- 
+
+
+
- -Open-Source Quizzing Built for Live Engagement - -
- - ++ + Open-Source Quizzing Built for Live Engagement + +
-# jovVix +
+
+
+
+
+
## Live Demo & Website -- **Website**: Visit [https://jovvix.com](https://jovvix.com) to learn more about the platform, explore the **About** section, and access full **Documentation**. +- **Website**: Visit [https://jovvix.com](https://jovvix.com) to learn more about the platform, and **Documentation**. - **Live Demo**: Try out the platform live at [https://app.jovvix.com](https://app.jovvix.com) to experience how the quiz system works — including joining a quiz, answering questions in real-time, and viewing live leaderboards. ## Key Attributes: @@ -39,9 +63,9 @@ Open-Source Quizzing Built for Live Engagement ### Development and Quality - Linting: Utilizes ESLint to maintain code quality and consistency. - Authentication: Ory Kratos manages secure user authentication and session management. -- Third-Party Integrations: Includes S3 for image handling, as well as other integrations as required. +- Third-Party Integrations: Includes S3 compatible object storage for image handling, as well as other integrations as required. - SMTP Services: Configured for email services, supporting verification and password recovery. -- Testing: We have performed the unit testing in this application +- Testing: We have performed the unit testing in this application. - Containerization: Packaged with Docker for streamlined deployment and environment consistency. - RESTful API: Offers a RESTful API for integration and easy access to app functionality. - Environment Variables: Follows the 12-factor app principles with environment variable configuration. @@ -65,8 +89,8 @@ Open-Source Quizzing Built for Live Engagement - During the quiz at each question - After the quiz, showcasing winners and individual performance - **Customization Options:** Offers customizable quiz features for educators, workshop hosts, and event organizers to suit their needs. -- **Share quiz feature** Users can share their quiz to other users through email and can grant their preferred permission while sharing to the other one -- **CSV Uploads:** Enables efficient quiz creation through CSV file uploads, allowing users to preview, edit, and allowing users to seamlessly create quizzes +- **Share quiz feature:** Users can share their quiz to other users through email and can grant their preferred permission while sharing to the other one. +- **CSV Uploads:** Enables efficient quiz creation through CSV file uploads, allowing users to preview, edit, and allowing users to seamlessly create quizzes. - You can see the CSV formatting guidelines here : [csv-formatting-guide.md](docs/csv-formatting-guide.md) - **Mobile-Friendly Design:** Fully responsive and works seamlessly on mobile and desktop devices. - **Admin Tools:** Advanced admin panel for managing quizzes, participants, and results. @@ -111,7 +135,7 @@ Open-Source Quizzing Built for Live Engagement cd jovVix ``` -- Configure your env settings into .env.docker if you want to integrate any changes otherwise keep the default ones +- Configure your env settings into .env.docker if you want to integrate any changes otherwise keep the default ones. - Then build and run the docker compose file in your environment by following command ``` @@ -133,9 +157,9 @@ Open-Source Quizzing Built for Live Engagement | Package | Version | | --- | --- | -| [Node.js](https://nodejs.org/en/) | v18.0+ | +| [Node.js](https://nodejs.org/en/) | v19.0+ | | [Nuxt](https://nuxt.com/) | v3.0.0 | -| [Go](https://golang.org/) | v1.21+ | +| [Go](https://golang.org/) | | - jovVix is a fun and interactive platform where users can enjoy playing quizzes while admins have the ability to create engaging and diverse quizzes. @@ -171,7 +195,7 @@ Open-Source Quizzing Built for Live Engagement ``` cd api docker-compose up - go run app.go migrate + go run app.go migrate up go run app.go api ``` @@ -189,7 +213,6 @@ Open-Source Quizzing Built for Live Engagement - Afterwards run the frontend development server: ``` - npm i npm run dev ``` - Then you have setup jovVix successfully in your local environment @@ -213,13 +236,10 @@ Open-Source Quizzing Built for Live Engagement ### API Overview: -- locally you could start your API server by running the following command : +- locally you can check the API documentation by running the backend server and visit : ``` http://127.0.0.1:3000/api/v1/docs ``` -- This would open the swagger documentation - -- **Backend:** jovVix uses a Golang backend to handle the server-side logic. - This would open the swagger documentation ### Upgrading and changelog: @@ -232,9 +252,7 @@ http://127.0.0.1:3000/api/v1/docs ## Code of Conduct: - This platforms also provides the [Code of Conduct](./CODE_OF_CONDUCT.md) -## Developer - -## Guide: +## Developer Guide: If you're a developer looking to contribute or modify jovVix, here is a brief guide to get started: [Getting started](#getting-started-for-local-setup-from-source) OR, you could just `docker-compose up` ### Code Structure Overview: diff --git a/api/.golangci.yaml b/api/.golangci.yaml deleted file mode 100644 index 87fa190c..00000000 --- a/api/.golangci.yaml +++ /dev/null @@ -1,5 +0,0 @@ -linters-settings: - errcheck: - check-blank: true - misspell: - locale: US diff --git a/api/controllers/api/v1/analytics_board_admin_controller.go b/api/controllers/api/v1/analytics_board_admin_controller.go index 6c91db9e..0339508f 100644 --- a/api/controllers/api/v1/analytics_board_admin_controller.go +++ b/api/controllers/api/v1/analytics_board_admin_controller.go @@ -57,7 +57,7 @@ func (fc *AnalyticsBoardAdminController) GetAnalyticsForAdmin(ctx *fiber.Ctx) er var activeQuizId = ctx.Query(constants.ActiveQuizId, "") - if activeQuizId == "" || !(len(activeQuizId) == 36) { + if activeQuizId == "" || len(activeQuizId) != 36 { fc.logger.Error("active quiz id is not valid") return utils.JSONFail(ctx, http.StatusBadRequest, errors.New("active quiz id should be valid string").Error()) } diff --git a/api/controllers/api/v1/analytics_board_user_controller.go b/api/controllers/api/v1/analytics_board_user_controller.go index 204cee0d..50c41682 100644 --- a/api/controllers/api/v1/analytics_board_user_controller.go +++ b/api/controllers/api/v1/analytics_board_user_controller.go @@ -57,7 +57,7 @@ func (fc *AnalyticsBoardUserController) GetAnalyticsForUser(ctx *fiber.Ctx) erro userPlayedQuizId := ctx.Query(constants.UserPlayedQuiz) fc.logger.Debug("AnalyticsBoardUserController.GetAnalyticsForUser called", zap.Any("userPlayedQuizId", userPlayedQuizId)) - if userPlayedQuizId == "" || !(len(userPlayedQuizId) == 36) { + if userPlayedQuizId == "" || len(userPlayedQuizId) != 36 { fc.logger.Error("user played quiz is not valid") return utils.JSONFail(ctx, http.StatusBadRequest, errors.New("user play quiz should be valid string").Error()) } diff --git a/api/controllers/api/v1/auth_controller.go b/api/controllers/api/v1/auth_controller.go index 2189af31..3275768d 100644 --- a/api/controllers/api/v1/auth_controller.go +++ b/api/controllers/api/v1/auth_controller.go @@ -261,5 +261,5 @@ func (ctrl *AuthController) DeleteRegisteredUser(c *fiber.Ctx) error { } ctrl.logger.Debug("AuthController.DeleteRegisteredUser success", zap.Any("userID", userId), zap.Any("kratosID", kratosId)) - return utils.JSONSuccess(c, http.StatusOK, "user deleted succesfully!") + return utils.JSONSuccess(c, http.StatusOK, "user deleted successfully!") } diff --git a/api/controllers/api/v1/final_scoreboard_admin_controller.go b/api/controllers/api/v1/final_scoreboard_admin_controller.go index da38c443..056c0c47 100644 --- a/api/controllers/api/v1/final_scoreboard_admin_controller.go +++ b/api/controllers/api/v1/final_scoreboard_admin_controller.go @@ -48,7 +48,7 @@ func (fc *FinalScoreBoardAdminController) GetScoreForAdmin(ctx *fiber.Ctx) error var activeQuizId = ctx.Query(constants.ActiveQuizId) - if !(activeQuizId != "" && len(activeQuizId) == 36) { + if activeQuizId == "" || len(activeQuizId) != 36 { fc.logger.Debug("active quiz id is not valid - either empty string or it is not 36 characters long") return utils.JSONFail(ctx, http.StatusBadRequest, errors.New("user play quiz should be valid string").Error()) } diff --git a/api/controllers/api/v1/final_scoreboard_controller.go b/api/controllers/api/v1/final_scoreboard_controller.go index 5d74e3ed..89775bd5 100644 --- a/api/controllers/api/v1/final_scoreboard_controller.go +++ b/api/controllers/api/v1/final_scoreboard_controller.go @@ -48,7 +48,7 @@ func (fc *FinalScoreBoardController) GetScore(ctx *fiber.Ctx) error { userPlayedQuiz := ctx.Query(constants.UserPlayedQuiz) fc.logger.Debug("FinalScoreBoardController.GetScore called", zap.Any("userPlayedQuiz", userPlayedQuiz)) - if !(userPlayedQuiz != "" && len(userPlayedQuiz) == 36) { + if userPlayedQuiz == "" || len(userPlayedQuiz) != 36 { fc.logger.Debug("user played quiz id is not valid - either empty string or it is not 36 characters long") return utils.JSONFail(ctx, http.StatusBadRequest, errors.New("user play quiz should be valid string").Error()) } diff --git a/api/controllers/api/v1/question_controller.go b/api/controllers/api/v1/question_controller.go index 7879240e..884f0455 100644 --- a/api/controllers/api/v1/question_controller.go +++ b/api/controllers/api/v1/question_controller.go @@ -3,6 +3,7 @@ package v1 import ( "database/sql" "encoding/json" + "fmt" "net/http" "time" @@ -64,31 +65,32 @@ func InitQuestionController(db *goqu.Database, logger *zap.Logger, appConfig *co func (ctrl *QuestionController) ListQuestionsWithAnswerByQuizId(c *fiber.Ctx) error { QuizId := c.Params(constants.QuizId) Query := c.Queries() - permission := c.Locals(constants.ContextQuizPermission).(string) + permission := c.Locals(constants.ContextQuizPermission) + ctrl.logger.Debug("QuestionController.ListQuestionsWithAnswerByQuizId called", zap.Any(constants.QuizId, QuizId), zap.Any("Query", Query)) isActiveQuizPresent, err := ctrl.activeQuizModel.IsActiveQuizPresent(QuizId) if err != nil { - ctrl.logger.Error("error occured while getting questions by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while getting questions by admin", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } questions, quizPlayedcount, err := ctrl.questionModel.ListQuestionsWithAnswerByQuizId(QuizId, Query[constants.MediaQuery]) if err != nil { - ctrl.logger.Error("error occured while getting questions by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while getting questions by admin", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } services.ProcessAnalyticsData(questions, ctrl.presignedURLSvc, ctrl.logger) ctrl.logger.Debug("QuestionController.ListQuestionsWithAnswerByQuizId success", zap.Any("questions", structs.ResQuestionAnalytics{Data: questions, QuizPlayedCount: quizPlayedcount}), zap.Any("quizPlayedcount", quizPlayedcount)) - return utils.JSONSuccess(c, http.StatusOK, structs.ResQuestionAnalytics{Data: questions, QuizPlayedCount: quizPlayedcount, IsQuizEditable: !isActiveQuizPresent, Permission: permission}) + return utils.JSONSuccess(c, http.StatusOK, structs.ResQuestionAnalytics{Data: questions, QuizPlayedCount: quizPlayedcount, IsQuizEditable: !isActiveQuizPresent, Permission: fmt.Sprintf("%s", permission)}) } -// GetQuestionById to get question and thier options with answer. +// GetQuestionById to get question and their options with answer. // swagger:route GET /v1/quizzes/{quiz_id}/questions/{question_id} Question RequestGetQuestionById // -// Get question and thier options with answer. +// Get question and their options with answer. // // Consumes: // - application/json @@ -105,7 +107,7 @@ func (ctrl *QuestionController) GetQuestionById(c *fiber.Ctx) error { question, err := ctrl.questionModel.GetQuestionById(QuestionId) if err != nil { - ctrl.logger.Error("error occured while getting question by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while getting question by admin", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } @@ -131,10 +133,10 @@ func (ctrl *QuestionController) GetQuestionById(c *fiber.Ctx) error { return utils.JSONSuccess(c, http.StatusOK, question) } -// UpdateQuestionById