package main import ( "net/http" "os" "strings" "time" "github.com/gin-gonic/gin" "github.com/golang-jwt/jwt" ) // @Summary Returns the logged-in user's Jellyfin ID & Username, and other details. // @Produce json // @Success 200 {object} MyDetailsDTO // @Router /my/details [get] // @tags User Page func (app *appContext) MyDetails(gc *gin.Context) { resp := MyDetailsDTO{ Id: gc.GetString("jfId"), } user, status, err := app.jf.UserByID(resp.Id, false) if status != 200 || err != nil { app.err.Printf("Failed to get Jellyfin user (%d): %+v\n", status, err) respond(500, "Failed to get user", gc) return } resp.Username = user.Name resp.Admin = user.Policy.IsAdministrator resp.AccountsAdmin = false if !app.config.Section("ui").Key("allow_all").MustBool(false) { adminOnly := app.config.Section("ui").Key("admin_only").MustBool(true) if emailStore, ok := app.storage.GetEmailsKey(resp.Id); ok { resp.AccountsAdmin = emailStore.Admin } resp.AccountsAdmin = resp.AccountsAdmin || (adminOnly && resp.Admin) } resp.Disabled = user.Policy.IsDisabled if exp, ok := app.storage.users[user.ID]; ok { resp.Expiry = exp.Unix() } app.storage.loadEmails() app.storage.loadDiscordUsers() app.storage.loadMatrixUsers() app.storage.loadTelegramUsers() if emailEnabled { resp.Email = &MyDetailsContactMethodsDTO{} if email, ok := app.storage.GetEmailsKey(user.ID); ok && email.Addr != "" { resp.Email.Value = email.Addr resp.Email.Enabled = email.Contact } } if discordEnabled { resp.Discord = &MyDetailsContactMethodsDTO{} if discord, ok := app.storage.GetDiscordKey(user.ID); ok { resp.Discord.Value = RenderDiscordUsername(discord) resp.Discord.Enabled = discord.Contact } } if telegramEnabled { resp.Telegram = &MyDetailsContactMethodsDTO{} if telegram, ok := app.storage.GetTelegramKey(user.ID); ok { resp.Telegram.Value = telegram.Username resp.Telegram.Enabled = telegram.Contact } } if matrixEnabled { resp.Matrix = &MyDetailsContactMethodsDTO{} if matrix, ok := app.storage.GetMatrixKey(user.ID); ok { resp.Matrix.Value = matrix.UserID resp.Matrix.Enabled = matrix.Contact } } gc.JSON(200, resp) } // @Summary Sets whether to notify yourself through telegram/discord/matrix/email or not. // @Produce json // @Param SetContactMethodsDTO body SetContactMethodsDTO true "User's Jellyfin ID and whether or not to notify then through Telegram." // @Success 200 {object} boolResponse // @Success 400 {object} boolResponse // @Success 500 {object} boolResponse // @Router /my/contact [post] // @Security Bearer // @tags User Page func (app *appContext) SetMyContactMethods(gc *gin.Context) { var req SetContactMethodsDTO gc.BindJSON(&req) req.ID = gc.GetString("jfId") if req.ID == "" { respondBool(400, false, gc) return } app.setContactMethods(req, gc) } // @Summary Logout by deleting refresh token from cookies. // @Produce json // @Success 200 {object} boolResponse // @Failure 500 {object} stringResponse // @Router /my/logout [post] // @Security Bearer // @tags User Page func (app *appContext) LogoutUser(gc *gin.Context) { cookie, err := gc.Cookie("user-refresh") if err != nil { app.debug.Printf("Couldn't get cookies: %s", err) respond(500, "Couldn't fetch cookies", gc) return } app.invalidTokens = append(app.invalidTokens, cookie) gc.SetCookie("refresh", "invalid", -1, "/my", gc.Request.URL.Hostname(), true, true) respondBool(200, true, gc) } // @Summary confirm an action (e.g. changing an email address.) // @Produce json // @Param jwt path string true "jwt confirmation code" // @Router /my/confirm/{jwt} [post] // @Success 200 {object} boolResponse // @Failure 400 {object} stringResponse // @Failure 404 // @Success 303 // @Failure 500 {object} stringResponse // @tags User Page func (app *appContext) ConfirmMyAction(gc *gin.Context) { app.confirmMyAction(gc, "") } func (app *appContext) confirmMyAction(gc *gin.Context, key string) { var claims jwt.MapClaims var target ConfirmationTarget var id string fail := func() { gcHTML(gc, 404, "404.html", gin.H{ "cssClass": app.cssClass, "cssVersion": cssVersion, "contactMessage": app.config.Section("ui").Key("contact_message").String(), }) } // Validate key if key == "" { key = gc.Param("jwt") } token, err := jwt.Parse(key, checkToken) if err != nil { app.err.Printf("Failed to parse key: %s", err) fail() // respond(500, "unknownError", gc) return } claims, ok := token.Claims.(jwt.MapClaims) if !ok { app.err.Printf("Failed to parse key: %s", err) fail() // respond(500, "unknownError", gc) return } expiry := time.Unix(int64(claims["exp"].(float64)), 0) if !(ok && token.Valid && claims["type"].