# Pleroma: A lightweight social networking server # Copyright © 2017-2021 Pleroma Authors # SPDX-License-Identifier: AGPL-3.0-only defmodule Pleroma.Web.TwitterAPI.TwitterAPI do import Pleroma.Web.Gettext alias Pleroma.Emails.Mailer alias Pleroma.Emails.UserEmail alias Pleroma.Repo alias Pleroma.User alias Pleroma.UserInviteToken def register_user(params, opts \\ []) do params = params |> Map.take([:email, :token, :password]) |> Map.put(:bio, params |> Map.get(:bio, "") |> User.parse_bio()) |> Map.put(:nickname, params[:username]) |> Map.put(:name, Map.get(params, :fullname, params[:username])) |> Map.put(:password_confirmation, params[:password]) |> Map.put(:registration_reason, params[:reason]) |> Map.put(:birth_date, params[:birth_date]) if Pleroma.Config.get([:instance, :registrations_open]) do create_user(params, opts) else create_user_with_invite(params, opts) end end defp create_user_with_invite(params, opts) do with %{token: token} when is_binary(token) <- params, %UserInviteToken{} = invite <- Repo.get_by(UserInviteToken, %{token: token}), true <- UserInviteToken.valid_invite?(invite) do UserInviteToken.update_usage!(invite) create_user(params, opts) else nil -> {:error, "Invalid token"} _ -> {:error, "Expired token"} end end defp create_user(params, opts) do changeset = User.register_changeset(%User{}, params, opts) case User.register(changeset) do {:ok, user} -> {:ok, user} {:error, changeset} -> errors = changeset |> Ecto.Changeset.traverse_errors(fn {msg, _opts} -> msg end) |> Jason.encode!() {:error, errors} end end def password_reset(nickname_or_email) do with true <- is_binary(nickname_or_email), %User{local: true, email: email, is_active: true} = user when is_binary(email) <- User.get_by_nickname_or_email(nickname_or_email), {:ok, token_record} <- Pleroma.PasswordResetToken.create_token(user) do user |> UserEmail.password_reset_email(token_record.token) |> Mailer.deliver_async() {:ok, :enqueued} else _ -> {:ok, :noop} end end def validate_captcha(app, params) do if app.trusted || not Pleroma.Captcha.enabled?() do :ok else do_validate_captcha(params) end end defp do_validate_captcha(params) do with :ok <- validate_captcha_presence(params), :ok <- Pleroma.Captcha.validate( params[:captcha_token], params[:captcha_solution], params[:captcha_answer_data] ) do :ok else {:error, :captcha_error} -> captcha_error(dgettext("errors", "CAPTCHA Error")) {:error, :invalid} -> captcha_error(dgettext("errors", "Invalid CAPTCHA")) {:error, :kocaptcha_service_unavailable} -> captcha_error(dgettext("errors", "Kocaptcha service unavailable")) {:error, :expired} -> captcha_error(dgettext("errors", "CAPTCHA expired")) {:error, :already_used} -> captcha_error(dgettext("errors", "CAPTCHA already used")) {:error, :invalid_answer_data} -> captcha_error(dgettext("errors", "Invalid answer data")) {:error, error} -> captcha_error(error) end end defp validate_captcha_presence(params) do [:captcha_solution, :captcha_token, :captcha_answer_data] |> Enum.find_value(:ok, fn key -> unless is_binary(params[key]) do error = dgettext("errors", "Invalid CAPTCHA (Missing parameter: %{name})", name: key) {:error, error} end end) end # For some reason FE expects error message to be a serialized JSON defp captcha_error(error), do: {:error, Jason.encode!(%{captcha: [error]})} end