to update question and thier options with answer. +// UpdateQuestionById to update question and their options with answer. // swagger:route PUT /v1/quizzes/{quiz_id}/questions/{question_id} Question RequestUpdateQuestionById // -// Update question and thier options with answer. +// Update question and their options with answer. // // Consumes: // - application/json @@ -177,7 +179,7 @@ func (ctrl *QuestionController) UpdateQuestionById(c *fiber.Ctx) error { Resource: sql.NullString{String: questionReq.Resource, Valid: true}, }) if err != nil { - ctrl.logger.Error("error occured while update question by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while update question by admin", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } @@ -209,17 +211,17 @@ func (ctrl *QuestionController) DeleteQuestionById(c *fiber.Ctx) error { isActiveQuizPresent, err := ctrl.activeQuizModel.IsActiveQuizPresent(quizId) if err != nil { - ctrl.logger.Error("error occured while getting questions by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while getting questions by admin", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } if isActiveQuizPresent { - ctrl.logger.Error("error occured while getting questions by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while getting questions by admin", zap.Error(err)) return utils.JSONError(c, http.StatusBadRequest, constants.InvalidCredentials) } err = ctrl.quizSvc.DeleteQuestionById(questionId) if err != nil { - ctrl.logger.Error("error occured while deleting quiz", zap.Error(err)) + ctrl.logger.Error("error occurred while deleting quiz", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } diff --git a/api/controllers/api/v1/quiz_controller.go b/api/controllers/api/v1/quiz_controller.go index 318be145..fcb1e9aa 100644 --- a/api/controllers/api/v1/quiz_controller.go +++ b/api/controllers/api/v1/quiz_controller.go @@ -72,7 +72,7 @@ func (ctrl *QuizController) GetAdminUploadedQuizzes(c *fiber.Ctx) error { quizzes, err := ctrl.quizModel.GetQuizzesByAdmin(userID) if err != nil { - ctrl.logger.Error("error occured while getting quizzes by admin", zap.Error(err)) + ctrl.logger.Error("error occurred while getting quizzes by admin", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } @@ -154,7 +154,7 @@ func (qc *QuizController) ListQuizzesAnalysis(c *fiber.Ctx) error { quizzes, count, err := qc.quizModel.ListQuizzesAnalysis(filters[constants.NameQueryParam], filters[constants.OrderQueryParam], filters[constants.OrderByQueryParam], filters["date"], userID, page) if err != nil { - qc.logger.Error("error occured while listing quizzes for analysis", zap.Error(err)) + qc.logger.Error("error occurred while listing quizzes for analysis", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } @@ -272,7 +272,7 @@ func (ctrl *QuizController) DeleteQuizById(c *fiber.Ctx) error { isActiveQuizPresent, err := ctrl.activeQuizModel.IsActiveQuizPresent(quizId) if err != nil { - ctrl.logger.Error("error occured while getting is active quiz is present or not", zap.Error(err)) + ctrl.logger.Error("error occurred while getting is active quiz is present or not", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } if isActiveQuizPresent { @@ -281,7 +281,7 @@ func (ctrl *QuizController) DeleteQuizById(c *fiber.Ctx) error { err = ctrl.quizSvc.DeleteQuizById(quizId) if err != nil { - ctrl.logger.Error("error occured while deleting quiz", zap.Error(err)) + ctrl.logger.Error("error occurred while deleting quiz", zap.Error(err)) return utils.JSONError(c, http.StatusInternalServerError, err.Error()) } diff --git a/api/controllers/api/v1/quiz_socket_controller.go b/api/controllers/api/v1/quiz_socket_controller.go index 729d346b..1ccd81ac 100644 --- a/api/controllers/api/v1/quiz_socket_controller.go +++ b/api/controllers/api/v1/quiz_socket_controller.go @@ -627,19 +627,13 @@ func handleCodeGeneration(c *websocket.Conn, qc *quizSocketController, session m if !isInvitationCodeSent { // handle Waiting page - for { - - if !(*isConnected) { - break - } - + for *isConnected { // if code not sent then sent it if !isInvitationCodeSent { // send code to client handleInvitationCodeSend(c, response, qc.logger, session.InvitationCode.Int32, arrangeMu) isInvitationCodeSent = true go handleConnectedUser(c, qc, session.ID.String(), adminDisconnected, arrangeMu) - } // once code sent receive start signal @@ -863,12 +857,12 @@ func questionAndScoreHandler(c *websocket.Conn, qc *quizSocketController, respon chanSkipEvent := make(chan bool) chanSkipTimer := make(chan bool) chanPauseQuiz := make(chan bool) - var isQuizEnd bool = false + var isQuizEnd = false go listenAllEvents(c, qc, response, session, chanNextEvent, chanSkipEvent, chanSkipTimer, chanPauseQuiz, isQuizEnd, arrangeMu) // handle question - var isFirst bool = lastQuestionDeliveryTime.Valid + var isFirst = lastQuestionDeliveryTime.Valid response.Component = constants.Question for _, question := range questions { wg.Add(1) @@ -939,15 +933,59 @@ func listenAllEvents(c *websocket.Conn, qc *quizSocketController, response *Quiz } func sendSingleQuestion(c *websocket.Conn, qc *quizSocketController, wg *sync.WaitGroup, response *QuizSendResponse, session models.ActiveQuiz, question models.Question, lastQuestionTimeStamp sql.NullTime, chanSkipEvent chan bool, chanSkipTimer chan bool, chanPauseQuiz chan bool, totalQuestions int64, arrangeMu *sync.Mutex) { - defer wg.Done() + // Prepare question media URLs + prepareQuestionMedia(qc, &question) + + // Get total user count + totalUserJoin, err := qc.userPlayedQuizModel.GetCountOfTotalJoinUsers(session.ID.String()) + if err != nil { + qc.logger.Error(constants.ErrGetTotalJoinUser, zap.Error(err)) + return + } + + // Handle question counter and activation for new questions + if err := handleNewQuestionSetup(c, qc, response, session, question, lastQuestionTimeStamp, arrangeMu); err != nil { + return + } + + // Send question to users + if err := sendQuestionToUsers(c, qc, response, session, question, lastQuestionTimeStamp, totalQuestions, totalUserJoin, arrangeMu); err != nil { + return + } + + // Handle answer submission + duration := calculateQuestionDuration(question, lastQuestionTimeStamp) + if err := handleQuestionAnswering(c, qc, session, question, duration, chanSkipEvent, response, arrangeMu); err != nil { + return + } + + // Deactivate question + if err := qc.quizModel.UpdateCurrentQuestion(session.ID, question.ID, false); err != nil { + qc.logger.Error(fmt.Sprintf("socket error update current question: %s event, %s action %v code", constants.EventSendQuestion, response.Action, session.InvitationCode), zap.Error(err)) + return + } + + // Show scoreboard + if err := showScoreboard(c, qc, response, session, question, totalQuestions, arrangeMu); err != nil { + return + } + + // Handle skip timer + scoreboardMaxDuration := getScoreboardMaxDuration(qc) + handleScoreboardTimer(c, qc, response, session, chanSkipTimer, chanPauseQuiz, scoreboardMaxDuration, arrangeMu) +} + +// prepareQuestionMedia handles presigned URL generation for question and option media +func prepareQuestionMedia(qc *quizSocketController, question *models.Question) { if question.QuestionMedia == "image" { presignedURL, err := qc.presignedURLSvc.GetPresignedURL(question.Resource.String, 5*time.Minute) if err != nil { qc.logger.Error("error while generating presign url") + } else { + question.Resource = sql.NullString{String: presignedURL, Valid: true} } - question.Resource = sql.NullString{String: presignedURL, Valid: true} } if question.OptionsMedia == "image" { @@ -955,36 +993,56 @@ func sendSingleQuestion(c *websocket.Conn, qc *quizSocketController, wg *sync.Wa presignedURL, err := qc.presignedURLSvc.GetPresignedURL(v, 1*time.Minute) if err != nil { qc.logger.Error("error while generating presign url") + } else { + question.Options[i] = presignedURL } - question.Options[i] = presignedURL } } +} - totalUserJoin, err := qc.userPlayedQuizModel.GetCountOfTotalJoinUsers(session.ID.String()) - if err != nil { - qc.logger.Error(constants.ErrGetTotalJoinUser, zap.Error(err)) - return +// handleNewQuestionSetup manages counter and question activation for new questions +func handleNewQuestionSetup(c *websocket.Conn, qc *quizSocketController, response *QuizSendResponse, session models.ActiveQuiz, question models.Question, lastQuestionTimeStamp sql.NullTime, arrangeMu *sync.Mutex) error { + if lastQuestionTimeStamp.Valid { + return nil // Not a new question, skip setup } - // start counter if not any question running - if !lastQuestionTimeStamp.Valid { - response.Component = constants.Question - response.Action = constants.ActionCounter - response.Data = map[string]int{"counter": constants.Counter, "count": constants.Count} - shareEvenWithUser(c, qc, response, constants.EventStartCount5, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAll, arrangeMu) - time.Sleep(time.Duration(constants.Counter) * time.Second) + response.Component = constants.Question + response.Action = constants.ActionCounter + response.Data = map[string]int{"counter": constants.Counter, "count": constants.Count} + shareEvenWithUser(c, qc, response, constants.EventStartCount5, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAll, arrangeMu) + time.Sleep(time.Duration(constants.Counter) * time.Second) - // update question status to activate - err := qc.quizModel.UpdateCurrentQuestion(session.ID, question.ID, true) - if err != nil { - qc.logger.Error(fmt.Sprintf("socket error update current question: %s event, %s action %v code", constants.EventSendQuestion, response.Action, session.InvitationCode), zap.Error(err)) - return - } + // Update question status to activate + err := qc.quizModel.UpdateCurrentQuestion(session.ID, question.ID, true) + if err != nil { + qc.logger.Error(fmt.Sprintf("socket error update current question: %s event, %s action %v code", constants.EventSendQuestion, response.Action, session.InvitationCode), zap.Error(err)) + return err } + return nil +} - // question sent +// sendQuestionToUsers sends the question data to appropriate users +func sendQuestionToUsers(c *websocket.Conn, qc *quizSocketController, response *QuizSendResponse, session models.ActiveQuiz, question models.Question, lastQuestionTimeStamp sql.NullTime, totalQuestions int64, totalUserJoin int64, arrangeMu *sync.Mutex) error { response.Action = constants.ActionSendQuestion - responseData := map[string]any{ + responseData := buildQuestionResponseData(question, lastQuestionTimeStamp, totalQuestions, totalUserJoin) + + if !lastQuestionTimeStamp.Valid { + // Handling new question + responseData["question_time"] = "" + response.Data = responseData + shareEvenWithUser(c, qc, response, constants.EventSendQuestion, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAll, arrangeMu) + } else { + // Handling running question + responseData["duration"] = question.DurationInSeconds - int(time.Since(lastQuestionTimeStamp.Time).Seconds()) + response.Data = responseData + shareEvenWithUser(c, qc, response, constants.EventSendQuestion, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAdmin, arrangeMu) + } + return nil +} + +// buildQuestionResponseData creates the response data map for questions +func buildQuestionResponseData(question models.Question, lastQuestionTimeStamp sql.NullTime, totalQuestions int64, totalUserJoin int64) map[string]any { + return map[string]any{ "id": question.ID, "quiz_id": question.QuizId, "no": question.OrderNumber, @@ -998,61 +1056,64 @@ func sendSingleQuestion(c *websocket.Conn, qc *quizSocketController, wg *sync.Wa "totalQuestions": totalQuestions, "totalJoinUser": totalUserJoin, } +} - if !lastQuestionTimeStamp.Valid { // handling new question - responseData["question_time"] = "" - response.Data = responseData - shareEvenWithUser(c, qc, response, constants.EventSendQuestion, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAll, arrangeMu) - } else { // handling running question - responseData["duration"] = question.DurationInSeconds - int(time.Since(lastQuestionTimeStamp.Time).Seconds()) - response.Data = responseData - shareEvenWithUser(c, qc, response, constants.EventSendQuestion, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAdmin, arrangeMu) +// calculateQuestionDuration