React Native 100% compatible CommonMark renderer
React Native Markdown Display is a robust solution for displaying markdown content in React Native applications. Unlike typical web-view renderers, this library leverages native components to ensure a more efficient and aesthetically pleasing user experience. It aims to serve as a reliable alternative to react-native-markdown-renderer, bringing in various bug fixes and enhancements that make it stand out.
With its compatibility with CommonMark and customizable styling options, React Native Markdown Display not only renders markdown accurately but also allows developers to implement their unique styles effortlessly. The integration is straightforward, making it an excellent choice for developers looking to enhance the presentation of markdown content within their apps.
100% CommonMark Compatibility: Enjoy seamless rendering of markdown content that adheres to the CommonMark specification without any compromises.
Native Component Utilization: Instead of using web views, this renderer employs native components, ensuring better performance and smoother user interaction.
Customizable Styling: Developers can easily override existing styles and create custom layouts that fit their design needs by altering the provided style props.
Flexibility with Rules: The renderer allows for the specification of rules that dictate how each markdown element should be displayed, providing extensive flexibility.
Link Handling: Simplify user navigation with a built-in function for handling link presses, allowing for custom behaviors upon clicking markdown links.
Debugging Support: With the debugPrintTree option, developers can visualize the abstract syntax tree (AST) of the markdown content, aiding in troubleshooting and optimization.
Image Handling Options: Control over how images are handled with customizable defaults, ensuring that only accepted URLs are processed for display.
Enhanced Rendering Control: Options to limit top-level children to render or to specify custom renderers, allowing for fine-tuned control over the rendering process.
