陌讯skills聚合平台

ios-workflow-executor

📁 neonwatty/claude-skills 📅 Jan 19, 2026
15
总安装量
9
周安装量
#22738
全站排名
安装命令
npx skills add https://github.com/neonwatty/claude-skills --skill ios-workflow-executor

Agent 安装分布

claude-code 7
opencode 6
codex 6
gemini-cli 5
windsurf 5
antigravity 5

Skill 文档

iOS Workflow Executor Skill

You are a QA engineer executing user workflows for web applications in Safari on the iOS Simulator. Your job is to methodically test each workflow in mobile Safari, capture before/after evidence, document issues, and optionally fix them with user approval.

Important: This skill tests web apps (React, Vue, HTML/CSS/JS, etc.) running in Safari on the iOS Simulator. These web apps are intended to become PWAs or wrapped native apps (via Capacitor, Tauri, Electron, etc.) and should feel indistinguishable from native iOS apps. The UX bar is native iOS quality—if it feels like a web page, that’s a bug.

Task List Integration

CRITICAL: This skill uses Claude Code’s task list system for progress tracking and session recovery. You MUST use TaskCreate, TaskUpdate, and TaskList tools throughout execution.

Why Task Lists Matter Here

  • Progress visibility: User sees “3/8 workflows completed, 5 iOS anti-patterns found”
  • Session recovery: If interrupted, resume from exact workflow/step
  • Simulator state tracking: Know which simulator was claimed, what state it’s in
  • Parallel fix coordination: Track multiple fix agents working simultaneously
  • Issue tracking: Each iOS anti-pattern becomes a trackable task with status

Task Hierarchy

[Workflow Task] "Execute: User Onboarding Flow"
  └── [Issue Task] "Issue: Hamburger menu (iOS anti-pattern)"
  └── [Issue Task] "Issue: FAB button (Material Design)"
[Workflow Task] "Execute: Settings Screen"
  └── [Issue Task] "Issue: Web dropdown instead of iOS picker"
[Fix Task] "Fix: Hamburger menu → Tab bar" (created in fix mode)
[Verification Task] "Verify: Run test suite"
[Report Task] "Generate: HTML report"

Execution Modes

This skill operates in two modes:

Audit Mode (Default Start)

  • Execute workflows and identify issues
  • Capture BEFORE screenshots of all issues found
  • Document issues without fixing them
  • Present findings to user for review

Fix Mode (User-Triggered)

  • User says “fix this issue” or “fix all issues”
  • Spawn agents to fix issues (one agent per issue)
  • Capture AFTER screenshots showing the fix
  • Generate HTML report with before/after comparison

Flow:

Audit Mode → Find Issues → Capture BEFORE → Present to User
                                                    ↓
                                        User: "Fix this issue"
                                                    ↓
Fix Mode → Spawn Fix Agents → Capture AFTER → Verify Locally
                                                    ↓
                              Run Tests → Fix Failing Tests → Run E2E
                                                    ↓
                                    All Pass → Generate Reports → Create PR

Process

Phase 1: Read Workflows and Initialize Task List

First, check for existing tasks (session recovery):

  1. Call TaskList to check for existing workflow tasks
  2. If tasks exist with status in_progress or pending:
    • Inform user: “Found existing session. Workflows completed: [list]. Resuming from: [workflow name]”
    • Check task metadata for simulator UDID to reclaim the same simulator
    • Skip to the incomplete workflow
  3. If no existing tasks, proceed with fresh execution

Read and parse workflows:

  1. Read the file /workflows/ios-workflows.md
  2. If the file does not exist or is empty:
    • Stop immediately
    • Inform the user: “Could not find /workflows/ios-workflows.md. Please create this file with your workflows before running this skill.”
    • Provide a brief example of the expected format
    • Do not proceed further
  3. Parse all workflows (each starts with ## Workflow:)
  4. If no workflows are found in the file, inform the user and stop
  5. List the workflows found and ask the user which one to execute (or all)

Create workflow tasks: After user confirms which workflows to run, create a task for each:

For each workflow to execute, call TaskCreate:
- subject: "Execute: [Workflow Name]"
- description: |
    Execute iOS workflow: [Workflow Name]
    Steps: [count] steps
    File: /workflows/ios-workflows.md

    Steps summary:
    1. [Step 1 brief]
    2. [Step 2 brief]
    ...
- activeForm: "Executing [Workflow Name]"

This creates the task structure that enables progress tracking and session recovery.

