def test_available_suffixes(flask_client): user = login(flask_client) db.session.commit() CustomDomain.create(user_id=user.id, domain="test.com", verified=True) assert len(available_suffixes(user)) > 0 # first suffix is custom domain first_suffix = available_suffixes(user)[0] assert first_suffix[0] assert first_suffix[1] == "@test.com" assert first_suffix[2].startswith("@test.com")
def authorize(): """ Redirected from client when user clicks on "Login with Server". This is a GET request with the following field in url - client_id - (optional) state - response_type: must be code """ oauth_client_id = request.args.get("client_id") state = request.args.get("state") scope = request.args.get("scope") redirect_uri = request.args.get("redirect_uri") response_mode = request.args.get("response_mode") nonce = request.args.get("nonce") try: response_types: [ResponseType] = get_response_types(request) except ValueError: return ( "response_type must be code, token, id_token or certain combination of these." " Please see /.well-known/openid-configuration to see what response_type are supported ", 400, ) if set(response_types) not in SUPPORTED_OPENID_FLOWS: return ( f"SimpleLogin only support the following OIDC flows: {SUPPORTED_OPENID_FLOWS_STR}", 400, ) if not redirect_uri: LOG.d("no redirect uri") return "redirect_uri must be set", 400 client = Client.get_by(oauth_client_id=oauth_client_id) if not client: final_redirect_uri = ( f"{redirect_uri}?error=invalid_client_id&client_id={oauth_client_id}" ) return redirect(final_redirect_uri) # check if redirect_uri is valid # allow localhost by default hostname, scheme = get_host_name_and_scheme(redirect_uri) if hostname != "localhost" and hostname != "127.0.0.1": # support custom scheme for mobile app if scheme == "http": final_redirect_uri = f"{redirect_uri}?error=http_not_allowed" return redirect(final_redirect_uri) if not RedirectUri.get_by(client_id=client.id, uri=redirect_uri): final_redirect_uri = f"{redirect_uri}?error=unknown_redirect_uri" return redirect(final_redirect_uri) # redirect from client website if request.method == "GET": if current_user.is_authenticated: suggested_email, other_emails, email_suffix = None, [], None suggested_name, other_names = None, [] # user has already allowed this client client_user: ClientUser = ClientUser.get_by( client_id=client.id, user_id=current_user.id) user_info = {} if client_user: LOG.debug("user %s has already allowed client %s", current_user, client) user_info = client_user.get_user_info() else: suggested_email, other_emails = current_user.suggested_emails( client.name) suggested_name, other_names = current_user.suggested_names() user_custom_domains = [ cd.domain for cd in current_user.verified_custom_domains() ] # List of (is_custom_domain, alias-suffix, time-signed alias-suffix) suffixes = available_suffixes(current_user) return render_template( "oauth/authorize.html", Scope=Scope, EMAIL_DOMAIN=EMAIL_DOMAIN, **locals(), ) else: # after user logs in, redirect user back to this page return render_template( "oauth/authorize_nonlogin_user.html", client=client, next=request.url, Scope=Scope, ) else: # POST - user allows or denies if request.form.get("button") == "deny": LOG.debug("User %s denies Client %s", current_user, client) final_redirect_uri = f"{redirect_uri}?error=deny&state={state}" return redirect(final_redirect_uri) LOG.debug("User %s allows Client %s", current_user, client) client_user = ClientUser.get_by(client_id=client.id, user_id=current_user.id) # user has already allowed this client, user cannot change information if client_user: LOG.d("user %s has already allowed client %s", current_user, client) else: alias_prefix = request.form.get("prefix") signed_suffix = request.form.get("suffix") alias = None # user creates a new alias, not using suggested alias if alias_prefix: # should never happen as this is checked on the front-end if not current_user.can_create_new_alias(): raise Exception( f"User {current_user} cannot create custom email") # hypothesis: user will click on the button in the 600 secs try: alias_suffix = signer.unsign(signed_suffix, max_age=600).decode() except SignatureExpired: LOG.warning("Alias creation time expired for %s", current_user) flash("Alias creation time is expired, please retry", "warning") return redirect(request.url) except Exception: LOG.exception("Alias suffix is tampered, user %s", current_user) flash("Unknown error, refresh the page", "error") return redirect(request.url) user_custom_domains = [ cd.domain for cd in current_user.verified_custom_domains() ] from app.dashboard.views.custom_alias import verify_prefix_suffix if verify_prefix_suffix(current_user, alias_prefix, alias_suffix): full_alias = alias_prefix + alias_suffix if (Alias.get_by(email=full_alias) or DeletedAlias.get_by(email=full_alias) or DomainDeletedAlias.get_by(email=full_alias)): LOG.exception("alias %s already used, very rare!", full_alias) flash(f"Alias {full_alias} already used", "error") return redirect(request.url) else: alias = Alias.create( user_id=current_user.id, email=full_alias, mailbox_id=current_user.default_mailbox_id, ) # get the custom_domain_id if alias is created with a custom domain if alias_suffix.startswith("@"): alias_domain = alias_suffix[1:] domain = CustomDomain.get_by(domain=alias_domain) if domain: alias.custom_domain_id = domain.id db.session.flush() flash(f"Alias {full_alias} has been created", "success") # only happen if the request has been "hacked" else: flash("something went wrong", "warning") return redirect(request.url) # User chooses one of the suggestions else: chosen_email = request.form.get("suggested-email") # todo: add some checks on chosen_email if chosen_email != current_user.email: alias = Alias.get_by(email=chosen_email) if not alias: alias = Alias.create( email=chosen_email, user_id=current_user.id, mailbox_id=current_user.default_mailbox_id, ) db.session.flush() suggested_name = request.form.get("suggested-name") custom_name = request.form.get("custom-name") use_default_avatar = request.form.get("avatar-choice") == "default" client_user = ClientUser.create(client_id=client.id, user_id=current_user.id) if alias: client_user.alias_id = alias.id if custom_name: client_user.name = custom_name elif suggested_name != current_user.name: client_user.name = suggested_name if use_default_avatar: # use default avatar LOG.d("use default avatar for user %s client %s", current_user, client) client_user.default_avatar = True db.session.flush() LOG.d("create client-user for client %s, user %s", client, current_user) redirect_args = {} if state: redirect_args["state"] = state else: LOG.warning( "more security reason, state should be added. client %s", client) if scope: redirect_args["scope"] = scope auth_code = None if ResponseType.CODE in response_types: # Create authorization code auth_code = AuthorizationCode.create( client_id=client.id, user_id=current_user.id, code=random_string(), scope=scope, redirect_uri=redirect_uri, response_type=response_types_to_str(response_types), ) db.session.add(auth_code) redirect_args["code"] = auth_code.code oauth_token = None if ResponseType.TOKEN in response_types: # create access-token oauth_token = OauthToken.create( client_id=client.id, user_id=current_user.id, scope=scope, redirect_uri=redirect_uri, access_token=generate_access_token(), response_type=response_types_to_str(response_types), ) db.session.add(oauth_token) redirect_args["access_token"] = oauth_token.access_token if ResponseType.ID_TOKEN in response_types: redirect_args["id_token"] = make_id_token( client_user, nonce, oauth_token.access_token if oauth_token else None, auth_code.code if auth_code else None, ) db.session.commit() # should all params appended the url using fragment (#) or query fragment = False if response_mode and response_mode == "fragment": fragment = True # if response_types contain "token" => implicit flow => should use fragment # except if client sets explicitly response_mode if not response_mode: if ResponseType.TOKEN in response_types: fragment = True # construct redirect_uri with redirect_args return redirect(construct_url(redirect_uri, redirect_args, fragment))
def options_v4(): """ Return what options user has when creating new alias. Same as v3 but return time-based signed-suffix in addition to suffix. To be used with /v2/alias/custom/new Input: a valid api-key in "Authentication" header and optional "hostname" in args Output: cf README can_create: bool suffixes: [[suffix, signed_suffix]] prefix_suggestion: str recommendation: Optional dict alias: str hostname: str """ user = g.user hostname = request.args.get("hostname") ret = { "can_create": user.can_create_new_alias(), "suffixes": [], "prefix_suggestion": "", } # recommendation alias if exist if hostname: # put the latest used alias first q = ( db.session.query(AliasUsedOn, Alias, User) .filter( AliasUsedOn.alias_id == Alias.id, Alias.user_id == user.id, AliasUsedOn.hostname == hostname, ) .order_by(desc(AliasUsedOn.created_at)) ) r = q.first() if r: _, alias, _ = r LOG.d("found alias %s %s %s", alias, hostname, user) ret["recommendation"] = {"alias": alias.email, "hostname": hostname} # custom alias suggestion and suffix if hostname: # keep only the domain name of hostname, ignore TLD and subdomain # for ex www.groupon.com -> groupon domain_name = hostname if "." in hostname: parts = hostname.split(".") domain_name = parts[-2] domain_name = convert_to_id(domain_name) ret["prefix_suggestion"] = domain_name # List of (is_custom_domain, alias-suffix, time-signed alias-suffix) suffixes = available_suffixes(user) # custom domain should be put first ret["suffixes"] = list([suffix[1], suffix[2]] for suffix in suffixes) return jsonify(ret)