calculates the remaining duration for a question +func calculateQuestionDuration(question models.Question, lastQuestionTimeStamp sql.NullTime) int { + if !lastQuestionTimeStamp.Valid { + return question.DurationInSeconds } + duration := question.DurationInSeconds - int(time.Since(lastQuestionTimeStamp.Time).Seconds()) + if duration < 0 { + return 1 + } + return duration +} + +// handleQuestionAnswering manages the answer submission process +func handleQuestionAnswering(c *websocket.Conn, qc *quizSocketController, session models.ActiveQuiz, question models.Question, duration int, chanSkipEvent chan bool, response *QuizSendResponse, arrangeMu *sync.Mutex) error { wgForQuestion := &sync.WaitGroup{} wgForQuestion.Add(1) - var duration int - if !lastQuestionTimeStamp.Valid { // new question - duration = question.DurationInSeconds - } else { // handle running question - duration = question.DurationInSeconds - int(time.Since(lastQuestionTimeStamp.Time).Seconds()) - if duration < 0 { - duration = 1 - } - } go handleAnswerSubmission(c, qc, session, question.ID, duration, wgForQuestion, chanSkipEvent, response, arrangeMu) wgForQuestion.Wait() + return nil +} - // update current status to deactivate - err = qc.quizModel.UpdateCurrentQuestion(session.ID, question.ID, false) - if err != nil { - qc.logger.Error(fmt.Sprintf("socket error update current question: %s event, %s action %v code", constants.EventSendQuestion, response.Action, session.InvitationCode), zap.Error(err)) - return - } - - // score-board rendering +// showScoreboard handles the scoreboard display logic +func showScoreboard(c *websocket.Conn, qc *quizSocketController, response *QuizSendResponse, session models.ActiveQuiz, question models.Question, totalQuestions int64, arrangeMu *sync.Mutex) error { response.Component = constants.Score response.Action = constants.ActionShowScore + userRankBoard, err := qc.userPlayedQuizModel.GetRank(session.ID, question.ID) if err != nil { qc.logger.Error("error during get userRankBoard", zap.Error(err)) - return + return err } + userResponses, err := qc.userQuizResponseModel.GetUsersResponses(session.ID, question.ID) if err != nil { qc.logger.Error("error during get userResponses", zap.Error(err)) } - scoreboardMaxDurationEnv := qc.appConfig.Quiz.ScoreboardMaxDuration - scoreboardMaxDuration := 20 + scoreboardMaxDuration := getScoreboardMaxDuration(qc) - if scoreboardMaxDurationEnv != "" { - if parsedDuration, err := strconv.Atoi(scoreboardMaxDurationEnv); err == nil { - scoreboardMaxDuration = parsedDuration - } - } + // Send scoreboard to admin + adminScoreboardData := buildScoreboardData(question, userRankBoard, userResponses, scoreboardMaxDuration, totalQuestions, true) + response.Data = adminScoreboardData + shareEvenWithUser(c, qc, response, constants.EventShowScore, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAdmin, arrangeMu) + + // Send scoreboard to users + userScoreboardData := buildScoreboardData(question, userRankBoard, nil, scoreboardMaxDuration, totalQuestions, false) + response.Data = userScoreboardData + shareEvenWithUser(c, qc, response, constants.EventShowScore, session.ID.String(), int(session.InvitationCode.Int32), constants.ToUser, arrangeMu) - response.Data = map[string]any{ + return nil +} + +// buildScoreboardData creates the scoreboard response data +func buildScoreboardData(question models.Question, userRankBoard any, userResponses any, scoreboardMaxDuration int, totalQuestions int64, includeUserResponses bool) map[string]any { + data := map[string]any{ "quiz_id": question.QuizId, "rankList": userRankBoard, "question": question.Question, @@ -1063,28 +1124,33 @@ func sendSingleQuestion(c *websocket.Conn, qc *quizSocketController, wg *sync.Wa "resource": question.Resource.String, "duration": scoreboardMaxDuration, "totalQuestions": totalQuestions, - "userResponses": userResponses, } - shareEvenWithUser(c, qc, response, constants.EventShowScore, session.ID.String(), int(session.InvitationCode.Int32), constants.ToAdmin, arrangeMu) - response.Data = map[string]any{ - "quiz_id": question.QuizId, - "rankList": userRankBoard, - "question": question.Question, - "answers": question.Answers, - "options": question.Options, - "question_media": question.QuestionMedia, - "options_media": question.OptionsMedia, - "resource": question.Resource.String, - "duration": scoreboardMaxDuration, - "totalQuestions": totalQuestions, + if includeUserResponses { + data["userResponses"] = userResponses + } + + return data +} + +// getScoreboardMaxDuration gets the scoreboard duration from config +func getScoreboardMaxDuration(qc *quizSocketController) int { + scoreboardMaxDuration := 20 + scoreboardMaxDurationEnv := qc.appConfig.Quiz.ScoreboardMaxDuration + + if scoreboardMaxDurationEnv != "" { + if parsedDuration, err := strconv.Atoi(scoreboardMaxDurationEnv); err == nil { + scoreboardMaxDuration = parsedDuration + } } - shareEvenWithUser(c, qc, response, constants.EventShowScore, session.ID.String(), int(session.InvitationCode.Int32), constants.ToUser, arrangeMu) + return scoreboardMaxDuration +} + +// handleScoreboardTimer manages the scoreboard timer +func handleScoreboardTimer(c *websocket.Conn, qc *quizSocketController, response *QuizSendResponse, session models.ActiveQuiz, chanSkipTimer chan bool, chanPauseQuiz chan bool, scoreboardMaxDuration int, arrangeMu *sync.Mutex) { wgForSkipTimer := &sync.WaitGroup{} wgForSkipTimer.Add(1) - - // skip timer go handleSkipTimer(c, qc, wgForSkipTimer, response, session, chanSkipTimer, chanPauseQuiz, scoreboardMaxDuration, arrangeMu) wgForSkipTimer.Wait() } @@ -1142,18 +1208,16 @@ func handleSkipTimer(c *websocket.Conn, qc *quizSocketController, wg *sync.WaitG response.Component = constants.Score response.Data = constants.EventPauseQuiz shareEvenWithUser(c, qc, response, constants.EventPauseQuiz, session.ID.String(), int(session.InvitationCode.Int32), constants.ToUser, arrangeMu) - } else { + } else if timerPaused { // Resume with the remaining time - if timerPaused { - startTime = time.Now() - isTimeout.Reset(remainingTime) - timerPaused = false - - // send event to the user - response.Component = constants.Score - response.Data = constants.EventResumeQuiz - shareEvenWithUser(c, qc, response, constants.EventResumeQuiz, session.ID.String(), int(session.InvitationCode.Int32), constants.ToUser, arrangeMu) - } + startTime = time.Now() + isTimeout.Reset(remainingTime) + timerPaused = false + + // send event to the user + response.Component = constants.Score + response.Data = constants.EventResumeQuiz + shareEvenWithUser(c, qc, response, constants.EventResumeQuiz, session.ID.String(), int(session.InvitationCode.Int32), constants.ToUser, arrangeMu) } } } @@ -1222,45 +1286,81 @@ func handleAnswerSubmission(c *websocket.Conn, qc *quizSocketController, session } func (qc *quizSocketController) SetAnswer(c *fiber.Ctx) error { + currentQuizId, sessionId, user, answer, err := qc.validateSetAnswerRequest(c) + if err != nil { + return err + } + + err = qc.validateActiveQuestion(c, sessionId, answer) + if err != nil { + return err + } + + points, score, err := qc.calculateAnswerScore(c, answer) + if err != nil { + return err + } + + finalScore, newStreakCount, err := qc.calculateFinalScore(c, currentQuizId, answer.QuestionId, score) + if err != nil { + return err + } + + err = qc.submitAnswerAndPublish(c, currentQuizId, sessionId, answer, points, finalScore, newStreakCount, user) + if err != nil { + return err + } + + return utils.JSONSuccess(c, http.StatusAccepted, nil) +} + +// validateSetAnswerRequest validates the initial request parameters and body +func (qc *quizSocketController) validateSetAnswerRequest(c *fiber.Ctx) (uuid.UUID, string, models.User, structs.ReqAnswerSubmit, error) { + var emptyUUID uuid.UUID + var emptyUser models.User + var emptyAnswer structs.ReqAnswerSubmit + currentQuiz := c.Query(constants.CurrentUserQuiz) sessionId := c.Query(constants.SessionIDParam) - // validations if currentQuiz == "" { qc.logger.Error(constants.ErrQuizNotFound) - return utils.JSONFail(c, http.StatusBadRequest, constants.ErrQuizNotFound) + return emptyUUID, "", emptyUser, emptyAnswer, utils.JSONFail(c, http.StatusBadRequest, constants.ErrQuizNotFound) } currentQuizId, err := uuid.Parse(currentQuiz) if err != nil { qc.logger.Error("invalid UUID") - return utils.JSONFail(c, http.StatusBadRequest, "invalid UUID") + return emptyUUID, "", emptyUser, emptyAnswer, utils.JSONFail(c, http.StatusBadRequest, "invalid UUID") } user, ok := quizUtilsHelper.ConvertType[models.User](c.Locals(constants.ContextUser)) if !ok { qc.logger.Error("Unable to convert to user-model type from locals") - return utils.JSONFail(c, http.StatusInternalServerError, "Unable to convert to user-model type from locals") + return emptyUUID, "", emptyUser, emptyAnswer, utils.JSONFail(c, http.StatusInternalServerError, "Unable to convert to user-model type from locals") } var answer structs.ReqAnswerSubmit - err = json.Unmarshal(c.Body(), &answer) if err != nil { - return utils.JSONFail(c, http.StatusBadRequest, err.Error()) + return emptyUUID, "", emptyUser, emptyAnswer, utils.JSONFail(c, http.StatusBadRequest, err.Error()) } validate := validator.New() err = validate.Struct(answer) if err != nil { - return utils.JSONFail(c, http.StatusBadRequest, utils.ValidatorErrorString(err)) + return emptyUUID, "", emptyUser, emptyAnswer, utils.JSONFail(c, http.StatusBadRequest, utils.ValidatorErrorString(err)) } - // check for question is active or not to receive answers + return currentQuizId, sessionId, user, answer, nil +} + +// validateActiveQuestion checks if the question is active and matches the submitted answer +func (qc *quizSocketController) validateActiveQuestion(c *fiber.Ctx, sessionId string, answer structs.ReqAnswerSubmit) error { currentQuestion, err := qc.userPlayedQuizModel.GetCurrentActiveQuestion(sessionId) if err != nil { if err == sql.ErrNoRows { - qc.logger.Error("error during answer submit get current active question", zap.Any("answers", answer), zap.Any("current_quiz_id", currentQuizId)) + qc.logger.Error("error during answer submit get current active question", zap.Any("answers", answer)) return utils.JSONFail(c, http.StatusBadRequest, constants.ErrAnswerSubmit) } qc.logger.Error("error during answer submit", zap.Error(err)) @@ -1272,30 +1372,41 @@ func (qc *quizSocketController) SetAnswer(c *fiber.Ctx) error { return utils.JSONFail(c, http.StatusBadRequest, constants.ErrQuestionNotActive) } + return nil +} + +// calculateAnswerScore calculates points and score for the submitted answer +func (qc *quizSocketController) calculateAnswerScore(c *fiber.Ctx, answer structs.ReqAnswerSubmit) (sql.NullInt16, int, error) { answers, answerPoints, answerDurationInSeconds, questionType, err := qc.questionModel.GetAnswersPointsDurationType(answer.QuestionId.String()) if err != nil { qc.logger.Error("error while get answer, points, duration and type") - return utils.JSONFail(c, http.StatusBadRequest, "error while get answer, points, duration and type") + return sql.NullInt16{}, 0, utils.JSONFail(c, http.StatusBadRequest, "error while get answer, points, duration and type") } - // calculate points points, score := utils.CalculatePointsAndScore(answer, answers, answerPoints, answerDurationInSeconds, questionType) + return points, score, nil +} - streakCount, err := qc.userPlayedQuizModel.GetStreakCount(currentQuizId, answer.QuestionId) +// calculateFinalScore calculates the final score including streak bonus +func (qc *quizSocketController) calculateFinalScore(c *fiber.Ctx, currentQuizId uuid.UUID, questionId uuid.UUID, score int) (int, int, error) { + streakCount, err := qc.userPlayedQuizModel.GetStreakCount(currentQuizId, questionId) if err != nil { if err == sql.ErrNoRows { qc.logger.Error(constants.ErrGetStreakCount, zap.Error(err)) - return utils.JSONError(c, http.StatusBadRequest, constants.ErrQuizNotFound) + return 0, 0, utils.JSONError(c, http.StatusBadRequest, constants.ErrQuizNotFound) } qc.logger.Error(constants.ErrGetStreakCount, zap.Error(err)) - return utils.JSONError(c, http.StatusInternalServerError, constants.ErrGetStreakCount) + return 