Technical Deep Dive

Explore the technical architecture and smart contract interactions that power Shadow Protocol

Token Deployment Process

Deep dive into the token deployment process and initial setup

Price Calculation Mechanism

Understanding how token prices are calculated and managed

Liquidity Management

How liquidity is managed and optimized in Uniswap V3

Token Deployment Process

function deployToken(
  string name,
  string symbol,
  uint256 supply,
  uint256 liquidity,
  uint24 fee,
  bytes32 salt,
  address deployer
) external payable {
  // Validation and deployment logic
}

Initial parameter validation and security checks

Salt generation for deterministic address creation

Token contract deployment with CREATE2

Automatic liquidity pool creation

Initial market making operations

Smart Contract Architecture

Shadow.sol

Main deployment and management contract

deployToken()

generateSalt()

predictTokenAddress()

Token.sol

ERC20 token implementation with advanced features

initialize()

transfer()

approve()

LogCalculator.sol

Price calculation and mathematical utilities

calculateTick()

getSqrtRatio()

getPrice()

Integration Guide

Initialize Connection

Set up the connection to Shadow Protocol

const shadow = new ethers.Contract(
  SHADOW_ADDRESS,
  SHADOW_ABI,
  signer
);

Prepare Deployment Parameters

Configure your token deployment parameters

const params = {
  name: "MyToken",
  symbol: "MTK",
  supply: ethers.parseEther("1000000"),
  liquidity: ethers.parseEther("10"),
  fee: 3000 // 0.3%
};

Deploy Token

Execute the token deployment transaction

const tx = await shadow.deployToken(
  params.name,
  params.symbol,
  params.supply,
  params.liquidity,
  params.fee,
  salt,
  deployer,
  { value: deploymentFee }
);