A simple repository to compile, deploy and interact with smart contracts. Plus some extra usefule scripts.

INSTRUCTIONS:

1. npm install --save solc

2. npm list solc // To see the installed solc.js version

3. If required, modify the pragma solidity^<solc_version> line of the .sol file accordingly.

4. npm install fs-extra

5. create the /bin/ folder

6. node compile.js

7. For proper usage of the sendEth.js file, modify the privateKey and the receiverAddress variables accordingly.

CONTENT:

*Folders:

• /bin/ folder := The compiled bytecodes and ABIs are saved herein.

• /contract/ folder := The smart contract files are saved in here.

• /extra/ folder := Contains additional web3.js-based or ethers.js-based scripts to interact with smart contracts or simply transact in the blockchain from the backend.

*Scripts:

• compile_singleContract.js := Compiles the Inbox contract of the Inbox.sol file and saves the ABI and the Bytecode into the /bin/ folder. NOTE: Better not to execute this script, which is included mostly for the purpose of illustrating how to compile a single contract.

• compile.js := Compiles all the contracts (Inbox & Forum) under the Inbox.sol umbrella, so that both ABIs are stored in /bin/ABI.json file, both bytecodes are saved in /bin/Bytecode.json file, and the order of compilation in both json files is stored into the /bin/Contracts.js .

• deploy.js := Deploys the smart contracts onto a blockchain.

• Inbox.sol := A solidity file containing two simple self-explanatory smart contracts not even interrelated among them.

• sendEth.js := A script for sending ETH from a wallet (for which the private key is known) to another wallet. The vanilla network is Rinkeby Ethereum testnet but you may configure it to work on another network variable.