0, 0, utils.JSONError(c, http.StatusInternalServerError, constants.ErrGetStreakCount) } - // add streak score and update streak also - finalScore, newSreakCount := utils.CalculateStreakScore(streakCount, score) + finalScore, newStreakCount := utils.CalculateStreakScore(streakCount, score) + return finalScore, newStreakCount, nil +} - // Submit answer - if err := qc.userQuizResponseModel.SubmitAnswer(currentQuizId, answer, points, finalScore, newSreakCount); err != nil { +// submitAnswerAndPublish submits the answer and publishes to Redis +func (qc *quizSocketController) submitAnswerAndPublish(c *fiber.Ctx, currentQuizId uuid.UUID, sessionId string, answer structs.ReqAnswerSubmit, points sql.NullInt16, finalScore, newStreakCount int, user models.User) error { + err := qc.userQuizResponseModel.SubmitAnswer(currentQuizId, answer, points, finalScore, newStreakCount) + if err != nil { if err == sql.ErrNoRows { return utils.JSONFail(c, http.StatusBadRequest, constants.ErrAnswerAlreadySubmitted) } @@ -1316,7 +1427,7 @@ func (qc *quizSocketController) SetAnswer(c *fiber.Ctx) error { } }() - return utils.JSONSuccess(c, http.StatusAccepted, nil) + return nil } func (ctrl *quizSocketController) Terminate(c *fiber.Ctx) error { diff --git a/api/database/migrations/20240710130922_create_column_type_questions.down.sql b/api/database/migrations/20240710130922_create_column_type_questions.down.sql index a79f2491..d707fb4e 100644 --- a/api/database/migrations/20240710130922_create_column_type_questions.down.sql +++ b/api/database/migrations/20240710130922_create_column_type_questions.down.sql @@ -2,4 +2,4 @@ -- remove column type ALTER TABLE questions -DROP COLUMN IF EXISTS type; \ No newline at end of file +DROP COLUMN IF EXISTS type; diff --git a/api/database/migrations/20240710130922_create_column_type_questions.up.sql b/api/database/migrations/20240710130922_create_column_type_questions.up.sql index acbf5427..100cae0c 100644 --- a/api/database/migrations/20240710130922_create_column_type_questions.up.sql +++ b/api/database/migrations/20240710130922_create_column_type_questions.up.sql @@ -2,4 +2,4 @@ -- add column type ALTER TABLE questions -ADD COLUMN IF NOT EXISTS type SMALLINT; \ No newline at end of file +ADD COLUMN IF NOT EXISTS type SMALLINT; diff --git a/api/database/migrations/20240715132722_fill_type_column.down.sql b/api/database/migrations/20240715132722_fill_type_column.down.sql index 2198d745..a47f8b65 100644 --- a/api/database/migrations/20240715132722_fill_type_column.down.sql +++ b/api/database/migrations/20240715132722_fill_type_column.down.sql @@ -4,4 +4,4 @@ UPDATE questions SET "type" = NULL -WHERE "type" IS NOT NULL; \ No newline at end of file +WHERE "type" IS NOT NULL; diff --git a/api/database/migrations/20240715132722_fill_type_column.up.sql b/api/database/migrations/20240715132722_fill_type_column.up.sql index bd5c1079..a66308c6 100644 --- a/api/database/migrations/20240715132722_fill_type_column.up.sql +++ b/api/database/migrations/20240715132722_fill_type_column.up.sql @@ -9,4 +9,4 @@ SET "type" = ( ELSE 1 END ) -where "type" is null; \ No newline at end of file +where "type" is null; diff --git a/api/database/migrations/20240715134225_add_constraints_type_column.down.sql b/api/database/migrations/20240715134225_add_constraints_type_column.down.sql index bb7fcf9d..47060f86 100644 --- a/api/database/migrations/20240715134225_add_constraints_type_column.down.sql +++ b/api/database/migrations/20240715134225_add_constraints_type_column.down.sql @@ -3,4 +3,4 @@ -- alter type column to allow null ALTER TABLE questions -ALTER COLUMN "type" DROP NOT NULL; \ No newline at end of file +ALTER COLUMN "type" DROP NOT NULL; diff --git a/api/database/migrations/20240715134225_add_constraints_type_column.up.sql b/api/database/migrations/20240715134225_add_constraints_type_column.up.sql index afd62bac..4fd03673 100644 --- a/api/database/migrations/20240715134225_add_constraints_type_column.up.sql +++ b/api/database/migrations/20240715134225_add_constraints_type_column.up.sql @@ -3,4 +3,4 @@ -- make type column not null ALTER TABLE questions -ALTER COLUMN "type" SET NOT NULL; \ No newline at end of file +ALTER COLUMN "type" SET NOT NULL; diff --git a/api/database/migrations/20240717104743_alter_points_where_one.down.sql b/api/database/migrations/20240717104743_alter_points_where_one.down.sql index 62156495..88023fd8 100644 --- a/api/database/migrations/20240717104743_alter_points_where_one.down.sql +++ b/api/database/migrations/20240717104743_alter_points_where_one.down.sql @@ -3,5 +3,5 @@ -- to again make points to 1 where points are 0, in case the up migration make changes were not desired UPDATE questions -SET "points" = 1 -where "points" = 0; \ No newline at end of file +SET "points" = 1 +where "points" = 0; diff --git a/api/database/migrations/20240717104743_alter_points_where_one.up.sql b/api/database/migrations/20240717104743_alter_points_where_one.up.sql index 05fa049d..3ae9f663 100644 --- a/api/database/migrations/20240717104743_alter_points_where_one.up.sql +++ b/api/database/migrations/20240717104743_alter_points_where_one.up.sql @@ -4,5 +4,5 @@ -- as in old functionality it was putting 1 where points were not provided, in new we want 0 UPDATE questions -SET "points" = 0 -where "points" = 1; \ No newline at end of file +SET "points" = 0 +where "points" = 1; diff --git a/api/database/migrations/20240729125715_create_kratos_schema.down.sql b/api/database/migrations/20240729125715_create_kratos_schema.down.sql index ea216741..dddccbd7 100644 --- a/api/database/migrations/20240729125715_create_kratos_schema.down.sql +++ b/api/database/migrations/20240729125715_create_kratos_schema.down.sql @@ -1,2 +1,2 @@ -- +migrate Down -DROP SCHEMA IF EXISTS kratos; \ No newline at end of file +DROP SCHEMA IF EXISTS kratos; diff --git a/api/database/migrations/20240729125715_create_kratos_schema.up.sql b/api/database/migrations/20240729125715_create_kratos_schema.up.sql index 274442ae..d0671179 100644 --- a/api/database/migrations/20240729125715_create_kratos_schema.up.sql +++ b/api/database/migrations/20240729125715_create_kratos_schema.up.sql @@ -1,2 +1,2 @@ -- +migrate Up -CREATE SCHEMA IF NOT EXISTS kratos; \ No newline at end of file +CREATE SCHEMA IF NOT EXISTS kratos; diff --git a/api/database/migrations/20240916111819_alter_question_add_column.up.sql b/api/database/migrations/20240916111819_alter_question_add_column.up.sql index f8783cb3..98b73bef 100644 --- a/api/database/migrations/20240916111819_alter_question_add_column.up.sql +++ b/api/database/migrations/20240916111819_alter_question_add_column.up.sql @@ -6,4 +6,4 @@ ALTER TABLE questions ADD COLUMN options_media VARCHAR(10) DEFAULT 'text'; ALTER TABLE questions -ADD COLUMN resource TEXT DEFAULT ''; \ No newline at end of file +ADD COLUMN resource TEXT DEFAULT ''; diff --git a/api/database/migrations/20240926151621_alter_users_add_img_key_column.up.sql b/api/database/migrations/20240926151621_alter_users_add_img_key_column.up.sql index f4d32ca6..284402dd 100644 --- a/api/database/migrations/20240926151621_alter_users_add_img_key_column.up.sql +++ b/api/database/migrations/20240926151621_alter_users_add_img_key_column.up.sql @@ -1,3 +1,3 @@ -- +migrate Up -alter table users -add column img_key text default ''; \ No newline at end of file +alter table users +add column img_key text default ''; diff --git a/api/database/migrations/20241111151621_create_shared_quizzes_table.down.sql b/api/database/migrations/20241111151621_create_shared_quizzes_table.down.sql index 9b772da2..8c330f28 100644 --- a/api/database/migrations/20241111151621_create_shared_quizzes_table.down.sql +++ b/api/database/migrations/20241111151621_create_shared_quizzes_table.down.sql @@ -1,2 +1,2 @@ -- +migrate Down -DROP TABLE IF EXISTS shared_quizzes; \ No newline at end of file +DROP TABLE IF EXISTS shared_quizzes; diff --git a/api/database/migrations/20241111151621_create_shared_quizzes_table.up.sql b/api/database/migrations/20241111151621_create_shared_quizzes_table.up.sql index 3520a94c..ad98c9bd 100644 --- a/api/database/migrations/20241111151621_create_shared_quizzes_table.up.sql +++ b/api/database/migrations/20241111151621_create_shared_quizzes_table.up.sql @@ -8,4 +8,4 @@ CREATE TABLE IF NOT EXISTS shared_quizzes ( created_at timestamp NOT NULL DEFAULT (now()), updated_at timestamp NOT NULL DEFAULT (now()), UNIQUE (quiz_id, shared_to) -); \ No newline at end of file +); diff --git a/api/database/migrations/20241114111627_alter_user_quiz_responses_add_streak_count_column.up.sql b/api/database/migrations/20241114111627_alter_user_quiz_responses_add_streak_count_column.up.sql index 65e3907f..293d12e3 100644 --- a/api/database/migrations/20241114111627_alter_user_quiz_responses_add_streak_count_column.up.sql +++ b/api/database/migrations/20241114111627_alter_user_quiz_responses_add_streak_count_column.up.sql @@ -1,3 +1,3 @@ -- +migrate Up -ALTER TABLE user_quiz_responses -ADD COLUMN streak_count INTEGER DEFAULT 0; \ No newline at end of file +ALTER TABLE user_quiz_responses +ADD COLUMN streak_count INTEGER DEFAULT 0; diff --git a/api/logger/main.go b/api/logger/main.go index bba1569a..505d9ff6 100644 --- a/api/logger/main.go +++ b/api/logger/main.go @@ -30,21 +30,21 @@ var zapServerConfig = zap.Config{ } // NewRootLogger instantiates zap.Logger with given configuration -func NewRootLogger(debug, developement bool) (*zap.Logger, error) { +func NewRootLogger(debug, development bool) (*zap.Logger, error) { var err error var logger *zap.Logger if debug { // enable debug level zapServerConfig.Level = zap.NewAtomicLevelAt(zap.DebugLevel) - if !developement { + if !development { return zapServerConfig.Build(zap.AddStacktrace(zap.ErrorLevel), zap.AddCaller()) } zapServerConfig.EncoderConfig.EncodeLevel = zapcore.CapitalColorLevelEncoder return zapServerConfig.Build(zap.AddStacktrace(zap.ErrorLevel), zap.AddCaller()) } - if developement { + if development { zapServerConfig.Encoding = "console" zapServerConfig.EncoderConfig.EncodeLevel = zapcore.CapitalColorLevelEncoder return zapServerConfig.Build(zap.AddStacktrace(zap.ErrorLevel), zap.AddCaller()) diff --git a/api/middlewares/middleware.go b/api/middlewares/middleware.go index 24667266..79fb62a6 100644 --- a/api/middlewares/middleware.go +++ b/api/middlewares/middleware.go @@ -15,9 +15,13 @@ type Middleware struct { sharedQuizzesModel *models.SharedQuizzesModel } -func NewMiddleware(cfg config.AppConfig, logger *zap.Logger, db *goqu.Database) Middleware { +func NewMiddleware(cfg config.AppConfig, logger *zap.Logger, db *goqu.Database) (Middleware, error) { - userModel, _ := models.InitUserModel(db, logger) + userModel, err := models.InitUserModel(db, logger) + if err != nil { + logger.Error("failed to initialize user model", zap.Error(err)) + return Middleware{}, err + } sharedQuizzesModel := models.InitSharedQuizzesModel(db, logger) return Middleware{ @@ -26,5 +30,5 @@ func NewMiddleware(cfg config.AppConfig, logger *zap.Logger, db *goqu.Database) Db: db, userModel: &userModel, sharedQuizzesModel: sharedQuizzesModel, - } + }, nil } diff --git a/api/middlewares/quiz_permission.go b/api/middlewares/quiz_permission.go index 07852f7e..3aeddea8 100644 --- a/api/middlewares/quiz_permission.go +++ b/api/middlewares/quiz_permission.go @@ -2,6 +2,7 @@ package middlewares import ( "database/sql" + "fmt" "net/http" "github.com/Improwised/jovvix/api/constants" @@ -53,7 +54,7 @@ func (m *Middleware) QuizPermission(c *fiber.Ctx) error { // check for edit permission of perticular quiz func (m *Middleware) VerifyQuizEditAccess(c *fiber.Ctx) error { // Retrieve the user's permission for the current quiz from context - permission := c.Locals(constants.ContextQuizPermission).(string) + permission := fmt.Sprintf("%s", c.Locals(constants.ContextQuizPermission)) if permission != constants.SharePermission && permission != constants.WritePermission { return utils.JSONError(c, http.StatusUnauthorized, constants.ErrUnauthorized) } @@ -64,7 +65,7 @@ func (m *Middleware) VerifyQuizEditAccess(c *fiber.Ctx) error { // check for share permission of perticular quiz func (m *Middleware) VerifyQuizShareAccess(c *fiber.Ctx) error { // Retrieve the user's permission for the current quiz from context - permission := c.Locals(constants.ContextQuizPermission).