TLDR:
Vue projects often start simple but quickly become difficult to scale as features and teams grow. This article provides an opinionated, practical guide to building scalable Vue architecture using Vue 3, the Composition API, and Feature-Sliced Design, helping teams reduce technical debt and maintain long-term code quality.
TLDR:
In large frontend apps, inconsistent naming turns every change into a hunt. This guide shows proven JavaScript/TypeScript and component naming practices, explains BEM and modern CSS naming approaches, and then introduces Feature-Sliced Design’s Layer–Slice–Segment convention—so your folder structure and public APIs make boundaries obvious, reduce coupling, and keep the codebase maintainable as your team grows.
TLDR:
In large frontend apps, inconsistent naming turns every change into a hunt. This guide shows proven JavaScript/TypeScript and component naming practices, explains BEM and modern CSS naming approaches, and then introduces Feature-Sliced Design’s Layer–Slice–Segment convention—so your folder structure and public APIs make boundaries obvious, reduce coupling, and keep the codebase maintainable as your team grows.
TLDR:
A practical, architecture-first guide to building the perfect frontend CI/CD pipeline in 2025. Learn how modern teams automate testing, optimize build times, manage environments, and deploy safely at scale using GitHub Actions or GitLab CI—powered by Feature-Sliced Design.
TLDR:
Code review is a critical quality gate in modern frontend development, but without a clear checklist and architectural principles, it often becomes inconsistent and ineffective. This in-depth guide provides a practical, frontend-focused code review checklist—from pull request hygiene and component design to performance, testing, and constructive feedback—while demonstrating how Feature-Sliced Design enables scalable, maintainable, and review-friendly codebases.
TLDR:
Frontend documentation is more than comments and component props — it is an architectural system that preserves intent, enforces boundaries, and enables teams to scale without chaos. This guide explores how modern frontend architects use tools like Storybook, JSDoc, and structured methodologies such as Feature-Sliced Design to document components, architecture, and decisions in a way that remains clear, maintainable, and resilient over time.
TLDR:
Legacy frontend codebases slow teams down through brittle components, tangled dependencies, and conditional-heavy UI logic. This article explains five refactoring patterns you can apply immediately—Extract Component, introduce a module public API, replace conditionals with explicit state models, use the Strangler Fig approach for legacy screens, and migrate toward Feature-Sliced Design—to reduce risk, improve cohesion, and keep shipping confidently.
TLDR:
Frontend code quality is the foundation of scalable, maintainable, and high-performing web applications. This article presents a practical framework for ensuring frontend quality through architecture, metrics, automation, and team practices, with Feature-Sliced Design as a modern, battle-tested methodology for long-term success.
TLDR:
Legacy frontend codebases slow teams down through brittle components, tangled dependencies, and conditional-heavy UI logic. This article explains five refactoring patterns you can apply immediately—Extract Component, introduce a module public API, replace conditionals with explicit state models, use the Strangler Fig approach for legacy screens, and migrate toward Feature-Sliced Design—to reduce risk, improve cohesion, and keep shipping confidently.
TLDR:
Frontend debugging is no longer just about fixing obvious errors in the browser console. In modern web applications, effective debugging requires deep understanding of execution flow, state management, side effects, and architecture. This guide walks you through professional frontend debugging techniques—from mastering Chrome DevTools and framework-specific devtools to handling production issues—and shows how Feature-Sliced Design helps teams debug complex applications systematically and at scale.