def find_preview_links(sr):
from r2.lib.normalized_hot import get_hot
# try to find a link to use, otherwise give up and return
links = get_hot(c.site)
if not links:
sr = Subreddit._by_name(g.default_sr)
if sr:
links = get_hot(sr)
return links
def find_preview_links(sr):
from r2.lib.normalized_hot import get_hot
# try to find a link to use, otherwise give up and return
links = get_hot(c.site)
if not links:
sr = Subreddit._by_name(g.default_sr)
if sr:
links = get_hot(sr)
return links
def find_preview_links(sr):
from r2.lib.normalized_hot import get_hot
# try to find a link to use, otherwise give up and return
links = get_hot([c.site])
if not links:
links = get_hot(Subreddit.default_subreddits(ids=False))
if links:
links = links[:25]
links = Link._by_fullname(links, data=True, return_dict=False)
return links
def find_preview_links(sr):
from r2.lib.normalized_hot import get_hot
# try to find a link to use, otherwise give up and return
links = get_hot([c.site])
if not links:
links = get_hot(Subreddit.default_subreddits(ids=False))
if links:
links = links[:25]
links = Link._by_fullname(links, data=True, return_dict=False)
return links
def find_preview_links(sr):
from r2.lib.normalized_hot import get_hot
# try to find a link to use, otherwise give up and return
links = get_hot([c.site], only_fullnames = True)[0]
if not links:
sr = Subreddit._by_name(g.default_sr)
if sr:
links = get_hot([sr], only_fullnames = True)[0]
if links:
links = links[:25]
links = Link._by_fullname(links, data=True, return_dict=False)
return links
def find_preview_links(sr):
from r2.lib.normalized_hot import get_hot
# try to find a link to use, otherwise give up and return
links = get_hot([c.site],get_children=False)
if not links:
sr = Subsciteit._by_name(g.default_sr)
if sr:
links = get_hot([sr],get_children=False)
if links:
links = links[:25]
links = Link._by_fullname(links, data=True, return_dict=False)
return links
def query(self):
#no need to worry when working from the cache
if g.use_query_cache or isinstance(c.site, DefaultSR):
self.fix_listing = False
if isinstance(c.site, DefaultSR):
if c.user_is_loggedin:
srlimit = Subreddit.sr_limit
over18 = c.user.has_subscribed and c.over18
else:
srlimit = g.num_default_reddits
over18 = False
sr_ids = Subreddit.user_subreddits(c.user,
limit=srlimit,
over18=over18)
return normalized_hot(sr_ids)
#if not using the query_cache we still want cached front pages
elif (not g.use_query_cache
and not isinstance(c.site, FakeSubreddit)
and self.after is None
and self.count == 0):
return get_hot([c.site])
else:
return c.site.get_links('hot', 'all')
def query(self):
#no need to worry when working from the cache
if g.use_query_cache or isinstance(c.site, DefaultSR):
self.fix_listing = False
if isinstance(c.site, DefaultSR):
if c.user_is_loggedin:
srlimit = Subreddit.DEFAULT_LIMIT
over18 = c.user.has_subscribed and c.over18
else:
srlimit = g.num_default_reddits
over18 = False
sr_ids = Subreddit.user_subreddits(c.user,
limit=srlimit,
over18=over18)
return normalized_hot(sr_ids)
elif isinstance(c.site, MultiReddit):
return normalized_hot(c.site.kept_sr_ids, obey_age_limit=False)
#if not using the query_cache we still want cached front pages
elif (not g.use_query_cache and not isinstance(c.site, FakeSubreddit)
and self.after is None and self.count == 0):
return get_hot([c.site])
else:
return c.site.get_links('hot', 'all')
def query(self):
# no need to worry when working from the cache
if g.use_query_cache or c.site == Default:
self.fix_listing = False
if c.site == Default:
sr_ids = Subdigg.user_subreddits(c.user)
return normalized_hot(sr_ids)
# if not using the query_cache we still want cached front pages
elif not g.use_query_cache and not isinstance(c.site, FakeSubdigg) and self.after is None and self.count == 0:
return [l._fullname for l in get_hot(c.site)]
else:
return c.site.get_links("hot", "all")
def query(self):
#no need to worry when working from the cache
if g.use_query_cache or c.site == Default:
self.fix_listing = False
if c.site == Default:
sr_ids = Subreddit.user_subreddits(c.user)
return normalized_hot(sr_ids)
#if not using the query_cache we still want cached front pages
elif (not g.use_query_cache and not isinstance(c.site, FakeSubreddit)
and self.after is None and self.count == 0):
return get_hot([c.site], only_fullnames=True)[0]
else:
return c.site.get_links('hot', 'all')
def query(self):
#no need to worry when working from the cache
if g.use_query_cache or c.site == Default:
self.fix_listing = False
if c.site == Default:
sr_ids = Subreddit.user_subreddits(c.user)
return normalized_hot(sr_ids)
#if not using the query_cache we still want cached front pages
elif (not g.use_query_cache
and not isinstance(c.site, FakeSubreddit)
and self.after is None
and self.count == 0):
return get_hot([c.site], only_fullnames = True)[0]
else:
return c.site.get_links('hot', 'all')
def query(self):
if c.site == Default:
