Pleroma.Web.TwitterAPI.TwitterAPI.follow(pending_follower, %{"user_id" => locked.id})
Pleroma.Web.TwitterAPI.TwitterAPI.follow(pending_follower, %{"user_id" => locked.id})
Pleroma.Web.TwitterAPI.TwitterAPI.follow(accepted_follower, %{"user_id" => locked.id})
- User.maybe_follow(accepted_follower, locked)
+ User.follow(accepted_follower, locked)
assert {:ok, [activity]} = User.get_follow_requests(locked)
assert activity
{:ok, activity} = CommonAPI.post(user, %{"status" => "2hu"})
- Ecto.Adapters.SQL.Sandbox.unboxed_run(Repo, fn ->
- {:ok, _} = User.delete_user_activities(user)
- # TODO: Remove favorites, repeats, delete activities.
- refute Activity.get_by_id(activity.id)
- end)
+ {:ok, _} = User.delete_user_activities(user)
+
+ # TODO: Remove favorites, repeats, delete activities.
+ refute Activity.get_by_id(activity.id)
end
- test ".delete deactivates a user, all follow relationships and all create activities" do
+ test ".delete deactivates a user, all follow relationships and all activities" do
user = insert(:user)
- followed = insert(:user)
follower = insert(:user)
- {:ok, user} = User.follow(user, followed)
{:ok, follower} = User.follow(follower, user)
{:ok, activity} = CommonAPI.post(user, %{"status" => "2hu"})
{:ok, activity_two} = CommonAPI.post(follower, %{"status" => "3hu"})
- {:ok, _, _} = CommonAPI.favorite(activity_two.id, user)
- {:ok, _, _} = CommonAPI.favorite(activity.id, follower)
- {:ok, _, _} = CommonAPI.repeat(activity.id, follower)
+ {:ok, like, _} = CommonAPI.favorite(activity_two.id, user)
+ {:ok, like_two, _} = CommonAPI.favorite(activity.id, follower)
+ {:ok, repeat, _} = CommonAPI.repeat(activity_two.id, user)
{:ok, _} = User.delete(user)
- followed = User.get_cached_by_id(followed.id)
follower = User.get_cached_by_id(follower.id)
- user = User.get_cached_by_id(user.id)
- assert user.info.deactivated
+ refute User.following?(follower, user)
+ refute User.get_by_id(user.id)
- refute User.following?(user, followed)
- refute User.following?(followed, follower)
+ user_activities =
+ user.ap_id
+ |> Activity.query_by_actor()
+ |> Repo.all()
+ |> Enum.map(fn act -> act.data["type"] end)
- # TODO: Remove favorites, repeats, delete activities.
+ assert Enum.all?(user_activities, fn act -> act in ~w(Delete Undo) end)
refute Activity.get_by_id(activity.id)
+ refute Activity.get_by_id(like.id)
+ refute Activity.get_by_id(like_two.id)
+ refute Activity.get_by_id(repeat.id)
end
test "get_public_key_for_ap_id fetches a user that's not in the db" do
end
end
- describe "User.search" do
- test "finds a user by full or partial nickname" do
- user = insert(:user, %{nickname: "john"})
-
- Enum.each(["john", "jo", "j"], fn query ->
- assert user ==
- User.search(query)
- |> List.first()
- |> Map.put(:search_rank, nil)
- |> Map.put(:search_type, nil)
- end)
- end
-
- test "finds a user by full or partial name" do
- user = insert(:user, %{name: "John Doe"})
-
- Enum.each(["John Doe", "JOHN", "doe", "j d", "j", "d"], fn query ->
- assert user ==
- User.search(query)
- |> List.first()
- |> Map.put(:search_rank, nil)
- |> Map.put(:search_type, nil)
- end)
- end
-
- test "finds users, preferring nickname matches over name matches" do
- u1 = insert(:user, %{name: "lain", nickname: "nick1"})
