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SimpleBoilerplates/SwiftUI-Cheat-Sheet

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SwiftUI Cheat Sheet

This project is a reference guide and technical resource for building user interfaces with the SwiftUI framework. It provides a comprehensive collection of code examples, documentation, and a component library of reusable view implementations and layout patterns.

The resource includes a compatibility map that links modern declarative views to their equivalent imperative counterparts in the UIKit framework. This documentation assists with the migration from UIKit to SwiftUI by providing guidance on wrapping legacy view controllers and view subclasses within a declarative hierarchy.

The guide covers a wide range of interface capabilities, including the implementation of navigation structures, grid and stack-based layouts, and performant list rendering. It also details the use of interactive components for user input, gesture recognition, and the application of visual modifiers for styling.

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Features

  • SwiftUI - Serves as a comprehensive technical resource and component library for building interfaces with the SwiftUI framework.
  • UI Framework Documentation - Provides technical documentation on implementing performant stacks, grids, and lists.
  • Value Change Triggers - Implements mechanisms for monitoring view state updates and triggering automatic UI re-renders when values change.
  • UI Navigation Coordination - Includes a system for coordinating transitions between views and managing page titles in the navigation bar.
  • Action Buttons - Provides a collection of interactive buttons designed to trigger specific application logic and actions.
  • View Hierarchies - Provides comprehensive examples of organizing user interfaces using state-driven view hierarchies.
  • Grouped List Sections - Provides patterns for rendering lists organized into grouped sections with dedicated headers and footers.
  • Declarative Component Libraries - Offers a curated library of reusable declarative view implementations and layout patterns.
  • State-Driven UI Rendering - Demonstrates automatic view re-rendering driven by observed state changes to keep the interface in sync.
  • Gesture Recognition - Provides a comprehensive guide to recognizing interaction patterns including single taps, long presses, and drag gestures.
  • Image and Icon Display - Demonstrates how to display image assets and system icons using visual modifiers and custom styling.
  • Input Collection Components - Implements a set of interactive controls for collecting user data via text fields, toggles, and pickers.
  • Stack-Based Layout Containers - Implements structural arrangements using vertical, horizontal, and depth-based stack containers.
  • Grid Layouts - Implements flexible vertical and horizontal grids with custom alignment and spacing.
  • Modifier-Based Styling - Explains the use of visual modifiers to style components through declarative function chains.
  • Navigation Links - Implements components for defining transitions and links that allow users to navigate the application hierarchy.
  • Text Labels - Provides capabilities for rendering static or formatted text and combining strings with icons for labels.
  • UIKit Interoperability - Provides a compatibility map and guidance for migrating legacy UIKit views to SwiftUI.
  • UI Component - Details the implementation of lazy-loading containers to improve scrolling performance and memory usage.
  • Imperative-to-Declarative Bridges - Provides architectural patterns for bridging imperative UI components into a declarative state-driven interface.
  • Declarative-Imperative Integration - Links modern declarative UI elements to legacy view equivalents to maintain compatibility.
  • Large List Renderers - Utilizes lazy loading for large collections to maintain high frame rates and stable memory usage.
  • View Controller Embedding - Provides mechanisms to wrap external UIKit view controllers for use within declarative layouts.
  • Geometric Shape Drawing - Provides examples for drawing rectangles, circles, and other geometric figures to create custom UI components.
  • Navigation Structures - Details the implementation of navigation links, stacks, and tabbed containers to structure application flow.
  • View Background Stylings - Provides guidance on setting image and gradient backgrounds to define the visual appearance of views.
  • Tabbed Navigation - Ships tabbed navigation containers for switching between top-level views of the application.
  • View Grouping - Implements view grouping mechanisms to organize layout logic and manage the number of views in a hierarchy.
  • UI Components and Helpers - Quick reference guide for common SwiftUI syntax and patterns.
  • Learning Resources - Quick reference cheat sheet.
4,456 stars·311 forks·MIT·20 views

Star history

Star history chart for simpleboilerplates/swiftui-cheat-sheetStar history chart for simpleboilerplates/swiftui-cheat-sheet

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

Frequently asked questions

What does simpleboilerplates/swiftui-cheat-sheet do?

This project is a reference guide and technical resource for building user interfaces with the SwiftUI framework. It provides a comprehensive collection of code examples, documentation, and a component library of reusable view implementations and layout patterns.

What are the main features of simpleboilerplates/swiftui-cheat-sheet?

The main features of simpleboilerplates/swiftui-cheat-sheet are: SwiftUI, UI Framework Documentation, Value Change Triggers, UI Navigation Coordination, Action Buttons, View Hierarchies, Grouped List Sections, Declarative Component Libraries.

Which projects share features with simpleboilerplates/swiftui-cheat-sheet?

Projects with overlapping indexed features include: jinxiansen/swiftui — This project is a declarative UI pattern library and reference implementation for structuring layouts, navigation… android/views-widgets-samples — This repository is a collection of reference implementations and galleries demonstrating best practices for the… bombshell-dev/clack — Clack is a Node.js CLI framework and prompt library designed for building stylized, interactive command-line user… ramotion/expanding-collection — This project is a suite of visual components and interface models designed to create animated transitions between… emergetools/pow — Pow is a suite of specialized toolkits for SwiftUI that provides structured implementations for animations, particle… swiftuix/swiftuix — SwiftUIX is a framework extension and component library that provides specialized layout tools and native platform…

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These projects share indexed features with SwiftUI Cheat Sheet. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
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    Clack is a Node.js CLI framework and prompt library designed for building stylized, interactive command-line user interfaces. It provides a toolkit for creating terminal applications that collect structured user input and display formatted information. The library includes a set of interactive terminal UI components, such as validated input fields for text and passwords, searchable selection menus with autocomplete, and grouped options for user choice. It also provides mechanisms for process visualization, including loading spinners, progress bars, and sequential task lists to communicate bac

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    EmergeTools/Pow

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    Pow is a suite of specialized toolkits for SwiftUI that provides structured implementations for animations, particle systems, and multi-sensory user feedback. It includes a visual feedback framework, an animation library, and a dedicated particle system. The project provides a rendering context for particle effects that avoids clipping by parent view boundaries. It also includes a haptic and audio feedback kit designed to trigger physical vibrations and sound effects in response to state changes within a user interface. The library covers a range of interface enhancements, including 3D rotat

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