Open Source Swift Frameworks - Page 3

SwiftCrossUI implements a simple API similar but not identical to SwiftUI, allowing you to use the basic concepts of SwiftUI to create a cross-platform desktop app. SwiftCrossUI is designed to be flexible and can work with different backends, but has a focus on using GTK+ through SwiftGTK. Create cross-platform desktop apps for macOS, Linux and Windows. Work has been started to support multiple different backends. Switching backends only requires changing a single line of code! Currently there's the Gtk 4 backend, as well as an experimental AppKit backend (AppKitBackend, macOS-only). All examples use GtkBackend for maximum compatibility, but you can update them manually to try out the various available backends. Work is being done to allow the backend used by the examples to be changed from the command line.

SwiftKit enables you to easily generate a cross-platform Swift Framework from your command line. It is the best way to start your next Open-Source Swift Framework. Mint is a package manager that installs and runs Swift command line tool packages. Homebrew is a free and open-source software package management system that simplifies the installation of software on Apple's macOS operating system. In default SwiftKit will create a Kit that supports iOS, tvOS, watchOS, macOS. Every generated Kit will come along with a predefined Fastfile. The compatibilityTests lane will verify that your Kit is Carthage, CocoaPods and Swift Package Manager compatible.

SwiftSVG is not meant to be a full SVG parser. The library supports the most common use cases of flat, solid-color SVG elements. It supports grouping and transformations and can parse all path and shape elements. The best use case for SwiftSVG is for flat icons that you may want to theme at runtime and have good control over. Think icons for your app, especially if you offer light and dark themes. The library can handle complex paths, and more importantly can handle them quickly, so you can use it to display many SVGs, just not every single use case. See the complex example in the examples app. At this time, gradients are not supported, but this is high on the list of features to support next. Furthermore, text is not supported at this time, but shouldn't be too difficult to support. Animations are the last major category that isn't supported, and they probably won't be in the near future seeing Cocoa already provides rich support.

SwiftyStoreKit is a lightweight In App Purchases framework for iOS, tvOS, watchOS, macOS, and Mac Catalyst. SwiftyStoreKit makes it easy for an incredible number of developers to seemlessly integrate in-App Purchases. This project, however, is now community-led. We need help building out features and writing tests. If you've shipped an app in the last five years, you're probably good to go. Some features (like discounts) are only available on new OS versions. There are a number of ways to install SwiftyStoreKit for your project. Swift Package Manager, CocoaPods, and Carthage integrations are the preferred and recommended approaches. The Swift Package Manager is a tool for automating the distribution of Swift code and is integrated into Xcode and the Swift compiler. This is the recommended installation method. Updates to SwiftyStoreKit will always be available immediately to projects with SPM. SPM is also integrated directly with Xcode.

Swinject is a lightweight dependency injection framework for Swift. Dependency injection (DI) is a software design pattern that implements Inversion of Control (IoC) for resolving dependencies. In the pattern, Swinject helps your app split into loosely-coupled components, which can be developed, tested, and maintained more easily. Swinject is powered by the Swift generic type system and first-class functions to define the dependencies of your app simply and fluently. Services must be registered to a container before they are used. The typical registration approach will differ depending on whether you are using SwinjectStoryboard or not.

TangramKit is a powerful iOS UI framework implemented by Swift. It integrates the functions with Android layout, iOS AutoLayout, SizeClass, HTML CSS float and flexbox, and Bootstrap. So you can use LinearLayout, RelativeLayout, FrameLayout, TableLayout, FlowLayout, FloatLayout, and LayoutSizeClass to build your App. UIView UITableView UICollectionView. TangramKit is a simple and easy Swift framework for iOS view layout. The name comes from the Tangram of China which provides some simple functions to build a variety of complex interfaces. It integrates functions.

Tame async code with battle-tested promises. Because async code is hard to write, hard to read, hard to reason about. A pain to maintain. By using a then keyword that enables you to write aSync code that reads like an English sentence. Async code is now concise, flexible and maintainable.

Non-blocking, event-driven architecture built on top of Apple's SwiftNIO. Written in Swift, the powerful programming language that is also easy to learn. Expressive, protocol-oriented design with a focus on type-safety. Vapor is more than just a web framework. The project includes over a hundred official and community maintained server-first Swift packages. Vapor's documentation covers everything from creating your first application to building large projects. The definitive book on building web apps and web APIs with Vapor, written by the creators of the framework. Join thousands of Vapor developers in Vapor's team chat. Ask questions, share information, or just hang out. 100% of contributions made through GitHub sponsors go toward supporting the framework. You also get rewards!

WKZombie is a Swift framework for iOS/OSX to navigate within websites and collect data without the need of a User Interface or API, also known as a Headless browser. It can be used to run automated tests/snapshots and manipulate websites using Javascript. WKZombie is an iOS/OSX web-browser without a graphical user interface. It was developed as an experiment in order to familiarize myself with using functional concepts written in Swift 4. It incorporates WebKit (WKWebView) for rendering and hpple (libxml2) for parsing the HTML content. In addition, it can take snapshots and has rudimentary support for parsing/decoding JSON elements. Chaining asynchronous actions makes the code compact and easy to use.