Hybrids vs Lit comparison

Both use Web Components, but Hybrids emphasizes plain objects and pure functions with built-in state management and routing, while Lit is more minimal and class-based. Hybrids offers more features out of the box, but Lit has a larger ecosystem.

How to handle routing in Hybrids?

Use the built-in router with a tree-based view structure, as shown in the routing example. Define views with stack configurations and use router.url() for navigation, supporting dialogs and protected views without complex setup.

Is Hybrids production-ready for large apps?

Yes, with features like global state management and app-like routing, it's designed for complex applications. However, the smaller ecosystem might require more custom tooling or in-house solutions compared to React or Vue.

How to use localization in Hybrids?

Hybrids provides automatic template translation with a CLI tool for message extraction. Define translations using localize() and embed messages in templates, as demonstrated in the localization example with dynamic content.

Does Hybrids work with TypeScript?

Yes, but type definitions might be less comprehensive than in other frameworks. The plain object approach should integrate well, but you may need to handle types manually or rely on community contributions.

What's the performance impact of Hybrids?

Performance is generally good due to native Web Components, but the layout engine and reactive updates might add overhead in very dynamic UIs. Benchmarking is recommended for performance-critical applications.

Open-Awesome

hybrids

MITJavaScriptv9.2.1

A JavaScript UI framework for building web components and applications with a unique declarative and functional architecture.

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3.2k stars92 forks0 contributors

What is hybrids?

Hybrids is a JavaScript UI framework for building client-side web applications, UI component libraries, and single web components. It uses a unique mixed declarative and functional architecture based on plain objects and pure functions while leveraging the native Web Components API. The framework provides a complete solution including state management, routing, layout engine, and localization.

Target Audience

Frontend developers building web applications or component libraries who want a declarative, functional approach with native Web Components compatibility.

Value Proposition

Developers choose Hybrids for its clean architecture using plain objects and pure functions, comprehensive built-in features (state management, routing, layouts), and seamless integration with Web Components standards without requiring additional tooling.

Overview

Extraordinary JavaScript UI framework with unique declarative and functional architecture

Use Cases

Best For

Building reusable UI component libraries with Web Components
Creating single-page applications with declarative routing
Developing applications requiring complex global state management
Projects needing built-in localization with automatic template translation
Teams preferring functional programming patterns for UI development
Applications requiring responsive layouts with minimal CSS

Not Ideal For

Teams requiring extensive server-side rendering (SSR) support, as Hybrids is client-side focused with no built-in SSR solution.
Projects heavily invested in React or Vue ecosystems, where switching would require rewriting components and learning a new paradigm.
Applications targeting legacy browsers without Web Components support, since Hybrids relies on native APIs that may need polyfills.
Developers preferring JSX or SFC templates, as Hybrids uses custom HTML template literals that might feel less intuitive.

Pros & Cons

Pros

Clean Functional Architecture

Based on plain objects and pure functions for component definitions, promoting simplicity and testability, as shown in the counter example using plain objects and functions.

Comprehensive Built-in Features

Includes global state management, routing, layout engine, and localization out of the box, reducing dependency on external libraries, highlighted in the feature list.

Native Web Components Integration

Leverages the Web Components API for interoperability and standards compliance, evident from custom elements like <simple-counter> in the examples.

Hot Module Replacement Built-in

Supports HMR without additional configuration, enhancing developer experience during development, as mentioned in the key features.

Cons

Niche Adoption and Ecosystem

Has a smaller community compared to mainstream frameworks, leading to fewer third-party plugins, tutorials, and community support, which can slow development.

Learning Curve for Template Syntax

Uses a custom HTML template literal approach that might be unfamiliar to developers accustomed to JSX or Vue templates, requiring adjustment despite the declarative style.

Web Components Limitations

Relies on Web Components, which can have performance overhead in complex scenarios and styling challenges, and may not be fully supported in all browsers without polyfills.

Frequently Asked Questions

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