def test_empty_query(self):
"""If the search query has no terms, do not use it to filter videos."""
v1 = VideoFactory.create(title='A', approved=True)
v2 = VideoFactory.create(title='B', approved=True)
eq_(set(search_videos(query='')), set([v1, v2]))
eq_(set(search_videos(query=' ')), set([v1, v2]))
def test_fields(self):
"""
If the fields parameter is specified, only perform a search on the
fields specified in that list.
"""
v1 = VideoFactory.create(title="foo", description="bar", approved=True)
v2 = VideoFactory.create(title="bar", description="foo", approved=True)
eq_(list(search_videos("foo", fields=["title"])), [v1])
eq_(list(search_videos("bar", fields=["title"])), [v2])
eq_(list(search_videos("bar", fields=["description"])), [v1])
eq_(list(search_videos("bar", fields=["title", "description"])), [v2, v1])
def test_fields(self):
"""
If the fields parameter is specified, only perform a search on the
fields specified in that list.
"""
v1 = VideoFactory.create(title='foo', description='bar', approved=True)
v2 = VideoFactory.create(title='bar', description='foo', approved=True)
eq_(list(search_videos('foo', fields=['title'])), [v1])
eq_(list(search_videos('bar', fields=['title'])), [v2])
eq_(list(search_videos('bar', fields=['description'])), [v1])
eq_(list(search_videos('bar', fields=['title', 'description'])),
[v2, v1])
def test_fields(self):
"""
If the fields parameter is specified, only perform a search on the
fields specified in that list.
"""
v1 = VideoFactory.create(title='foo', description='bar', approved=True)
v2 = VideoFactory.create(title='bar', description='foo', approved=True)
eq_(set(search_videos('foo', fields=['title'])), set([v1]))
eq_(set(search_videos('bar', fields=['title'])), set([v2]))
eq_(set(search_videos('bar', fields=['description'])), set([v1]))
videos = search_videos(
'bar', fields=['title', 'description'], sort='title')
eq_(set(videos), set([v2, v1]))
def video_list(request):
"""Show a list of recent videos, optionally filtered by region or search."""
page = request.GET.get('page', 1)
region = request.GET.get('region', None)
ctx = {}
if waffle.flag_is_active(request, 'r3'):
form = VideoSearchForm(request.GET)
try:
videos = form.perform_search()
except ValidationError:
videos = search_videos()
ctx['form'] = form
else:
videos = Video.objects.filter(approved=True).order_by('-created')
if region:
countries = regions.get_countries(region)
if countries:
videos = videos.filter(
user__userprofile__country__in=countries)
paginator = Paginator(videos, 12)
try:
videos = paginator.page(page)
except PageNotAnInteger:
videos = paginator.page(1) # Default to first page
except EmptyPage:
videos = paginator.page(paginator.num_pages) # Empty page goes to last
ctx['videos'] = videos
return render(request, 'videos/2013/list.html', ctx)
def test_title_sort(self):
"""If sort is 'title', sort videos alphabetically by their title."""
video_1 = VideoFactory.create(title='A', approved=True)
video_2 = VideoFactory.create(title='C', approved=True)
video_3 = VideoFactory.create(title='B', approved=True)
eq_(list(search_videos(sort='title')), [video_1, video_3, video_2])
def test_random_sort(self):
"""By default, sort the videos by their random_ordering index."""
video_1 = VideoFactory.create(random_ordering=3, approved=True)
video_2 = VideoFactory.create(random_ordering=1, approved=True)
video_3 = VideoFactory.create(random_ordering=2, approved=True)
eq_(list(search_videos()), [video_2, video_3, video_1])
def test_title_sort(self):
"""By default, sort videos alphabetically by their title."""
video_1 = VideoFactory.create(title='A', approved=True)
video_2 = VideoFactory.create(title='C', approved=True)
video_3 = VideoFactory.create(title='B', approved=True)
eq_(list(search_videos()), [video_1, video_3, video_2])
def test_title_sort(self):
"""By default, sort videos alphabetically by their title."""
video_1 = VideoFactory.create(title="A", approved=True)
video_2 = VideoFactory.create(title="C", approved=True)
video_3 = VideoFactory.create(title="B", approved=True)
eq_(list(search_videos()), [video_1, video_3, video_2])
def test_popular_sort(self):
"""If sort is 'popular', sort by the number of votes."""
