shakilhasan / sabil

A full-functional (Work in progress now) ecommerce web application that is developed by using MERN (MongoDB, Express.js, React.js, and Node.js)

Home Page:https://sabil.vercel.app

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Welcome to the Sabil Project

This is a full-functional (Work in progress now) ecommerce web application that is developed by using MERN (MongoDB, Express.js, React.js, and Node.js).

Features:

  1. In this repository I will keep adding the best practices we should follow in a MERN project. Also for better UX I am using MUI for the UI.
  2. It can be run in two ways. One is using Docker, another way is to run manually.
  3. Dynamically control the access of any component or API for any user or role via the admin control panel.
  4. I will keep adding the best practices we should follow in a MERN project. Also for better UX I am using MUI for the UI.

Below are the sample of a product-shop and list page:

Product List Page

Product List Page

Technology stack

This repository is built on top of Express.js and React.js, however in the implementation detail, we will find other supporting technologies as well.

Client side

  • React - A JavaScript library for building user interfaces
  • Material-UI Design - A design system for enterprise-level products. Create an efficient and enjoyable work experience
  • Testing Library - React Testing Library (Not done yet)

Server side

  • Node.js - evented I/O for the backend
  • Express.js - Fast, unopinionated, minimalist web framework for Node.js
  • MongoDB - The application data platform for NoSQL databases
  • Mongoose - mongoose
  • Swagger - Swagger (Not done yet)
  • Jest - JavaScript testing framework (Not done yet)
  • Super Test - Super test API testing framework (Not done yet)

Details frameworks and packages can be found in the package.json files in server and client directory.

Running the application

This project can be run basically in two ways. One is using docker, other way is to run manually via vscode.

Docker

Depending on the MongoDB hosting option, we choose the appropriate docker-compose file.

Docker compose files

Currently we have two docker-compose files:

  • docker-compose.mongocloud.yml - MongoDB.com hosted cluster
  • docker-compose.yml - Local MongoDB container
Notes
  1. We need to change the MONGODB_CLOUD_URL in docker-compose.mongocloud.yml to the appropriate MongoDB URL.
  2. We need to change the REACT_APP_API_URL in docker-compose.yml to the appropriate API URL. If we want to expose our client to the internet, we need to change the REACT_APP_API_URL to the appropriate API URL. Otherwise keep REACT_APP_API_URL as http://localhost:8008.

Run docker-compose commands

It is expected that the machine must have docker and docker-compose installed. Go to the root of the repository and execute appropriate commands. This will spin up the server and client containers along with the MongoDB container (if we are using local MongoDB server) inside of Docker environment.

Using docker containers with cloud hosted MongoDB

> cd project-root
> docker-compose -f docker-compose.mongocloud.yml build
> docker-compose -f docker-compose.mongocloud.yml up

Using docker containers with local MongoDB

> cd project-root
> docker-compose build
> docker-compose up

The client and server both are up and running and we should see the following screen if we navigate to the client url.

Login screen

  • seed data Go inside of the docker container and execute below commands. These will seed the database with roles, users and products data.

    docker exec -it appserver bash
    npm run db:seed
    npm run db:migrate

    You should see the following output: Product List Page

    Product List Page

    Product List Page

    You should be now login to the application and see the products list.

Visual Studio Code

Prerequisites

  • Node.js : To run npm packages
  • MongoDB : As a database for the application
Steps
  • To run via vscode, we should run the server and client side projects separately, and also make sure mongodb is up and running.

  • Create a .env file inside of the server directory. Add the below entries or change accordingly. You can follow the .env.sample file to see the format.

    DB_HOST=localhost
    DB_PORT=27017
    DB_NAME=sabil
    JWT_SECRET=secret
    JWT_EXPIRES_IN=3600
    PORT=8008
    IS_MONGODB_CLOUD_URL=false
    MONGODB_CLOUD_URL=mongodb+srv:// <USER >: <PASSWORD >@cluster0.abcd.mongodb.net/myFirstDatabase?retryWrites=true
    

Server commands

We assume we run the MongoDB in the docker container.

cd server
npm i
npm run db:up
npm start

Client commands

cd client
nvm use --lts
npm i
npm start

Data seeding

To seed the database, we need to run the following commands in the docker container. You can run these commands in the terminal as well if you are running the server and client outside of the docker environment. I assume we are running appserver in the docker container.

docker exec -it appserver bash
npm run db:seed
npm run db:migrate

You should be able to see the username and password in the /server/setup/users.json file.

πŸ”— Important Links ❗

  • πŸ”΄ Project Live : Sabil

About

A full-functional (Work in progress now) ecommerce web application that is developed by using MERN (MongoDB, Express.js, React.js, and Node.js)

https://sabil.vercel.app


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