14,916
Apps
2024-06-20
Quest AI
20
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Generate React components from your Figma design.
Overview
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Most popular alternative: FoxyApps (546 saves)
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Quest is a tool for building React Apps and functions as a bridge between design and coding. It enables users to import custom designs from Figma and generate extendable React components from them.
In addition, the tool can convert these components into real code, which can then be modified to suit the needs of the users. Quest supports popular design systems such as MUI and Chakra UI.
It excels in handling animations by providing a distinct library for them that doesn't require any code writing from the user. This tool offers functionalities to effortlessly push code to user's GitHub repositories, which can then be used to launch apps.
Providing options for full app or structure building, it welcomes the integration of users design systems and ensures a smooth update of designs without impacting the existing code.
Quest was developed with a focus on fulfilling the needs of professional developers and development teams. It upholds the standards of clean, extendable code and equally values the separation of presentation and business logic in code development.
As it delivers industry standard React components, the tool does not impose any vendor lock-in on the user and ensures complete control over the code.
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Quest AI was manually vetted by our editorial team and was first featured on July 7th 2023.
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Pros and Cons
Pros
Generates React components
Figma designs conversion
Exports extendable code
Supports MUI and Chakra UI
Integrated animations library
No coding required
Pushes code to GitHub
Supports responsive, multi-screen experiences
Allows nested components
Generates standard React components
Separates presentation layer and business logic
User control over code
Perfect for development teams
Offers App and Workspace organization
Provides structured design templates
Over 1000 templates and components
Trusted by major companies
Supports custom breakpoints
Supports users design systems
Allows code updates without rewrite
Built for professional developers
Supports MUI-based components
Does not impose vendor lock-ins
Cons
Limited to Figma designs
No support for Sketch
No built-in version control
Doesn't support all design systems
Requires GitHub for launching
Lack of explicit API documentation
Doesn't support all React libraries
No Ant Design support (currently)
No freemium model specified
No standalone desktop application
Q&A
What is Quest AI?
Quest AI is a tool that allows developers to convert Figma designs into React components. It supports automatic generation of clean, extendable code without requiring users to write a single line of code, making it simple and fast to build React applications. It supports popular design systems like MUI and Chakra UI and provides an integrated animation library. Users can push the generated code directly to their GitHub repository for easy deployment. Quest also enables developers to create responsive, multi-layout applications and provides a clear separation between design presentation and business logic.
How does Quest AI convert my Figma designs into React components?
Quest AI uses its sophisticated algorithms to interpret designs put forth in Figma, compartmentalizing them into React components. It ingeniously bridges the gap between design and coding by generating extendable React components out of these designs. These components can then be converted into live code for further manual adjustment.
Does Quest AI support animations in the generated code?
Yes, Quest AI has built-in support for animations. It offers an integrated animation library that allows users to create state and variant animations without having to write any coding.
Can I push the code generated by Quest AI directly to my GitHub?
Yes, indeed. Quest AI provides functionality to seamlessly push your generated code to your GitHub repository, enabling easy transitions from design to deployment.
How can I use Quest AI to build a responsive application?
You can use Quest to build responsive applications by utilizing its support for custom breakpoints. Quest ensures that apps created with it are tailored to provide a seamless user experience across multiple screen sizes.
What does Quest mean by the 'intelligent separation' of presentation layer and business logic?
The 'intelligent separation' of presentation layer and business logic refers to Quest's ability to compartmentalize a design into visually-oriented presentation and function-driven business logic. This allows users to update the design easily without having to rewrite their already established code, thus significantly enhancing the productivity and efficiency of the development process.
Can Quest AI be used for collaborative projects?
Indeed, Quest AI has been designed specifically with collaborative projects in mind. It offers features for App and Workspace organization, allowing teams to benefit from streamlined workflows and effective collaboration while building and iterating their applications.
What kind of templates and components does Quest AI offer to speed up my app development?
Quest AI offers over 1000 templates and components to jump-start your app development. These include structured design templates and MUI-based components that can be automatically converted into working React code. Users also have access to a range of custom auto-layout components set up with breakpoints.
Is my code extendable after it's been generated by Quest AI?
Yes, the code generated by Quest AI is extendable. It is clean, industry-standard code that allows you to easily add or modify elements to suit your specific business logic or use-case.
Does Quest AI support MUI and Chakra UI design systems?
Yes, Quest AI supports MUI and Chakra UI design systems, facilitating seamless integration. This enables users to maintain consistency in their React applications while benefiting from these popular design systems.
How does Quest maintain clean and maintainable code when converting designs?
Quest maintains clean and maintainable code by adhering to industry best practices and dividing concerns between the presentation layer and business logic. The generated code is clean, extendable and can easily be adapted or expanded by developers. Additionally, due to Quest's emphasis on maintainability, users can update design components without having to rewrite their existing code.
Is it possible to create nested components with Quest AI?
Yes, Quest AI allows the building of full apps or pages with multiple nested components. It generates industry standard React components, which ensures you have full flexibility in structuring your app's components.
Does Quest AI impose any vendor lock-in?
No, Quest AI does not impose any vendor lock-in. It generates industry-standard React components, allowing you to freely utilize the generated code as you see fit without being restricted to a particular vendor.
What does Quest AI mean by 'no lock-in' policy?
The 'no lock-in' policy of Quest AI refers to its practice of generating industry-standard React components that users are free to utilize as they wish. Users have full ownership and control over their code. This policy frees the user from any obligations towards the vendor.
How do I ensure control over code that Quest AI generates?
With Quest AI, you have full control over the code it generates. You can push it to your GitHub repository, modify it to add your own logic, or integrate it with existing code. The components generated are industry-standard React components, allowing a developer the freedom to mold it as per his/her requirement.
In what ways does Quest AI simplify app development for professional developers?
Quest AI was developed with professional developers in mind. It turns Figma designs into React components, automates code generation, and separates concerns between the presentation layer and business logic. Additionally, it supports design systems like MUI and Chakra UI, allows users to push code directly to their GitHub and ensures that the code remains ownable and extendable by the user.
What is the method through which Quest AI generates real code?
The method Quest AI uses to generate real code involves its AI models interpreting the Figma designs, compartmentalizing them and translating them directly into React components. These components are then converted into real, usable, clean, and extendable code.
How does Quest AI facilitate the integration of custom design systems?
Quest AI seamlessly integrates custom design systems by automatically turning Figma designs, which can incorporate custom design systems, into extendable React components. Moreover, these components can be directly converted into practical code without imposing any restrictions.
What is the standard of React components that Quest AI generates?
Quest AI generates industry-standard React components. These components strictly adhere to best industry practices and offer full compatibility and extendability. This adherence ensures users get top-quality, maintainable code that can be easily integrated or adapted to existing codebases.
How can I use Quest AI to transform my Figma design into code?
To transform your Figma design into code with Quest AI, you simply import your custom designs into the platform. Quest AI then generates code that incorporates your design systems and component libraries. You can preview your app through the platform, then export your React components or push the generated code to your GitHub repository for deployment when ready.
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