Fidelity Point System

Computer Engineering Master's Degree thesis progect at Technical University of Turin.

The purpose of this project is to show a complete Ethereum DApp.

🏗️ Architecture

These are 2 main components:

❍ Next: server connected to the blockchain.

❍ Express: server for authentication via oauth and for performing the PSD2 payment.

📃 Instructions:

1) Go on the Infura website to get an Infura key: infura.io.

2) Get a mnemonic passphrase, an easy way is to get a Metamask one: metamask.io

3) Fire up your favourite console & clone this repo somewhere:

❍ git clone https://github.com/riccardopersiani/fidelity-points-system-thesis.git

4) Enter this directory & install dependencies:

❍ cd fidelity-points-system-thesis && npm install

5) Go in ethereum folder & compile the code:

❍ cd ethereum && npx truffle compile

6) In fidelity-points-system-thesis, create a new file apikeys.js & add the mnemonic passphrase and the Infura key to it, such as:

// apikeys.js example

module.exports = {
  mnemonic: 'word1 word2 word3 word4 word5 word6 word7 word8 word9 word10 word11 word12',
  infuraKey: '0123456789abcdef0123456789abcdef'
}

7) Deploy the contracts with Truffle on a testnet, such as Kovan:

❍ npx truffle deploy --network kovan

8) In the main folder start the Next server:

❍ npm run dev

9) Go in the psd2 folder & start the Express server:

❍ cd psd2 && node oauth.js

✒️ Notes

❍ Note that your own Infura key and the Metamask passphrase must be kept secure. The ones provided here are simply placeholders.

❍ The frontend application for the loyalty point system is reachable at https://localhost:3000/

❍ The frontend application for the PSD2 payment is reachable at https://localhost:8085/

Happy developing!