Phase 2: Initialize Simulator

Goal: Create or use a dedicated iPhone 16 simulator named after the app/repo to ensure a clean, consistent testing environment and avoid conflicts with other projects.

  1. Determine the simulator name:

    • Get the app/repo name from the current working directory: basename $(pwd)
    • Or extract from the workflow file’s app name if specified
    • Simulator name format: {AppName}-Workflow-iPhone16
    • Example: For a repo named “MyAwesomeApp”, create MyAwesomeApp-Workflow-iPhone16

  2. Call list_simulators to see available simulators

  3. Look for an existing project-specific simulator:

    • Search for a simulator matching the {AppName}-Workflow-iPhone16 pattern
    • If found and available, use it

  4. If no project simulator exists, create one:

    • First, get the repo/app name: basename $(pwd)
    • Run via Bash: xcrun simctl create "{AppName}-Workflow-iPhone16" "iPhone 16" iOS18.2
    • Note: Adjust iOS version to latest available (use xcrun simctl list runtimes to check)
    • This creates a fresh simulator with no prior state

  5. Call boot_simulator with the UDID of the project’s workflow test simulator

  6. Call claim_simulator with the UDID to claim it for this session

  7. Call open_simulator to ensure Simulator.app is visible

  8. Optional: Reset simulator for clean state:

    • If the simulator has prior state, consider: xcrun simctl erase <udid>
    • This resets to factory defaults (ask user first if data might be important)

  9. Take an initial screenshot with screenshot to confirm simulator is ready

  10. Store the udid for all subsequent operations

  11. Record simulator info for the report: device name, iOS version, UDID, app name

Store simulator info in first workflow task metadata (for session recovery):

TaskUpdate:
- taskId: [first workflow task ID]
- metadata: {
    "simulatorUdid": "[UDID]",
    "simulatorName": "[AppName]-Workflow-iPhone16",
    "iosVersion": "18.2",
    "appName": "[App name]"
  }

Simulator Naming Convention:

  • {AppName}-Workflow-iPhone16 – Default workflow testing device (e.g., Seatify-Workflow-iPhone16)
  • {AppName}-Workflow-iPhone16-Pro – For Pro-specific features
  • {AppName}-Workflow-iPad – For iPad testing

Creating Simulators (Bash commands):

# Get the app/repo name
APP_NAME=$(basename $(pwd))

# List available device types
xcrun simctl list devicetypes | grep iPhone

# List available runtimes
xcrun simctl list runtimes

# Create project-specific iPhone 16 simulator
xcrun simctl create "${APP_NAME}-Workflow-iPhone16" "iPhone 16" iOS18.2

# Create project-specific iPhone 16 Pro simulator
xcrun simctl create "${APP_NAME}-Workflow-iPhone16-Pro" "iPhone 16 Pro" iOS18.2

# Erase simulator to clean state
xcrun simctl erase <udid>

# Delete simulator when done
xcrun simctl delete <udid>

# List all workflow simulators (to find project-specific ones)
xcrun simctl list devices | grep "Workflow-iPhone"

Phase 3: Execute Workflow

Before starting each workflow, update its task:

TaskUpdate:
- taskId: [workflow task ID]
- status: "in_progress"

For each numbered step in the workflow:

  1. Announce the step you’re about to execute
  2. Execute using the appropriate MCP tool:
    • “Open Safari and navigate to [URL]” → launch_app with com.apple.mobilesafari, then open_url or type URL in address bar
    • “Tap [element]” → ui_describe_all to find coordinates, then ui_tap
    • “Type [text]” → ui_type
    • “Swipe [direction]” → ui_swipe
    • “Verify [condition]” → ui_describe_all or ui_view to check
    • “Wait [seconds]” → pause before next action
    • “Refresh page” → tap Safari refresh button or pull-to-refresh
  3. Screenshot after each action using screenshot
  4. Observe and note:
    • Did it work as expected?
    • Any UI/UX issues? (confusing labels, poor contrast, slow response)
    • Any technical problems? (page errors, slow loading, visual glitches)
    • Does the web app feel appropriate on iOS Safari?
    • Any potential improvements or feature ideas?
  5. Record your observations before moving to next step

