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My Architectural Choices and Practical Experience（1749917767906200）
- As a computer science student approaching their senior year, the evolution of software architecture from monolithic to microservices has been a key focus, with microservices offering benefits like independent deployment and fault isolation.
- Microservices present advantages such as technological diversity, autonomous deployment, team independence, and enhanced fault tolerance, although they introduce challenges in distributed systems complexity and increased operational demands.
- The selection of a suitable microservices framework is crucial to navigate these complexities successfully.
- The highlighted Rust-based framework offers extreme lightweightness, high performance, asynchronous processing, user-friendly inter-service communication tools, and native observability support.
- It excels in handling network I/O, simplifying complex service interfaces, providing observability tools for logging, tracing, and metrics, and offering robust error handling mechanisms.
- The framework was practically applied in building a microservice backend for a campus application, showcasing development efficiency, performance, low resource consumption, and effective error troubleshooting.
- Compared to traditional frameworks like Java Spring Cloud or Go, the Rust-based framework demonstrates advantages in performance, memory safety, and a modern design philosophy.
- In conclusion, the Rust framework emerges as an ideal tool for navigating the microservices landscape, offering extreme performance, lightweight characteristics, and an elegant development experience.
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