(string) == "confirmation" && expiry.After(time.Now())) { app.err.Printf("Invalid key") fail() // respond(400, "invalidKey", gc) return } target = ConfirmationTarget(int(claims["target"].(float64))) id = claims["id"].(string) // Perform an Action if target == NoOp { gc.Redirect(http.StatusSeeOther, "/my/account") return } else if target == UserEmailChange { emailStore, ok := app.storage.GetEmailsKey(id) if !ok { emailStore = EmailAddress{ Contact: true, } } emailStore.Addr = claims["email"].(string) app.storage.SetEmailsKey(id, emailStore) if app.config.Section("ombi").Key("enabled").MustBool(false) { ombiUser, code, err := app.getOmbiUser(id) if code == 200 && err == nil { ombiUser["emailAddress"] = claims["email"].(string) code, err = app.ombi.ModifyUser(ombiUser) if code != 200 || err != nil { app.err.Printf("%s: Failed to change ombi email address (%d): %v", ombiUser["userName"].(string), code, err) } } } app.storage.storeEmails() app.info.Println("Email list modified") gc.Redirect(http.StatusSeeOther, "/my/account") return } } // @Summary Modify your email address. // @Produce json // @Param ModifyMyEmailDTO body ModifyMyEmailDTO true "New email address." // @Success 200 {object} boolResponse // @Failure 400 {object} stringResponse // @Failure 401 {object} stringResponse // @Failure 500 {object} stringResponse // @Router /my/email [post] // @Security Bearer // @tags User Page func (app *appContext) ModifyMyEmail(gc *gin.Context) { var req ModifyMyEmailDTO gc.BindJSON(&req) app.debug.Println("Email modification requested") if !strings.ContainsRune(req.Email, '@') { respond(400, "Invalid Email Address", gc) return } id := gc.GetString("jfId") // We'll use the ConfirmMyAction route to do the work, even if we don't need to confirm the address. claims := jwt.MapClaims{ "valid": true, "id": id, "email": req.Email, "type": "confirmation", "target": UserEmailChange, "exp": time.Now().Add(time.Hour).Unix(), } tk := jwt.NewWithClaims(jwt.SigningMethodHS256, claims) key, err := tk.SignedString([]byte(os.Getenv("JFA_SECRET"))) if err != nil { app.err.Printf("Failed to generate confirmation token: %v", err) respond(500, "errorUnknown", gc) return } if emailEnabled && app.config.Section("email_confirmation").Key("enabled").MustBool(false) { user, status, err := app.jf.UserByID(id, false) name := "" if status == 200 && err == nil { name = user.Name } app.debug.Printf("%s: Email confirmation required", id) respond(401, "confirmEmail", gc) msg, err := app.email.constructConfirmation("", name, key, app, false) if err != nil { app.err.Printf("%s: Failed to construct confirmation email: %v", name, err) } else if err := app.email.send(msg, req.Email); err != nil { app.err.Printf("%s: Failed to send user confirmation email: %v", name, err) } else { app.info.Printf("%s: Sent user confirmation email to \"%s\"", name, req.Email) } return } app.confirmMyAction(gc, key) return } // @Summary Returns a 10-minute, one-use Discord server invite // @Produce json // @Success 200 {object} DiscordInviteDTO // @Failure 400 {object} boolResponse // @Failure 401 {object} boolResponse // @Failure 500 {object} boolResponse // @Param invCode path string true "invite Code" // @Router /my/discord/invite [get] // @tags User Page func (app *appContext) MyDiscordServerInvite(gc *gin.Context) { if app.discord.inviteChannelName == "" { respondBool(400, false, gc) return } invURL, iconURL := app.discord.NewTempInvite(10*60, 1) if invURL == "" { respondBool(500, false, gc) return } gc.JSON(200, DiscordInviteDTO{invURL, iconURL}) } // @Summary Returns a linking PIN for discord/telegram // @Produce json // @Success 200 {object} GetMyPINDTO // @Failure 400 {object} stringResponse // Param service path string true "discord/telegram" // @Router /my/pin/{service} [get] // @tags User Page func (app *appContext) GetMyPIN(gc *gin.Context) { service := gc.Param("service") resp := GetMyPINDTO{} switch service { case "discord": resp.PIN = app.discord.NewAuthToken() break case "telegram": resp.PIN = app.telegram.NewAuthToken() break default: respond(400, "invalid service", gc) return } gc.JSON(200, resp) } // @Summary Returns true/false on whether or not your discord PIN was verified, and assigns the discord user to you. // @Produce json // @Success 200 {object} boolResponse // @Failure 401 {object} boolResponse // @Param pin path string true "PIN code to check" // @Router /my/discord/verified/{pin} [get] // @tags User Page func (app *appContext) MyDiscordVerifiedInvite(gc *gin.Context) { pin := gc.Param("pin") dcUser, ok := app.discord.verifiedTokens[pin] if !ok { respondBool(200, false, gc) return } if app.config.Section("discord").Key("require_unique").MustBool(false) { for _, u := range app.storage.GetDiscord() { if app.discord.verifiedTokens[pin].ID == u.ID { delete(app.discord.verifiedTokens, pin) respondBool(400, false, gc) return } } } existingUser, ok := app.storage.GetDiscordKey(gc.GetString("jfId")) if ok { dcUser.Lang = existingUser.Lang dcUser.Contact = existingUser.Contact } app.storage.SetDiscordKey(gc.GetString("jfId"), dcUser) respondBool(200, true, gc) } // @Summary Returns true/false on whether or not your telegram PIN was verified, and assigns the telegram user to you. // @Produce json // @Success 200 {object} boolResponse // @Failure 401 {object} boolResponse // @Param pin path string true "PIN code to check" // @Router /my/telegram/verified/{pin} [get] // @tags User Page func (app *appContext) MyTelegramVerifiedInvite(gc *gin.Context) { pin := gc.Param("pin") tokenIndex := -1 for i, v := range app.telegram.verifiedTokens { if v.Token == pin { tokenIndex = i break } } if tokenIndex == -1 { respondBool(200, false, gc) return } if app.config.Section("telegram").Key("require_unique").MustBool(false) { for _, u := range app.storage.GetTelegram() { if app.telegram.verifiedTokens[tokenIndex].Username == u.Username { respondBool(400, false, gc) return } } } tgUser := TelegramUser{ ChatID: app.telegram.verifiedTokens[tokenIndex].ChatID, Username: app.telegram.verifiedTokens[tokenIndex].Username, Contact: true, } existingUser, ok := app.storage.GetTelegramKey(gc.GetString("jfId")) if ok { tgUser.Lang = existingUser.Lang tgUser.Contact = existingUser.Contact } app.storage.SetTelegramKey(gc.GetString("jfId"), tgUser) respondBool(200, true, gc) } // @Summary Generate and send a new PIN to your given matrix user. // @Produce json // @Success 200 {object} boolResponse // @Failure 400 {object} stringResponse // @Failure 401 {object} boolResponse // @Failure 500 {object} boolResponse // @Param MatrixSendPINDTO body MatrixSendPINDTO true "User's Matrix ID." // @Router /my/matrix/user [post] // @tags User Page func (app *appContext) MatrixSendMyPIN(gc *gin.Context) { var req MatrixSendPINDTO gc.BindJSON(&req) if req.UserID == "" { respond(400, "errorNoUserID", gc) return } if app.config.Section("matrix").Key("require_unique").MustBool(false) { for _, u := range app.storage.GetMatrix() { if req.UserID == u.UserID { respondBool(400, false, gc) return } } } ok := app.matrix.SendStart(req.UserID) if !ok { respondBool(500, false, gc) return } respondBool(200, true, gc) } // @Summary Check whether your matrix PIN is valid, and link the account to yours if so. // @Produce json // @Success 200 {object} boolResponse // @Failure 401 {object} boolResponse // @Param pin path string true "PIN code to check" // @Param invCode path string true "invite Code" // @Param userID path string true "Matrix User ID" // @Router /my/matrix/verified/{userID}/{pin} [get] // @tags User Page func (app *appContext) MatrixCheckMyPIN(gc *gin.Context) { userID := gc.Param("userID") pin := gc.Param("pin") user, ok := app.matrix.tokens[pin] if !ok { app.debug.Println("Matrix: PIN not found") respondBool(200, false, gc) return } if user.User.UserID != userID { app.debug.Println("Matrix: User ID of PIN didn't match") respondBool(200, false, gc) return } mxUser := *user.User mxUser.Contact = true existingUser, ok := app.storage.GetMatrixKey(gc.GetString("jfId")) if ok { mxUser.Lang = existingUser.Lang mxUser.Contact = existingUser.Contact } app.storage.SetMatrixKey(gc.GetString("jfId"), mxUser) delete(app.matrix.tokens, pin) respondBool(200, true, gc) } // @Summary unlink the Discord account from your Jellyfin user. Always succeeds. // @Produce json // @Success 200 {object} boolResponse // @Router /my/discord [delete] // @Tags Users func (app *appContext) UnlinkMyDiscord(gc *gin.Context) { app.storage.DeleteDiscordKey(gc.GetString("jfId")) respondBool(200, true, gc) } // @Summary unlink the Telegram account from your Jellyfin user. Always succeeds. // @Produce json // @Success 200 {object} boolResponse // @Router /my/telegram [delete] // @Tags Users func (app *appContext) UnlinkMyTelegram(gc *gin.Context) { app.storage.DeleteTelegramKey(gc.GetString("jfId")) respondBool(200, true, gc) } // @Summary unlink the Matrix account from your Jellyfin user. Always succeeds. // @Produce json // @Success 200 {object} boolResponse // @Router /my/matrix [delete] // @Tags Users func (app *appContext) UnlinkMyMatrix(gc *gin.Context) { app.storage.DeleteMatrixKey(gc.GetString("jfId")) respondBool(200, true, gc) }