(string) + permission := fmt.Sprintf("%s", c.Locals(constants.ContextQuizPermission)) if permission != constants.SharePermission { return utils.JSONError(c, http.StatusUnauthorized, constants.ErrUnauthorized) } diff --git a/api/models/active_quizzes.go b/api/models/active_quizzes.go index 6d49cd46..a206b3f1 100644 --- a/api/models/active_quizzes.go +++ b/api/models/active_quizzes.go @@ -89,7 +89,7 @@ func (model *ActiveQuizModel) CreateActiveQuiz(title string, quizID string, admi } func (model *ActiveQuizModel) GetSessionByCode(invitationCode string) (ActiveQuiz, error) { - var activeQuiz ActiveQuiz = ActiveQuiz{} + var activeQuiz = ActiveQuiz{} found, err := model.db.Select("*").From(ActiveQuizzesTable).Where(goqu.I("invitation_code").Eq(invitationCode), goqu.I("is_active").Eq(true)).Limit(1).ScanStruct(&activeQuiz) @@ -172,8 +172,8 @@ func (model *ActiveQuizModel) GetQuestionsCopy(activeQuizId uuid.UUID, quizId st } func (model *ActiveQuizModel) GetOrActivateSession(sessionId string, userId string) (ActiveQuiz, error) { - var activeQuiz ActiveQuiz = ActiveQuiz{} - var isOk bool = false + var activeQuiz = ActiveQuiz{} + var isOk = false transactionObj, err := model.db.Begin() @@ -232,7 +232,7 @@ func (model *ActiveQuizModel) GetOrActivateSession(sessionId string, userId stri } func (model *ActiveQuizModel) GetSessionById(db *goqu.TxDatabase, sessionId string) (ActiveQuiz, error) { - var activeQuiz ActiveQuiz = ActiveQuiz{} + var activeQuiz = ActiveQuiz{} found, err := db.Select("*").From(ActiveQuizzesTable).Where(goqu.I("id").Eq(sessionId)).Limit(1).ScanStruct(&activeQuiz) if err != nil { @@ -247,7 +247,7 @@ func (model *ActiveQuizModel) GetSessionById(db *goqu.TxDatabase, sessionId stri } func (model *ActiveQuizModel) GetSession(sessionId string) (ActiveQuiz, error) { - var activeQuiz ActiveQuiz = ActiveQuiz{} + var activeQuiz = ActiveQuiz{} found, err := model.db.Select("*").From(ActiveQuizzesTable).Where(goqu.I("id").Eq(sessionId)).Limit(1).ScanStruct(&activeQuiz) if err != nil { @@ -351,9 +351,9 @@ func (model *ActiveQuizModel) GetCurrentActiveQuestion(id uuid.UUID) (uuid.UUID, return currentQuestion, nil } -func (model *ActiveQuizModel) IsActiveQuizPresent(QuizId string) (bool, error) { - var activeQuiz ActiveQuiz = ActiveQuiz{} - return model.db.Select("*").From(ActiveQuizzesTable).Where(goqu.I("quiz_id").Eq(QuizId)).Limit(1).ScanStruct(&activeQuiz) +func (model *ActiveQuizModel) IsActiveQuizPresent(quizId string) (bool, error) { + var activeQuiz = ActiveQuiz{} + return model.db.Select("*").From(ActiveQuizzesTable).Where(goqu.I("quiz_id").Eq(quizId)).Limit(1).ScanStruct(&activeQuiz) } // This function will delete all quizzes and their related data (user responses, played quizzes) diff --git a/api/models/analytics_board_admin.go b/api/models/analytics_board_admin.go index 4d79d1e0..525b56d4 100644 --- a/api/models/analytics_board_admin.go +++ b/api/models/analytics_board_admin.go @@ -79,7 +79,10 @@ func (model *AnalyticsBoardAdminModel) GetAnalyticsForAdmin(activeQuizId string) return nil, err } for index := 0; index < len(analyticsBoardData); index++ { - json.Unmarshal(analyticsBoardData[index].RawOptions, &analyticsBoardData[index].Options) + err := json.Unmarshal(analyticsBoardData[index].RawOptions, &analyticsBoardData[index].Options) + if err != nil { + return nil, err + } analyticsBoardData[index].QuestionType, err = quizUtilsHelper.GetQuestionType(analyticsBoardData[index].QuestionTypeID) if err != nil { diff --git a/api/models/analytics_board_user.go b/api/models/analytics_board_user.go index edb7aa64..eb5bd830 100644 --- a/api/models/analytics_board_user.go +++ b/api/models/analytics_board_user.go @@ -79,7 +79,10 @@ func (model *AnalyticsBoardUserModel) GetAnalyticsForUser(userPlayedQuizId strin return nil, err } for index := 0; index < len(analyticsBoardData); index++ { - json.Unmarshal(analyticsBoardData[index].RawOptions, &analyticsBoardData[index].Options) + err := json.Unmarshal(analyticsBoardData[index].RawOptions, &analyticsBoardData[index].Options) + if err != nil { + return nil, err + } analyticsBoardData[index].QuestionType, err = quizUtilsHelper.GetQuestionType(analyticsBoardData[index].QuestionTypeID) if err != nil { diff --git a/api/models/questions.go b/api/models/questions.go index eacf6a09..6494e3a0 100644 --- a/api/models/questions.go +++ b/api/models/questions.go @@ -228,7 +228,7 @@ func registerQuestionToQuizzes(transaction *goqu.TxDatabase, quizId uuid.UUID, q return nil } -func (model *QuestionModel) GetQuestionById(QuestionId string) (structs.QuestionAnalytics, error) { +func (model *QuestionModel) GetQuestionById(questionId string) (structs.QuestionAnalytics, error) { var questionAnalytics structs.QuestionAnalytics _, err := model.db. @@ -246,7 +246,7 @@ func (model *QuestionModel) GetQuestionById(QuestionId string) (structs.Question "duration_in_seconds", ). Where(goqu.Ex{ - constants.QuestionsTable + ".id": QuestionId, + constants.QuestionsTable + ".id": questionId, }). ScanStruct(&questionAnalytics) @@ -267,11 +267,11 @@ func (model *QuestionModel) GetQuestionById(QuestionId string) (structs.Question return questionAnalytics, nil } -func (model *QuestionModel) ListQuestionsWithAnswerByQuizId(QuizId string, media string) ([]structs.QuestionAnalytics, int64, error) { +func (model *QuestionModel) ListQuestionsWithAnswerByQuizId(quizId string, media string) ([]structs.QuestionAnalytics, int64, error) { var questionAnalytics []structs.QuestionAnalytics var quizPlayedCount int64 - found, err := model.db.From(ActiveQuizzesTable).Select(goqu.COUNT(goqu.I("*")).As("count")).Where(goqu.Ex{"quiz_id": QuizId, "activated_to": goqu.Op{"isNot": nil}}).ScanVal(&quizPlayedCount) + found, err := model.db.From(ActiveQuizzesTable).Select(goqu.COUNT(goqu.I("*")).As("count")).Where(goqu.Ex{"quiz_id": quizId, "activated_to": goqu.Op{"isNot": nil}}).ScanVal(&quizPlayedCount) if err != nil { return questionAnalytics, quizPlayedCount, err @@ -296,7 +296,7 @@ func (model *QuestionModel) ListQuestionsWithAnswerByQuizId(QuizId string, media ). InnerJoin(goqu.T(constants.QuizQuestionsTable), goqu.On(goqu.I(constants.QuizQuestionsTable+".question_id").Eq(goqu.I(constants.QuestionsTable+".id")))). Where(goqu.Ex{ - constants.QuizQuestionsTable + ".quiz_id": QuizId, + constants.QuizQuestionsTable + ".quiz_id": quizId, }) if media != "" { @@ -316,7 +316,10 @@ func (model *QuestionModel) ListQuestionsWithAnswerByQuizId(QuizId string, media return nil, quizPlayedCount, err } for index := 0; index < len(questionAnalytics); index++ { - json.Unmarshal(questionAnalytics[index].RawOptions, &questionAnalytics[index].Options) + err := json.Unmarshal(questionAnalytics[index].RawOptions, &questionAnalytics[index].Options) + if err != nil { + return nil, quizPlayedCount, err + } questionAnalytics[index].QuestionType, err = quizUtilsHelper.GetQuestionType(questionAnalytics[index].QuestionTypeID) if err != nil { @@ -327,15 +330,15 @@ func (model *QuestionModel) ListQuestionsWithAnswerByQuizId(QuizId string, media return questionAnalytics, quizPlayedCount, nil } -func (model *QuestionModel) GetAnswersPointsDurationType(QuestionID string) ([]int, int16, int, int, error) { +func (model *QuestionModel) GetAnswersPointsDurationType(questionId string) ([]int, int16, int, int, error) { - var answers []int = []int{} + var answers = []int{} var answerDurationInSeconds int - var answerBytes []byte = []byte{} + var answerBytes = []byte{} var answerPoints int16 var questionType int - rows, err := model.db.Select(goqu.I("answers"), goqu.I("points"), goqu.I("duration_in_seconds"), goqu.I("type")).From(QuestionTable).Where(goqu.I("id").Eq(QuestionID)).Executor().Query() + rows, err := model.db.Select(goqu.I("answers"), goqu.I("points"), goqu.I("duration_in_seconds"), goqu.I("type")).From(QuestionTable).Where(goqu.I("id").Eq(questionId)).Executor().Query() if err != nil { return answers, answerPoints, answerDurationInSeconds, 0, err @@ -377,17 +380,18 @@ func (model *QuestionModel) GetCurrentQuestion(id uuid.UUID) (QuestionForUser, e constants.QuestionsTable + ".id": id.String(), }).Limit(1).ScanStruct(&question) - if !ok && err == nil { - return question, sql.ErrNoRows - } else if !ok || err != nil { - return question, err - } else { - err = json.Unmarshal(question.RawOptions, &question.Options) - if err != nil { - return QuestionForUser{}, err + if !ok { + if err == nil { + return question, sql.ErrNoRows } - return question, nil + return question, err + } + + err = json.Unmarshal(question.RawOptions, &question.Options) + if err != nil { + return QuestionForUser{}, err } + return question, nil } func (model *QuestionModel) GetTotalQuestionCount(activeQuizId string) (int64, error) { @@ -439,7 +443,7 @@ func (model *QuestionModel) UpdateOptionsOfQuestionById(id, keyPath, data string return nil } -func (model *QuestionModel) UpdateQuestionById(QuestionId string, question Question) error { +func (model *QuestionModel) UpdateQuestionById(questionId string, question Question) error { options, err := json.Marshal(question.Options) if err != nil { return err @@ -463,7 +467,7 @@ func (model *QuestionModel) UpdateQuestionById(QuestionId string, question Quest "updated_at": goqu.L("now()"), } - result, err := model.db.Update(QuestionTable).Set(records).Where(goqu.I("id").Eq(QuestionId)).Executor().Exec() + result, err := model.db.Update(QuestionTable).Set(records).Where(goqu.I("id").Eq(questionId)).Executor().Exec() if err != nil { return err } @@ -480,7 +484,7 @@ func (model *QuestionModel) UpdateQuestionById(QuestionId string, question Quest return nil } -// Update previous question's next_question pointer (column) by using `next_question` and `previos_question` id +// Update previous question's next_question pointer (column) by using `next_question` and `previous_question` id func (model *QuestionModel) UpdatePreviousQuestionById(transaction *goqu.TxDatabase, questionId string) error { var nextQuestionId, previousQuestionId sql.NullString @@ -494,7 +498,7 @@ func (model *QuestionModel) UpdatePreviousQuestionById(transaction *goqu.TxDatab return err } - // Get the `previos_question` of the question to be deleted + // Get the `previous_question` of the question to be deleted _, err = model.db.From("quiz_questions"). Select("question_id"). Where(goqu.Ex{"next_question": questionId}). @@ -546,7 +550,7 @@ func (model *QuestionModel) DeleteQuestionById(transaction *goqu.TxDatabase, que func deleteQuestionsByIds(transaction *goqu.TxDatabase, questionIds []string) error { // why ? if questionIds len is 0 then sql query return syntax error so here handle this error - if len(questionIds) <= 0 { + if len(questionIds) == 0 { return nil } diff --git a/api/models/quiz.go b/api/models/quiz.go index ab946579..7805d663 100644 --- a/api/models/quiz.go +++ b/api/models/quiz.go @@ -73,7 +73,7 @@ func (model *QuizModel) GetQuizzesByAdmin(creator_id string) ([]QuizWithQuestion defer rows.Close() - var quizzes []QuizWithQuestions = []QuizWithQuestions{} + var quizzes = []QuizWithQuestions{} for rows.Next() { var quizWithQuestions QuizWithQuestions @@ -98,7 +98,7 @@ func (model *QuizModel) GetQuizzesByAdmin(creator_id string) ([]QuizWithQuestion func (model *QuizModel) GetSharedQuestions(invitationCode int) ([]Question, sql.NullTime, error) { - var QuestionDeliveryTime sql.NullTime = sql.NullTime{} + var QuestionDeliveryTime = sql.NullTime{} statement, err := model.db.Prepare(` with core as ( select @@ -172,7 +172,7 @@ func (model *QuizModel) GetSharedQuestions(invitationCode int) ([]Question, sql. } rows, err := statement.Query(invitationCode) - var questions []Question = []Question{} + var questions = []Question{} if err != nil { if err == sql.ErrNoRows { @@ -432,9 +432,9 @@ func (model *QuizModel) ListQuizzesAnalysis(name, order, orderBy, date, userId s } // Delete quiz and and their question using `quiz_id` -func (model *QuizModel) DeleteQuizById(transaction *goqu.TxDatabase, QuizId string) error { +func (model *QuizModel) DeleteQuizById(transaction *goqu.TxDatabase, quizId