def inner_search():
q = Listing.basic_query()
q.filter('featured =', True)
q.order('-created')
listings = q.fetch(self.limit)
if encoded:
listings = [lst.encode_builtin() for lst in listings]
return listings
def inner_search():
listings, qs = [], self.qs
for mb in qs.get('mb', [])[0:self.max_defs]:
try:
mb = int(mb)
except (ValueError, ):
continue
q = Listing.basic_query()
q.filter('min_bid =', mb)
listings += q.fetch(self.limit)
listings = dict((lst.key(), lst) for lst in listings).values() ## remove dupes
listings.sort(key=lambda o:o.expires) ## TODO: verify this is desired
if encoded:
listings = [lst.encode_builtin() for lst in listings]
return listings, '', False
def run(self, encoded=True):
q = Listing.basic_query()
qs = self.qs
@cache(self.rqs, ttl=180)
def inner_search():
for key, title in self.filter_items():
if qs.get(key, [''])[0] == 'on':
q.filter('categories =', key)
sort = qs.get('sort', ['created'])[0]
title, order = self.orders.get(sort, self.orders['created'])
if order:
order(q)
if 'c' in qs:
q.with_cursor(qs['c'][0])
try:
limit = min(self.limit, int(qs['limit'][0]))
except (Exception, ), exc:
limit = self.limit
listings = q.fetch(limit)
if encoded:
listings = [lst.encode_builtin(feedback=False) for lst in listings]
return listings, self.next_qs(q, qs), self.more(q)
