dop-stick/dist/utils/logsAndMetrics/adapters/executeUpgradeLogAdapter.js

Source control tooling for versionable-upgradeable smart contracts

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.ExecuteUpgradeLogAdapter = void 0;
const terminal_1 = require("../core/terminal");
class ExecuteUpgradeLogAdapter {
    startUpgrade(networkInfo) {
        this.networkInfo = networkInfo;
        terminal_1.Terminal.writeLine('\n💎 EXECUTING UPGRADE');
        terminal_1.Terminal.writeLine('═══════════════════');
        terminal_1.Terminal.writeLine('');
        terminal_1.Terminal.writeLine(`Network: ${networkInfo.name}`);
        terminal_1.Terminal.writeLine(`ChainId: ${networkInfo.chainId}`);
        terminal_1.Terminal.writeLine(`Diamond: ${networkInfo.diamondAddress}`);
        terminal_1.Terminal.writeLine('');
    }
    logPreparation(cuts) {
        terminal_1.Terminal.writeLine('Preparing upgrade...');
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style(`✓ Formatted ${cuts} facet cuts`, terminal_1.Terminal.colors.green));
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style('✓ Retrieved upgrade service', terminal_1.Terminal.colors.green));
    }
    logGasEstimate(gas) {
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style(`✓ Estimated gas: ${formatGas(gas)}`, terminal_1.Terminal.colors.green));
        terminal_1.Terminal.writeLine('');
    }
    startExecution(cuts, functionName = 'diamondCut') {
        terminal_1.Terminal.writeLine('Executing diamond cut...');
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style('⌛ Sending transaction', terminal_1.Terminal.colors.yellow));
        terminal_1.Terminal.writeLine(`• Method: ${functionName}`);
        terminal_1.Terminal.writeLine(`• Cuts: ${cuts} modules`);
    }
    logTransactionSent(txHash) {
        terminal_1.Terminal.writeLine(`• TxHash: ${txHash}`);
    }
    logConfirmation(blockNumber, gasUsed, cost) {
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style(`\n✓ Transaction confirmed (Block #${blockNumber})`, terminal_1.Terminal.colors.green));
        terminal_1.Terminal.writeLine(`• Gas used: ${formatGas(gasUsed)}`);
        terminal_1.Terminal.writeLine(`• Cost: ${cost} ETH`);
    }
    logError(error, txHash) {
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style('\n✖ Transaction failed', terminal_1.Terminal.colors.red));
        terminal_1.Terminal.writeLine(terminal_1.Terminal.style(`• Error: ${error}`, terminal_1.Terminal.colors.red));
        if (txHash) {
            terminal_1.Terminal.writeLine(`• TxHash: ${txHash}`);
        }
    }
    logFinalStatus(blockNumber, totalGas, totalCost) {
        terminal_1.Terminal.writeLine('\nFinal Status');
        terminal_1.Terminal.writeLine(`• Block number: ${blockNumber}`);
        terminal_1.Terminal.writeLine(`• Total gas: ${formatGas(totalGas)}`);
        terminal_1.Terminal.writeLine(`• Total cost: ${totalCost} ETH`);
    }
}
exports.ExecuteUpgradeLogAdapter = ExecuteUpgradeLogAdapter;
// Helper function
function formatGas(gas) {
    return gas.gt(1000000) ?
        `${(gas.toNumber() / 1000000).toFixed(1)}M` :
        `${(gas.toNumber() / 1000).toFixed(1)}K`;
}
//# sourceMappingURL=executeUpgradeLogAdapter.js.map