string) error { questionIds := []string{} - err := transaction.Delete(constants.QuizQuestionsTable).Where(goqu.Ex{"quiz_id": QuizId}).Returning("question_id").Executor().ScanVals(&questionIds) + err := transaction.Delete(constants.QuizQuestionsTable).Where(goqu.Ex{"quiz_id": quizId}).Returning("question_id").Executor().ScanVals(&questionIds) if err != nil { return err } @@ -444,7 +444,7 @@ func (model *QuizModel) DeleteQuizById(transaction *goqu.TxDatabase, QuizId stri return err } - err = deleteQuizById(transaction, QuizId) + err = deleteQuizById(transaction, quizId) return err } diff --git a/api/models/shared_quizzes.go b/api/models/shared_quizzes.go index 97539a36..86f94b73 100644 --- a/api/models/shared_quizzes.go +++ b/api/models/shared_quizzes.go @@ -139,7 +139,7 @@ func (model *SharedQuizzesModel) ListSharedQuizzes(sharedBy, sharedTo string) ([ defer rows.Close() - var quizzes []QuizWithQuestions = []QuizWithQuestions{} + var quizzes = []QuizWithQuestions{} for rows.Next() { var quizWithQuestions QuizWithQuestions diff --git a/api/models/user_played_quizzes.go b/api/models/user_played_quizzes.go index 7f59a716..fa71b47c 100644 --- a/api/models/user_played_quizzes.go +++ b/api/models/user_played_quizzes.go @@ -308,7 +308,7 @@ func (model *UserPlayedQuizModel) ListUserPlayedQuizes(userId string, page int, return userPlayedQuiz, totalCount, err } -func (model *UserPlayedQuizModel) ListUserPlayedQuizesWithQuestionById(UserPlayedQuizId string) ([]structs.ResUserPlayedQuizAnalyticsBoard, error) { +func (model *UserPlayedQuizModel) ListUserPlayedQuizesWithQuestionById(userPlayedQuizId string) ([]structs.ResUserPlayedQuizAnalyticsBoard, error) { var userPlayedQuizAnalyticsBoard []structs.ResUserPlayedQuizAnalyticsBoard query := model.db.From(UserPlayedQuizTable). @@ -330,7 +330,7 @@ func (model *UserPlayedQuizModel) ListUserPlayedQuizesWithQuestionById(UserPlaye InnerJoin(goqu.T(constants.UserQuizResponsesTable), goqu.On(goqu.I(UserPlayedQuizTable+".id").Eq(goqu.I(constants.UserQuizResponsesTable+".user_played_quiz_id")))). InnerJoin(goqu.T(constants.QuestionsTable), goqu.On(goqu.I(constants.UserQuizResponsesTable+".question_id").Eq(goqu.I(constants.QuestionsTable+".id")))). Where(goqu.Ex{ - UserPlayedQuizTable + ".id": UserPlayedQuizId, + UserPlayedQuizTable + ".id": userPlayedQuizId, }) sql, args, err := query.ToSQL() @@ -344,7 +344,10 @@ func (model *UserPlayedQuizModel) ListUserPlayedQuizesWithQuestionById(UserPlaye } for index := 0; index < len(userPlayedQuizAnalyticsBoard); index++ { - json.Unmarshal(userPlayedQuizAnalyticsBoard[index].RawOptions, &userPlayedQuizAnalyticsBoard[index].Options) + err := json.Unmarshal(userPlayedQuizAnalyticsBoard[index].RawOptions, &userPlayedQuizAnalyticsBoard[index].Options) + if err != nil { + return nil, err + } userPlayedQuizAnalyticsBoard[index].QuestionType, err = quizUtilsHelper.GetQuestionType(userPlayedQuizAnalyticsBoard[index].QuestionTypeID) if err != nil { diff --git a/api/pkg/jwt/jwt_test.go b/api/pkg/jwt/jwt_test.go index 4799889e..49e2dac7 100644 --- a/api/pkg/jwt/jwt_test.go +++ b/api/pkg/jwt/jwt_test.go @@ -15,8 +15,8 @@ func TestJWT(t *testing.T) { err = os.Chdir("../../") assert.Nil(t, err) - var token string = "" - var subject string = "11112" + var token = "" + var subject = "11112" cfg := config.LoadTestEnv() t.Run("create token", func(t *testing.T) { diff --git a/api/pkg/kratos/kratos.yml b/api/pkg/kratos/kratos.yml index 37a5cb53..74328996 100644 --- a/api/pkg/kratos/kratos.yml +++ b/api/pkg/kratos/kratos.yml @@ -93,7 +93,7 @@ selfservice: # http://127.0.0.1:4433/self-service/login/browser?aal=&refresh=&return_to= after: default_browser_return_url: http://127.0.0.1:3000/api/v1/kratos/auth - hooks: + hooks: - hook: require_verified_address lifespan: 10m diff --git a/api/routes/main.go b/api/routes/main.go index d11eeef6..0c326d8e 100644 --- a/api/routes/main.go +++ b/api/routes/main.go @@ -47,24 +47,34 @@ func Setup(app *fiber.App, goqu *goqu.Database, logger *zap.Logger, config confi router := app.Group("/api") - err = setupHealthCheckController(router, goqu, logger) + redis, err := redis.InitRedisPubSub(goqu, config.RedisClient, logger) if err != nil { return err } - err = setupMetricsController(router, goqu, logger, pMetrics) + // middleware initialization + middleware, err := middlewares.NewMiddleware(config, logger, goqu) if err != nil { - return err + return fmt.Errorf("failed to initialize middlewares: %w", err) } - redis, err := redis.InitRedisPubSub(goqu, config.RedisClient, logger) + err = setUpRoutes(router, goqu, logger, pMetrics, middleware, config, redis) + if err != nil { + return err + } + return nil +} +func setUpRoutes(router fiber.Router, goqu *goqu.Database, logger *zap.Logger, pMetrics *pMetrics.PrometheusMetrics, middleware middlewares.Middleware, config config.AppConfig, redis *redis.RedisPubSub) error { + err := setupHealthCheckController(router, goqu, logger) if err != nil { return err } - // middleware initialization - middleware := middlewares.NewMiddleware(config, logger, goqu) + err = setupMetricsController(router, goqu, logger, pMetrics) + if err != nil { + return err + } v1 := router.Group("/v1") diff --git a/api/utils/calculate_points_score.go b/api/utils/calculate_points_score.go index 2099ca9f..c73fc283 100644 --- a/api/utils/calculate_points_score.go +++ b/api/utils/calculate_points_score.go @@ -10,12 +10,12 @@ import ( func CalculatePointsAndScore(userAnswer structs.ReqAnswerSubmit, answers []int, answerPoints int16, answerDurationInSeconds, questionType int) (sql.NullInt16, int) { - var points sql.NullInt16 = sql.NullInt16{} + var points = sql.NullInt16{} var remainingTime int var remainingTimeFloat float64 var timePoints int - var basePoint int = 500 - var finalScore int = 0 + var basePoint = 500 + var finalScore = 0 // check type of the question actualAnswerLen := len(answers) @@ -66,7 +66,7 @@ func CalculatePointsAndScore(userAnswer structs.ReqAnswerSubmit, answers []int, // } // } - var noOfMatches int = 0 + var noOfMatches = 0 for _, actualAnswer := range answers { for _, userAnswer := range userAnswer.AnswerKeys { if actualAnswer == userAnswer { diff --git a/api/utils/csv_operation.go b/api/utils/csv_operation.go index 235ef4ae..a9aa05e3 100644 --- a/api/utils/csv_operation.go +++ b/api/utils/csv_operation.go @@ -86,7 +86,10 @@ func ExtractQuestionsFromCSV(questions []Question, questionTimeLimit string) ([] for _, a := range strings.Split(u.CorrectAnswer, "|") { if a != "" { answerInt := 0 - fmt.Sscanf(a, "%d", &answerInt) + _, err := fmt.Sscanf(a, "%d", &answerInt) + if err != nil { + return validQuestions, fmt.Errorf("invalid answer format: %s", a) + } answers = append(answers, answerInt) } } @@ -94,7 +97,10 @@ func ExtractQuestionsFromCSV(questions []Question, questionTimeLimit string) ([] // Determine points points := 1 if u.Points != "" { - fmt.Sscanf(u.Points, "%d", &points) + _, err := fmt.Sscanf(u.Points, "%d", &points) + if err != nil { + return validQuestions, fmt.Errorf("invalid points format: %s", u.Points) + } } duration := 30 diff --git a/app/.env.example b/app/.env.example index f664c6e0..314fd606 100644 --- a/app/.env.example +++ b/app/.env.example @@ -5,4 +5,4 @@ HOST=127.0.0.1 NUXT_PUBLIC_BASE_URL=http://127.0.0.1:5000 NUXT_PUBLIC_API_URL="http://127.0.0.1:3000/api/v1" NUXT_PUBLIC_API_SOCKET_URL="ws://127.0.0.1:3000/api/v1/socket" -NUXT_PUBLIC_KRATOS_URL="http://127.0.0.1:4433" \ No newline at end of file +NUXT_PUBLIC_KRATOS_URL="http://127.0.0.1:4433" diff --git a/app/.tool-versions b/app/.tool-versions index 966f7afd..7ca549c1 100644 --- a/app/.tool-versions +++ b/app/.tool-versions @@ -1 +1 @@ -nodejs 22.9.0 +nodejs 24.0.0 diff --git a/app/assets/scss/theme/components/_avatar.scss b/app/assets/scss/theme/components/_avatar.scss index 328c37ac..36bef5f6 100644 --- a/app/assets/scss/theme/components/_avatar.scss +++ b/app/assets/scss/theme/components/_avatar.scss @@ -171,4 +171,4 @@ // } // .img-4by3-xs { // width: $img-4by3-xs; -// } \ No newline at end of file +// } diff --git a/app/assets/scss/theme/components/_badge.scss b/app/assets/scss/theme/components/_badge.scss index 4eb3acea..ec5f821f 100644 --- a/app/assets/scss/theme/components/_badge.scss +++ b/app/assets/scss/theme/components/_badge.scss @@ -17,4 +17,4 @@ min-width: .5rem; display: inline-block !important; -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/components/_card.scss b/app/assets/scss/theme/components/_card.scss index 8854333e..a921c849 100644 --- a/app/assets/scss/theme/components/_card.scss +++ b/app/assets/scss/theme/components/_card.scss @@ -8,4 +8,4 @@ box-shadow: $smooth-shadow-sm; border: 0px; border-radius: $border-radius-lg; -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/components/_docs.scss b/app/assets/scss/theme/components/_docs.scss index 3233d49f..06bcb964 100644 --- a/app/assets/scss/theme/components/_docs.scss +++ b/app/assets/scss/theme/components/_docs.scss @@ -50,4 +50,4 @@ color: $gray-600; background-color: $gray-100; border: 1px solid $gray-200; -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/components/_dropdown.scss b/app/assets/scss/theme/components/_dropdown.scss index 31b94efb..8c4309ff 100644 --- a/app/assets/scss/theme/components/_dropdown.scss +++ b/app/assets/scss/theme/components/_dropdown.scss @@ -232,4 +232,4 @@ visibility: visible; } } - } \ No newline at end of file + } diff --git a/app/assets/scss/theme/components/_layout.scss b/app/assets/scss/theme/components/_layout.scss index 6b1d8de8..997fa231 100644 --- a/app/assets/scss/theme/components/_layout.scss +++ b/app/assets/scss/theme/components/_layout.scss @@ -100,9 +100,3 @@ margin-left: 0rem; } } - - - - - - \ No newline at end of file diff --git a/app/assets/scss/theme/components/_navbar.scss b/app/assets/scss/theme/components/_navbar.scss index 11bbc743..8d5cc25f 100644 --- a/app/assets/scss/theme/components/_navbar.scss +++ b/app/assets/scss/theme/components/_navbar.scss @@ -92,4 +92,4 @@ } } } - } \ No newline at end of file + } diff --git a/app/assets/scss/theme/components/_reboot.scss b/app/assets/scss/theme/components/_reboot.scss index 1d158a06..5be2251a 100644 --- a/app/assets/scss/theme/components/_reboot.scss +++ b/app/assets/scss/theme/components/_reboot.scss @@ -3,4 +3,4 @@ body{ -webkit-font-smoothing: antialiased; -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/components/_table.scss b/app/assets/scss/theme/components/_table.scss index 47547c5c..be068320 100644 --- a/app/assets/scss/theme/components/_table.scss +++ b/app/assets/scss/theme/components/_table.scss @@ -17,7 +17,7 @@ font-weight: 500; padding: 0.75rem 1.5rem; text-transform: capitalize; - + font-size: 0.875rem; color: $gray-600; diff --git a/app/assets/scss/theme/utilities/_background.scss b/app/assets/scss/theme/utilities/_background.scss index ef3c1fdf..106ae774 100644 --- a/app/assets/scss/theme/utilities/_background.scss +++ b/app/assets/scss/theme/utilities/_background.scss @@ -16,4 +16,4 @@ .bg-gray-400 { background-color: $gray-400; -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/utilities/_border.scss b/app/assets/scss/theme/utilities/_border.scss index bd14121c..7aa85c1a 100644 --- a/app/assets/scss/theme/utilities/_border.scss +++ b/app/assets/scss/theme/utilities/_border.scss @@ -35,4 +35,4 @@ &::after { margin-left: 1.5rem; } -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/utilities/_position.scss b/app/assets/scss/theme/utilities/_position.scss index d5cd2e67..947e2355 100644 --- a/app/assets/scss/theme/utilities/_position.scss +++ b/app/assets/scss/theme/utilities/_position.scss @@ -20,4 +20,4 @@ $value in $position-values { .z-index-1030 { z-index: 1030; -} \ No newline at end of file +} diff --git a/app/assets/scss/theme/utilities/_shadows.scss b/app/assets/scss/theme/utilities/_shadows.scss index c1ecccc8..16f1dc1f 100644 --- a/app/assets/scss/theme/utilities/_shadows.scss +++ b/app/assets/scss/theme/utilities/_shadows.scss @@ -6,4 +6,4 @@ .smooth-shadow-sm { box-shadow: $smooth-shadow-sm !important; } .smooth-shadow-md { box-shadow: $smooth-shadow-md!important; } -.smooth-shadow-lg { box-shadow: $smooth-shadow-lg !important; } \ No newline at end of file +.smooth-shadow-lg { box-shadow: $smooth-shadow-lg !important; } diff --git a/app/package-lock.json b/app/package-lock.json index 690f5924..fcd19121 100644 --- a/app/package-lock.json +++ b/app/package-lock.json @@ -4048,21 +4048,6 @@ "url": "https://github.com/sponsors/antfu" } }, - "node_modules/@nuxt/vite-builder/node_modules/meow": { - "version": "13.2.0", - "resolved": "https://registry.npmjs.org/meow/-/meow-13.2.0.tgz", - "integrity": "sha512-pxQJQzB6djGPXh08dacEloMFopsOqGVRKFPYvPOt9XDZ1HasbgDZA74CJGreSU4G3Ak7EFJGoiH2auq+yXISgA==", - "dev": true, - "license": "MIT", - "optional": true, - "peer": true, - "engines": { - "node": ">=18" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, "node_modules/@nuxt/vite-builder/node_modules/npm-run-path": { "version": "6.0.0", "resolved": "https://registry.npmjs.org/npm-run-path/-/npm-run-path-6.0.0.tgz", diff --git a/app/package.json b/app/package.json index 455952ce..ee89d49a 100644 --- a/app/package.json +++ b/app/package.json @@ -9,6 +9,7 @@ "postinstall": "nuxt prepare", "lint": "eslint --ext \".ts,.js,.vue\" --ignore-path .gitignore .", "lint-fix": "eslint --fix --ext \".ts,.js,.vue\" --ignore-path .gitignore .", + "format": "prettier --write \"**/*.