@tiptap/core vs. quill
Side-by-side comparison · 9 metrics · 14 criteria
- Weekly Downloads
- 13.7M
- Stars
- 37.9K
- Gzip Size
- 92.5 kB
- License
- MIT
- Last Updated
- 5mo ago
- Open Issues
- 850
- Forks
- 3.1K
- Unpacked Size
- 2.5 MB
- Dependencies
- 11
- Weekly Downloads
- 9.2M
- Stars
- 47.3K
- Gzip Size
- 60.4 kB
- License
- BSD-3-Clause
- Last Updated
- 1y ago
- Open Issues
- 658
- Forks
- 3.7K
- Unpacked Size
- 3.0 MB
- Dependencies
- 6
@tiptap/core vs quill downloads — last 12 months
Criteria — @tiptap/core vs quill
- API Surface
- @tiptap/coreExposes a low-level API, requiring deeper understanding for complex UIs.quill ✓Offers a higher-level API focused on configuration and extending existing features.
- Learning Curve
- @tiptap/coreSteeper due to Prosemirror concepts and headless nature; demands more foundational knowledge.quill ✓Gentler for standard editor use cases; easier to get started with common rich text features.
- Core Philosophy
- @tiptap/core ✓Headless by design, emphasizing developer control over UI and integration.quillFeature-rich, opinionated editor focused on providing a complete WYSIWYG experience.
- Extension Model
- @tiptap/coreLeverages Prosemirror's powerful extension system for deep customization.quillUses a module and blot-based system for extending editor functionality.
- UI Opinionation
- @tiptap/core ✓Completely unopinionated; provides only the editing logic.quillProvides a fully functional, opinionated editor UI out-of-the-box.
- Integration Depth
- @tiptap/core ✓Ideal for deep integration with complex application states and custom UIs.quillSuitable for embedding a standalone rich text editor with standard interactions.
- Ecosystem Maturity
- @tiptap/coreBenefiting from Prosemirror's established ecosystem and active community.quillHas a well-defined internal ecosystem of modules and community contributions.
- Rendering Strategy
- @tiptap/coreDelegate rendering to the chosen frontend framework; no built-in UI.quill ✓Manages its own DOM rendering and updates for a consistent UI.
- TypeScript Support
- @tiptap/coreComprehensive TypeScript typings available for robust development.quillGood TypeScript support, enabling safer development practices.
- Initial Setup Effort
- @tiptap/coreHigher, requiring integration with a rendering framework and custom UI development.quill ✓Lower, often usable with minimal configuration for a basic rich text editor.
- Framework Agnosticism
- @tiptap/core ✓Designed to be framework-agnostic, offering renderless components.quillPrimarily targets web applications, with a more integrated approach to DOM management.
- Underlying Architecture
- @tiptap/coreBuilt on top of the robust and mature Prosemirror engine.quillUtilizes its own proprietary architecture with a clear module system.
- Bundle Size Optimization
- @tiptap/coreSmaller unpacked size, but final size depends heavily on chosen extensions.quill ✓More optimized gzipped bundle size for its core features.
- Customization Granularity
- @tiptap/core ✓Extremely high; allows complete control over every aspect of the editor's behavior and appearance.quillHigh, but within the framework of its module and blot architecture; less absolute control.
| Criteria | @tiptap/core | quill |
|---|---|---|
| API Surface | Exposes a low-level API, requiring deeper understanding for complex UIs. | ✓ Offers a higher-level API focused on configuration and extending existing features. |
| Learning Curve | Steeper due to Prosemirror concepts and headless nature; demands more foundational knowledge. | ✓ Gentler for standard editor use cases; easier to get started with common rich text features. |
| Core Philosophy | ✓ Headless by design, emphasizing developer control over UI and integration. | Feature-rich, opinionated editor focused on providing a complete WYSIWYG experience. |
| Extension Model | Leverages Prosemirror's powerful extension system for deep customization. | Uses a module and blot-based system for extending editor functionality. |
| UI Opinionation | ✓ Completely unopinionated; provides only the editing logic. | Provides a fully functional, opinionated editor UI out-of-the-box. |
| Integration Depth | ✓ Ideal for deep integration with complex application states and custom UIs. | Suitable for embedding a standalone rich text editor with standard interactions. |
| Ecosystem Maturity | Benefiting from Prosemirror's established ecosystem and active community. | Has a well-defined internal ecosystem of modules and community contributions. |
| Rendering Strategy | Delegate rendering to the chosen frontend framework; no built-in UI. | ✓ Manages its own DOM rendering and updates for a consistent UI. |
| TypeScript Support | Comprehensive TypeScript typings available for robust development. | Good TypeScript support, enabling safer development practices. |
| Initial Setup Effort | Higher, requiring integration with a rendering framework and custom UI development. | ✓ Lower, often usable with minimal configuration for a basic rich text editor. |
| Framework Agnosticism | ✓ Designed to be framework-agnostic, offering renderless components. | Primarily targets web applications, with a more integrated approach to DOM management. |
| Underlying Architecture | Built on top of the robust and mature Prosemirror engine. | Utilizes its own proprietary architecture with a clear module system. |
| Bundle Size Optimization | Smaller unpacked size, but final size depends heavily on chosen extensions. | ✓ More optimized gzipped bundle size for its core features. |
| Customization Granularity | ✓ Extremely high; allows complete control over every aspect of the editor's behavior and appearance. | High, but within the framework of its module and blot architecture; less absolute control. |
@tiptap/core excels in providing a headless, framework-agnostic rich text editor foundation. Its core philosophy revolves around offering complete control to developers, allowing them to build custom editing experiences without opinionated UI components. This makes it an ideal choice for projects requiring deep integration, unique user interfaces, or a highly tailored editing workflow where the underlying editor logic needs to be completely abstracted.