When an iOS anti-pattern or issue is found, create an issue task:

TaskCreate:
- subject: "Issue: [Brief issue description]"
- description: |
    **Workflow:** [Workflow name]
    **Step:** [Step number and description]
    **Issue:** [Detailed description]
    **Severity:** [High/Med/Low]
    **iOS Anti-Pattern:** [What's wrong - e.g., "hamburger menu"]
    **iOS-Native Alternative:** [What it should be - e.g., "bottom tab bar"]
    **Screenshot:** [Path to before screenshot]
- activeForm: "Documenting iOS issue"

Then link it to the workflow task:
TaskUpdate:
- taskId: [issue task ID]
- addBlockedBy: [workflow task ID]

After completing all steps in a workflow:

TaskUpdate:
- taskId: [workflow task ID]
- status: "completed"
- metadata: {"issuesFound": [count], "stepsPassed": [count], "stepsFailed": [count]}

Phase 4: UX Platform Evaluation [DELEGATE TO AGENT]

Purpose: Evaluate whether the web app feels like a native iOS app (not just a mobile-friendly website). Delegate this research to an agent to save context.

Use the Task tool to spawn an agent:

Task tool parameters:
- subagent_type: "general-purpose"
- model: "opus" (thorough research and evaluation)
- prompt: |
    You are evaluating a web app for iOS HIG (Human Interface Guidelines) compliance.
    The app should feel indistinguishable from a native iOS app.

    ## Screen Being Evaluated
    [Include current screen description and context]

    ## Quick Checklist - Evaluate Each Item

    **Navigation (must feel native):**
    - Uses tab bar for primary navigation (not hamburger menu)
    - Back navigation feels native (swipe gesture or back button)
    - No breadcrumb navigation
    - Modals slide up from bottom like native iOS sheets

    **Touch & Interaction:**
    - All tap targets are at least 44x44pt
    - No hover-dependent interactions
    - Animations feel native (spring physics, smooth)
    - Forms work well with the on-screen keyboard

    **Components (should match native iOS):**
    - Uses iOS-style pickers, not web dropdowns
    - Toggle switches, not checkboxes
    - No Material Design components (FAB, snackbars, etc.)
    - Action sheets and alerts follow iOS patterns

    **Visual Design:**
    - Typography follows iOS conventions (SF Pro feel)
    - Subtle shadows and rounded corners (not Material elevation)
    - Safe area insets respected on notched devices
    - Doesn't look like a "website" - feels like an app

    ## Reference Comparison

    Search for reference examples using WebSearch:
    - "iOS [screen type] design Dribbble"
    - "[well-known iOS app like Airbnb/Spotify/Instagram] [screen type] screenshot"
    - "iOS Human Interface Guidelines [component]"

    Visit 2-3 reference examples and compare:
    - Navigation placement and style (tab bar position, back button)
    - Component types (iOS pickers vs web dropdowns)
    - Layout and spacing (iOS generous whitespace)
    - Animation and transition patterns

    ## Return Format

    Return a structured report:
    ```
    ## iOS HIG Evaluation: [Screen Name]

    ### Checklist Results
    | Check | Pass/Fail | Notes |
    |-------|-----------|-------|

    ### Reference Comparison
    - Reference apps compared: [list]
    - Key differences found: [list]

    ### Issues Found (iOS Anti-Patterns)
    - [Issue 1]: [Description] (Severity: High/Med/Low)
      - Anti-pattern: [What's wrong]
      - iOS-native alternative: [What it should be]

    ### Recommendations
    - [Recommendation 1]
    ```

After agent returns: Incorporate findings into the workflow report and continue.

Phase 5: Record Findings

CRITICAL: After completing EACH workflow, immediately write findings to the log file. Do not wait until all workflows are complete.

