ui-tests

Automate iOS UI tests using the Robot pattern with XCTest and SwiftMockServer.

Updated Jan 15, 2026
One-click install
npx skills add https://github.com/vjr2005/Challenge --skill ui-tests
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ui-tests
Source: https://github.com/vjr2005/Challenge/tree/main/.claude/skills/ui-tests
Command: npx skills add https://github.com/vjr2005/Challenge --skill ui-tests

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

UI tests for iOS apps can be brittle and hard to maintain. This skill provides a structured Robot-pattern approach to building robust, reusable UI test suites with mock server support.

Core Features & Use Cases

  • Robot-based UI tests with per-screen Robots (e.g., HomeRobot, CharacterListRobot, CharacterDetailRobot) to encapsulate interactions.
  • Mock server-driven test scenarios using SwiftMockServer for deterministic network responses.
  • Reusable test DSL and scenario orchestration to cover navigation, data loading, error handling, and accessibility checks.

Quick Start

Create your first UI test using the Robot pattern and run it in Xcode to validate navigation flows.

Frequently Asked Questions about ui-tests

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I write maintainable XCTest UI tests for iOS apps?

You can create maintainable XCTest UI tests by adopting the Robot pattern, which encapsulates screen-specific interactions within dedicated Robots like HomeRobot. This structure isolates test logic, prevents brittle scripts, and ensures reusable UI test scenarios across your iOS app.

What is the Robot pattern in iOS UI testing?

The Robot pattern in iOS UI testing is a structured approach where per-screen Robots encapsulate view interactions and assertions. It enforces private view identifiers and per-robot contracts, creating a reusable test DSL that keeps complex navigation flows deterministic and maintainable.

How do I use a mock server for deterministic iOS UI tests?

You can achieve deterministic iOS UI tests by integrating SwiftMockServer to back your test workflow. This mock server drives test scenarios by providing controlled network responses, allowing you to reliably validate navigation, data loading, and error handling without live API dependencies.

How do I validate accessibility identifiers in XCTest UI tests?

You validate accessibility identifiers in XCTest UI tests by enforcing a structured workflow with private view identifiers and per-robot contracts. Screen Robots interact with these identifiers to reliably locate elements and validate navigation flows across different testing scenarios.

Can I use the Robot pattern with XCTest for complex navigation flows?

Yes, you can use the Robot pattern with XCTest to orchestrate complex navigation flows. A shared UITestCase organizes test scenarios while screen-specific Robots handle navigation, data loading, and error recovery, creating a structured DSL for reliable end-to-end UI testing.

How do I organize shared UI test scenarios in Xcode?

You organize shared UI test scenarios in Xcode by using a shared UITestCase that orchestrates recoverable scenarios across multiple screen Robots. This workflow centralizes test setup and scenario management, ensuring consistent navigation and accessibility validation throughout your test suite.