<h2>Overview</h2>
If you're working with React Native and looking for a straightforward way to implement action sheets, this library provides a highly declarative API that simplifies the process. With native support for both iOS and Android, it aims to offer a seamless user experience while adhering to platform-specific design guidelines.
This library presents two distinct implementations for iOS and Android, harnessing the unique features of each platform. Using ActionSheetIOS on iOS allows for a native feel, while Android features a customizable Modal Bottom Sheet that maintains alignment with the Material Design specification.
<h2>Features</h2>
<ul>
<li>
Declarative API: Simplifies the implementation of action sheets in React Native apps, enabling easier integration with your codebase.
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iOS Support: Utilizes ActionSheetIOS to create a native look and feel for action sheets on iOS devices, allowing for a more cohesive user experience.
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Customizable Sheet Items: You can define different types of actions, like "cancel" and "remove," to tailor the style and behavior of buttons according to your app's needs.
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Android Implementation: Features a JavaScript-driven Modal Bottom Sheet that aligns with Material Design, providing a familiar interaction model for Android users.
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Icon Integration: Allows you to add icons to SheetItems, enhancing the visual appeal and usability of action sheets on both platforms.
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Cancellation Handling: On Android, clicking outside the bottom sheet functions as a cancellation, creating a user-friendly interaction in line with common design practices.
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Future Enhancements: There are plans for further improvements, such as better gesture handling and ensuring consistent visibility of items.
</li>
</ul>

<h2>Overview</h2>
If you're delving into the world of A/B testing in your applications, you might be looking for an effective solution to seamlessly implement different variations without complicating your component structure. This tool promises to simplify the process by utilizing a Higher-Order Component (HoC) approach, which can streamline the management of different experiment variants.
However, it does come with its own set of caveats. While it offers a straightforward method for randomizing and forcing variants, some users may find the reliance on HoCs rather intrusive, potentially complicating their React component hierarchy. Let's take a closer look at its key features and functionalities.
<h2>Features</h2>
<ul>
<li>Experiment Management: Easily defines an experiment name along with multiple variants, allowing for quick setup of A/B testing scenarios.</li>
<li>Random Variant Loading: Utilizes a randomization function to randomly select one of the defined component variants for each user session.</li>
<li>Forced Variant Option: Provides the ability to force a specific variant to be used, overriding the random selection when needed. This is particularly useful for testing specific user experiences.</li>
<li>Component Identification: Offers a method to identify which variant is currently in use, simplifying debugging and tracking user interaction.</li>
<li>Storage Integration: Default storage mechanism is based on AsyncStorage, which ensures accessibility and persistence of variant selections across sessions.</li>
<li>Simple Installation: Straightforward installation process that allows for quick integration into existing applications without heavy modifications.</li>
</ul>
Overall, this A/B testing tool offers a streamlined way to manage component variants while providing flexibility through forced variant options, making it an interesting option for developers looking to run experiments effectively.

<h2>Overview</h2>
In the realm of React Native, creating dynamic and visually appealing components can often pose a challenge. This new library seeks to enhance your application's UI by making components visible through animations and straightforward props. By incorporating both aesthetic appeal and functionality, it simplifies the process of displaying content while adhering to business rules.
With its dual approach to handling component visibility, this library enhances performance and ensures a smooth user experience. The flexibility to animate transitions elevates the visual engagement of your application while maintaining efficiency.
<h2>Features</h2>
<ul>
<li>
Seamless Animations: Enhance user experience with smooth transitions when components become visible, making interactions more engaging.
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Simple Props for Display: Easily display content using straightforward props, simplifying integration into existing applications.
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Business Rule Integration: Display content according to business rules, allowing for dynamic content management based on specific criteria.
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Performance-Optimized Views: Use the <code>makeVisible</code> method for better performance, as it maintains the existence of elements while merely altering their style.
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High-Performance HoCs: The <code>makeDisplayable</code> Higher-Order Component (HoC) allows for the creation and removal of views, optimizing resource usage and minimizing communication overhead.
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Animation Prop: Incorporates an Animation prop in the HoC that activates during component entry, setting the foundation for future enhancements like exit animations.
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</ul>

<h2>Overview</h2>
The latest version of the library is an exciting update for developers working with React Native and web applications. With enhanced features and performance improvements, it promises to streamline the experience of displaying placeholder content before the main content loads. The inclusion of a Snack application that allows for easy copying to the clipboard adds to its practicality, making it an attractive option for developers looking to enhance user experience in their applications.
This library has been redesigned to be compatible with Expo and react-native-web, ensuring versatility across various platforms. The transition from version 2 to version 3 focuses on reducing code complexity while introducing a suspense-oriented API and new animations, offering modern functionalities that developers will appreciate.
<h2>Features</h2>
<ul>
<li>Rewritten in TypeScript: The library now leverages TypeScript for better type safety, allowing for improved code quality and maintainability.</li>
<li>Less Code, More Fun: With a focus on reducing complexity, developers can enjoy writing more efficient code that enhances productivity.</li>
<li>API Suspense Oriented: Designed with an API that supports the Suspense feature, this library makes it easier to manage loading states within application UI.</li>
<li>New Animations: Updated animations provide a more dynamic and engaging user experience, bringing life to placeholder content.</li>
<li>Sample App Included: A comprehensive example application demonstrates various stories and showcases how to effectively use the library.</li>
<li>Compatible with Expo and React-Native-Web: Offers flexibility and ease of integration in various environments, making it suitable for a wide range of projects.</li>
<li>Copy to Clipboard Feature: Users can effortlessly copy placeholder content, enhancing convenience during development and implementation.</li>
<li>Easy Installation: The library can be quickly set up using simple npm commands, making it accessible for developers to get started.</li>
</ul>

<h2>Overview</h2>
This performance monitoring module is a game-changer for React developers looking to gain deeper insights into their application's rendering life cycles. It offers a straightforward way to measure and analyze various performance metrics through a simplistic component wrapper. By utilizing it, developers can optimize their components and ensure efficient rendering, leading to a smoother user experience.
The straightforward API allows seamless integration of various performance modules, making it easy to start monitoring with minimal setup. Whether you're a seasoned developer or just getting started with React, this tool provides valuable insights that can help enhance your application's performance.
<h2>Features</h2>
<ul>
<li>
Performance Measurement: Easily monitor and measure React rendering lifecycles with intuitive controls, providing clarity on component performance.
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Modular Integration: Pass any Perf module via the <code>monitor</code> props, allowing developers the flexibility to choose their performance measurement strategies.
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Wasted Time Analytics: Print wasted time, helping identify components that are rendered but do not contribute to the UI, highlighting areas for optimization.
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Inclusive Timing Reports: Get an overall view of the time taken by React to render components, assisting developers in understanding the total rendering cost.
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Exclusive Timing Insights: Measure exclusive times that highlight the performance of component lifecycle methods, excluding the overhead of mounting.
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Operation Tracking: Prints details on underlying manipulations that occur during rendering, which can inform developers about the specifics of performance bottlenecks.
</li>
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Community Support: Developed with contributions from experienced members of the React community, ensuring best practices and expert insights are integrated into the module.
</li>
</ul>

Mfrachet

Action Sheet Rn

Rn Ab Hoc

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Rn Render Perfs