🔹1. ERC-20 Token Deployment

🔹 1. ERC-20 Token Deployment

💬 User Command

“Deploy an ERC20 token named MyToken with symbol MYT and total supply 1 million.”

🧠 How the Bot Interprets This

• Intent Detected: deploy_erc20_token

• Parameters Parsed:

  • Token Name: MyToken

  • Token Symbol: MYT

  • Total Supply: 1,000,000

⚙️ Execution Flow

1. NLP Parsing

   • The bot identifies that the user wants to deploy a new ERC-20 token and extracts all necessary parameters.

2. Contract Generation

   • A standard, non-mintable ERC-20 contract template is populated with:

     • Token name (string name)

     • Symbol (string symbol)

     • Initial supply (uint256 totalSupply, adjusted for 18 decimals)

3. Smart Contract Compilation

   • The bot uses solc-js to compile the generated Solidity source into:

     • EVM bytecode

     • ABI (Application Binary Interface)

4. Wallet Interaction

   • The user is prompted to:

     • Connect their Ethereum-compatible wallet (MetaMask)

     • Select a network (e.g., Mainnet, Goerli, Sepolia)

     • Confirm the deployment transaction

5. Deployment to Blockchain

   • The compiled contract is broadcast as a signed transaction to the selected Ethereum network.

   • Upon confirmation, the bot retrieves:

     • The contract address

     • The transaction hash

6. Response to User

   • The bot replies with:

     • “✅ Your token has been successfully deployed!”

     • Contract Address: 0x...

     • Transaction Hash: 0x...

🔒 Security Notes

• The bot does not deploy on your behalf — you sign the transaction with your own wallet.

• The source contract is based on audited OpenZeppelin ERC-20 templates, customized with fixed parameters only (no user-written logic).