def get(self):
# pagination results
try:
page_number = int(self.get_argument('page', 1))
except ValueError:
page_number = 1
idx = self.meta.search_index
posts = yield generic(idx, q=Every(), page=page_number)
topics_keywords = yield get_all_topics_and_kw(idx)
return self.render_html('pages/index.html', posts=posts, **topics_keywords)
def get(self, subject, value, is_atom=None):
# pagination results
try:
page_number = int(self.get_argument('page', 1))
except ValueError:
page_number = 1
if is_atom is None:
print('hi')
# get the index from the application meta data
idx = self.meta.search_index
# clean up the subject and search value from the url bar
subject, value = subject.split()[0], value.strip(' /')
# search all
if subject == '_':
# star-search for generic query
q = value = urllib.parse.unquote_plus(value)
# force the query builder to define
# a new multi-field query set, when parser is explicitly set to `None`
parser = None
else:
# build the query string we'll pass to the QueryParser
q = '%s:%s' % (subject, value)
# build the QueryParser instance from the index schema
parser = QueryParser(subject, schema=idx.schema)
# get our results, in a clean format for display
results = yield generic(idx, qs=q, parser=parser, page=page_number)
keywords = self.get_keywords(results)
topics = self.get_topics(results)
if is_atom:
# render the results as an atom feed
self.write(self.generate_feed(results, subtitle=q, url=self.this_url))
else:
# render the results to the page!
self.render_html('pages/search_results.html',
keywords=keywords, topics=topics, results=results, term=value)
def get(self):
posts = yield generic(self.meta.search_index, q=Every(), limit=20)
self.write(self.generate_feed(posts))
