A junior in computer science shares their experience with building a campus second-hand trading platform using the Hyperlane Rust HTTP framework.
The framework proved robust for end-of-semester trading and accessible for a Rust novice, offering a clear and organized structure with renamed subfields for requests and responses.
Route macros provided convenience and simplicity, allowing for intuitive route declaration and helpful error messages when mistakes are made.
The middleware onion model showcased elegance in request processing, with efficient short-circuit capabilities for tasks like JWT verification.
WebSocket support in Hyperlane made implementing real-time chat effortless, with clearly defined lifecycle processes and efficient resource management.
Dynamic routing with regex parameters added flexibility, encapsulating complex parsing and offering detailed route error handling.
Performance testing revealed Hyperlane's impressive speed, outperforming Gin in QPS and demonstrating stability under high user loads.
The evolution of Hyperlane addressed initial challenges and improved functionality, providing clear version descriptions and helpful features like request interruption and connection closure.
The project deployed on a university server successfully handles daily transactions, demonstrating Hyperlane's reliability and balance between performance and usability.
Overall, Hyperlane is recommended for Rust web projects due to its accessibility, performance, and student-friendly nature.