This article walks through Go’s approach to object‑oriented design using a pet‑clinic example, covering struct definitions, pointer vs. value receivers, interface contracts, and a practical payment‑gateway demo, while illustrating memory behavior and the language’s duck‑typing philosophy.
This article walks through C static keyword meanings, struct size calculations, macro definitions, hexadecimal conversion functions, a full‑featured Linux I2C driver example, and a list of common interview questions for embedded and kernel development, providing clear explanations and code snippets.
This guide explains how to correctly initialize numeric, character, string, pointer, and struct variables in C, covering direct assignment, the use of the memset function, common pitfalls, and best‑practice code examples for each data type.
This article provides a comprehensive guide to Go's four main composite data types—arrays, slices, maps, and structs—explaining their definitions, initialization, operations, characteristics, and best‑practice recommendations for effective Go programming in software development.
This article reviews several Stage 2 ECMAScript proposals—including discard bindings using the void operator, iterator chunking for sliding windows and non‑overlapping sequences, phase‑based ESM imports for static worker initialization, extractors for custom destructuring, and structs with shared memory, mutexes, and unsafe blocks.
This article introduces Rust to front‑end developers, covering its origins, safety‑focused design, key language features such as ownership and borrowing, core data types, structs, enums, and practical code examples to help readers grasp why Rust is worth learning.