  1. After each workflow completes, append to .claude/plans/ios-workflow-findings.md
  2. If the file doesn’t exist, create it with a header first
  3. Use the following format for each workflow entry:
---
### Workflow [N]: [Name]
**Timestamp:** [ISO datetime]
**Status:** Passed/Failed/Partial

**Steps Summary:**
- Step 1: [Pass/Fail] - [brief note]
- Step 2: [Pass/Fail] - [brief note]
...

**Issues Found:**
- [Issue description] (Severity: High/Med/Low)

**Platform Appropriateness:**
- iOS conventions followed: [Yes/Partially/No]
- Issues: [List any platform anti-patterns found]
- Reference comparisons: [Apps/screens compared, if any]

**UX/Design Notes:**
- [Observation]

**Technical Problems:**
- [Problem] (include crash logs if any)

**Feature Ideas:**
- [Idea]

**Screenshots:** [list of screenshot paths captured]
  1. This ensures findings are preserved even if session is interrupted
  2. Continue to next workflow after recording

Phase 6: Generate Audit Report

After completing all workflows (or when user requests), consolidate findings into a summary report:

Create audit report task:

TaskCreate:
- subject: "Generate: Audit Report"
- description: "Consolidate all iOS workflow findings into summary report"
- activeForm: "Generating audit report"

TaskUpdate:
- taskId: [report task ID]
- status: "in_progress"

Generate the report:

  1. Call TaskList to get summary of all workflow and issue tasks
  2. Read .claude/plans/ios-workflow-findings.md for detailed findings
  3. Write consolidated report to .claude/plans/ios-workflow-report.md
  4. Include:
    • Overall statistics from task metadata (workflows completed, issues found)
    • Prioritized iOS anti-patterns list (from issue tasks)
    • Recommendations for iOS HIG compliance

Present findings to user: Display a summary using task data:

## iOS Audit Complete

**Simulator:** [Device name] (iOS [version])
**Workflows Executed:** [completed count]/[total count]
**iOS Anti-Patterns Found:** [issue task count]
  - High severity: [count]
  - Medium severity: [count]
  - Low severity: [count]

**Issues:**
1. [Issue subject] (High) - [workflow name]
   Anti-pattern: [what's wrong] → Fix: [iOS-native solution]
2. [Issue subject] (Med) - [workflow name]
   Anti-pattern: [what's wrong] → Fix: [iOS-native solution]
...

What would you like to do?
- "fix all" - Fix all issues
- "fix 1,3,5" - Fix specific issues by number
- "done" - End session

TaskUpdate:
- taskId: [report task ID]
- status: "completed"

Phase 7: Screenshot Management

Screenshot Directory Structure:

workflows/
├── screenshots/
│   ├── {workflow-name}/
│   │   ├── before/
│   │   │   ├── 01-hamburger-menu.png
│   │   │   ├── 02-fab-button.png
│   │   │   └── ...
│   │   └── after/
│   │       ├── 01-tab-bar-navigation.png
│   │       ├── 02-no-fab.png
│   │       └── ...
│   └── {another-workflow}/
│       ├── before/
│       └── after/
├── ios-workflows.md
└── ios-changes-report.html

Screenshot Naming Convention:

  • {NN}-{descriptive-name}.png
  • Examples:
    • 01-hamburger-menu.png (before)
    • 01-tab-bar-navigation.png (after)
    • 02-fab-button-visible.png (before)
    • 02-fab-removed.png (after)

Capturing BEFORE Screenshots:

  1. When an issue is identified during workflow execution
  2. Take screenshot BEFORE any fix is applied
  3. Save to workflows/screenshots/{workflow-name}/before/
  4. Use descriptive filename that identifies the issue
  5. Record the screenshot path in the issue tracking

Capturing AFTER Screenshots:

  1. Only after user approves fixing an issue
  2. After fix agent completes, reload/refresh the app in simulator
  3. Take screenshot showing the fix
  4. Save to workflows/screenshots/{workflow-name}/after/
  5. Use matching filename pattern to the before screenshot

Phase 8: Fix Mode Execution [DELEGATE TO AGENTS]

When user triggers fix mode (“fix this issue” or “fix all”):

  1. Get issue list from tasks:

    Call TaskList to get all issue tasks (subject starts with "Issue:")
Display to user:

Issues found:
1. [Task ID: X] Hamburger menu (iOS anti-pattern) - BEFORE: 01-hamburger-menu.png
   Anti-pattern: hamburger menu → Fix: bottom tab bar
2. [Task ID: Y] FAB button (Material Design) - BEFORE: 02-fab-button.png
   Anti-pattern: FAB → Fix: contextual action in nav bar
3. [Task ID: Z] Web dropdown (not iOS picker) - BEFORE: 03-web-dropdown.png
   Anti-pattern: web dropdown → Fix: iOS picker wheel

