Focused on architecture design, technology trend analysis, and practical development experience sharing.
Learn how to build high‑performance, secure gRPC services in Rust using the Tonic framework, covering its core components, advantages, installation steps, project setup, protobuf definition, code generation, server implementation, and client creation with detailed code examples.
genai is a Rust library that unifies the APIs of major large language models, offering a lightweight, native solution with simple chat‑focused examples, demonstrated through a dual‑model Rust program, and outlines future expansions such as additional model support, multimodal capabilities, and performance optimizations.
Learn how to create native Python extension modules using Rust, set up the required tools, write and build the Rust code, and run Python scripts from a Rust binary, enabling you to combine Rust's performance and safety with Python's flexibility.
This article compares Zed IDE and RustRover, highlighting their key features, pros and cons, and recommending suitable scenarios for each to help Rust developers select the most appropriate development environment.
Learn how to create a simple, high‑performance Rust microservice using Actix‑web, Serde, and SQLite, covering environment setup, project structure, core code for CRUD operations, and testing commands, while highlighting Rust’s memory safety, speed, and low runtime overhead.
This article provides a comprehensive guide to Rust's HashMap, covering its core concepts, creation, insertion, updating, value access, iteration, removal, and advanced entry strategies with clear code examples to help developers use this powerful collection efficiently.
This article explains Rust’s owned `String` type, showing how to create strings, grow and modify them with various methods, and convert between `String` and `str` while highlighting ownership and borrowing concepts essential for safe memory management.
This article delves into Rust’s Vec type, explaining its internal structure—including pointer, length, and capacity—detailing essential methods such as push, pop, len, capacity, and iter, and provides practical code examples that illustrate creation, manipulation, iteration, and performance considerations.
Explore Rust arrays in depth—from declaration syntax and element access to iteration, mutable updates, built‑in methods, multidimensional structures, and a practical fixed‑size stack implementation—highlighting their performance‑focused design and safety guarantees for system programming.
Learn how to define, initialize, access, destructure, and apply Rust tuples—including function returns, pattern matching, and limitations—through clear explanations and code examples that illustrate their flexibility and best-use scenarios for safer, more efficient Rust programming.
