def pop_reddits(langs, over18, over18_only, filter_allow_top=False):
if not over18:
over18_state = 'no_over18'
elif over18_only:
over18_state = 'only_over18'
else:
over18_state = 'allow_over18'
keys = map(lambda lang: cached_srs_key(lang, over18_state), langs)
# dict(lang_key -> [(_downs, allow_top, sr_id)])
srs = g.permacache.get_multi(keys)
tups = flatten(srs.values())
if filter_allow_top:
# remove the folks that have opted out of being on the front
# page as appropriate
tups = filter(lambda tpl: tpl[1], tups)
if len(srs) > 1:
# if there was only one returned, it's already sorted
tups.sort(key=lambda tpl: tpl[0], reverse=True)
return map(lambda tpl: tpl[2], tups)
def pop_reddits(langs, over18, over18_only, filter_allow_top = False):
if not over18:
over18_state = 'no_over18'
elif over18_only:
over18_state = 'only_over18'
else:
over18_state = 'allow_over18'
# we only care about base languages, not subtags here. so en-US -> en
unique_langs = []
seen_langs = set()
for lang in langs:
if '-' in lang:
lang = lang.split('-', 1)[0]
if lang not in seen_langs:
unique_langs.append(lang)
seen_langs.add(lang)
# dict(lang_key -> [(_downs, allow_top, sr_id)])
bylang = SubredditPopularityByLanguage._byID(unique_langs,
properties=[over18_state])
tups = flatten([lang_lists[over18_state] for lang_lists
in bylang.values()])
if filter_allow_top:
# remove the folks that have opted out of being on the front
# page as appropriate
tups = filter(lambda tpl: tpl[1], tups)
if len(tups) > 1:
# if there was only one returned, it's already sorted
tups.sort(key = lambda tpl: tpl[0], reverse=True)
return map(lambda tpl: tpl[2], tups)
def pop_reddits(langs, over18, over18_only, filter_allow_top = False):
if not over18:
over18_state = 'no_over18'
elif over18_only:
over18_state = 'only_over18'
else:
over18_state = 'allow_over18'
# we only care about base languages, not subtags here. so en-US -> en
unique_langs = []
seen_langs = set()
for lang in langs:
if '-' in lang:
lang = lang.split('-', 1)[0]
if lang not in seen_langs:
unique_langs.append(lang)
seen_langs.add(lang)
# dict(lang_key -> [(_downs, allow_top, sr_id)])
bylang = SubredditPopularityByLanguage._byID(unique_langs,
properties=[over18_state])
tups = flatten([lang_lists[over18_state] for lang_lists
in bylang.values()])
if filter_allow_top:
# remove the folks that have opted out of being on the front
# page as appropriate
tups = filter(lambda tpl: tpl[1], tups)
if len(tups) > 1:
# if there was only one returned, it's already sorted
tups.sort(key = lambda tpl: tpl[0], reverse=True)
return map(lambda tpl: tpl[2], tups)
def pop_reddits(langs, over18, over18_only, filter_allow_top = False):
if not over18:
over18_state = 'no_over18'
elif over18_only:
over18_state = 'only_over18'
else:
over18_state = 'allow_over18'
keys = map(lambda lang: cached_srs_key(lang, over18_state), langs)
# dict(lang_key -> [(_downs, allow_top, sr_id)])
srs = g.permacache.get_multi(keys)
tups = flatten(srs.values())
if filter_allow_top:
# remove the folks that have opted out of being on the front
# page as appropriate
tups = filter(lambda tpl: tpl[1], tups)
if len(srs) > 1:
# if there was only one returned, it's already sorted
tups.sort(key = lambda tpl: tpl[0], reverse=True)
return map(lambda tpl: tpl[2], tups)
def pop_reddits(langs, over18, over18_only, filter_allow_top = False):
if not over18:
over18_state = 'no_over18'
elif over18_only:
over18_state = 'only_over18'
else:
over18_state = 'allow_over18'
# we only care about base languages, not subtags here. so en-US -> en
unique_langs = []
seen_langs = set()
for lang in langs:
if '-' in lang:
lang = lang.split('-', 1)[0]
if lang not in seen_langs:
unique_langs.append(lang)
seen_langs.add(lang)
keys = map(lambda lang: cached_srs_key(lang, over18_state), unique_langs)
# dict(lang_key -> [(_downs, allow_top, sr_id)])
srs = g.permacache.get_multi(keys)
tups = flatten(srs.values())
if filter_allow_top:
# remove the folks that have opted out of being on the front
# page as appropriate
tups = filter(lambda tpl: tpl[1], tups)
if len(srs) > 1:
# if there was only one returned, it's already sorted
tups.sort(key = lambda tpl: tpl[0], reverse=True)
return map(lambda tpl: tpl[2], tups)
def _fetch(self):
CachedQuery._fetch_multi(self.queries)
self.data = flatten([q.data for q in self.queries])