video_1 = VideoFactory.create(title="A", approved=True, vote_count=4)
video_2 = VideoFactory.create(title="C", approved=True)
video_3 = VideoFactory.create(title="B", approved=True, vote_count=7)
eq_(list(search_videos(sort="popular")), [video_3, video_1, video_2])
def test_popular_sort(self):
"""If sort is 'popular', sort by the number of votes."""
video_1 = VideoFactory.create(title='A', approved=True, vote_count=4)
video_2 = VideoFactory.create(title='C', approved=True)
video_3 = VideoFactory.create(title='B', approved=True, vote_count=7)
eq_(list(search_videos(sort='popular')), [video_3, video_1, video_2])
def test_no_parameters(self):
"""
If no parameters are passed, return a queryset of all approved videos.
"""
VideoFactory.create(approved=False)
v1 = VideoFactory.create(approved=True)
v2 = VideoFactory.create(approved=True)
eq_(list(search_videos()), [v1, v2])
def test_no_parameters(self):
"""
If no parameters are passed, return a queryset of all approved videos.
"""
VideoFactory.create(approved=False)
v1 = VideoFactory.create(approved=True)
v2 = VideoFactory.create(approved=True)
eq_(list(search_videos()), [v1, v2])
def test_query(self):
"""
If a search query is given, the results should be limited to videos
that contain any of the terms in their title, description, or user's
full name.
"""
VideoFactory.create(title='no match', approved=True)
VideoFactory.create(description='no match', approved=True)
user = UserProfileFactory.create(full_name='no match').user
VideoFactory.create(user=user, approved=True)
v1 = VideoFactory.create(title='A does match mytitle', approved=True)
v2 = VideoFactory.create(title='B', description='does match mydesc',
approved=True)
user = UserProfileFactory.create(full_name='does match name').user
v3 = VideoFactory.create(title='C', user=user, approved=True)
eq_(set(search_videos(query='does')), set([v1, v2, v3]))
# ANY term in the query can be used for matching.
eq_(set(search_videos(query='what does bylaw')), set([v1, v2, v3]))
# Search is case-insensitive.
eq_(set(search_videos(query='DoEs')), set([v1, v2, v3]))
# Terms may match only part of a word in the video.
eq_(set(search_videos(query='floor do')), set([v1, v2, v3]))
# Terms only have to match one of the three possible fields.
eq_(set(search_videos(query='mytitle')), set([v1]))
eq_(set(search_videos(query='mydesc')), set([v2]))
eq_(set(search_videos(query='name')), set([v3]))
def test_query(self):
"""
If a search query is given, the results should be limited to videos
that contain any of the terms in their title, description, or user's
full name.
"""
VideoFactory.create(title='no match', approved=True)
VideoFactory.create(description='no match', approved=True)
user = UserProfileFactory.create(full_name='no match').user
VideoFactory.create(user=user, approved=True)
v1 = VideoFactory.create(title='A does match mytitle', approved=True)
v2 = VideoFactory.create(title='B',
description='does match mydesc',
approved=True)
user = UserProfileFactory.create(full_name='does match name').user
v3 = VideoFactory.create(title='C', user=user, approved=True)
eq_(list(search_videos(query='does')), [v1, v2, v3])
# ANY term in the query can be used for matching.
eq_(list(search_videos(query='what does bylaw')), [v1, v2, v3])
# Search is case-insensitive.
eq_(list(search_videos(query='DoEs')), [v1, v2, v3])
# Terms may match only part of a word in the video.
eq_(list(search_videos(query='floor do')), [v1, v2, v3])
# Terms only have to match one of the three possible fields.
eq_(list(search_videos(query='mytitle')), [v1])
eq_(list(search_videos(query='mydesc')), [v2])
eq_(list(search_videos(query='name')), [v3])
def test_query(self):
"""
If a search query is given, the results should be limited to videos
that contain any of the terms in their title, description, or user's
full name.
