transaction_costs

gistfile1.txt

const axios = require('axios');

const INFURA_URL = '';
const TRANSACTION_HASHES = [
  '0xa66a4c97e2a52935f83580f796928db8fce6a3f831267dc04bb07d5f778183fc',
  '0x7be46bab99388776d7d4abfc5866b5fdab01d8eb93a09323c4b4427943961c6a',
  '0xcbd03c8c881ca4b0c46bd6f4e80220edfb8e2a5d58b6b0d3990ef929b0f81ed0',
  '0xe7ca3e7a7e838c10749ffdc885cc66757371888403460150576aa8693a60ae85',
  '0xbc12ff2a4ad6193c88667b39aa5705c3613d176f0903444ede068e40c0bb34ee',
  '0xffc2f213655f69295af4b4531447678ecf724af4b4f1ccfa84d1eff4a5c59226',
  '0x7aeb351e16cfed36b9033f111c31f31ee7df767447c706b9d424ff33c1ebea04',
  '0x1892846412887b7d5036629fdc4fc9224865e48ede03c086577bd0db6b8eefe0',
  '0xd644517a8c291bdf1e0670bd56868f7ffa28d8c2aa6139493a7f2034dc3f101f',
  '0x933c03e253d8a2e1afc5dddb72af0ded05c9d679638a6b8eb5b442af6abda6ca',
  '0x4822be7ca4f233642bca21ceabd803ca9e9053e77b55d4d75ce89aae625ddd7e',
  '0x78d9fa1c3d9c3113f0ca469b28ef6b9379f00f029db8557e936a55d988576ddd',
  '0x879ad0ab70360c148e2b506df3ab706355c7b26a0d3525c947ffbd153cde1cf9',
  '0x4a5751c853876229bea28e759860675f405d7581855902aca1cd2dbb4a5e6350',
  '0xf14fa591373e19de6611feee2c6a61166bffa602bff9c742de655da83ead638a',
  '0x5d0383a44c98da5ce25f7b0dccfad658fe9b7e3abe36794d67d2001bdb52ac47',
  '0xad39d884cb0e164ec612edaccc4d70d782f93f6f2a4a287dea23a8eb72212ef9',
  '0x88fb08867456e7c37c1b8374dae85fe573b4602d68bed910b57ec0c450f37ce3',
  '0x43c3bbb9e549f14db0e23b0ce6294de229463e698eab39d99ac7089e25a515be',
  '0xc82679483999b5f769f26608d0dec0791bba565e32a363bc28b25cac49b657d6'
];

// Conversion rate from wei to AVAX (assuming 1 Ether = 1 AVAX for simplicity)
// 1 Ether = 1e18 wei, so the conversion rate from wei to AVAX is 1e-18
const WEI_TO_AVAX_CONVERSION_RATE = 1e-18;

async function fetchTransactionReceipt(txHash) {
  console.log(`Fetching receipt for transaction: ${txHash}`);
  const response = await axios.post(INFURA_URL, {
    jsonrpc: "2.0",
    method: "eth_getTransactionReceipt",
    params: [txHash],
    id: 1
  });
  return response.data.result;
}

async function estimateTransactionCost(txHash) {
  console.log(`Estimating cost for transaction: ${txHash}`);
  const receipt = await fetchTransactionReceipt(txHash);
  if (!receipt) {
    console.log(`Receipt not found for transaction: ${txHash}`);
    return null;
  }
  const gasUsed = parseInt(receipt.gasUsed, 16);
  const response = await axios.post(INFURA_URL, {
    jsonrpc: "2.0",
    method: "eth_getTransactionByHash",
    params: [txHash],
    id: 1
  });
  const tx = response.data.result;
  if (!tx) {
    console.log(`Transaction details not found for transaction: ${txHash}`);
    return null;
  }
  const gasPrice = parseInt(tx.gasPrice, 16);
  const costInWei = gasUsed * gasPrice;
  const costInAvax = costInWei * WEI_TO_AVAX_CONVERSION_RATE;
  console.log(`Transaction cost: ${costInWei} wei (${costInAvax} AVAX)`);
  return costInAvax;
}

async function main() {
  try {
    let totalCost = 0;
    let count = 0;
    for (const txHash of TRANSACTION_HASHES) {
      const cost = await estimateTransactionCost(txHash);
      if (cost !== null) {
        totalCost += cost;
        count++;
        console.log(`Transaction Hash: ${txHash}, Cost: ${cost} AVAX`);
      }
    }
    if (count > 0) {
        const averageCost = totalCost / count;
        const estimatedCostFor10kTransactions = averageCost * 10000;
        
        console.log(`Average Transaction Cost: ${averageCost} AVAX`);
        console.log(`Estimated Cost for 10,000 Transactions: ${estimatedCostFor10kTransactions} AVAX`);
      } else {
        console.log('No valid transactions found.');
      }
      
  } catch (error) {
    console.error('Error fetching transactions:', error);
  }
}

main();