{js,ts,vue,html,css}\"", "prepare": "cd .. && husky install", "test": "vitest", "start": "node .output/server/index.mjs" diff --git a/app/public/files/demo.csv b/app/public/files/demo.csv index f6b80d2c..176a709b 100644 --- a/app/public/files/demo.csv +++ b/app/public/files/demo.csv @@ -2,14 +2,14 @@ Question Text,Question Type,Points,Option 1,Option 2,Option 3,Option 4,Option 5, Which city is known as the Eternal City?,single answer,1,Paris,Rome,Athens,Cairo,,2,text,text, What features of a travel destination are most important to you when planning a vacation?,survey,1,Scenic landscapes,Cultural experiences,Local cuisine,Historical sites,Adventure activities,1|2|3|4|5,text,text, Identify the country represented by this flag.,single answer,1,France,Italy,Netherlands,Russia,,1,image,text, -what is the output of this code?,single answer,1,10,120,240,20,,2,code,text,"function factorial(n) { - let ans = 1; - +what is the output of this code?,single answer,1,10,120,240,20,,2,code,text,"function factorial(n) { + let ans = 1; + if(n === 0) return 1; - for (let i = 2; i <= n; i++) - ans = ans * i; - return ans; + for (let i = 2; i <= n; i++) + ans = ans * i; + return ans; } console.log(factorial(5));" Which company is known for its Think Different slogan?,single answer,1,Microsoft,Google,Apple,Amazon,,3,text,image, diff --git a/app/public/landing_page_player.json b/app/public/landing_page_player.json index 688cfd79..daf592f5 100644 --- a/app/public/landing_page_player.json +++ b/app/public/landing_page_player.json @@ -1 +1 @@ -{"v":"4.8.0","meta":{"g":"LottieFiles AE 3.1.1","a":"","k":"","d":"","tc":""},"fr":25,"ip":0,"op":121,"w":800,"h":563,"nm":"BG","ddd":0,"assets":[{"id":"image_0","w":2843,"h":2000,"u":"","p":"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAACxsAAAfQCAYAAAAQfaPoAAAACXBIWXMAAAABAAAAAQBPJcTWAAAAJHpUWHRDcmVhdG9yAAAImXNMyU9KVXBMK0ktUnBNS0tNLikGAEF6Bs5qehXFAAAgAElEQVR4nOzBAQEAAACAkP6v7ggKAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA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efGk8a66zIQHgIdhQm5QzfVHRXr2ijqh7gsmy7Z19MDZAF08PZ2Y3Gp5boKhIVAR2GW93stNf236zoKMhSxbiRRN47v9Xlwx3fNwfbc1+RzU03qItoUf/fh383G91v82aMoBDoKs7z/oe/58uuxiXQliTohduGTer33oZlI0vQ03A9n4/t1Qh1FINBRiLMPbfuP6zpyMBSxrpp0fNsLd8HTcD+2JGryJQ95I9CRu3TvvC/+fECnd8CTDiea83G+LC8StTxZ1eFaG3JHoCNXnoX50EQ6SWzrWwtLR66LCUVj0KtFI11TkZZU+/doaGprfAlEXgh05KY52J77NvrSl+qfaj40tXU+iN36fphO2yLyyHU9k+KuOvJCoCMXPoS5qe5ESdJmb7x8Vnd79SSK2lVdjlezP94/XWq7rgN+IdCRueqHub21JF5nv7P8zrZ0Rmsi+sZ1LXfHXXVki0BHpqod5vZ2FEub/fHqaQx6tXgk7eoFO6GO7BDoyNTKXq9TvQ9VeTeKbY0gr76KBjt31ZEJAh2ZqVqYs0furwrusRPqmBqBjkxULMyPI9G1vxZfdV0Xgnyt7vbqptqRapyKJ9QxFQIdU6tQmA/VbJ3TxeFZ3e21TXVNyn+PPagBNK/3PjRHYnVRnf/+VxnYNCkCHVOpUJizTx64swObn9cr8PvqdaiPN96Xw4KTINAxseW9rXUV+c11Hbc4VrMW++Q4V5FleK9CfZIZ/Sby5+ZiYy3n0rxCoGMiVXgUqon8eS++32ZPEpc1B9tzp6ef10z1d9e13GCoZs0qfhn9YapfU0TqMuFWh5q9qOI/vysEOu6sAmFOV46xpM8a6EiJ5yZUZVTspRD/NaMfezwb35/nS/l4CHTcSdnDnK4cd9UcbM99HX1pl3n7qKyhnlOIX8CY3PER6BhbycO8ssuTKId0b70rJT0JX5ZQbwx6tTjRppjUJacQv8ySaMGX8wR5ItAxlvTDbtt1Hdd4Nxvfb9GVY1rp6OKOFBRUd+Uq1H8I8ZY42J4w1Z3NJ6/qRb9u1RDoYzhbVvrajZKkLyL90LrAUj/TXOWfG08a667LgF9W9rfWxORfruu4SlGh7jrEL4tE/49hUDcj0MdwxZt7KCJ9UemPIuv6fLe5xGHOEjtyVeLf/dxCffnTx3mNk3pZQvwSDsjdgkAfw8re1oHc/Mt9LGL9SKJuHN/r+/ILly4/Hkn5PtAYkYlClPnpgVmF+vKnj/MSJS0VaUq57+ZzQO4WBPot0m/pgzv+zw7VrCsVXp4v7wcZE6RQvLJORJw01KsU4pcMZ+P7Nb7MX41Av0VGb+R3otK3UdSvyknNMVYlCleWU74IU1lveYw7Ua3CIX4JX+qvQ6DfIKcl52MR65tK/170oFvGb5ol7EaGkWiLAzFw7WyEqXWkfNtQVz6rwJ8Qv2gU2y8+n12aFIF+g4K+kR+aSD8y65ZheT59KlWZxmF6NdMa1Vfuw3K6EyVJ386eXjYvHoX4RXTpVyHQb+Bo2dnZ8nwJlxQPR7E1+SaOsqnCyFjf0aX/jEC/RmPQq8Uj/dtxGYWdnp/w8F+eOMmOUivvwdFQ0KVfRqBfo6SPBj1Us25icTfL7r2E19MIc1QCoe4WXfpFBPo1Vva2TqQ8AXeVoYh1pz1cV8IPJMIclVLC91BA6NJ/RKBfoYR7ybcy1R0V695l7z3dVuhKeT6ImMmOSiLU3aFL/45Av8Ly/oe+mj13XccUjk2kG4v2r7rq1Rxsz31LvrTEpC3lWYU43FhszLsuApgUoe7GuPfwQ0CgX1KSw3BZOzTV/3W9JfyywjI7vECoO8H0uFTkuoCyiUbq4ze9x2r2/Pz/XBdzCWEOb3QXXpzMxvfrInLoupaAPDw9/ezj5/adEeiXpBOVUAzCHN4h1Itnqi3XNZQBgf6D13sfvBqPWHJDwhy+6i68OLEkasnZo5aRv0fL+72W6yJcI9B/kIi1XNcQiKElEWEOr20+e3lgSVQXQr0gUct1Ba5xKC7l6WG4UrIkWmA2O0KRPtDlP67rCEHony106KmZU2m5riEEpvaPkN9wCM9fi6+6ovJP13WEQKNR0IfjCPQUhyryZyJ/8jxzhGjjSWNdxN66rsN/2mwOtudcV+EKgS4iq7u9unAYLlemusPwB4QsHVHKyfd8PfyafA72phKBLiKmLLfn7PhedC/YNxlwLr3OxiG5HKl5OUtkLMEfiksnO/3XdR0eG1oS1dk3B86s7vbqprrtug6fhTrfPfgO/VvypeW6Bp+Z2hphDnz3/ulSn0Ny+fJ04uetgg90MQnyD74Y9pZDcMDPzg7JyTvXdfgq1ImfQQc6h+FydTwbP+DLEnCN2fh+S9hPz8ujdPJnUIIOdA7D5ceSqMkkOOB63YUXJ2oWXOgUJZEkuH+3wQb62V1FDe4PvAhq9gf75sDt3j9d6pvIn67r8FN4n+/BBnp6V/Gh6zp8Y6o7758utV3XAVTFvfh+W7ifnoeHoS27BxvoId9VzNEwiZKW6yKAKvnhyWzIWGgP3Aoy0Jc/fZwXkceu6/CNmq2HePcTmNbms5cHavaH6zo89GtIo2CDDPTQB/jn5JCldmByMzMP1kXk2HUdvglpFGyQgR7iYYm8sWQITCc99d5yXYdv1KTuuoaiBBfoy/u9lnAYLlMm8ien2oHpvX+61OepbFkLp4ELLtBF6CQzNkxP6QLIQDqQiYEz2QnmtHtQgd4Y9Gpq9tx1HT4xtTUGyADZ6S68OBGVtus6fBLKkJmgAj3Ugf15MdUdZrUD2UtnvXNALjNad11BEYIKdBVGvWYpSpK26xoAX3FALlOP0uvKXgsm0DkMlzV7e3aAB0Ae3j9d6pvqjus6fBHpyPtl92ACXS2ck45FGMXs8QG5Y5swM6b+Z0AQgd4Y9Goi8qvrOvxhb5kIB+Tv7Doo19gy8jjNAm8FEegzp+ydZ2jIc86B4rAalp0o8XvITBCBbqot1zX4Qs3WuaYGFOdsNYwuPQu+T43zPtDTgQKPXNfhiWE6bxpAgejSs2Ea1VzXkCfvAz20x+flyUQ6dOdA8ejSMQ6vAz19bB6H4TKSxEZ3DjhClz49Feu6riFPXgf6t+RLy3UN/uBkO+ASXfp0THUnncDnLa8DXUw4jZ0RugPAPTXpuK6hitTsj80nr+qu68ibt4G+uturC4fhMmGqO3TngHtMj7uzd6PYfnn/dKntupAizLguIC+m3D3PCjPbgTJJOiLKUyNvYKo7UZK0QxtPra4LyENzsD33bfTlv67r8MTxxmKj5roIAN+t7G0dCSuQVzk2tXaoT4H0skPnMFyGVLw+RAJUkZp1TPV313WUyFDN1kNZWr+On3voxnJ7Vmaj+x3XNQC46HSGw3HnTOTP2fh+LfQwF/FwyX3508d5jZKB6zr8YG83FpdarqsA8LOVva2uBDxnw1R3kihpcWD3O++W3DUarXn4PcUJrsgA5RWJdhKxEAP9WM1aG4uNvutCysa75OOwSGY4DAeUXGCfd0NTWwv1wNs4vNtDn43vz6vZHyIydF1LlZmI1yMSAR+E8j5Vsz9m4/s1wvxm3nXo55qD7bnT089rnASdjCXRwuazlweu6wBwvQDODL0bxbbGPvl4vA30c41BrxaPpC2ib1zXUiGHG4uNeddFALidj8vuoQ6GmZZ3S+6XbS0sHW0sLrVGsf3Cgw3GpByGA6rCs2X3Y1P7x+aTV3XC/O68D/RzBPv4RpHfjxgEvJJEHdclZGCY7pPPs08+Oe+X3K/DUvy1ON0OVEy1l93t7Wz8YK278OLEdSVVF0yHfhkd+9U8W74DglDF962p7lgSLWwsLrUI82wEG+jnCPZL/Fi+A4ISWaW2yY7V7MXmk1d1btJkK9gl9+sEvhQ/3FhszLkuAsDdrextnYjIQ9d13IDBMDkLvkO/LOyOvVLf8gFc1HddwDWGDIYpBoF+jRCD3bS0HwgAbmFaxi/k9nYU2/z7p0tt9snzx5L7mEJYih/F9gsTmYBqOvuM0r9d1yHCk9BcIdDvyONg57oaUHEluL52qGZrDIVxgyX3O/J3Kd76risAMC2X72N7u7HYmCfM3SHQJ+RbsLN/DlSfw/fxu43FpZaj10aKQJ+SL8GeRAQ6UHWu3sez8f2Wi9fFReyhZ6yie+zcPwc84eA++ruNxUazwNfDNejQM1bFjt1UmdYEeKLo97Oa8flREgR6Tn4MdhP5U0SGrmu6TpQkfdc1AMgG7+dwEeg521pYOtpcbKzNxvdravaHlDDYVSO+YQOe4P0cLgK9IN2FFyfvny61yxjs3+KEDwDAE7yfw8WhOEeag+2509PPa6a6Jm4fqMCBOMAzK3tbVtRrmerO5pNX9aJeD9ejQ3fkx47d5eE5DsQB/jHVHdc1oHgEumPdhRcnZwMZHIU6J1QB76glR65rQPEI9JJIpywdF/26kRlPQAI8oyZHxb2W1Yp6LdyMQC8TlXUHr9p38JoA8tUv8LVcPgwGPyDQS0ST4pe/E4vp0AHAAwR6iczMPCg80DefvWQPHfAMTzwLE4FeIt2FF0V3y6W5Cw+gupY/fZx3XQMI9KBxZQ3wV5FX1yIdMcuiBAh0AAA8QKCHjDvogLe4ix4eAj1g3EEH/FXkXfQkklpRr4XrEegAgKlECYFeBgR6wHjMIuCvJCquQ0c5EOgBM0tYcgc8FSUEemgI9JLhKUkAgEkQ6ACAqZiyh14GBDoAYCqmUc11DSDQg+ZidjwAIB8EesAczI4HUJDTGQ7FhYZABwAPbS0sHbmuAcUi0MuGcawAgAkQ6CXDOFYAVaNmz13XAAIdALzEM8rDQ6ADgId4Rnl4CPSA8Q0eAPxBoJeMRVrYHjrf4AHAHwR6yWjCKXcAwN0R6ACAqa3u9uquawgdgQ4AHkoiHpgSGgI9YBYph+IAT0UJgR4aAj1gmhiH4gDAEwR6ybx/utR3XQOA6ktU+cIeGAI9YKYsuQPe4v0dHAI9YMY3eAAZ4RCeewR6wNTYQwd8VfQDUziE5x6BHrbHrgsAAGSDQC+n46JeqDnYpksHPMNzGsJEoJeQqR4V9Vqnp5954wOe4TkNYSLQA8dBFsBLddcFoHgEeuA4yAL4x8UddFM+S1wj0APHXXTAQw7e16ZRrejXxEUEOmquCwCQLTXji3qACHRwdQ3wSGPQq4nIQ9d1oHgEOniOMeCRmVM3q25qVku/TMARAr2EoiTpF/l6PEYV8Erd0es+ikf698per0Owu0GgQ4T9NsAb7g+66huC3Q0CvYSSKKoX+4quPwAAZKgk72eCvWjqugBc1Bxsz30bfflv0a+7sdjgdwGouMagV4tH+rfrOq5mb0extLcWlo5cV+IrOvSSOT39vObidTkYB1Tf7CgqSXd+FTr2vBHoJbL86eO8qf7u6OXrjl4XQEZGYnXXNdyOYM8LgV4SjUGvplHSdfX6xe/bA8iaVuqLOcGeNfZNS2Blf2tNTNrieBgE++hAdbk6f5Md9tinxQe4Q6u7vbqprktJprWp2Yv3T5f6rusAcHfL+72Wmv7bdR3TI9gnxZK7A83B9tzKXq9jqttSkjAXEUlUm65rADAZtSott9+EpfhJEegFW93ttb+NvhyJ6BvXtVxWrf03ABdp3XUF2SLY74ol94K83vvQTMTWReSR61puMortF5a6gGpZ/vRxXqNk4LqOfLEUfxs69Jwtf/o4v7z/oZ+I/UdKHuYiInHCsjtQNRonddc15I+O/TYEek4ag15tZa/X0SgZqNlz1/WMzZt9OCAgJi3XJRSHYL8OS+4Zaw62505PP6+Z6ppU9JnEs/H9/9ddeHHiug4Atyv3uNcisBR/jg49Q8v7vda30ZeDdNpbJcNcRORr8plld6Ai2CajYz9HoGdgdbdXX9nbOkjvgJZ+n/w2aqF/QAAVEtRy+00Idpbcp9AY9GpREnUqtUc+JpbdgfJjuf0m4S3F06FP4HwwTDzSv30McxGW3YEqYLn9JuF17HTod+DDgbc7ONxYbJT4UYwAVva2DqRE0ybLzf+OnUAfUzonuS0e7JGPiyEzQHmFMUwmD/4GO0vut1jd7dWX9z/0fTnwdhfRSNdc1wDgahqNeH9O5PtSvOtKsjbjuoCySg+brJvIr2rmuhwnVKQlInxoAKXE/vl01LstRTr0S5qD7bnV3V47PTn6q+t6HHu4vN9ruS4CwEXp+9L3czw5swPXFWSNQP9BOhjmKB0MAxERiVquKwBwkRrbYVNTJdB9dGmfnG+9P1Cz56Fc+QCqYPnTx3nhZPvUbBT1XdeQtaD30JuD7bmvoy9tE/kt1H3yccQjaYswjQoog7PDcFxQmtbms5d06L54vfeh+W305UhFfnNdS/npm+Zge851FUDozlbL9I3rOqrOVHdc15CHIAN9Za/XSZ9PzvL6mE5PP7NnBzg2c8pKWRaiJOm7riEPQa3bNAfbc99GX/rC/tMkhrPx/Rrz3QE30s+vI6ERmZqavXj/dKnvuo6sBdWhfxt96QhhPqmHdOmAO+n7jzDPgI9hLhJQoK/u9urCvfKpmGrLdQ1AiJqD7bn0GRKYkq/75yIBBbope08ZeMSgGaB4dOfZ8XX/XCSoQI9qrmvwgZquc+IdKA7deeb6rgvISzCBrmYc5soGe+lAgejOMzX0df9cJKxAX3ddgy9MdY0uHcgf3Xnm+q4LyFMwgZ5+Kzt2XYcn6NKBAtCdZ0wJdG+YWtt1Db4w1d+Z8Q7kpzHo1XhQVLZGkXVd15CnoAJ988lSR0SGruvwRTrjHUAOeH9l7nhrYenIdRF5CirQRdhLz5a+Se/3A8jQ2fuKme1ZMhGvu3ORAAN9ZuYBgZ4hU+XfJ5Ax3lc5SKKO6xLyFlygn80it7eu6/DI45X9LQ7IARlJ30+MqM7W0MfHpV4WXKCLiIxi9qYyZdLmGhswveZge06Mz6fs+X0Y7lyQgZ4ejHjnug6PPEwffANgCun7iGtqGYskItB9xuG4zP36eu9D03URQFWl7x8eIJW94V+Lrwh0n6WDZg5d1+GTRKzD0jtwd83B9lwi1nFdh5/CWG4XCTjQRURM6dIzxtI7MAGW2vMTynK7iIi6LsC1lb2tIxF55LoOn0Si/xfKEhcwrdd7H5qJ2H9c1+Gp4cZiI5hVw6A7dBERNZa5ssbSOzAeltrzZSId1zUUKfhATwfNMA42Ww+/Jl/p0IFbpO8TltrzEsAwmR8FH+jdhRcnoX2LK4KaPWfgDHC91d1eW82eu67DY8chDJP5UfCBLiKSxByOy4XJv5Y/fZx3XQZQNsufPs7zJLWcqQT3uU6gy/mgGcbB5kGjpMt+OvBdc7A9p1HSd12H73x/VOpVCPSUGsvuOXnEfjrwHfvmhXjn+6NSr0Kgp94/Xeqb6o7rOnykZs+X97aCW/4CLlve21pn3zx/kWjHdQ0uEOgXJB3XFfhKRX5b3u+1XNcBuLK832upyG+u6wjAcahzMAj0H2w+WeqIyLHrOnylpusckkOIlj99nFfjGedFCHm2CIF+iam1XdfgsYcaJX0OySEkjUGvlh6CY9+8AKcz4Z6HItAvuRc96AqDZvL08NvoC6GOIDQH23PxSDkEVxh7G+JhuHME+iXdhRcnPFo1d485+Y4QfBt96YvIY9d1hCL020oE+hVCXrIpipo9X9nrdVzXAeQl/f0mzAtiqjvpY7GDRaBfgUEzRdE3hDp8dPZ7rW9c1xEWbikR6NewJGbZvRCEOvxCmDtxnN5SChqBfo3NZy8PGDRTFH3DHXX4gDB3g9tJZwj0G0RJ0nZdQyjU9N+EOqqMMHdmSHd+hkC/QXrAgkEzBVyPzIEAAA3mSURBVCHUUVWlDnOVf5raP9JzQd5dyeVW0nfquoCyW97vtdT0367rCImJ/Lm52OBZ6qiEMoe5qf3jcve6/OnjfKSjpqk2pfqn8Iez8f1ad+HFietCyoBAH8PK3taJMBiiYPZ2Y3Gp5boK4CZVC/PLmoPtua/J56aa1EW0LiKPiqgtK2r2x/unS23XdZQFgT6G1d1e21R/d11HeAh1lFfVw/wqy58+zmuc1E20WYGnwtGdX0Kgj6E52J77NvryX9d1BOrdbHy/xZsWZZF+HvSlpMvVk4b5Zc3B9txo9LWeSNIsY/dOd/4zAn1MZf42HoDD2fh+nVCHa41Br5bOZvc6zK9y3r2LSV1Efs3jNe6A7vwKBPqY0jfy367rCNixJVFz89nLA9eFIEzLnz7Ol/mpaXmG+VVe731ojsTqKtKUort3lX9uPGlwuv0SAv0OVva2uuL+m2kWDtWsm1jcPQ/IxqBXixKpq+malLT7EJFhJNr6a/EVD3ZBodLbLutCmF+pMejV4kSbafdel3z/PR1vLDZqOf78yiLQ72B1t1c31W3XdUzoUFQ6o8i6tz1ecGV/a01M/lVQXXfG3hmKtLy3ta4iv7mu4zplvOa5uturJ6pNPQv3TBsE119eyoxAv6OVva0DKW8He9k7U+smkfTv+ozgsi8vCoflkLOzK11fu+U+7V3+myA/rP41Zcru3VR3Np+8qmdVm28I9DuqwKCZd6bWvRc96E4bdhUI9UNLohb76shaBX73pQphfpXV3V5dROqTDLZRsxehPyL1JgT6BFb2to6kXFc4MgvxyyrwwTY0tTWW4JCVsm85nalmmF92abBNU278nPHjnzlPBPoESjJoJrcQv6wCoS7CEjymVI0ldhGfg+2GsbTDUWzzd906DA2BPoF0sMSRFB9wh6LSmY3ud4oOrjTUu1KulYnLjtWsxZIc7ur13odmItaRcn9pFZ/D/LILg21UD7imdjsCfUIFnnwd+3R63so+Ieucifx5L77fplvHbdLf6Y5U4jpqOGGOyRDoE8p50ExpQvyyqoS60K3jFtXpykUIc4yDQJ9CxuNgj02kK0nUKfup7QqFOt06flKtrlyEMMe4CPQpZDBopjIhflmVQl2YMIdUeoK9LZXoykUIc9wFgT6l5f0P/Tueih2KWDeSqFv1gKlYqIup7iRR0irbNgbyl375XpeK/K6eIcxxNwT6lMYcNONNiF9WtVAXYRk+JGdnXaRdvSclEua4OwI9A9eceD8Wsb6PIX5ZFUNdRIZqts5MeD81B9tzp6ef10x1TSqzvH6OMMdkCPSMpB8g8yIipzNyFNqybkVDXUTk2NTaTJrzR/X2yX9EmGNyBDoyU+FQFyHYKy/d/mpLuYcfXYuniGFaBDoyVfFQFyHYK6fqQS5CmCMbBDoy50Goi6TBXsSsfNzdD3vkLalwkIsQ5sgOgY7cZDx4x5Whmq2fzkgntHMRZdQY9GrRSNdUpCWV3CO/iDBHlgh05MqTUE/ZWzXpME62eOk98jWpzHS32xHmyBqBjtz5FeoiInIsKutlnLXvk8agV5s5lZYPy+qXMLkQuSDQUQgPQ/1cYc+lD0V6yK0pHnXjPxhaEtWrNuoZ1UCgozAeh7qIx9MAi3D25LOkKaJN8WBv/BqEOXJFoKNQBT5H3qWhiPTp3K/XHGzPfU0+N9Wk7nmInyPMkTsCHYUbc/69Tw7VrJtY3A35A33508d5jZO6iTbv+ECjyotE/4+VG+SNQIcTAYb6uaGI9EWlr4kd+Hxi/jzAxaQuInXxvwu/BuNcUQwCHc4EHOoXmOqOmB3Eov1RokdV7OIbg15tdhTNmyXzSRTV1Wxegg3wi0ax/cJtCBSBQIdTy58+zmuU9IUP/wtMdUctOVKTIxHpJxaflCHo06tkNYt03kxqojpPeN/oeGOxUXNdBMJAoMO5dGjItus6KmJoqgdqdqJmByIiSSRHUSJH53/DzMyDg7sexFvd7dXP/7NqNGeWzIuImOq8qc6pWU38ugteCFPd2Xzyqu66DoSBQEcprO722qb6u+s6gCwR6ChS5LoAQERkZubBuusagKylKxtAIQh0lEJ34cWJqe64rgPI2KPmYHvOdREIA4EOADn6mnxuuq4BYSDQURosT8JPUct1BQgDh+JQCo1BrxaP9G/XdQB54C46ikCHjlKIEqm7r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S4PuPRDo+AIzCF0BgKT9UuRZFrqItiDQcaOqyzSVJxwBNJSVGYWuoS0IdNyILlMAzcA1trsi0PGZMj8YpfguM4BmMlyjvRNGv+IjxUnWt87+FboOAPiQk/1uf/L3LHQdTcYKHR/pODsNXQMAfIpjwK8j0PEvttoBNBXDZr6OQIckqboawp1PAI3lOUv/IgIdkiSjzlRSL3QdAPAFj1il345Ah8pnB0PePwfQBqzSb0eXe+KKPMus7FyszqPkZV5/+L+NfCYGBqHljMyPDydvpqHraJoHoQtAWKutdk+Yt0fpZeZGbiGZhZFZLGUWkqTuP/P98eLyvl+wOMn6cg/2JMnKDSTJywys/B5NkmiiapU+DVxG47BCT9jVs8Mj7/1/Q9eBmxnpzMvPZczceTtfN7A3VZxk/Y7vZN77vpcZGPm+2NFBYKzSP0egJ6oYZnv22i7EB3NjrAJcp052Fiq876o4yfod1+l7uUH1iA/b+Ni1i97kPAtdRJOw5Z4oe21HIsxDKyV/aow9Xf7fctbkAP/U/u+LuaS5qm3P4iTrW28H3psjGiyxG34euoKmYYWeoCJ/PLByf4auI1GlpKmTPY11jGUxzPY6150jL3ckme9D14Mo/dabnDM34xMEeoLK/GAhtkh3zL80xp4+fPHmNHQlu/Qu3CU/pMEOdeDs/HYEemLK/GAk6ZfQdSTiQkZj939u2qbt9G2prkgOJR2L4x7cX+msG1THPbgBgZ6Q6gP1beg64udfOXXGsW6pb+r9lrwfiZ0i3IGRzpZyR/uTxSJ0LU1GoCfkMj+c0bC0Tf6lkx/xoXN3V88Oj5wXkwrxBf6V6/pjdrm+jkBPxFV+eOzl/whdR5wI8k0V+eOBkR8R7PgEzW/3QKAngDvn20KQ163IHw86cmMa6EDz2/0R6Ako82+mkvkhdB2x8DKvvcyIM/LtqXaURuKMPUU0v62JQI8cd85rdWGMGaZ29SyUamdpKG5lJIPmt80Q6JHjznltnruuG9OYs3tFnmVGnSnn67Gj+W1TBHrEuHO+OSOdLa07ZvsvvGobfix6QWJE81sNCPRIFSdZ3zr7V+g6Wu55b3I+Cl0E3lttw5spI2WjURqZIc1v9SDQI8Wd8/WxKm++8tnBUF4jsVpvM5rfamZDF4D6lc8OGNSxNv9y2eVDpul6L87HzrqBkc5C14L7M9KZ67qM77N6sUKPTDXedS5WLvfF1l8LVVvwY65ltol/6bp+SPNb/Qj0yJT5N6ecL94PW+ztxyTE1qAvZYsI9IhcPTs88t7/N3QdbeJlXvvu8ojVQvtVjaAzsTvVROyA7QCBHgnGu67Dv+xN3h6HrgL1KfIs68ieMjq2UWh+2xGa4iKxOkckzO/KyPxImMdnf7JYLLtu4GVeh64FNL/tGiv0CDDe9X549CENvGEQGs1vu5ZsoBf540HH+D3vff/dXzPGzJfe/PuHrw2Pb1Rb7XMx3vUuSid71IZ/r6gHoR4MzW8BJBXoVfiNJB3rntvT77bwjNylZOar/24WS5mFFC78+cC6M87xEsX3yE7R/BZQMoFeDLO9zrWd7aBZ5sJXIW/kZ6v/rD/4GYF5L4R54gj1nbhw1h3xfRZOMoHewPvZpf93pe8WevdDwEfb/v8sPn1GsLqacyRpKJrg7oIwhyRCfZuMdLbsugHn5WElFOg8I5ogwhwfIdS3geufTZHStTXCPDFGZkiY40Or4PEvQ9cRDaOfCfPmSCLQi/zxIHQN2C2upuE2vcnbYx512VhpjPlP78X5OHQheC+JQLfG9b/+dyEivxHm+JJll5faNnDhrBs8fPHmNHQh+FgSga4P7pojdv5lb3I+DF0Fmm1/vLhcyh1JKkPX0iZe5rXruj5HWc2URKAbGQI9Aasxk54wx53sTxYLJ3sUuo728C/3Jm/oZG+wJAKdhxqSUC7leDUN97I/+Xsmo59D19F0vH3QDtEHenGSsTpPwGqk68d39oG7WDV2+Veh62gwelJaIvpA77gOgR6/58xnxyZc1x9LughdRwOVrutGoYvA3UQf6F40xMXMy7zmEQhsan+8uHTWcZ7+CS8z5xirPRIIdBriIlZ6LY9DF4E4VJ3bz0PXAawr+kA3rNCjZWSGnJujTr3J+ejdy4qQjHwWugbcXdSBXuRZJh4wiZR/RaMOtqHa9eF++sqj6nMULRB1oHcMDXGRKp24b47t2J8sFjIaha6jKTrqDELXgLuJOtA9E+LiZDRiqx3b1HtxPmY07IqXG4SuAXcTdaCL8/PoGOmMByGwC0vrjkPX0AxmELoC3E3kgU6He2yWsmy1YyeqrvffQtfRAJyjt0S0gV4Msz3xBnpk/EsGyGCXqqEqyTfIcY7eDtEGuq4fsDqPS8nDK9i1/fHikgY5ztHbItpA5w306IyZWIUQqp6NxMfCco7eBtEGOm+gR6V0XUcjHIIxMqPQNQTGOXoLRBvovIEeFVbnCKoaYpT0Kp1z9OaLNtB5Az0arM7RCKmv0jlHb74oA5030KPC6hyNkPoqnV3P5osy0HkDPRqsztEoKa/SvfSkug6Mhooy0HkDPRpTVudoktRX6Z3/cY7eZJEGOltDMXBidY5GmoYuIBTv/SB0DbhdlIHOG+gx8K94gAVNlPIxEIulZosu0HkDPQ5OnWQ/NNFsq2Mg/zJ0HSEY+aeha8Dtogt03kCPwgUz29FkTp1p6BpCKfLHg9A14GbRBTpvoEdhGroA4EuqHziTbI5jrHZzxRfozBxuPSc3DV0D8FVGaR4L0RjXWNEFupHPQteA9XmZ1zTDoQ2cd6ehawiDxrimiirQeQO9/Szb7WiJ/cliYaSz0HUEwEMtDRVVoPMGevstu8tEVz1oI2/S/AGU5uNmiirQLY8HtJqRzpgMhzZJddudATPNFFWgi/PzVkt1tYP2SnXbnQEzzRRVoPMaULulutpBu3kpuT+3DJhppqgCnTfQW+2C7na0kZOdha4hBJ6pbp5oAp3pRW3nZ6ErANZRDZkpQ9exazxT3TzRBHqH8/NWM4muchCL9H4g9TQhN040gc4b6O221HIWugZgbcbMQpewa/QsNU9Egc4frhbj/Byt5rydh65h1+hZap5oAp2uyzbzyX0YIi6pvg5I71KzRBHojCFsuQS3KxEfL/M6dA27xstrzRJFoDOGsN1S3K5EfEyKO008V90oUQQ6b6C3XPef9D4IER+jRegSds3LZqFrwHtxBDpvoLfZBfPbEYMUd5roXWqWKAKdN9Dby8ssQtcA1CHZxjgmxjVG6wOdN9DbzSQ4kANRY2Icgml9oPMGessZsd2OaHiZ5LbdPTukjdH6QOcN9HZL8dwR8TJyi9A17Bo9TM3R+kAXI18BNEZ6PSE0xjVH6wPdyGSBS8AGUm0kQqQSPUK6yg+PQ9eACAKdecIAmiLVIyQvP6oalBFQ6wNd8i9DV4C1XYQuAEAtHnWu7Ywx3GG1PtBd1w+NdBa6Dtwfd9CBeHjpiZV9W+bfTK+eHR6FridFJnQBdSnzg5GkY3EnvTW8zOu9yZtB6DqAOpX5gQ9dQ0OUkp8Z2dNld3nKRMjtiybQ37l6dnjkvTuSzJGkXuh6cDsCHTEi0G9mpDMvnTrrTvd/XyTZa7Bt0QX6h4r88cDKHRlpQPNc8xDoiBGBficXkp8ZY08fvnhzGrqYWEQd6B8qhtle57pz5OUGrN4b43lvcj4KXQRQJwJ9Hf6VkT1dajnbnywWoatpq2QC/VPFSda33g68N0cMRgiGQEd0CPTNsDW/vmQD/UPFMNvr/K8zqM7eB6KxblcIdESHQK8VW/P3QKDfoMizzBp7JO8Hkvk+dD0RI9ARHQJ9m6qtebrmb0Sg38Gqc94PJB2J1XudCHREh0DfDSOdeaOpM27G1vwKgX5PrN7r5F/1Jm8ZQIGoEOhBXEg6NcbMUt6aJ9A3wNn7Zri2hhgR6MElO9CGQK9RcZL1rbNHRjri3vvXEeiIEYHeLCltzRPoW1LkWdZRZ+DljtiavxmBjthUw6z+DF0HbhX11jyBvgOfbM0z1KZipLOHk/N+6DqAuhDorVJK/tTJj2IZZkOgB1DNmz9m5S71Juf8GUQ0CPR2MjI/Ppy8mYauY1Otfz61jR6+eHPam7w9MjI/hq4FQH2s3CB0Dbg/L/9HkT8ehK5jUwR6QA8nb6aph3qRZ1noGgDAajkMXcOmCPTAVts8/lXoOsJ5kIWuAKiPz0JXgHWZQegKNkWgN4CTb/1Phuvq8AGIiHjZLHQNWFvrm5UJ9AbYnywWRjoLXUcInkBHRIw8tzYQDIHeEF6aha4hDD4AEZXWr/LQXgR6QxiZqCcY3cbIZIFLAGoRQ5c02o1Ab4ilXSYZ6IzIRSyscew2tVgMx54EekPEPmP4S4qTjA9CtJ9XFroErM/JtP4RFwK9QbzM69A1hNBxHQIdredl+HOMoAj0BjHySa7SPdO1EAEj/zR0DUgbgd4gCTfGsbJBq3Fs1H5Gfha6hk0R6A2ScmNcMcz2QtcBrMt6OwhdA0CgN0jKjXGd/3UGoWsA1ub9IHQJ2JARTXGoV6qNcZ4PRLRa++eAp8552/oFFYHeMKk2xhlpELoGYB3V+TkT4hAcgd4wqTbGeekJT6mijayzR6FrwOb2J3/PQtewKQK9YZYyi9A1hNIR5+hoHyMR6GgEAr1hYvgpcV1ejg9GtEoxzPYYX9x+sfQuEegNFMNM4fWY77m+hjbpXHf4ITQCRq71He4Sgd5IPtHGOIkPSLQLu0qxiKN3iUBvIhPHH6518AGJtljtJpnvQ9eBzZlIPnMJ9AaK4T7k+th2RzvY/9nj0DWgHkvf/pfWJAK9mbr/JBzofFCiHYzXcegaUI9YmpEJ9AbaHy8uJV2EriMUPijRdMVJ1qe7PQ4xNSET6I2VbmOcl57wehWazDp2kWLh5Reha6gLgd5YcTRprMs6MwxdA3CTqsfjOHQdqEs8n7UEekM52VnoGsIyP9AchyaqrlYyuz0SMX3WEuiN9c8idAWh2WvLKh2N4+VHoWtAjSJqQibQG2p/slhIKkPXERiBjkYp8scDSY9C14HaXFRNyFEg0BvMR3S2s6beVX54HLoI4B3D6jwycTUfE+gNZuRnoWsIje1NNEWRPx4Y+aeh60CNjJmFLqFOBHqDxTKOcEOPWKWjCVidx8cZNwtdQ50I9AZb+iWBLlbpCI/VeZz2f19E9RlLoDdY1RiX7MS4Dzwq84NR6CKQLlbn8YnlDfQPEeiNF1fTxgaG3EtHCFf54TGr8/jE2KNEoDce5+iVnr22o9BFID0c+cQppoEy7xDoDRfjH7oN/FTkWRa6CKSjOurh3nmEYnlh7UMEesPF+IduE0adaegakIbqh0eGG0XJvwpdwTYQ6C0Q0/N+mzLyT6+eHR6FrgPxszJjMbM9TpHdP3+HQG8BL81C19Ak3vspDXLYptUPjeb70HVgO2K7f/4Ogd4Chsa4T/XstZmGLgJxKobZnvd+GroObM1FbPfP3yHQW2ApswhdQ/OY79l6xzZUPyyy1R6t+K6rvUOgo7XYekfd2GqPnzH2NHQN20Kgt4A1rh+6hoZi6x21KfIsY6s9fsv/W85C17AtBHobeK7O3M58Xz474PcHG6uuRLLVHjX/Kqb3zz9FoDdcmR+MxWCLL/P6tTjJ2MXA2sr8YMR41wREel3tHQK9waow/yl0HW1gnT3lPB3rqJorfwldB7bPeRft+bkkPQhdAD5XDLO96myY5py7e2SuO6eSBqELQXsUJ1nfO87NU2Cks+oFy2ixQm+Y4iTrd67tjE7b+zPyT8v8m2noOtAOxTDb6zg7FefmSfBG09A1bBuB3iBX+eGxdXbmpSeha2kv88NVfngcugo0n7nunPK9lo7Yt9slAr0xyvxg7OX/EKuFjXn5Pxg6gy8p82+mNMEl5SL27XaJQA+uGGZ7l/nhTDS/1cp7P6XzHTdZNZuaH0LXgZ2KfnUuEehBFSdZ317bOSuFrehZZ2eEOj5UHcfww3NinHXT0DXsggldQKqu8sNjL8/zjNtXOusGsT7GgLurvuf+CF1HS5SSP9X7dyT2vExfWjWfhivr/ox09nBynsQP9lxbC6DMD0Zennuvu/FupU6oJ4wwv5fnvcn56Gt/U3GS9eUe7HWM3/PeV4Hp+152z8rvNaXhMIXu9ndYoe/Q+/vlXEkLgJV6ogjzuzMyPz6cvJnW+TWLPMukB5lUvUvhtaePV/yZtjcNs3Rdl8U87vVDBPqOFCdZv+PstCk/tSaKUE8MYX4vv/Um50HfRXi36pckKzdY/VWfedlMkox8X/c4ptzGDyhNRqDvwNWzw6PqFSfOy8Mj1BNR5gcjMdL1ri5c1/XbspIthtmerh/0pVtX/TMnN03hqtqHCPQtK58dDOX1a+g68JHSGHP88MWbJK6ypGg1MZCraXdljPkP3w/tR6BvSXVezn3XBkttOy4FxTDbM9ed07Z1YofkZV7vTd4MQteBzXEPfQuKYbZXzWMnzBvMy//B7Pd4FHmWda7tjDC/H2+XQc/NUR9W6DUrTrK+dXYmzstbw8u89t3lUVvOD/G5In88sHKn4vvuvoI3wqE+rNBrVD2u8pf4UGkVI//UXts5U+XaqcwPRlbuT/F9d1+l67pR6CJQH1boNVnNh2akZOsZ/dx7cT4OXQa+jvPyzdBDEh8CfUN8qMTIv3Jdf8wWfHOxxb4ZGuHixJb7BoqTrE8TTozM9/baLniCtXmKYbZX5gdjttg3QyNcnFihr4lhMalgtd4U1ap8qu2NCU0FjXCRItDXwLCY5JRGZsh5YxjMdKhVqybC4X4I9HtiAlW6vMxrb5dDxsbuDs8M14uJcHEj0O/o3bAYHleBpN9c141Y5WxPkT8edOTGfL/Vh0a4+BHod8CwGNyglDR2XTcm2OtT5FlmZcY8MVy70sn1U3usJDUE+lew5Yev4Hy9BlWQjzjO2prnvcn5KHQR2C4C/QsYFoN7YMW+BoJ8+4x09nByzhTEBBDoN/gNDnYAAA2NSURBVKi6aqds+2ENq2BP8C3m+yjyxwMjP2KGw/Y52e/2J3/PQteB7SPQP1HkWdaRPaUZB5vzr5w6Yz5MV1aNpZ0jLz8Sd8l3hTvnCSHQP8A4SWzJhaRpqqv21ffV8lgyR+J7a5e4c54YAr1SNb/9EboOxM1IZ95o6rw7jTncq5shx5KOxGo8CO6cp4dAr9AAh137N9yNm8UwrKYahzwQId4A/lVv8pa3CBJDoFdW3bb2beg6kKxS8qdGdrbUctaG1XuRPx5Y4/remyOa2xqFO+eJItA/cJkf8nIamqL0MnMjP3OyM+mfRcgP6OIk63d8J/Pe973MgO+TBjP6uffifBy6DOwegf4BztHRdF7mtZFbSGZhZBZLmYXsP5d1bNkXJ1lf7sGeNa4vrz3J941Mxo2P9mC8a9oI9E+U+cFCnP+hvUovc+dwZ6UdF2fdtzH0Y2A9D0IX0DRGZsQqHS3WI6ST9ZwwT5sNXUDTLLvLU62mfQFAW1wwqx0E+ieqIQw0lABoDSd7HLoGhEeg38B13Vis0gG0w2+MF4ZEoN9of7y4lNEodB0A8BWl67pR6CLQDHS5fwEd7wCajPGu+BAr9C8wMqPQNQDAzfwrwhwfItC/4OHkzdRIZ6HrAIBPlE6eZ1HxEQL9K5ayfNMAaBajEbPa8SnO0O+gzL85lcz3oesAAMa74jas0O+ArS0ATeG1PA5dA5qJQL+Damvreeg6ACTvOVvtuA2BfkfVsJmL0HUASBbjXfFFBPod7Y8Xl8YYtt4BBMF4V3wNTXH3dJkfznjNCsAu0QiHu2CFfk80pADYNSP/tMizLHQdaDYC/Z5okAMQgpXhFUh8EVvua2LOO4Bdc7Lf8bIabsMKfU00qADYNSM/Cl0DmotAX1P1U/JvoesAkA4j//Tq2eFR6DrQTAT6Bqp3iLmbDmBnvPecpeNGBPoGuJsOIIBH5bMDPnfwGZriapDo4y0XMho7b+fSPwvpQWbljiQdS+qFLQ2IXum6LtsfLy5DF4LmeBC6gBi4rj+212ahNILswsiMHk7eTD/56wtJs2KYjey1mSb4Aw6wSz17bYeSRqELQXOwQq9JkT8eWLk/Q9exRaWk8V1nSV89Ozzy3k+Vxg85QAilk+vzWAve4Qy9JnF3vfuXTq5/n4chHr54c+qsGxjpbIuFASnrWZlR6CLQHKzQa1QMsz17beeKZOCMl3ntZUabDLJY/Z6YsWR+qLE0ABUn9w2rdEgEeu2Kk6xvnf0rdB0buu2cfG1swQPbwcMteIct95rt/76Yq72z3ktJz13X9esMc6nagpfrswUP1Gv1cMvjQeg6EB4r9C1p3zOr/qWTH+1i667MD0aSftn2rwOkglU6JAJ9a4o8y6zsXA3fYvYyr71dDqudhZ2pbgVMFUm/ARCakfmx7p01tAuBvkXVufF/Q9dxiwsnexzy5aaqiXAk6adQNQARuehNzrPQRSAcAn3LyvxgrGYFVmlkhk36SZ6GOaAmRj/3Xpwz6z1RBPoOXOUHcy89CVxGKWnsum7cxHGR1fW2KRPmgI0wEjZhdLnvwHI147wMV8H7wTBN/UbfHy8ue5O3R8aY/yjo7xXQau9GwiJBrNB3JMRo2FANb5tiGA2wGYbNpIlA36Hy2cFQXr9u+9cx0tlSdhiy4a0OdMID6/Ive5O3x6GrwG4R6DtW5t9Mt7jyrH3CW2h0wgPrcdZ927bdOWyGQN+xYpjtda7trOYmuXu9hNZGxUnW7zg7bUBzIdAKDJtJD4EeQLXqXKiea1q/ua5rbLNb3aopc0NxxQ34Kif7XduP3nB3BHog1SMuM60dTLsb1do0RZ5lRp1pu0brArtnpLOHk/N+6DqwGwR6QOu8zFbHk6axqAbSjEXTHHArRsKmg0AP7Co/PPbyf9zhbw0+qrWJaJoDvoqRsIkg0BvgK6EeXef6NhQnWd+4zphteOBGz2NumsUKgd4QN4R6o0e1NlV1138kmuaADzESNgEEeoNUg1ROJX/qun7IN996imG2Z647p6zWgY+wSo8cgY5obXmID9A6jISNG4+zIFq9ydtjL/M6dB1AU1iZUegasD0EOqLmtTwOXQPQHOaHIn88CF0FtoNAR9RW24v+Veg6gKYw8qPQNWA7CHTEz5hZ6BKApjDyT1mlx4lAR/Sct7w4BXygepYYkSHQASA9j67yw+PQRaBeBDqiZ43jcYrIeJnXRjoLXUebeflRMcz2QteB+jwIXQCwdV58aLXXhZdZGPmZMWa+NMvF/u+Lf49QmDWwkUf22g4ljUIXgnoQ6EiA7zNDqfmMdObl55JZONmZuv/MvzYt0XX9sHNt+l56sqs6IzMshhnjpSNBoCN6XnbPyIcuA++VXmZu5OdGZr60y/mHq+772B8vLos8O7KyczG/fx296rXCYehCsDmWLYhemR8sxJvpQVSr7oVk5k52Jv2z2Mbo0eIk61tn/6r766aCkbBxYIWOFBDm2/f+rFtmsZRZ7E/+nu3qF9//fTG/yg9//MIzxLiFkc7UFVvuEWCFjqgVw2zPXtsidB0RCRrcX1PmB2NJP4Wuoz38y97k7XHoKlAPAh1Rq56k/TN0HS1TnXG7hWQWN3WXN9llfjjj6dy7IMxjw5Y7AEkqJY2ddadtCe7b+O7yyF7bGZ3vX0KYx4hAR9Ss3CB0Dc3nX7quH8ZydWl/vLgsTrJj6+xMdL5/xsj8+HByPg1dB+rHpDggbc97k7fHsYT5O/u/L+ZO9ih0HU2zCvM309B1YDsIdETOZ6EraCov87o3OR+FrmNb9id/z2T0c+g6GqJ01n1LmMeNQEfUvGwWuoam8jKj0DVsW+/F+VjyL0PXEZKRzpx1g7b3RuDrCHQgQUY6a9J1s23qTd4ep/qQi5HOll3CPBU0xSFqXF+6mTeahq5hl5ZdN7DXdq6khgz5lw/pZE8KK3QgQc64Wegadml/vLh01h1pdT0vfkY/cy0tPQQ6olXkWRa6hoYqU9yC3f99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diff --git a/app/s6-overlay/svc-nginx/dependencies.d/apply-env b/app/s6-overlay/svc-nginx/dependencies.d/apply-env index 8b137891..e69de29b 100644 --- a/app/s6-overlay/svc-nginx/dependencies.d/apply-env +++ b/app/s6-overlay/svc-nginx/dependencies.d/apply-env @@ -1 +0,0 @@ - diff --git a/app/s6-overlay/svc-nginx/run b/app/s6-overlay/svc-nginx/run index f18ae1c6..b3e14a21 100644 --- a/app/s6-overlay/svc-nginx/run +++ b/app/s6-overlay/svc-nginx/run @@ -1,3 +1,2 @@ #!/usr/bin/with-contenv sh exec nginx -g 'daemon off;' - diff --git a/docs/csv-formatting-guide.md b/docs/csv-formatting-guide.md index 8eea5b29..3bd0da1e 100644 --- a/docs/csv-formatting-guide.md +++ b/docs/csv-formatting-guide.md @@ -91,8 +91,8 @@ Use Markdown formatting or indentation to separate code clearly if needed. ``` ### Multiple Answers (Survey or multi-select): -```text +```text 1|2|4 ``` -- Use the | (pipe symbol) to separate multiple correct option numbers. \ No newline at end of file +- Use the | (pipe symbol) to separate multiple correct option numbers.