"""
VideoFactory.create(title="no match", approved=True)
VideoFactory.create(description="no match", approved=True)
user = UserProfileFactory.create(full_name="no match").user
VideoFactory.create(user=user, approved=True)
v1 = VideoFactory.create(title="A does match mytitle", approved=True)
v2 = VideoFactory.create(title="B", description="does match mydesc", approved=True)
user = UserProfileFactory.create(full_name="does match name").user
v3 = VideoFactory.create(title="C", user=user, approved=True)
eq_(list(search_videos(query="does")), [v1, v2, v3])
# ANY term in the query can be used for matching.
eq_(list(search_videos(query="what does bylaw")), [v1, v2, v3])
# Search is case-insensitive.
eq_(list(search_videos(query="DoEs")), [v1, v2, v3])
# Terms may match only part of a word in the video.
eq_(list(search_videos(query="floor do")), [v1, v2, v3])
# Terms only have to match one of the three possible fields.
eq_(list(search_videos(query="mytitle")), [v1])
eq_(list(search_videos(query="mydesc")), [v2])
eq_(list(search_videos(query="name")), [v3])
def test_invaid_region(self, get_countries):
"""If the given region is invalid, do not filter by it."""
get_countries.return_value = None
user_fr = UserProfileFactory.create(country='fr').user
user_pt = UserProfileFactory.create(country='pt').user
video_fr = VideoFactory.create(user=user_fr, approved=True)
video_pt = VideoFactory.create(user=user_pt, approved=True)
eq_(list(search_videos(region=1)), [video_fr, video_pt])
get_countries.assert_called_with(1)
def test_invaid_region(self, get_countries):
"""If the given region is invalid, do not filter by it."""
get_countries.return_value = None
user_fr = UserProfileFactory.create(country="fr").user
user_pt = UserProfileFactory.create(country="pt").user
video_fr = VideoFactory.create(user=user_fr, approved=True)
video_pt = VideoFactory.create(user=user_pt, approved=True)
eq_(list(search_videos(region=1)), [video_fr, video_pt])
get_countries.assert_called_with(1)
def gallery(request):
"""Show the gallery of all submitted videos."""
ctx = {}
form = VideoSearchForm(request, request.GET)
try:
videos = form.perform_search()
except ValidationError:
videos = search_videos()
ctx['form'] = form
return video_list(request, videos, ctx)
def gallery(request):
"""Show the gallery of all submitted videos."""
ctx = {}
form = VideoSearchForm(request, request.GET)
try:
videos = form.perform_search()
except ValidationError:
videos = search_videos()
ctx['form'] = form
return video_list(request, videos, ctx)
def test_region(self, get_countries):
"""
If the region filter is given, only return videos from countries in
that region.
"""
get_countries.return_value = ['us', 'fr']
user_fr = UserProfileFactory.create(country='fr').user
user_pt = UserProfileFactory.create(country='pt').user
video_fr = VideoFactory.create(user=user_fr, approved=True)
VideoFactory.create(user=user_pt, approved=True)
eq_(list(search_videos(region=1)), [video_fr])
get_countries.assert_called_with(1)
def test_region(self, get_countries):
"""
If the region filter is given, only return videos from countries in
that region.
"""
get_countries.return_value = ["us", "fr"]
user_fr = UserProfileFactory.create(country="fr").user
user_pt = UserProfileFactory.create(country="pt").user
video_fr = VideoFactory.create(user=user_fr, approved=True)
VideoFactory.create(user=user_pt, approved=True)
eq_(list(search_videos(region=1)), [video_fr])
get_countries.assert_called_with(1)
def perform_search(self):
"""
Perform a search using the parameters bound to this form.
:throws ValidationError: If the form doesn't pass validation.
"""
if not self.is_valid():
raise ValidationError('Form must be valid to perform search.')
return search_videos(
query=self.cleaned_data['query'],
fields=AUTOCOMPLETE_FIELDS.get(self.cleaned_data['field'], None),
region=self.cleaned_data['region'],
sort=self.cleaned_data['sort'],
)
def perform_search(self):
"""
Perform a search using the parameters bound to this form.
:throws ValidationError: If the form doesn't pass validation.
"""
if not self.is_valid():
raise ValidationError('Form must be valid to perform search.')
return search_videos(
query=self.cleaned_data['query'],
fields=FIELD_FILTERS.get(self.cleaned_data['field'], None),
region=self.cleaned_data['region'],
sort=self.cleaned_data['sort'],
)
