A Swift library for quickly creating static table views for settings screens in iOS apps.
QuickTableViewController is a Swift library that provides a simple, declarative way to create static UITableViews for settings screens in iOS apps. It abstracts the boilerplate of UITableViewDataSource and UITableViewDelegate, allowing developers to define table structure with sections, rows, and controls using a clean API. The library solves the problem of repetitive and verbose code when building settings interfaces, making development faster and more maintainable.
iOS developers building UIKit-based applications who need to implement settings screens, preference panels, or other static table views with interactive controls like switches and radio buttons.
Developers choose QuickTableViewController because it drastically reduces the amount of code required for static tables, offers built-in support for common settings UI patterns, and provides a declarative approach that is easier to read and maintain compared to manual UITableView implementations.
A simple way to create a UITableView for settings in Swift.
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Enables defining table sections and rows with a clean, readable syntax, eliminating much of the boilerplate associated with UITableViewDataSource and delegate methods, as highlighted in the project's key features.
Provides ready-to-use components like switches, tap actions, and radio buttons, speeding up development of common settings screen patterns without custom implementations.
Designed for UIKit-based iOS apps, making it a drop-in solution for projects not yet migrated to SwiftUI, especially useful for older deployment targets.
Significantly reduces code for static table views, allowing quick iteration on settings interfaces, as evidenced by its focus on simplifying development.
Confined to static content only, making it unsuitable for applications that require dynamic data loading or complex table interactions without significant workarounds.
The project is sunsetting with no major updates planned, which poses risks for long-term projects due to potential compatibility issues and lack of new features.
Locks projects into UIKit, missing out on modern SwiftUI benefits and requiring migration efforts as iOS evolves, especially for iOS 13+ targets.