end
end
- def test_friend_with
- create(:friend, :befriender => users(:normal_user), :befriendee => users(:public_user))
- assert users(:normal_user).is_friends_with?(users(:public_user))
- assert !users(:normal_user).is_friends_with?(users(:inactive_user))
- assert !users(:public_user).is_friends_with?(users(:normal_user))
- assert !users(:public_user).is_friends_with?(users(:inactive_user))
- assert !users(:inactive_user).is_friends_with?(users(:normal_user))
- assert !users(:inactive_user).is_friends_with?(users(:public_user))
+ def test_friends_with
+ alice = create(:user, :active)
+ bob = create(:user, :active)
+ charlie = create(:user, :active)
+ create(:friend, :befriender => alice, :befriendee => bob)
+
+ assert alice.is_friends_with?(bob)
+ assert !alice.is_friends_with?(charlie)
+ assert !bob.is_friends_with?(alice)
+ assert !bob.is_friends_with?(charlie)
+ assert !charlie.is_friends_with?(bob)
+ assert !charlie.is_friends_with?(alice)
end
def test_users_nearby
- # second user has their data public and is close by normal user
- assert_equal [users(:public_user), users(:german_user)], users(:normal_user).nearby
- # second_user has normal user nearby, but normal user has their data private
- assert_equal [users(:german_user)], users(:public_user).nearby
- # inactive_user has no user nearby
- assert_equal [], users(:inactive_user).nearby
- # north_pole_user has no user nearby, and doesn't throw exception
- assert_equal [], users(:north_pole_user).nearby
- # confirmed_user has no home location
- assert_equal [], users(:confirmed_user).nearby
+ alice = create(:user, :active, :home_lat => 51.0, :home_lon => 1.0, :data_public => false)
+ bob = create(:user, :active, :home_lat => 51.1, :home_lon => 1.0, :data_public => true)
+ charlie = create(:user, :active, :home_lat => 51.1, :home_lon => 1.1, :data_public => true)
+ david = create(:user, :active, :home_lat => 10.0, :home_lon => -123.0, :data_public => true)
+ _edward = create(:user, :suspended, :home_lat => 10.0, :home_lon => -123.0, :data_public => true)
+ south_pole_user = create(:user, :active, :home_lat => -90.0, :home_lon => 0.0, :data_public => true)
+ vagrant_user = create(:user, :active, :home_lat => nil, :home_lon => nil, :data_public => true)
+
+ # bob and charlie are both near alice
+ assert_equal [bob, charlie], alice.nearby
+ # charlie and alice are both near bob, but alice has their data private
+ assert_equal [charlie], bob.nearby
+ # david has no user nearby, since edward is not active
+ assert_equal [], david.nearby
+ # south_pole_user has no user nearby, and doesn't throw exception
+ assert_equal [], south_pole_user.nearby
+ # vagrant_user has no home location
+ assert_equal [], vagrant_user.nearby
end
- def test_friends_with
- # normal user is a friend of second user
- # it should be a one way friend associatation
- norm = users(:normal_user)
- sec = users(:public_user)
+ def test_friend_users
+ norm = create(:user, :active)
+ sec = create(:user, :active)
create(:friend, :befriender => norm, :befriendee => sec)
- assert_equal 1, Friend.count
+
assert_equal [sec], norm.friend_users
assert_equal 1, norm.friend_users.size
- assert_equal 1, Friend.count
- assert norm.is_friends_with?(sec)
- assert !sec.is_friends_with?(norm)
- assert !users(:normal_user).is_friends_with?(users(:inactive_user))
- assert !users(:public_user).is_friends_with?(users(:normal_user))
- assert !users(:public_user).is_friends_with?(users(:inactive_user))
- assert !users(:inactive_user).is_friends_with?(users(:normal_user))
- assert !users(:inactive_user).is_friends_with?(users(:public_user))
- # Friend.delete(friend)
- # assert_equal 0, Friend.count
+
+ assert_equal [], sec.friend_users
+ assert_equal 0, sec.friend_users.size
end
def test_user_preferred_editor
create(:language, :code => "de")
create(:language, :code => "sl")
- user = users(:normal_user)
+ user = create(:user, :languages => ["en"])
assert_equal ["en"], user.languages
user.languages = %w(de fr en)
assert_equal %w(de fr en), user.languages
user.languages = %w(fr de sl)
assert_equal "de", user.preferred_language
assert_equal %w(fr de sl), user.preferred_languages.map(&:to_s)
- user = users(:public_user)
+ user = create(:user, :languages => %w(en de))
assert_equal %w(en de), user.languages
end