A UIView subclass for iOS that provides circular progress indicators similar to Facebook's photo progress indicator.
DACircularProgress is an iOS UIView subclass that implements circular progress indicators for iOS applications. It provides a visual alternative to Apple's standard linear UIProgressView, allowing developers to display progress in a circular format. The component was originally inspired by Facebook's photo upload progress indicator design.
iOS developers building applications that require visually appealing progress indicators, particularly those who need circular progress visualization similar to social media or media upload interfaces.
Developers choose DACircularProgress for its simplicity, ease of integration, and specific visual style that matches popular circular progress indicators. It provides a ready-to-use solution that avoids the need to create custom circular progress views from scratch.
DACircularProgress is a UIView subclass with circular UIProgressView properties.
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Implements circular progress with a simple UIView subclass, keeping the codebase small and focused, as shown by the straightforward example project in the README.
Can be added via Interface Builder by setting a UIView's class to DACircularProgress, simplifying UI design without writing code, which is explicitly mentioned in the installation notes.
Supports properties like roundedCorners and trackTintColor for visual tweaks, allowing developers to mimic styles like Facebook's photo upload indicator, as demonstrated in the example code.
Compatible with iOS 5.0 and above, making it suitable for legacy applications that need to support older versions, as stated in the README's compatibility section.
Last significant update was in 2013 with no recent activity, meaning it lacks modern iOS features, Swift support, and may have compatibility issues with newer Xcode versions.
The README provides only basic example code and installation steps, missing comprehensive guides, API references, or troubleshooting for complex use cases.
Built purely in Objective-C, requiring bridging headers in Swift projects and adding integration complexity compared to native Swift libraries.