- u2 = insert(:user, %{nickname: "lain", name: "nick1"})
-
- assert [u2.id, u1.id] == Enum.map(User.search("lain"), & &1.id)
- end
-
- test "finds users, considering density of matched tokens" do
- u1 = insert(:user, %{name: "Bar Bar plus Word Word"})
- u2 = insert(:user, %{name: "Word Word Bar Bar Bar"})
-
- assert [u2.id, u1.id] == Enum.map(User.search("bar word"), & &1.id)
- end
-
- test "finds users, ranking by similarity" do
- u1 = insert(:user, %{name: "lain"})
- _u2 = insert(:user, %{name: "ean"})
- u3 = insert(:user, %{name: "ebn", nickname: "lain@mastodon.social"})
- u4 = insert(:user, %{nickname: "lain@pleroma.soykaf.com"})
-
- assert [u4.id, u3.id, u1.id] == Enum.map(User.search("lain@ple"), & &1.id)
- end
-
- test "finds users, handling misspelled requests" do
- u1 = insert(:user, %{name: "lain"})
-
- assert [u1.id] == Enum.map(User.search("laiin"), & &1.id)
- end
-
- test "finds users, boosting ranks of friends and followers" do
- u1 = insert(:user)
- u2 = insert(:user, %{name: "Doe"})
- follower = insert(:user, %{name: "Doe"})
- friend = insert(:user, %{name: "Doe"})
-
- {:ok, follower} = User.follow(follower, u1)
- {:ok, u1} = User.follow(u1, friend)
-
- assert [friend.id, follower.id, u2.id] --
- Enum.map(User.search("doe", resolve: false, for_user: u1), & &1.id) == []
- end
-
- test "finds a user whose name is nil" do
- _user = insert(:user, %{name: "notamatch", nickname: "testuser@pleroma.amplifie.red"})
- user_two = insert(:user, %{name: nil, nickname: "lain@pleroma.soykaf.com"})
-
- assert user_two ==
- User.search("lain@pleroma.soykaf.com")
- |> List.first()
- |> Map.put(:search_rank, nil)
- |> Map.put(:search_type, nil)
- end
-
- test "does not yield false-positive matches" do
- insert(:user, %{name: "John Doe"})
-
- Enum.each(["mary", "a", ""], fn query ->
- assert [] == User.search(query)
- end)
- end
-
- test "works with URIs" do
- results = User.search("http://mastodon.example.org/users/admin", resolve: true)
- result = results |> List.first()
-
- user = User.get_cached_by_ap_id("http://mastodon.example.org/users/admin")
-
- assert length(results) == 1
- assert user == result |> Map.put(:search_rank, nil) |> Map.put(:search_type, nil)
- end
- end
-
test "auth_active?/1 works correctly" do
Pleroma.Config.put([:instance, :account_activation_required], true)
refute user.info.confirmation_token
end
end
+
+ describe "ensure_keys_present" do
+ test "it creates keys for a user and stores them in info" do
+ user = insert(:user)
+ refute is_binary(user.info.keys)
+ {:ok, user} = User.ensure_keys_present(user)
+ assert is_binary(user.info.keys)
+ end
+
+ test "it doesn't create keys if there already are some" do
+ user = insert(:user, %{info: %{keys: "xxx"}})
+ {:ok, user} = User.ensure_keys_present(user)
+ assert user.info.keys == "xxx"
+ end
+ end
+
+ describe "get_ap_ids_by_nicknames" do
+ test "it returns a list of AP ids for a given set of nicknames" do
+ user = insert(:user)
+ user_two = insert(:user)
+
+ ap_ids = User.get_ap_ids_by_nicknames([user.nickname, user_two.nickname, "nonexistent"])
+ assert length(ap_ids) == 2
+ assert user.ap_id in ap_ids
+ assert user_two.ap_id in ap_ids
+ end
+ end
end
projects / akkoma / blobdiff