Quill, on the other hand, presents itself as a powerful, feature-rich rich text editor out-of-the-box. It strikes a balance between providing extensive built-in functionality and maintaining a degree of customization. Quill is well-suited for applications that need a robust editor experience quickly, with common rich text features readily available, and where the focus is more on content creation with a conventional editing interface rather than a bespoke UI.
A significant architectural difference lies in their approach to extensibility and core functionality. @tiptap/core is built upon Prosemirror, leveraging its robust document model and core editing capabilities. It exposes a low-level API, encouraging developers to build extensions and features from the ground up, offering unparalleled flexibility but requiring more development effort to achieve a full-featured editor. Quill has a more abstract, module-based architecture, where features like toolbars, formatting options, and custom blot extenders are managed through its own API and configuration, making it easier to assemble a functional editor.
Regarding rendering and DOM manipulation, @tiptap/core is largely unopinionated, as it's a headless library. It empowers developers to connect its Prosemirror backend to any rendering framework, including React, Vue, or vanilla JavaScript, by offering renderless components. Quill, however, typically manages its own DOM rendering and updates, abstracting away the direct manipulation of the editor's DOM structure. While it offers APIs for custom modules and blots, its rendering process is more integrated and less separable from its core.
In terms of developer experience, @tiptap/core presents a steeper learning curve, particularly for those unfamiliar with Prosemirror concepts. Its extensive customization options and headless nature demand a thorough understanding of its API and how to build extensions. Quill generally offers a smoother onboarding experience for developers needing a standard rich text editor. Its API is more geared towards configuring and extending an existing component, making it quicker to get started with common editor features and less demanding for straightforward implementations.
When considering performance and bundle size, a subtle difference emerges. Although @tiptap/core's unpacked size is smaller, quill boasts a significantly more optimized gzipped bundle size. This suggests that for applications where the final compiled size is a critical factor, especially in performance-sensitive environments or for users on slower networks, quill might offer a more compact footprint out-of-the-box for its core functionality. @tiptap/core's final size will heavily depend on the chosen extensions and integration setup, which can increase its footprint.
For practical recommendations, choose @tiptap/core when you need to craft a unique, deeply integrated rich text editing experience that doesn't conform to a standard WYSIWYG appearance, or when migrating an existing application with complex content editing requirements that necessitate fine-grained control. It's for developers who want full ownership of the UI and logic. Opt for quill when your primary goal is to embed a feature-rich, reliable rich text editor with a familiar interface into your application rapidly, and when the standard set of formatting tools and customization options offered by quill suffices for your content creation needs.
Examining their ecosystems, @tiptap/core, by virtue of being a headless library built on Prosemirror, benefits from the underlying Prosemirror ecosystem's maturity and a vibrant community of extensions. Its "renderless" approach also makes it adaptable to various frontend frameworks, fostering broader integration possibilities without being tied to a specific rendering solution. Quill, while having its own set of modules and extensions, presents a more self-contained ecosystem. Its flexibility comes from its own module system and blot architecture, which might lead to a more cohesive but potentially less broadly adaptable solution compared to @tiptap/core's framework-agnostic headless nature.
Considering niche use cases, @tiptap/core is particularly well-suited for applications like internal content management systems, complex document editors within SaaS platforms, or educational tools where specific annotation or interaction layers are required on top of rich text. Its headless design allows for these sophisticated overlays and custom functionalities. Quill is more commonly found in blog editors, website builders, or general-purpose content creation interfaces where a robust, user-friendly WYSIWYG experience is the main requirement, and extensive custom interaction logic is not the primary focus.
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