AI Code Toolkit

#!/usr/bin/env node /** * MCP Server Entry Point * * DESIGN PATTERNS: * - CLI pattern with Commander for argument parsing * - Command pattern for organizing CLI commands * - Transport abstraction for multiple communication methods * * CODING STANDARDS: * - Use async/await for asynchronous operations * - Handle errors gracefully with try-catch * - Log important events for debugging * - Register all commands in main entry point * * AVOID: * - Hardcoding command logic in index.ts (use separate command files) * - Missing error handling for command execution */ import { Command } from 'commander'; import { mcpServeCommand } from './commands/mcp-serve'; import { addPatternCommand } from './commands/add-pattern'; import { addRuleCommand } from './commands/add-rule'; import { getFileDesignPatternCommand } from './commands/get-file-design-pattern'; import { reviewCodeChangeCommand } from './commands/review-code-change'; import { hookCommand } from './commands/hook'; import { validateArchitectCommand } from './commands/validate-architect'; import packageJson from '../package.json' assert { type: 'json' }; /** * Main entry point */ async function main() { const program = new Command(); program .name('architect-mcp') .description('MCP server for software architecture design and planning') .version(packageJson.version); // Add all commands program.addCommand(mcpServeCommand); program.addCommand(addPatternCommand); program.addCommand(addRuleCommand); program.addCommand(getFileDesignPatternCommand); program.addCommand(reviewCodeChangeCommand); program.addCommand(hookCommand); program.addCommand(validateArchitectCommand); // Parse arguments await program.parseAsync(process.argv); } main();