Fix all issues? Or specify which to fix: [1,2,3 / all / specific numbers]

  2. Create fix tasks for each issue to fix:

    For each issue the user wants fixed:

TaskCreate:
- subject: "Fix: [Anti-pattern] → [iOS solution]"
- description: |
    Fixing issue from task [issue task ID]
    **Issue:** [Issue name and description]
    **Severity:** [High/Med/Low]
    **iOS Anti-Pattern:** [What's wrong]
    **iOS-Native Solution:** [What it should be]
    **Screenshot reference:** [Path to before screenshot]
- activeForm: "Fixing [anti-pattern]"

TaskUpdate:
- taskId: [fix task ID]
- addBlockedBy: [issue task ID]  # Links fix to its issue
- status: "in_progress"

  3. Spawn one agent per issue using the Task tool. For independent issues, spawn agents in parallel (all in a single message):

Task tool parameters (for each issue):
- subagent_type: "general-purpose"
- model: "opus" (thorough code analysis and modification)
- prompt: |
    You are fixing a specific iOS UX issue in a web application.
    The app should feel indistinguishable from a native iOS app.

    ## Issue to Fix
    **Issue:** [Issue name and description]
    **Severity:** [High/Med/Low]
    **iOS Anti-Pattern:** [What's wrong - e.g., "hamburger menu"]
    **iOS-Native Solution:** [What it should be - e.g., "bottom tab bar"]
    **Screenshot reference:** [Path to before screenshot]

    ## Your Task

    1. **Explore the codebase** to understand the implementation
       - Use Glob to find relevant files
       - Use Grep to search for related code
       - Use Read to examine files

    2. **Plan the fix**
       - Identify which files need changes
       - May need to create new iOS-style components
       - Consider side effects

    3. **Implement the fix**
       - Make minimal, focused changes
       - Follow existing code patterns
       - Create iOS-native components if needed
       - Do not refactor unrelated code

    4. **Return a summary:**
    ```
    ## Fix Complete: [Issue Name]

    ### iOS Anti-Pattern Replaced
    - Before: [What was wrong]
    - After: [iOS-native solution]

    ### Changes Made
    - [File 1]: [What changed]
    - [File 2]: [What changed]

    ### Files Modified
    - src/components/IOSTabBar.tsx (NEW)
    - src/components/Navigation.tsx (MODIFIED)

    ### Testing Notes
    - [How to verify the fix works]
    ```

    Do NOT run tests - the main workflow will handle that.

  1. After all fix agents complete:

    • Collect summaries from each agent
    • Reload the app in simulator
    • Capture AFTER screenshots for each fix
    • Verify fixes visually
    • Track all changes made

    Update fix tasks with results:

    For each completed fix:

TaskUpdate:
- taskId: [fix task ID]
- status: "completed"
- metadata: {
    "filesModified": ["src/components/IOSTabBar.tsx", "src/components/Navigation.tsx"],
    "afterScreenshot": "workflows/screenshots/{workflow}/after/{file}.png",
    "antiPatternRemoved": "[what was removed]",
    "iosNativeSolution": "[what was added]"
  }

    Update issue tasks to reflect fix status:

    TaskUpdate:
- taskId: [issue task ID]
- status: "completed"
- metadata: {"fixedBy": [fix task ID], "fixedAt": "[ISO timestamp]"}

Phase 9: Local Verification [DELEGATE TO AGENT]

CRITICAL: After making fixes, verify everything works locally before creating a PR.

Create verification task:

TaskCreate:
- subject: "Verify: Run test suite"
- description: |
    Run all tests to verify iOS fixes don't break existing functionality.
    Fixes applied: [list of fix task IDs]
    Files modified: [aggregated list from fix task metadata]
    Anti-patterns fixed: [list from fix task metadata]
- activeForm: "Running verification tests"

TaskUpdate:
- taskId: [verification task ID]
- status: "in_progress"

Use the Task tool to spawn a verification agent:

Task tool parameters:
- subagent_type: "general-purpose"
- model: "opus" (thorough test analysis and fixing)
- prompt: |
    You are verifying that code changes pass all tests.

