest('/search.opml|txt|json?q={query}')
results = search_podcasts(query)[:NUM_RESULTS]
title = _('gpodder.net - Search')
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(
results,
format,
title,
json_map=p_data,
jsonp_padding=request.GET.get('jsonp', ''),
xml_template='podcasts.xml',
request=request,
)
def example_podcasts(request, format):
podcasts = cache.get('example-podcasts', None)
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
if scale not in range(1, 257):
return HttpResponseBadRequest('scale_logo has to be a number from 1 to 256')
if not podcasts:
podcasts = ExamplePodcast.objects.get_podcasts()
cache.set('example-podcasts', podcasts)
title = 'gPodder Podcast Directory'
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(
podcasts,
format,
title,
json_map=p_data,
xml_template='podcasts.xml',
request=request,
)
def example_podcasts(request, format):
podcasts = cache.get("example-podcasts", None)
try:
scale = int(request.GET.get("scale_logo", 64))
except (TypeError, ValueError):
return HttpResponseBadRequest("scale_logo has to be a numeric value")
if scale not in range(1, 257):
return HttpResponseBadRequest("scale_logo has to be a number from 1 to 256")
if not podcasts:
podcasts = list(ExamplePodcast.objects.get_podcasts())
cache.set("example-podcasts", podcasts)
podcast_ad = Podcast.objects.get_advertised_podcast()
if podcast_ad:
podcasts = [podcast_ad] + podcasts
title = "gPodder Podcast Directory"
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(
podcasts,
format,
title,
json_map=p_data,
xml_template="podcasts.xml",
request=request,
)
def example_podcasts(request, format):
podcasts = cache.get('example-podcasts', None)
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
if scale not in range(1, 257):
return HttpResponseBadRequest(
'scale_logo has to be a number from 1 to 256')
if not podcasts:
podcasts = ExamplePodcast.objects.get_podcasts()
cache.set('example-podcasts', podcasts)
title = 'gPodder Podcast Directory'
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(
podcasts,
format,
title,
json_map=p_data,
xml_template='podcasts.xml',
request=request,
)
def search(request, format):
NUM_RESULTS = 20
query = request.GET.get("q", "")
try:
scale = int(request.GET.get("scale_logo", 64))
except (TypeError, ValueError):
return HttpResponseBadRequest("scale_logo has to be a numeric value")
if scale not in range(1, 257):
return HttpResponseBadRequest("scale_logo has to be a number from 1 to 256")
if not query:
return HttpResponseBadRequest("/search.opml|txt|json?q={query}")
results = search_podcasts(query)[:NUM_RESULTS]
title = _("gpodder.net - Search")
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(
results,
format,
title,
json_map=p_data,
jsonp_padding=request.GET.get("jsonp", ""),
xml_template="podcasts.xml",
request=request,
)
def suggestions(request, count, format):
count = parse_range(count, 1, 100, 100)
suggestion_obj = suggestions_for_user(request.user)
suggestions = suggestion_obj.get_podcasts(count)
title = _('gpodder.net - %(count)d Suggestions') % {'count': len(suggestions)}
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain)
return format_podcast_list(suggestions, format, title, json_map=p_data, jsonp_padding=request.GET.get('jsonp'))
def suggestions(request, count, format):
count = parse_range(count, 1, 100, 100)
user = request.user
suggestions = Podcast.objects.filter(podcastsuggestion__suggested_to=user,
podcastsuggestion__deleted=False)
title = _('gpodder.net - %(count)d Suggestions') % {'count': len(suggestions)}
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain)
return format_podcast_list(suggestions, format, title, json_map=p_data, jsonp_padding=request.GET.get('jsonp'))
def suggestions(request, count, format):
count = parse_range(count, 1, 100, 100)
user = request.user
suggestions = Podcast.objects.filter(podcastsuggestion__suggested_to=user,
podcastsuggestion__deleted=False)
title = _('gpodder.net - %(count)d Suggestions') % {'count': len(suggestions)}
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain)
