package server import ( "encoding/json" "heckel.io/ntfy/log" "heckel.io/ntfy/user" "heckel.io/ntfy/util" "net/http" "net/netip" "strings" "time" ) const ( syncTopicAccountSyncEvent = "sync" tokenExpiryDuration = 72 * time.Hour // Extend tokens by this much ) func (s *Server) handleAccountCreate(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() if !u.IsAdmin() { // u may be nil, but that's fine if !s.config.EnableSignup { return errHTTPBadRequestSignupNotEnabled } else if u != nil { return errHTTPUnauthorized // Cannot create account from user context } if !v.AccountCreationAllowed() { return errHTTPTooManyRequestsLimitAccountCreation } } newAccount, err := readJSONWithLimit[apiAccountCreateRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } if existingUser, _ := s.userManager.User(newAccount.Username); existingUser != nil { return errHTTPConflictUserExists } logvr(v, r).Tag(tagAccount).Field("user_name", newAccount.Username).Info("Creating user %s", newAccount.Username) if err := s.userManager.AddUser(newAccount.Username, newAccount.Password, user.RoleUser); err != nil { return err } v.AccountCreated() return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountGet(w http.ResponseWriter, r *http.Request, v *visitor) error { info, err := v.Info() if err != nil { return err } logvr(v, r).Tag(tagAccount).Fields(visitorExtendedInfoContext(info)).Debug("Retrieving account stats") limits, stats := info.Limits, info.Stats response := &apiAccountResponse{ Limits: &apiAccountLimits{ Basis: string(limits.Basis), Messages: limits.MessageLimit, MessagesExpiryDuration: int64(limits.MessageExpiryDuration.Seconds()), Emails: limits.EmailLimit, Calls: limits.CallLimit, Reservations: limits.ReservationsLimit, AttachmentTotalSize: limits.AttachmentTotalSizeLimit, AttachmentFileSize: limits.AttachmentFileSizeLimit, AttachmentExpiryDuration: int64(limits.AttachmentExpiryDuration.Seconds()), AttachmentBandwidth: limits.AttachmentBandwidthLimit, }, Stats: &apiAccountStats{ Messages: stats.Messages, MessagesRemaining: stats.MessagesRemaining, Emails: stats.Emails, EmailsRemaining: stats.EmailsRemaining, Calls: stats.Calls, CallsRemaining: stats.CallsRemaining, Reservations: stats.Reservations, ReservationsRemaining: stats.ReservationsRemaining, AttachmentTotalSize: stats.AttachmentTotalSize, AttachmentTotalSizeRemaining: stats.AttachmentTotalSizeRemaining, }, } u := v.User() if u != nil { response.Username = u.Name response.Role = string(u.Role) response.SyncTopic = u.SyncTopic if u.Prefs != nil { if u.Prefs.Language != nil { response.Language = *u.Prefs.Language } if u.Prefs.Notification != nil { response.Notification = u.Prefs.Notification } if u.Prefs.Subscriptions != nil { response.Subscriptions = u.Prefs.Subscriptions } } if u.Tier != nil { response.Tier = &apiAccountTier{ Code: u.Tier.Code, Name: u.Tier.Name, } } if u.Billing.StripeCustomerID != "" { response.Billing = &apiAccountBilling{ Customer: true, Subscription: u.Billing.StripeSubscriptionID != "", Status: string(u.Billing.StripeSubscriptionStatus), Interval: string(u.Billing.StripeSubscriptionInterval), PaidUntil: u.Billing.StripeSubscriptionPaidUntil.Unix(), CancelAt: u.Billing.StripeSubscriptionCancelAt.Unix(), } } if s.config.EnableReservations { reservations, err := s.userManager.Reservations(u.Name) if err != nil { return err } if len(reservations) > 0 { response.Reservations = make([]*apiAccountReservation, 0) for _, r := range reservations { response.Reservations = append(response.Reservations, &apiAccountReservation{ Topic: r.Topic, Everyone: r.Everyone.String(), }) } } } tokens, err := s.userManager.Tokens(u.ID) if err != nil { return err } if len(tokens) > 0 { response.Tokens = make([]*apiAccountTokenResponse, 0) for _, t := range tokens { var lastOrigin string if t.LastOrigin != netip.IPv4Unspecified() { lastOrigin = t.LastOrigin.String() } response.Tokens = append(response.Tokens, &apiAccountTokenResponse{ Token: t.Value, Label: t.Label, LastAccess: t.LastAccess.Unix(), LastOrigin: lastOrigin, Expires: t.Expires.Unix(), }) } } if s.config.TwilioAccount != "" { phoneNumbers, err := s.userManager.PhoneNumbers(u.ID) if err != nil { return err } if len(phoneNumbers) > 0 { response.PhoneNumbers = phoneNumbers } } } else { response.Username = user.Everyone response.Role = string(user.RoleAnonymous) } return s.writeJSON(w, response) } func (s *Server) handleAccountDelete(w http.ResponseWriter, r *http.Request, v *visitor) error { req, err := readJSONWithLimit[apiAccountDeleteRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } else if req.Password == "" { return errHTTPBadRequest } u := v.User() if _, err := s.userManager.Authenticate(u.Name, req.Password); err != nil { return errHTTPBadRequestIncorrectPasswordConfirmation } if s.webPush != nil { if err := s.webPush.RemoveByUserID(u.ID); err != nil { logvr(v, r).Err(err).Warn("Error removing web push subscriptions for %s", u.Name) } } if u.Billing.StripeSubscriptionID != "" { logvr(v, r).Tag(tagStripe).Info("Canceling billing subscription for user %s", u.Name) if _, err := s.stripe.CancelSubscription(u.Billing.StripeSubscriptionID); err != nil { return err } } if err := s.maybeRemoveMessagesAndExcessReservations(r, v, u, 0); err != nil { return err } logvr(v, r).Tag(tagAccount).Info("Marking user %s as deleted", u.Name) if err := s.userManager.MarkUserRemoved(u); err != nil { return err } return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountPasswordChange(w http.ResponseWriter, r *http.Request, v *visitor) error { req, err := readJSONWithLimit[apiAccountPasswordChangeRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } else if req.Password == "" || req.NewPassword == "" { return errHTTPBadRequest } u := v.User() if _, err := s.userManager.Authenticate(u.Name, req.Password); err != nil { return errHTTPBadRequestIncorrectPasswordConfirmation } logvr(v, r).Tag(tagAccount).Debug("Changing password for user %s", u.Name) if err := s.userManager.ChangePassword(u.Name, req.NewPassword); err != nil { return err } return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountTokenCreate(w http.ResponseWriter, r *http.Request, v *visitor) error { req, err := readJSONWithLimit[apiAccountTokenIssueRequest](r.Body, jsonBodyBytesLimit, true) // Allow empty body! if err != nil { return err } var label string if req.Label != nil { label = *req.Label } expires := time.Now().Add(tokenExpiryDuration) if req.Expires != nil { expires = time.Unix(*req.Expires, 0) } u := v.User() logvr(v, r). Tag(tagAccount). Fields(log.Context{ "token_label": label, "token_expires": expires, }). Debug("Creating token for user %s", u.Name) token, err := s.userManager.CreateToken(u.ID, label, expires, v.IP()) if err != nil { return err } response := &apiAccountTokenResponse{ Token: token.Value, Label: token.Label, LastAccess: token.LastAccess.Unix(), LastOrigin: token.LastOrigin.String(), Expires: token.Expires.Unix(), } return s.writeJSON(w, response) } func (s *Server) handleAccountTokenUpdate(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() req, err := readJSONWithLimit[apiAccountTokenUpdateRequest](r.Body, jsonBodyBytesLimit, true) // Allow empty body! if err != nil { return err } else if req.Token == "" { req.Token = u.Token if req.Token == "" { return errHTTPBadRequestNoTokenProvided } } var expires *time.Time if req.Expires != nil { expires = util.Time(time.Unix(*req.Expires, 0)) } else if req.Label == nil { expires = util.Time(time.Now().Add(tokenExpiryDuration)) // If label/expires not set, extend token by 72 hours } logvr(v, r). Tag(tagAccount). Fields(log.Context{ "token_label": req.Label, "token_expires": expires, }). Debug("Updating token for user %s as deleted", u.Name) token, err := s.userManager.ChangeToken(u.ID, req.Token, req.Label, expires) if err != nil { return err } response := &apiAccountTokenResponse{ Token: token.Value, Label: token.Label, LastAccess: token.LastAccess.Unix(), LastOrigin: token.LastOrigin.String(), Expires: token.Expires.Unix(), } return s.writeJSON(w, response) } func (s *Server) handleAccountTokenDelete(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() token := readParam(r, "X-Token", "Token") // DELETEs cannot have a body, and we don't want it in the path if token == "" { token = u.Token if token == "" { return errHTTPBadRequestNoTokenProvided } } if err := s.userManager.RemoveToken(u.ID, token); err != nil { return err } logvr(v, r). Tag(tagAccount). Field("token", token). Debug("Deleted token for user %s", u.Name) return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountSettingsChange(w http.ResponseWriter, r *http.Request, v *visitor) error { newPrefs, err := readJSONWithLimit[user.Prefs](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } u := v.User() if u.Prefs == nil { u.Prefs = &user.Prefs{} } prefs := u.Prefs if newPrefs.Language != nil { prefs.Language = newPrefs.Language } if newPrefs.Notification != nil { if prefs.Notification == nil { prefs.Notification = &user.NotificationPrefs{} } if newPrefs.Notification.DeleteAfter != nil { prefs.Notification.DeleteAfter = newPrefs.Notification.DeleteAfter } if newPrefs.Notification.Sound != nil { prefs.Notification.Sound = newPrefs.Notification.Sound } if newPrefs.Notification.MinPriority != nil { prefs.Notification.MinPriority = newPrefs.Notification.MinPriority } } logvr(v, r).Tag(tagAccount).Debug("Changing account settings for user %s", u.Name) if err := s.userManager.ChangeSettings(u.ID, prefs); err != nil { return err } return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountSubscriptionAdd(w http.ResponseWriter, r *http.Request, v *visitor) error { newSubscription, err := readJSONWithLimit[user.Subscription](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } u := v.User() prefs := u.Prefs if prefs == nil { prefs = &user.Prefs{} } for _, subscription := range prefs.Subscriptions { if newSubscription.BaseURL == subscription.BaseURL && newSubscription.Topic == subscription.Topic { return errHTTPConflictSubscriptionExists } } prefs.Subscriptions = append(prefs.Subscriptions, newSubscription) logvr(v, r).Tag(tagAccount).With(newSubscription).Debug("Adding subscription for user %s", u.Name) if err := s.userManager.ChangeSettings(u.ID, prefs); err != nil { return err } return s.writeJSON(w, newSubscription) } func (s *Server) handleAccountSubscriptionChange(w http.ResponseWriter, r *http.Request, v *visitor) error { updatedSubscription, err := readJSONWithLimit[user.Subscription](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } u := v.User() prefs := u.Prefs if prefs == nil || prefs.Subscriptions == nil { return errHTTPNotFound } var subscription *user.Subscription for _, sub := range prefs.Subscriptions { if sub.BaseURL == updatedSubscription.BaseURL && sub.Topic == updatedSubscription.Topic { sub.DisplayName = updatedSubscription.DisplayName subscription = sub break } } if subscription == nil { return errHTTPNotFound } logvr(v, r).Tag(tagAccount).With(subscription).Debug("Changing subscription for user %s", u.Name) if err := s.userManager.ChangeSettings(u.ID, prefs); err != nil { return err } return s.writeJSON(w, subscription) } func (s *Server) handleAccountSubscriptionDelete(w http.ResponseWriter, r *http.Request, v *visitor) error { // DELETEs cannot have a body, and we don't want it in the path deleteBaseURL := readParam(r, "X-BaseURL", "BaseURL") deleteTopic := readParam(r, "X-Topic", "Topic") u := v.User() prefs := u.Prefs