A comparative study of component creation across multiple JavaScript frameworks, from static to interactive examples.
Component-check is a comparative research project that demonstrates how to build components across multiple JavaScript frameworks. It provides side-by-side implementations of the same UI components in Angular 1, Angular 2, Ember, Cycle.js, and React with Redux, highlighting differences in syntax, tooling, and architectural patterns. The project helps developers understand framework trade-offs by showing concrete code examples from static to interactive components.
Frontend developers evaluating JavaScript frameworks for component-based architecture, or developers looking to understand differences between Angular, Ember, React, and Cycle.js through practical examples.
It offers a neutral, code-first comparison of frameworks using consistent tooling (webpack, Babel, CSS Modules), making differences clear without bias. Developers get hands-on examples that go beyond documentation, showing real implementation patterns.
A quick introduction to exploring how components can be created in several frameworks.
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Provides identical component implementations in five frameworks (Angular 1, Angular 2, Ember, Cycle.js, React with Redux), enabling direct syntax and architectural analysis without vendor bias.
Builds components from static to interactive, demonstrating state management, event handling, and composition patterns in each framework, which aids in understanding trade-offs.
Uses webpack, Babel, and CSS Modules uniformly across all examples, ensuring a fair comparison and teaching how to integrate these tools with different ecosystems.
Focuses on practical code examples rather than theory, helping developers see real implementation differences and learn through experimentation.
Relies on old releases like Angular 2 alpha and pre-angle-bracket Ember, making examples less relevant for modern development, as admitted in the README notes.
Requires intricate webpack configurations and custom shims (e.g., for Ember without npm support), deviating from official tooling and increasing setup overhead.
As a research project, it only covers component creation superficially, lacks updates for framework changes, and has known issues like Node v6 compatibility problems.