CRED-T8

Team ID: CRED-T8 | Team Members: Narendra Manglani & Abhishek Ranjan

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Table of Contents

• Objective
• Introduction
• Demo
• Features
• Built With(Tech Stack)
• How to Get Started
• Deployed Links
• Developed By

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Objective

Build a Credit Card Management system (web application) which can handle the entire lifecycle of a customer’s credit card. Functionality like adding and verifying credit card(s), fetching the credit card statement to generate a summary and extract insights and making payments for the card. The system should have a UI which gives the customers a clean interface to use.

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Introduction

As an externship program we had provided a project to make a Credit Card Management System similar to CRED. We successfully build the web application as well as android application.

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Demo

Below is a demo of final project.

• Demo Link

• GIF
  
  

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Features

• User can login and register using email and password.
• User can add their credit card.
• User can update their details in Profile section.
• Same card can be added by two or more users(need authorization to do so).
• User can pay bill to decrease the outstanding amount.
• User can take a look at all the statements for a specific month of a year.
• User will get a graphical analysis of the spendings for every month.
• User will get reminders on email and phone for last 5 days of every month(he/she has an option to disable reminders).
• User will get reward points for timely paying credit card dues.
• User can use the reward points to buy coupons for companies like Amazon, Flipkart, Myntra, etc.

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Built With

• ReactJS - A JavaScript library for building user interfaces

• Redux - A Predictable State Container for Javascript Apps

• React-Bootstrap - Wrapper for bootstrap in ReactJS

• NodeJS - It is a JavaScript runtime built on Chrome's V8 JavaScript engine.

• ExpressJS - It is designed for building web applications and APIs.

• MySQL - A relational database management system to store data.

• Sequelize - It is a promise-based Node.js ORM for Postgres, MySQL, MariaDB, SQLite and Microsoft SQL Server.

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How To Get Started

1. Clone the repository

2. cd backend and create a folder named config. Inside that folder make a file named config.json

3. Content of config.json should be similar to this.

Note: We are using mysql as a dialect(for storing data). You can use any dialect like Postgress, MariaDB, SQLite and Microsoft SQL Server. But you have to change config.json accordingly.

{
    "development": {
      "username": "<db_user>",
      "password": "<password>",
      "database": "cred_dev",
      "host": "127.0.0.1",
      "dialect": "mysql"
    },
    "test": {
      "username": "<db_user>",
      "password": "<password>",
      "database": "cred_test",
      "host": "127.0.0.1",
      "dialect": "mysql"
    },
    "production": {
      "username": "<db_user>",
      "password": "<password>",
      "database": "cred_prod",
      "host": "127.0.0.1",
      "dialect": "mysql"
    }
  }

4. In backend directory create a file named .env

5. Content of .env should be similar to this

PORT=5000
SECRET=<YOUR_SECRET_KEY>
ENCRYPTION_KEY=<YOUR_ENCRYPTION_KEY>
TWILIO_ACCOUNT_SID=<TWILIO_ACCOUNT_SID>
TWILIO_AUTH_TOKEN=<TWILIO_AUTH_TOKEN>
TWILIO_PHONE_NO=<TWILIO_PHONE_NO>
EMAIL=<AN_EMAIl_ID>
EMAIL_PAS=<EMAIL_PASSWORD>

6. In backend directory run npm install.

7. cd frontend and create a file named .env.

8. Content of .env should be similar to this.

REACT_APP_BACKEND_URL_DEV=http://localhost:5000/
REACT_APP_BACKEND_URL_PROD=<BACKEND_DEPLOYED_URL>

9. In frontend directory run npm install

10. cd backend and exectute following command

npm run dev - to run server and client concurrently
npm run server - to run server standalone
npm run client - to run client standalone.

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Deployed Links

• Web Application
  • Link
• Android APK
  • Link
• Demo Account
  • email: cadel21249@vreagles.com
  • password: Temp@123

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Developed By

• Abhishek Ranjan
• Narendra Manglani