How do I install CardParts in my iOS project?

CardParts is installed via CocoaPods. Add 'pod 'CardParts'' to your Podfile, run 'pod install', and ensure your project meets requirements like iOS 10.0+ and Swift 5.0+. The README provides detailed steps for setup.

Can CardParts be used with SwiftUI?

No, CardParts is built on UIKit and does not support SwiftUI. It's designed for traditional UIKit-based iOS applications, so you'll need to stick with UIKit or consider alternative frameworks for SwiftUI projects.

What's the performance impact of CardParts with many dynamic cards?

CardParts uses UICollectionView for efficient card layout and scrolling. However, reactive bindings with RxSwift can add overhead; optimize by minimizing unnecessary bindings and using efficient view model updates to maintain smooth performance.

How does CardParts compare to building custom card views without a framework?

CardParts accelerates development with pre-styled components and reactive bindings, but adds dependency on RxSwift. For simple, static cards, custom code might be lighter, while CardParts excels in complex, data-driven interfaces with less boilerplate.

Is CardParts suitable for large-scale enterprise apps?

Yes, it's used in production by Intuit's Mint and Turbo apps, indicating scalability. However, success depends on team familiarity with MVVM and RxSwift to manage complexity and maintain code quality over time.

How to customize themes in CardParts?

Create a class conforming to CardPartsTheme, set properties like fonts and colors, and apply it in AppDelegate or the initial view controller. The README shows examples for Mint and Turbo themes, allowing full branding control.

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CardParts

NOASSERTIONSwift4.0.0

A reactive, card-based UI framework for iOS built on UIKit with MVVM and RxSwift data binding.

GitHub

2.5k stars221 forks0 contributors

What is CardParts?

CardParts is a reactive UI framework for iOS that helps developers build card-based interfaces using UIKit. It provides a collection of pre-styled components and leverages RxSwift for data binding, enabling rapid development of dynamic, maintainable card layouts with an MVVM architecture.

Target Audience

iOS developers building apps with card-based UIs, especially those using UIKit and interested in reactive programming patterns with RxSwift.

Value Proposition

Developers choose CardParts for its extensive library of ready-to-use card components, built-in support for reactive data binding, and the ability to create complex, state-driven card interfaces with minimal boilerplate code.

Overview

A reactive, card-based UI framework built on UIKit for iOS developers.

Use Cases

Best For

Building financial or dashboard apps with card-based layouts
Creating dynamic, data-driven card interfaces with automatic UI updates
Implementing MVVM architecture in UIKit-based iOS apps
Developing apps that require themed, consistent card components
Adding interactive card features like bottom sheets, gradients, and shadows
Rapid prototyping of card-based UI designs with pre-built parts

Not Ideal For

Projects avoiding reactive programming dependencies like RxSwift
Apps built with SwiftUI or requiring cross-platform compatibility
Teams targeting iOS versions below 10.0
Simple prototypes where lightweight, dependency-free solutions are preferred

Pros & Cons

Pros

Extensive Pre-built Components

Includes over 20 ready-to-use card parts like text views, images, tables, and collection views, reducing UI development time and ensuring consistency.

Reactive Data Binding

Leverages RxSwift for automatic UI updates when view model data changes, enforcing a clean MVVM separation and reducing boilerplate code.

Flexible Card Traits

Supports visual modifications via protocols for shadows, gradients, rounded corners, and custom margins without requiring additional implementation effort.

Built-in State Management

Offers native support for loading, empty, hasData, and custom states with distinct UI for each, simplifying state-driven card interfaces.

Cons

RxSwift Dependency Overhead

Requires adopting RxSwift, which adds complexity, increases bundle size, and has a steep learning curve for teams unfamiliar with reactive programming.

UIKit and iOS Lock-in

Limited to iOS 10+ and UIKit, making it incompatible with SwiftUI, newer iOS features, or cross-platform frameworks like React Native.

Integration and Setup Complexity

Depends on CocoaPods and specific Xcode/Swift versions, which can complicate integration in projects with different toolchains or existing architectures.

Frequently Asked Questions

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