ERC20 Token Contract in Yul

Overview

This project implements a standard ERC20 token contract using Yul, the intermediate language for Ethereum. Yul provides low-level control over EVM operations, allowing for gas-efficient implementations of smart contracts.

Features

• Fully compliant with the ERC20 standard
• Implemented entirely in Yul for maximum gas efficiency
• Includes all standard ERC20 functions:
  • totalSupply()
  • balanceOf(address)
  • transfer(address, uint256)
  • allowance(address, address)
  • approve(address, uint256)
  • transferFrom(address, address, uint256)
• Emits standard ERC20 events:
  • Transfer
  • Approval

Contract Details

• Token Name: VVV
• Token Symbol: VV
• Decimals: 18
• Contract Address : 0xaa07dBfBB393333dE274B4Fd31aA9773AcA91Afa

Usage

To use this contract:

1. Interact with the contract using standard ERC20 methods through a wallet, dApp, or another smart contract.

Security Considerations

• This contract has been implemented in low-level Yul code. Ensure thorough auditing and testing before use in production.
• Yul implementations require careful handling of storage slots and memory management.

Development and Testing

To work with this contract:

1. Ensure you have the necessary Ethereum development tools installed (e.g., Hardhat, Truffle, or Foundry).
2. Compile the Yul code to EVM bytecode.
3. Deploy using your preferred method (e.g., Hardhat scripts, Remix IDE).
4. Test thoroughly, including all ERC20 functions and edge cases.

Gas Efficiency

This Yul implementation aims to be more gas-efficient than standard Solidity implementations. Benchmark and compare gas costs for various operations to standard ERC20 contracts.

Contributions

Contributions, issues, and feature requests are welcome. Feel free to check [issues page] if you want to contribute.

Disclaimer

This code is provided as-is. Use at your own risk. Always ensure proper auditing and testing before using in a production environment.