Implementation Standards

Production-ready TypeScript coding standards enforce strict type interfaces, Zod schema validation, structured error handling with specific error codes, and mandatory audit logging to ensure code security and maintainability.

Implement Bastion protocol error handling by applying Zod schemas for input validation and throwing specific Bastion error codes within robust try-catch blocks, ensuring all failures are captured by audit logging.

Structure TypeScript file headers by applying mandatory licensing metadata at the top, followed by a defined import order that separates external dependencies, internal modules, and local types to improve readability.

Yes, standardized naming conventions for packages, files, types, and functions are required to promote consistency across the codebase and ensure all production code meets project maintainability standards.

Code is considered complete only after it strictly adheres to established testing and validation protocols, including passing Zod schema validations, verifying audit logging, and ensuring robust error handling.

Apply Zod schemas and audit logging continuously during development to enforce production-ready code standards, ensuring all data inputs are validated and system actions are tracked for security compliance.