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Semantic Versioning (SemVer) is a structured software versioning scheme that uses a three-part major.minor.patch format to clearly convey the impact of changes, guiding developers through initial development, stable releases, subsequent updates, and special pre‑release or build metadata versions.
This article explains the concept of semantic versioning, clarifies the meaning of pre‑release identifiers such as alpha, beta, rc and release with intuitive analogies, details the major‑minor‑patch rules, compares version syntax across major package managers, and provides practical validation tools and examples.
The article reviews Liferay DXP’s latest capabilities—including modular architecture, semantic versioning, a shift from monolith to microservices, exposed services, faster page refresh via Senna.js SPA, broader tool support, and Java component reuse—highlighting benefits for developers and large‑scale deployments.
This article explains the importance of semantic versioning in npm package management, covering version rules, pre-release tags, and best practices for publishing packages to avoid compatibility issues and ensure smooth development workflows.
Google announced an early preview of AndroidX, a major refactoring of the Android Support Library that introduces new package namespaces, Maven artifact naming, strict semantic versioning, and migration tools, while advising developers not to use it in production due to known issues.
This article explains the diverse version‑numbering styles of common software, highlights the problems caused by inconsistent naming, and provides a detailed guide to Semantic Versioning 2.0.0/3.0.0 rules, including major, minor, patch increments, pre‑release and development identifiers, and common modifier terms.