prosemirror-view vs quill vs slate vs draft-js vs tinymce
Rich Text Editors Comparison
1 Year
prosemirror-viewquillslatedraft-jstinymceSimilar Packages:
What's Rich Text Editors?

Rich text editors are web-based tools that allow users to create and format text content with a variety of styles, similar to word processors. They provide features such as text formatting, image embedding, and more, enabling users to produce visually appealing content without needing to write HTML or CSS. Each of these libraries offers unique capabilities, catering to different use cases and developer preferences, making them suitable for various applications ranging from simple blogs to complex content management systems.

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prosemirror-view2,146,6601,795878 kB1217 days agoMIT
quill1,807,43444,7383.04 MB5193 months agoBSD-3-Clause
slate1,100,80530,4292.12 MB6853 months agoMIT
draft-js825,98222,579-9555 years agoMIT
tinymce706,17515,3258.6 MB5429 days agoGPL-2.0-or-later
Feature Comparison: prosemirror-view vs quill vs slate vs draft-js vs tinymce

Customization

  • prosemirror-view:

    ProseMirror provides a flexible schema system that allows developers to define custom document structures and editing behaviors. This makes it suitable for applications that require complex content models and collaborative editing features, enabling extensive customization of the editing experience.

  • quill:

    Quill is designed to be easy to customize with a simple API and built-in themes. While it offers a good set of default features, it allows developers to extend its functionality through modules, making it suitable for projects needing quick customization without deep complexity.

  • slate:

    Slate is built for deep customization, allowing developers to create rich text editors with unique behaviors and data models. It provides a plugin architecture that enables you to implement complex features, making it ideal for applications that require a tailored editing experience.

  • draft-js:

    Draft.js offers a high level of customization, allowing developers to create tailored editing experiences. You can define custom block types, inline styles, and even implement your own decorators to render content in unique ways, making it ideal for applications needing specific formatting rules.

  • tinymce:

    TinyMCE is highly customizable with a wide range of plugins and themes available. It allows developers to configure the editor extensively, making it suitable for enterprise applications that require specific functionalities and integrations.

Collaboration Support

  • prosemirror-view:

    ProseMirror is designed with collaboration in mind, offering built-in support for real-time editing. It allows multiple users to edit the same document simultaneously, making it suitable for applications that require collaborative editing features.

  • quill:

    Quill does not provide built-in collaboration features, but it can be integrated with other tools to enable real-time editing. It is primarily focused on providing a rich editing experience rather than collaborative functionalities.

  • slate:

    Slate can be extended to support collaborative editing, but it requires additional implementation. It is flexible enough to allow developers to create custom solutions for real-time collaboration, making it suitable for applications that need this feature.

  • draft-js:

    Draft.js does not natively support real-time collaboration, but it can be integrated with other libraries to achieve this functionality. It is more focused on providing a solid foundation for building rich text editors rather than collaborative features out of the box.

  • tinymce:

    TinyMCE does not offer native collaboration support but can be integrated with third-party services to enable real-time editing. It is primarily focused on providing a robust editing experience with extensive features.

Learning Curve

  • prosemirror-view:

    ProseMirror has a steeper learning curve due to its low-level API and the need to understand its schema and document structure. However, it rewards developers with powerful capabilities for building custom editors.

  • quill:

    Quill is relatively easy to learn and integrate, with a straightforward API and good documentation. It is suitable for developers looking for a quick setup with minimal complexity.

  • slate:

    Slate has a moderate to steep learning curve, as it requires understanding its plugin architecture and how to manage the editor state. However, it offers extensive documentation and examples to help developers get started.

  • draft-js:

    Draft.js has a moderate learning curve, especially for developers familiar with React. Understanding its content state and how to manage it can take some time, but it offers great flexibility once mastered.

  • tinymce:

    TinyMCE is easy to learn, especially for those familiar with WYSIWYG editors. Its extensive documentation and community support make it accessible for developers looking to implement rich text editing quickly.

Extensibility

  • prosemirror-view:

    ProseMirror offers a modular architecture that supports extensive extensibility. Developers can create custom schemas, plugins, and commands, enabling them to build highly tailored editing experiences.

  • quill:

    Quill is designed to be extensible with a modular architecture that allows developers to create custom formats and modules. This makes it suitable for projects that need specific features beyond the default capabilities.

  • slate:

    Slate is built for extensibility, allowing developers to create custom plugins and components to enhance the editor's functionality. Its flexible architecture supports a wide range of use cases and custom behaviors.

  • draft-js:

    Draft.js is highly extensible, allowing developers to create custom components and plugins to enhance the editing experience. Its architecture is designed to support various extensions, making it suitable for complex applications.

  • tinymce:

    TinyMCE is highly extensible with a rich ecosystem of plugins and themes. Developers can easily add new features and customize the editor to fit their needs, making it suitable for enterprise applications.

How to Choose: prosemirror-view vs quill vs slate vs draft-js vs tinymce
  • prosemirror-view:

    Select ProseMirror if you require a powerful and flexible toolkit for building collaborative editing experiences. It provides a low-level API for creating rich text editors and is suitable for applications that need real-time collaboration features and complex document structures.

  • quill:

    Opt for Quill if you want a simple yet powerful rich text editor that is easy to integrate and customize. Quill is great for projects that need a straightforward implementation with a clean API and built-in themes, making it suitable for quick deployments and basic editing needs.

  • slate:

    Choose Slate if you need a highly customizable framework for building rich text editors with complex behaviors. It allows for deep customization of the editing experience and is perfect for applications that require unique features and a flexible architecture.

  • draft-js:

    Choose Draft.js if you need a highly customizable editor built on React, particularly for applications that require rich text editing with a focus on performance and extensibility. It is ideal for developers who want to create a tailored editing experience with control over the content state.

  • tinymce:

    Select TinyMCE if you are looking for a mature, feature-rich WYSIWYG editor with extensive plugins and support. It is ideal for enterprise-level applications that require a robust solution with comprehensive documentation and a wide range of functionalities.

README for prosemirror-view

prosemirror-view

[ WEBSITE | ISSUES | FORUM | CHANGELOG ]

This is a core module of ProseMirror. ProseMirror is a well-behaved rich semantic content editor based on contentEditable, with support for collaborative editing and custom document schemas.

This module exports the editor view, which renders the current document in the browser, and handles user events.

The project page has more information, a number of examples and the documentation.

This code is released under an MIT license. There's a forum for general discussion and support requests, and the GitHub bug tracker is the place to report issues.

We aim to be an inclusive, welcoming community. To make that explicit, we have a code of conduct that applies to communication around the project.