if prefs == nil || prefs.Subscriptions == nil { return nil } newSubscriptions := make([]*user.Subscription, 0) for _, sub := range u.Prefs.Subscriptions { if sub.BaseURL == deleteBaseURL && sub.Topic == deleteTopic { logvr(v, r).Tag(tagAccount).With(sub).Debug("Removing subscription for user %s", u.Name) } else { newSubscriptions = append(newSubscriptions, sub) } } if len(newSubscriptions) < len(prefs.Subscriptions) { prefs.Subscriptions = newSubscriptions if err := s.userManager.ChangeSettings(u.ID, prefs); err != nil { return err } } return s.writeJSON(w, newSuccessResponse()) } // handleAccountReservationAdd adds a topic reservation for the logged-in user, but only if the user has a tier // with enough remaining reservations left, or if the user is an admin. Admins can always reserve a topic, unless // it is already reserved by someone else. func (s *Server) handleAccountReservationAdd(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() req, err := readJSONWithLimit[apiAccountReservationRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } if !topicRegex.MatchString(req.Topic) { return errHTTPBadRequestTopicInvalid } everyone, err := user.ParsePermission(req.Everyone) if err != nil { return errHTTPBadRequestPermissionInvalid } // Check if we are allowed to reserve this topic if u.IsUser() && u.Tier == nil { return errHTTPUnauthorized } else if err := s.userManager.AllowReservation(u.Name, req.Topic); err != nil { return errHTTPConflictTopicReserved } else if u.IsUser() { hasReservation, err := s.userManager.HasReservation(u.Name, req.Topic) if err != nil { return err } if !hasReservation { reservations, err := s.userManager.ReservationsCount(u.Name) if err != nil { return err } else if reservations >= u.Tier.ReservationLimit { return errHTTPTooManyRequestsLimitReservations } } } // Actually add the reservation logvr(v, r). Tag(tagAccount). Fields(log.Context{ "topic": req.Topic, "everyone": everyone.String(), }). Debug("Adding topic reservation") if err := s.userManager.AddReservation(u.Name, req.Topic, everyone); err != nil { return err } // Kill existing subscribers t, err := s.topicFromID(req.Topic) if err != nil { return err } t.CancelSubscribersExceptUser(u.ID) return s.writeJSON(w, newSuccessResponse()) } // handleAccountReservationDelete deletes a topic reservation if it is owned by the current user func (s *Server) handleAccountReservationDelete(w http.ResponseWriter, r *http.Request, v *visitor) error { matches := apiAccountReservationSingleRegex.FindStringSubmatch(r.URL.Path) if len(matches) != 2 { return errHTTPInternalErrorInvalidPath } topic := matches[1] if !topicRegex.MatchString(topic) { return errHTTPBadRequestTopicInvalid } u := v.User() authorized, err := s.userManager.HasReservation(u.Name, topic) if err != nil { return err } else if !authorized { return errHTTPUnauthorized } deleteMessages := readBoolParam(r, false, "X-Delete-Messages", "Delete-Messages") logvr(v, r). Tag(tagAccount). Fields(log.Context{ "topic": topic, "delete_messages": deleteMessages, }). Debug("Removing topic reservation") if err := s.userManager.RemoveReservations(u.Name, topic); err != nil { return err } if deleteMessages { if err := s.messageCache.ExpireMessages(topic); err != nil { return err } s.pruneMessages() } return s.writeJSON(w, newSuccessResponse()) } // maybeRemoveMessagesAndExcessReservations deletes topic reservations for the given user (if too many for tier), // and marks associated messages for the topics as deleted. This also eventually deletes attachments. // The process relies on the manager to perform the actual deletions (see runManager). func (s *Server) maybeRemoveMessagesAndExcessReservations(r *http.Request, v *visitor, u *user.User, reservationsLimit int64) error { reservations, err := s.userManager.Reservations(u.Name) if