Dex Explorer V2 Script < 8K 2025 >

provider.on("PairCreated", async (token0, token1, pair, log) => console.log(`New pool detected: $pair`); // Run getPoolData instantly ); Using LayerZero or Wormhole relays, V2 scripts compare prices across chains and execute atomic swaps via bridges. c. Flash Loan Integration V2 scripts integrate with Aave V3 or dYdX flash loans to execute zero-capital arbitrage:

private initProviders() // Ethereum mainnet const ethProvider = new ethers.JsonRpcProvider(process.env.ETH_RPC_URL); this.providers.set(1, ethProvider); this.multicalls.set(1, new Multicall(ethProvider));

constructor() this.providers = new Map(); this.multicalls = new Map(); this.initProviders(); dex explorer v2 script

// Multi-hop route optimizer (V2 feature) async findBestRoute(amountIn: string) // Uses 0x API or Uniswap Universal Router for optimal routing const response = await axios.get( https://api.0x.org/swap/v1/quote , params: sellToken: TOKEN_A, buyToken: TOKEN_B, sellAmount: amountIn, slippagePercentage: 0.01, , ); console.log("Best route via 0x:", response.data); return response.data;

const validResults = results.filter(r => r !== null); if (validResults.length === 0) console.log("❌ No pools found for this pair."); return; provider

// Fetch reserve & calculate price for a token pair on a given DEX async getPoolData(dex: typeof DEXES[0], tokenA: string, tokenB: string) try const provider = this.providers.get(dex.chainId); if (!provider) return null;

// Arbitrage opportunity detection const lowest = validResults[0]; const highest = validResults[validResults.length - 1]; const profitPct = ((highest.price - lowest.price) / lowest.price) * 100; The V2 script is modular, consisting of five

// Compute pair address (CREATE2 for V2) const pairAddress = ethers.getCreate2Address( dex.router, "0x96e8ac4277198ff8b6f785478aa9a39f403cb768dd02cbee326c3e7da348845f", ethers.solidityPackedKeccak256(["address", "address"], [tokenA, tokenB]) ); const pairContract = new ethers.Contract( pairAddress, ["function getReserves() view returns (uint112, uint112, uint32)"], provider ); const [reserve0, reserve1] = await pairContract.getReserves(); const price = Number(reserve1) / Number(reserve0); return dex: dex.name, chainId: dex.chainId, price, reserve0, reserve1, pairAddress ; catch (error) return null;

if (profitPct > MIN_PROFIT_BPS / 100) console.log(`\n🚀 ARBITRAGE OPPORTUNITY: Buy on $lowest.dex @ $$lowest.price.toFixed(4) → Sell on $highest.dex @ $$highest.price.toFixed(4)`); console.log(`📈 Profit: $profitPct.toFixed(2)% before gas`); // Here you would call execution engine (Flashbots / private tx) else console.log(`\n⚡ No significant arb opportunity ($profitPct.toFixed(2)% profit).`);

This piece dissects a fully functional Dex Explorer V2 Script written in TypeScript/Node.js, leveraging ethers.js v6 and on-chain subgraph APIs. The V2 script is modular, consisting of five core engines:

// Run the explorer const explorer = new DexExplorerV2(); explorer.explore().catch(console.error); a. Mempool Listener for New Pools V2 scripts subscribe to PairCreated events to instantly explore fresh liquidity before public bots.