return format_podcast_list(suggestions, format, title, json_map=p_data, jsonp_padding=request.GET.get('jsonp'))
def json_map(t):
old_pos, podcast = t
podcast.old_pos = old_pos
p = podcast_data(podcast, domain, scale)
p.update(dict(
subscribers = podcast.subscriber_count(),
subscribers_last_week = podcast.prev_subscriber_count(),
position_last_week = podcast.old_pos,
))
return p
def get_subscription_changes(self, user, device, since, now, domain):
"""gets new, removed and current subscriptions"""
history = get_subscription_history(user, device, since, now)
add, rem = subscription_diff(history)
subscriptions = device.get_subscribed_podcasts()
add = [podcast_data(p, domain) for p in add]
rem = [p.url for p in rem]
return add, rem, subscriptions
def get_subscription_changes(self, user, device, since, now, domain):
""" gets new, removed and current subscriptions """
history = get_subscription_history(user, device, since, now)
add, rem = subscription_diff(history)
subscriptions = device.get_subscribed_podcasts()
add = [podcast_data(p, domain) for p in add]
rem = [p.url for p in rem]
return add, rem, subscriptions
def get_subscription_changes(self, device, since, now, domain):
""" gets new, removed and current subscriptions """
# DB: get all podcast states for the device
podcast_states = podcast_states_for_device(device.id)
add, rem = subscription_changes(device.id, podcast_states, since, now)
subscriptions = filter(lambda s: s.is_subscribed_on(device), podcast_states)
# DB get podcast objects for the subscribed podcasts
subscriptions = podcasts_for_states(subscriptions)
podcasts = dict( (p.url, p) for p in subscriptions )
add = [podcast_data(podcasts.get(url), domain) for url in add ]
return add, rem, subscriptions
def all_subscriptions(request, username, format):
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
if scale not in range(1, 257):
return HttpResponseBadRequest('scale_logo has to be a number from 1 to 256')
subscriptions = get_subscribed_podcasts(request.user)
title = _('%(username)s\'s Subscription List') % {'username': username}
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(subscriptions, format, title,
json_map=p_data, xml_template='podcasts.xml', request=request)
def all_subscriptions(request, username, format):
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
if scale not in range(1, 257):
return HttpResponseBadRequest('scale_logo has to be a number from 1 to 256')
subscriptions = get_subscribed_podcasts(request.user)
title = _('%(username)s\'s Subscription List') % {'username': username}
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
return format_podcast_list(subscriptions, format, title,
json_map=p_data, xml_template='podcasts.xml', request=request)
def get_list(request, plist, owner, format):
""" Returns the contents of the podcast list """
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
title = '{title} by {username}'.format(title=plist.title,
username=owner.username)
objs = [entry.content_object for entry in plist.entries.all()]
return format_podcast_list(objs, format, title, json_map=p_data,
jsonp_padding=request.GET.get('jsonp', ''),
xml_template='podcasts.xml', request=request)
def get_list(request, plist, owner, format):
""" Returns the contents of the podcast list """
try:
scale = int(request.GET.get('scale_logo', 64))
except (TypeError, ValueError):
return HttpResponseBadRequest('scale_logo has to be a numeric value')
podcasts = Podcast.get_multi(plist.podcasts)
domain = RequestSite(request).domain
p_data = lambda p: podcast_data(p, domain, scale)
title = '{title} by {username}'.format(title=plist.title,
username=owner.username)
return format_podcast_list(podcasts, format, title, json_map=p_data,
jsonp_padding=request.GET.get('jsonp', ''),
xml_template='podcasts.xml', request=request)
def json_map(t):
podcast = t
p = podcast_data(podcast, domain, scale)
return p
def get_podcast_data(podcasts, domain, url):
""" Gets podcast data for a URL from a dict of podcasts """
podcast = podcasts.get(url)
return podcast_data(podcast, domain)
def json_map(t):
podcast = t
p = podcast_data(podcast, domain, scale)
return p
