This article draws an analogy between React Hooks and object-oriented classes, providing a clear modeling approach for complex frontend business logic.

This article looks back at history to reveal that WebFlux's adoption of reactive programming was a necessary engineering compromise to fill the gap left by the lack of coroutine support in Java at the time.

In the AI-assisted coding era, Java's verbosity and reliance on complex frameworks and design patterns make it less efficient than languages like Python when collaborating with AI tools, potentially leading more developers to abandon Java in future technology choices.

Using Netty as an example, this article provides an in-depth analysis of how Java retrieves actual generic types from bytecode through inheritance hierarchies after type erasure.

This article analyzes Java 8's `default` keyword, revealing how it enables Java to indirectly achieve multiple inheritance and reintroduces the classic diamond problem.

This article analyzes what actually happens when a C++ function returns an object by value, through the lenses of copy construction, move semantics, and Return Value Optimization (RVO).

This article introduces DepView, a tool that analyzes and visualizes Java program call dependencies, helping you quickly untangle complex code.

This article discusses Python's dynamic typing, namespaces, and object model, along with their impact on software design patterns, based on practical experience.

This article analyzes how Go expresses inheritance and polymorphism in traditional object-oriented programming through composition, method promotion, and interfaces.