self.fix_listing = False
self.builder_cls = IDBuilder
user = c.user if c.user_is_loggedin else None
sr_ids = Subreddit.user_subreddits(user)
links = normalized_hot(sr_ids)
return links
elif (not isinstance(c.site, FakeSubreddit)
and self.after is None
and self.count == 0):
self.builder_cls = IDBuilder
links = [l._fullname for l in get_hot(c.site)]
return links
else:
q = Link._query(sort = desc('_hot'), *c.site.query_rules())
q._read_cache = True
self.collect_stats = True
return q
def query(self):
#no need to worry when working from the cache
if g.use_query_cache or c.site == Default:
self.fix_listing = False
if c.site == Default:
sr_ids = Subreddit.user_subreddits(c.user,
limit=(Subreddit.sr_limit
if c.user_is_loggedin
else g.num_default_reddits))
return normalized_hot(sr_ids)
#if not using the query_cache we still want cached front pages
elif (not g.use_query_cache
and not isinstance(c.site, FakeSubreddit)
and self.after is None
and self.count == 0):
return get_hot([c.site])
else:
return c.site.get_links('hot', 'all')
def cached_organic_links(user_id, langs):
if user_id is None:
sr_ids = Subreddit.default_subreddits()
else:
user = Account._byID(user_id, data=True)
sr_ids = Subreddit.user_subreddits(user)
sr_count = count.get_link_counts()
#only use links from reddits that you're subscribed to
link_names = filter(lambda n: sr_count[n][1] in sr_ids, sr_count.keys())
link_names.sort(key = lambda n: sr_count[n][0])
#potentially add a up and coming link
if random.choice((True, False)) and sr_ids:
sr = Subreddit._byID(random.choice(sr_ids))
items = only_recent(get_hot(sr))
if items:
if len(items) == 1:
new_item = items[0]
else:
new_item = random.choice(items[1:4])
link_names.insert(0, new_item._fullname)
# remove any that the user has acted on
builder = IDBuilder(link_names,
skip = True, keep_fn = keep_link,
num = organic_length)
link_names = [ x._fullname for x in builder.get_items()[0] ]
#if not logged in, don't reset the count. if we did that we might get in a
#cycle where the cache will return the same link over and over
if user_id:
update_pos(0)
insert_promoted(link_names, sr_ids, user_id is not None)
# remove any duplicates caused by insert_promoted if the user is logged in
if user_id:
link_names = list(UniqueIterator(link_names))
return link_names
def cached_organic_links(user_id, langs):
if user_id is None:
sr_ids = Subreddit.default_srs(langs, ids = True)
else:
user = Account._byID(user_id, data=True)
sr_ids = Subreddit.user_subreddits(user)
sr_count = count.get_link_counts()
#only use links from reddits that you're subscribed to
link_names = filter(lambda n: sr_count[n][1] in sr_ids, sr_count.keys())
link_names.sort(key = lambda n: sr_count[n][0])
#potentially add a up and coming link
if random.choice((True, False)):
sr = Subreddit._byID(random.choice(sr_ids))
items = only_recent(get_hot(sr))
if items:
if len(items) == 1:
new_item = items[0]
else:
new_item = random.choice(items[1:4])
link_names.insert(0, new_item._fullname)
# remove any that the user has acted on
builder = IDBuilder(link_names,
skip = True, keep_fn = keep_link,
num = organic_length)
link_names = [ x._fullname for x in builder.get_items()[0] ]
calculation_key = str(time())
update_pos(0, calculation_key)
insert_promoted(link_names, sr_ids, user_id is not None)
# remove any duplicates caused by insert_promoted
ret = [ l for l in UniqueIterator(link_names) ]
return (calculation_key, ret)
def cached_organic_links(*sr_ids):
sr_count = count.get_link_counts()
#only use links from reddits that you're subscribed to
link_names = filter(lambda n: sr_count[n][1] in sr_ids, sr_count.keys())
link_names.sort(key=lambda n: sr_count[n][0])
if not link_names and g.debug:
q = All.get_links('new', 'all')
q._limit = 100 # this decomposes to a _query
link_names = [x._fullname for x in q if x.promoted is None]
g.log.debug('Used inorganic links')
#potentially add an up and coming link
if random.choice((True, False)) and sr_ids:
sr = Subreddit._byID(random.choice(sr_ids))
fnames = get_hot([sr])
if fnames:
if len(fnames) == 1:
new_item = fnames[0]
else:
new_item = random.choice(fnames[1:4])
link_names.insert(0, new_item)
return link_names
def cached_organic_links(*sr_ids):
sr_count = count.get_link_counts()
#only use links from reddits that you're subscribed to
link_names = filter(lambda n: sr_count[n][1] in sr_ids, sr_count.keys())
link_names.sort(key = lambda n: sr_count[n][0])
if not link_names and g.debug:
q = All.get_links('new', 'all')
q._limit = 100 # this decomposes to a _query
link_names = [x._fullname for x in q if x.promoted is None]
g.log.debug('Used inorganic links')
#potentially add an up and coming link
if random.choice((True, False)) and sr_ids:
sr = Subreddit._byID(random.choice(sr_ids))
fnames = get_hot([sr])
if fnames:
if len(fnames) == 1:
new_item = fnames[0]
else:
new_item = random.choice(fnames[1:4])
link_names.insert(0, new_item)
return link_names