err != nil { return err } else if int64(len(reservations)) <= reservationsLimit { logvr(v, r).Tag(tagAccount).Debug("No excess reservations to remove") return nil } topics := make([]string, 0) for i := int64(len(reservations)) - 1; i >= reservationsLimit; i-- { topics = append(topics, reservations[i].Topic) } logvr(v, r).Tag(tagAccount).Info("Removing excess reservations for topics %s", strings.Join(topics, ", ")) if err := s.userManager.RemoveReservations(u.Name, topics...); err != nil { return err } if err := s.messageCache.ExpireMessages(topics...); err != nil { return err } go s.pruneMessages() return nil } func (s *Server) handleAccountPhoneNumberVerify(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() req, err := readJSONWithLimit[apiAccountPhoneNumberVerifyRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } else if !phoneNumberRegex.MatchString(req.Number) { return errHTTPBadRequestPhoneNumberInvalid } else if req.Channel != "sms" && req.Channel != "call" { return errHTTPBadRequestPhoneNumberVerifyChannelInvalid } // Check user is allowed to add phone numbers if u == nil || (u.IsUser() && u.Tier == nil) { return errHTTPUnauthorized } else if u.IsUser() && u.Tier.CallLimit == 0 { return errHTTPUnauthorized } // Check if phone number exists phoneNumbers, err := s.userManager.PhoneNumbers(u.ID) if err != nil { return err } else if util.Contains(phoneNumbers, req.Number) { return errHTTPConflictPhoneNumberExists } // Actually add the unverified number, and send verification logvr(v, r).Tag(tagAccount).Field("phone_number", req.Number).Debug("Sending phone number verification") if err := s.verifyPhoneNumber(v, r, req.Number, req.Channel); err != nil { return err } return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountPhoneNumberAdd(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() req, err := readJSONWithLimit[apiAccountPhoneNumberAddRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } if !phoneNumberRegex.MatchString(req.Number) { return errHTTPBadRequestPhoneNumberInvalid } if err := s.verifyPhoneNumberCheck(v, r, req.Number, req.Code); err != nil { return err } logvr(v, r).Tag(tagAccount).Field("phone_number", req.Number).Debug("Adding phone number as verified") if err := s.userManager.AddPhoneNumber(u.ID, req.Number); err != nil { return err } return s.writeJSON(w, newSuccessResponse()) } func (s *Server) handleAccountPhoneNumberDelete(w http.ResponseWriter, r *http.Request, v *visitor) error { u := v.User() req, err := readJSONWithLimit[apiAccountPhoneNumberAddRequest](r.Body, jsonBodyBytesLimit, false) if err != nil { return err } if !phoneNumberRegex.MatchString(req.Number) { return errHTTPBadRequestPhoneNumberInvalid } logvr(v, r).Tag(tagAccount).Field("phone_number", req.Number).Debug("Deleting phone number") if err := s.userManager.RemovePhoneNumber(u.ID, req.Number); err != nil { return err } return s.writeJSON(w, newSuccessResponse()) } // publishSyncEventAsync kicks of a Go routine to publish a sync message to the user's sync topic func (s *Server) publishSyncEventAsync(v *visitor) { go func() { if err := s.publishSyncEvent(v); err != nil { logv(v).Err(err).Trace("Error publishing to user's sync topic") } }() } // publishSyncEvent publishes a sync message to the user's sync topic func (s *Server) publishSyncEvent(v *visitor) error { u := v.User() if u == nil || u.SyncTopic == "" { return nil } logv(v).Field("sync_topic", u.SyncTopic).Trace("Publishing sync event to user's sync topic") syncTopic, err := s.topicFromID(u.SyncTopic) if err != nil { return err } messageBytes, err := json.Marshal(&apiAccountSyncTopicResponse{Event: syncTopicAccountSyncEvent}) if err != nil { return err } m := newDefaultMessage(syncTopic.ID, string(messageBytes)) if err := syncTopic.Publish(v, m); err != nil { return err } return nil }