def render(self, context):
user1_instance = template.resolve_variable(self.user1, context)
user2_instance = template.resolve_variable(self.user2, context)
if user2_instance == user1_instance:
context[self.context_var] = 'self'
return ''
social_auth_backend = None
user_social_auth = user1_instance.social_auth.filter(provider="facebook")
if user_social_auth.exists():
social_auth_backend = "facebook"
else:
user_social_auth = user1_instance.social_auth.filter(provider="twitter")
if user_social_auth.exists():
social_auth_backend = "twitter"
if user_social_auth.exists():
friends = cache.get(user1_instance.username+"SocialFriendList")
if friends is None:
friends = SocialFriendList.objects.existing_social_friends(user_social_auth[0])
cache.set(user1_instance.username+"SocialFriendList", friends)
if user2_instance in friends and relationship_exists(user1_instance, user2_instance, 'following'):
context[self.context_var] = social_auth_backend
return ''
if relationship_exists(user1_instance, user2_instance, 'following'):
context[self.context_var] = 'level1'
return ''
else:
friends = user1_instance.relationships.following()
for friend in friends:
if user2_instance in friend.relationships.following() and user2_instance != user1_instance:
context[self.context_var] = 'level2'
return ''
context[self.context_var] = ''
return ''
def render(self, context):
# Determine if user is a coordinator of one of other's teams.
user = context['user']
profile = context['profile']
other = profile.user
#
is_me = context['is_me']
#
# Determine if current user is a coordinator of a team that the other user is a member of.
coordinator_teams = set(m.team for m in user.member_set.filter(is_coordinator=True))
other_teams = set(other.team_set.all())
if other_teams.intersection(coordinator_teams):
is_coordinator = True
else:
is_coordinator = False
#
# Determine if the other user follows the current user.
is_friend = relationship_exists(other, user, 'following')
#
# Now determine privacy settings for each section.
privacy_conditions = {
# privacy-code: lookup-fn,
'P': False,
'C': is_coordinator,
'F': is_coordinator or is_friend,
'A': True,
}
for section in [
'name',
'zip_code',
'interests',
'bio',
'email',
'phone_number',
'messaging',
'mailing_address',
'preferred_contact_methods',
'occupation',
'employer',
'union',
]:
privacy_name = '{0}_privacy'.format(section)
privacy_code = getattr(profile, privacy_name)
context['can_view_{0}'.format(section)] = is_me or privacy_conditions[privacy_code]
if privacy_code != 'A':
context['{0}_restricted'.format(section)] = True
return u''
def test_relationship_exists(self):
self.assertTrue(relationship_exists(self.john, self.yoko, 'following'))
self.assertTrue(relationship_exists(self.john, self.yoko, 'followers'))
self.assertTrue(relationship_exists(self.john, self.yoko, 'friends'))
self.assertTrue(relationship_exists(self.yoko, self.john, 'following'))
self.assertTrue(relationship_exists(self.yoko, self.john, 'followers'))
self.assertTrue(relationship_exists(self.yoko, self.john, 'friends'))
self.assertTrue(relationship_exists(self.john, self.paul, 'following'))
self.assertFalse(relationship_exists(self.john, self.paul, 'followers'))
self.assertFalse(relationship_exists(self.john, self.paul, 'friends'))
self.assertFalse(relationship_exists(self.paul, self.john, 'following'))
self.assertTrue(relationship_exists(self.paul, self.john, 'followers'))
self.assertFalse(relationship_exists(self.paul, self.john, 'friends'))
self.assertTrue(relationship_exists(self.paul, self.john, 'blocking'))
self.assertFalse(relationship_exists(self.paul, self.john, 'blockers'))
def test_relationship_exists(self):
self.assertTrue(relationship_exists(self.john, self.yoko, "following"))
self.assertTrue(relationship_exists(self.john, self.yoko, "followers"))
self.assertTrue(relationship_exists(self.john, self.yoko, "friends"))
self.assertTrue(relationship_exists(self.yoko, self.john, "following"))
self.assertTrue(relationship_exists(self.yoko, self.john, "followers"))
self.assertTrue(relationship_exists(self.yoko, self.john, "friends"))
self.assertTrue(relationship_exists(self.john, self.paul, "following"))
self.assertFalse(relationship_exists(self.john, self.paul, "followers"))
self.assertFalse(relationship_exists(self.john, self.paul, "friends"))
self.assertFalse(relationship_exists(self.paul, self.john, "following"))
self.assertTrue(relationship_exists(self.paul, self.john, "followers"))
self.assertFalse(relationship_exists(self.paul, self.john, "friends"))
self.assertTrue(relationship_exists(self.paul, self.john, "blocking"))
self.assertFalse(relationship_exists(self.paul, self.john, "blockers"))
def test_relationship_exists(self):
self.assertTrue(relationship_exists(self.john, self.yoko, 'following'))
self.assertTrue(relationship_exists(self.john, self.yoko, 'followers'))
self.assertTrue(relationship_exists(self.john, self.yoko, 'friends'))
self.assertTrue(relationship_exists(self.yoko, self.john, 'following'))
self.assertTrue(relationship_exists(self.yoko, self.john, 'followers'))
self.assertTrue(relationship_exists(self.yoko, self.john, 'friends'))
self.assertTrue(relationship_exists(self.john, self.paul, 'following'))
self.assertFalse(relationship_exists(self.john, self.paul,
'followers'))
self.assertFalse(relationship_exists(self.john, self.paul, 'friends'))
self.assertFalse(relationship_exists(self.paul, self.john,
'following'))
self.assertTrue(relationship_exists(self.paul, self.john, 'followers'))
self.assertFalse(relationship_exists(self.paul, self.john, 'friends'))
self.assertTrue(relationship_exists(self.paul, self.john, 'blocking'))
self.assertFalse(relationship_exists(self.paul, self.john, 'blockers'))
# --- PROFILE PRIVACY ---
def _is_coordinator(u, o):
coordinator_teams = set(m.team for m in u.member_set.filter(is_coordinator=True))
other_teams = set(o.team_set.all())
if other_teams.intersection(coordinator_teams):
return True
else:
return False
_privacy_conditions = {
# privacy-code: lookup-fn,
'P': lambda u, o: False,
'C': lambda u, o: _is_coordinator(u, o),
'F': lambda u, o: _is_coordinator(u, o) or relationship_exists(o, u, 'following'),
'A': lambda u, o: True,
}
for _section in [
'name',
'zip_code',
'mailing_address',
'email',
'phone_number',
'messaging',
'preferred_contact_methods',
'bio',
'interests',
'occupation',
'employer',
