How do I change the grid color in Cribble?

Use CribbleOptions to set the color property, for example, CribbleOptions(color: UIColor.red), as demonstrated in the README's customization section. This allows you to match the grid to your design preferences for better visibility.

Cribble vs Xcode's view debugger for UI alignment checks?

Cribble offers a simpler, shake-activated grid for quick visual checks of spacing and alignment, while Xcode's debugger provides more detailed hierarchy and constraint inspection. Choose Cribble for convenience during active development, and Xcode for in-depth debugging.

Can Cribble be used with SwiftUI projects?

Cribble is designed for UIKit-based apps and might not integrate seamlessly with SwiftUI without additional bridging or workarounds. The README doesn't mention SwiftUI support, so check community resources for potential adaptations.

How to disable Cribble in production builds to avoid overhead?

Conditionally compile Cribble code using preprocessor macros like #if DEBUG or only include it in debug configurations. This ensures the grid overlay doesn't affect performance or appear in release versions of your app.

What are some good alternatives to Cribble for iOS visual testing?

Alternatives include FBSnapshotTestCase for automated snapshot testing, or design tools like Figma mirrors for collaborative inspection. Cribble is unique for its lightweight, shake-to-toggle grid, but lacks automation features compared to these tools.

Does Cribble work on iPad simulators or only physical devices?

Cribble should work on simulators as the shake gesture can be simulated via the hardware menu or keyboard shortcuts in Xcode. However, performance might vary, and the README doesn't specify simulator-specific considerations.

Cribble — iOS Visual Testing Grid Library

What is Cribble?

Cribble is a Swift library for visual testing of iPhone and iPad applications. It overlays a customizable grid on the app's UI to help developers and designers inspect pixel-level alignment, spacing, and layout consistency. The tool is activated by shaking the device, making it easy to toggle during development and testing.

Target Audience

iOS developers and UI/UX designers working on native iPhone and iPad apps who need to ensure pixel-perfect implementation and visual consistency.

Value Proposition

Developers choose Cribble for its dead-simple integration, shake-to-toggle convenience, and customizable grid options, allowing rapid visual feedback without complex setup or external tools.

Swifty tool for visual testing iPhone and iPad apps. Every pixel counts.

Use Cases

Best For

Inspecting UI alignment and spacing in iOS apps
Debugging layout inconsistencies during development
Ensuring pixel-perfect design implementation
Visual testing of responsive layouts on different devices
Quickly toggling a grid overlay without rebuilding the app
Collaborating between designers and developers on UI precision

Not Ideal For

Projects requiring automated visual regression testing as part of CI/CD pipelines.
Cross-platform development teams needing a unified tool for iOS, Android, and web.
Apps with complex motion-based interactions where shake-to-toggle could disrupt user experience.
Teams already using comprehensive UI debugging suites like Xcode's Instruments or third-party design tools.

Pros & Cons

Pros

Shake-to-Toggle Convenience

Allows quick activation or hiding of the grid by shaking the device, as shown in the app delegate code snippet, streamlining visual inspection during development.

Customizable Grid Parameters

Supports adjustment of horizontal and vertical step sizes, opacity, and color via CribbleOptions, enabling tailored visual feedback for different design needs, per the README examples.

Lightweight Integration

Easy setup with just a few lines of code and support for CocoaPods and Carthage, minimizing integration overhead and dependency management complexity.

Real-Time Visual Feedback

Provides immediate grid overlay on the app interface to catch alignment and spacing issues without rebuilding, enhancing development efficiency.

Cons

Platform-Specific Limitation

Only available for iOS, making it ineffective for projects targeting multiple platforms or non-iOS environments, with no mention of expansion in the README.

Lack of Automation

Purely manual operation; cannot be integrated into automated test suites or CI/CD workflows without custom scripting, limiting scalability for large teams.

Basic Feature Scope

Focuses solely on grid overlays, missing advanced visual testing features like snapshot comparison, accessibility checks, or dynamic UI inspection tools.

Gesture Conflict Risk

Relies on the shake gesture, which may interfere with apps that use motion for functionality or in simulator testing where shake is simulated, as noted in the activation method.

Frequently Asked Questions

What is Cribble?

Target Audience

iOS developers and UI/UX designers working on native iPhone and iPad apps who need to ensure pixel-perfect implementation and visual consistency.

Value Proposition

Developers choose Cribble for its dead-simple integration, shake-to-toggle convenience, and customizable grid options, allowing rapid visual feedback without complex setup or external tools.

Use Cases

Best For

Inspecting UI alignment and spacing in iOS apps
Debugging layout inconsistencies during development
Ensuring pixel-perfect design implementation
Visual testing of responsive layouts on different devices
Quickly toggling a grid overlay without rebuilding the app
Collaborating between designers and developers on UI precision

Not Ideal For

Projects requiring automated visual regression testing as part of CI/CD pipelines.
Cross-platform development teams needing a unified tool for iOS, Android, and web.
Apps with complex motion-based interactions where shake-to-toggle could disrupt user experience.
Teams already using comprehensive UI debugging suites like Xcode's Instruments or third-party design tools.

Pros & Cons

Pros

Shake-to-Toggle Convenience

Allows quick activation or hiding of the grid by shaking the device, as shown in the app delegate code snippet, streamlining visual inspection during development.

Customizable Grid Parameters

Supports adjustment of horizontal and vertical step sizes, opacity, and color via CribbleOptions, enabling tailored visual feedback for different design needs, per the README examples.

Lightweight Integration

Easy setup with just a few lines of code and support for CocoaPods and Carthage, minimizing integration overhead and dependency management complexity.

Real-Time Visual Feedback

Provides immediate grid overlay on the app interface to catch alignment and spacing issues without rebuilding, enhancing development efficiency.

Cons

Platform-Specific Limitation

Only available for iOS, making it ineffective for projects targeting multiple platforms or non-iOS environments, with no mention of expansion in the README.

Lack of Automation

Purely manual operation; cannot be integrated into automated test suites or CI/CD workflows without custom scripting, limiting scalability for large teams.

Basic Feature Scope

Focuses solely on grid overlays, missing advanced visual testing features like snapshot comparison, accessibility checks, or dynamic UI inspection tools.

Gesture Conflict Risk

Relies on the shake gesture, which may interfere with apps that use motion for functionality or in simulator testing where shake is simulated, as noted in the activation method.

Frequently Asked Questions

Cribble

What is Cribble?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

Cribble

What is Cribble?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?