NOTE: All Frontend Functionalities will be pushed soon

Yogavar offers a powerful solution for every facet of your life - from physical wellness to emotional well-being, as well as guidance on living a fulfilling and meaningful life.

View Demo · Report Bug · Request Feature

About The Project

Here's why you should use yogavar.

• For over 30 years we’ve been leading people like you to the best yoga classes and teachers in the world so you can experience the transformational health benefits of yoga.

• Yogavar offers a powerful solution for every facet of your life - from physical wellness to emotional well-being, as well as guidance on living a fulfilling and meaningful life.

and we are constantly be adding more features in the near future. You may also suggest changes by forking this repo and creating a pull request or opening an issue.

Demo shots

Built With

Frontend built with

• Reactjs - javaScript Liberary to create UI radipdly
• axios - just an advanced version of Fetch Api , no need to explictly convert your data into json and many more ..
• react-icons - The icons are from react icon liberary
• CSS - Pure CSS for styling components

Backend built with

• Nodejs - javaScript runtime enviroment
• ExpressJs - minimalist web framework for Node.js
• bcrypt - for hashing password and tokens
• dotenv - for hiding sensetive keys and tokens
• express-async-errors - for handling async's exceptions error without using try**__**and catch mathod.
• express-validator - for catching errors in terminals
• jsonwebtoken - for session and validation while accesing private routes into the application
• mongoose - MongoDb instances , it makes easy to work with MongoDB data base.
• morgan - HTTP request logger middleware for node.js
• nodemailer - for sending emails and Otp to users.
• Cloudinary - For storing images and video for better optimization
• multer - For handling multi-form data and to upload media file.

Tools You can use to test the backend Apis

• POTMAN

Routes for users

• api/user/create - for Creating a new user
• api/user/signIn - for login into the application
• api/user/verify-email - for verifying the email address using an uique OTP
• api/user/resend-email-verificationToken - for resending OTP ( restricted for an hour)
• api/user//forget-password - If you forget your password
• api/user/verify-pass-reset-token -verify if the reset password token is valid or not
• api/user/reset-password - for changing password of the user

Routes for mentors

• api/mentor/create - for Creating a new mentor
• api/mentor/update/:mentorId - for updating mentor details
• api/mentor/:mentorId - for delete or searching mentors
• api/mentor/search - for finding mentors
• api/mentor/latest-uploads - listing the latest uploaded mentors
• api/mentor/single/:id - finding a single mentor details

Routes for courses

• api/courses/upload - for Creating a new courses or to upload a course
• api/courses/update/:coursesId - for updating courses details
• api/courses/:coursesId - for delete or searching coursess
• api/courses/search - for finding coursess
• api/courses/latest-uploads - listing the latest uploaded coursess
• api/courses/single/:id - finding a single courses details

Routes for Mailing Subscription

• /api/newsletter/create - for subscribing weekly news, product information and promotions
• /api/newsletter/unsubscribe - for unsubscribing email from mailing list

Routes for Account Settings

• /api/setting/delete-account - for permanantly deleting account.
• /api/setting/request-your-personal-data - for generating personal data that has been stored on the server.

Find it on Swagger for detailed Documentation

Yogavar Rest API on Swagger

Backend Large-Resources Upload Api Architecture

I have used Youtube video upload design to implement large resources upload feature. The way it works , First the backend will received the data(request-1) from frontend, process it and send it to the cloud storage ( Cloudinary ) then the response (response-1) will be send back to the backend and from there it will reflect on the frontend till then user can fill other detials like title , description and all other things untill the upload process is complete then the frontend will send the data(request-2) back to the backend and it will directly save the data into the database(MongoDB).

Basic Database Architecture

Database Design [E R Diagram]

Getting Started

Just Fork the repository and make a clone, in your local machine so that you can run it locally and thats it, you are done.

Contributing

Contributions are what make the open source community such an amazing place to be learn, inspire, and create. Any contributions you make are greatly appreciated.

1. Fork the Project
2. Create your Feature Branch (git checkout -b feature/AmazingFeature)
3. Commit your Changes (git commit -m 'Add some AmazingFeature')
4. Push to the Branch (git push origin feature/AmazingFeature)
5. Open a Pull Request

License

Distributed under the MIT License. See LICENSE for more information.