def test_filtering(self):
self.assertTrue(Video.objects.count())
for video in Video.objects.all():
video_changed_tasks.delay(video.pk)
reset_solr()
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u' ', video_lang='en'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(len(result))
for video in VideoIndex.public():
if video.video_language == 'en':
self.assertTrue(
video.object in [item.object for item in result])
rdata = RpcMultiValueDict(dict(q=u' ', langs='en'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(len(result))
for video in VideoIndex.public():
if video.languages and 'en' in video.languages:
self.assertTrue(
video.object in [item.object for item in result])
def test_empty_query(self):
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u''))
rpc.search(rdata, self.user, testing=True)['sqs']
rdata = RpcMultiValueDict(dict(q=u' '))
rpc.search(rdata, self.user, testing=True)['sqs']
def test_query_clean(self):
video = Video.objects.all()[0]
video.title = u"Cher BBC and Dawn French's Lookalikes"
video.save()
reset_solr()
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u'?BBC'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(len(result))
def test_query_clean(self):
video = Video.objects.all()[0]
video.title = u"Cher BBC and Dawn French's Lookalikes"
video.save()
reset_solr()
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u'?BBC'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(len(result))
def test_rpc(self):
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u'BBC'))
for title in self.titles:
video = Video.objects.all()[0]
video.title = title
video.save()
reset_solr()
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(video in [item.object for item in result], title)
def test_rpc(self):
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u'BBC'))
for title in self.titles:
video = Video.objects.all()[0]
video.title = title
video.save()
reset_solr()
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(video in [item.object for item in result], title)
def test_search_index_updating(self):
reset_solr()
rpc = SearchApiClass()
for title in self.titles:
rdata = RpcMultiValueDict(dict(q=title))
video = Video.objects.all()[0]
video.title = title
video.save()
video.update_search_index()
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(video in [item.object for item in result], title)
def test_search_relevance(self):
reset_solr()
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u'unique'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
videos = [item.object for item in result]
# by default, title is more important than description
self.assertEquals(videos[0].title, u"This is my unique title")
self.assertEquals(videos[1].title, u"Default")
self.assertEquals(videos[1].description,
u"this is my unique description")
def test_empty_query(self):
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u''))
rpc.search(rdata, self.user, testing=True)['sqs']
rdata = RpcMultiValueDict(dict(q=u' '))
rpc.search(rdata, self.user, testing=True)['sqs']
def test_filtering(self):
self.assertTrue(Video.objects.count())
for video in Video.objects.all():
video_changed_tasks.delay(video.pk)
reset_solr()
rpc = SearchApiClass()
rdata = RpcMultiValueDict(dict(q=u' ', video_lang='en'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(len(result))
for video in SearchQuerySet().models(Video):
if video.video_language == 'en':
self.assertTrue(video.object in [item.object for item in result])
rdata = RpcMultiValueDict(dict(q=u' ', langs='en'))
result = rpc.search(rdata, self.user, testing=True)['sqs']
self.assertTrue(len(result))
for video in SearchQuerySet().models(Video):
if video.languages and 'en' in video.languages:
self.assertTrue(video.object in [item.object for item in result])
# GNU Affero General Public License for more details.
#
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see
# http://www.gnu.org/licenses/agpl-3.0.html.
from django.core.urlresolvers import reverse
from django.http import HttpResponseRedirect
from django.utils.http import urlencode
from search.forms import SearchForm
from search.rpc import SearchApiClass
from utils import render_to
from utils.context_processors import current_site
from utils.rpc import RpcRouter
rpc_router = RpcRouter('search:rpc_router', {'SearchApi': SearchApiClass()})
@render_to('search/search.html')
def index(request):
if request.GET:
site = current_site(request)
query = {}
for k, v in request.GET.items():
query[k] = v
# If we're at a URL with query params we just got here from a search
# form on another page. If that's the case, we'll redirect to the
# AJAX-style URL with the params in the hash. Then that page will take
# the other branch of this if, and the search form will work its
# frontend magic.
url = '%s%s#/?%s' % (