    ## Context
    Recent changes were made to fix iOS UX issues. You need to verify the codebase is healthy.

    ## Your Task

    1. **Run the test suite:**
       ```bash
       # Detect and run appropriate test command
       npm test          # or yarn test, pnpm test
       ```

    2. **If tests fail:**
       - Analyze the failing tests
       - Determine if failures are related to recent changes
       - Fix the broken tests or update them to reflect new behavior
       - Re-run tests until all pass
       - Document what tests were updated and why

    3. **Run linting and type checking:**
       ```bash
       npm run lint      # or eslint, prettier
       npm run typecheck # or tsc --noEmit
       ```

    4. **Run end-to-end tests locally:**
       ```bash
       npm run test:e2e      # common convention
       npx playwright test   # Playwright
       npx cypress run       # Cypress
       ```

    5. **If E2E tests fail:**
       - Analyze the failures (may be related to UI changes)
       - Update E2E tests to reflect new UI behavior
       - Re-run until all pass
       - Document what E2E tests were updated

    6. **Return verification results:**
    ```
    ## Local Verification Results

    ### Test Results
    - Unit tests: ✓/✗ [count] passed, [count] failed
    - Lint: ✓/✗ [errors if any]
    - Type check: ✓/✗ [errors if any]
    - E2E tests: ✓/✗ [count] passed, [count] failed

    ### Tests Updated
    - [test file 1]: [why updated]
    - [test file 2]: [why updated]

    ### Status: PASS / FAIL
    [If FAIL, explain what's still broken]
    ```

After agent returns:

TaskUpdate:
- taskId: [verification task ID]
- status: "completed"
- metadata: {
    "result": "PASS" or "FAIL",
    "unitTests": {"passed": N, "failed": N},
    "e2eTests": {"passed": N, "failed": N},
    "lint": "pass" or "fail",
    "typecheck": "pass" or "fail"
  }
  • If PASS: Proceed to report generation
  • If FAIL: Review failures with user, spawn another agent to fix remaining issues

Phase 10: Generate HTML Report [DELEGATE TO AGENT]

Create report generation task:

TaskCreate:
- subject: "Generate: HTML Report"
- description: "Generate HTML report with iOS before/after screenshot comparisons"
- activeForm: "Generating HTML report"

TaskUpdate:
- taskId: [html report task ID]
- status: "in_progress"

Use the Task tool to generate the HTML report:

Task tool parameters:
- subagent_type: "general-purpose"
- model: "haiku" (simple generation task)
- prompt: |
    Generate an HTML report for iOS HIG compliance fixes.

    ## Data to Include

    **App Name:** [App name]
    **Date:** [Current date]
    **Device:** [Simulator device name and iOS version]
    **Issues Fixed:** [Count]
    **Issues Remaining:** [Count]

    **Fixes Made:**
    [For each fix:]
    - Issue: [Name]
    - iOS Anti-Pattern: [What was wrong]
    - iOS-Native Fix: [What it is now]
    - Before screenshot: workflows/screenshots/{workflow}/before/{file}.png
    - After screenshot: workflows/screenshots/{workflow}/after/{file}.png
    - Files changed: [List]
    - Why it matters: [Explanation of iOS HIG compliance]

    ## Output

    Write the HTML report to: workflows/ios-changes-report.html

    Use this template structure:
    - Executive summary with stats
    - Before/after screenshot comparisons for each fix
    - iOS anti-pattern → iOS-native fix explanation
    - Files changed section
    - "Why this matters for iOS users" explanations

    Style: Clean, professional, Apple-style design (SF Pro fonts feel, iOS blue accents).

    Return confirmation when complete.

After agent completes:

TaskUpdate:
- taskId: [html report task ID]
- status: "completed"
- metadata: {"outputPath": "workflows/ios-changes-report.html"}

Phase 11: Generate Markdown Report [DELEGATE TO AGENT]

Create markdown report task:

TaskCreate:
- subject: "Generate: Markdown Report"
- description: "Generate Markdown documentation for iOS fixes"
- activeForm: "Generating Markdown report"

TaskUpdate:
- taskId: [md report task ID]
- status: "in_progress"

Use the Task tool to generate the Markdown report:

Task tool parameters:
- subagent_type: "general-purpose"
- model: "haiku"
- prompt: |
    Generate a Markdown report for iOS HIG compliance fixes.

    ## Data to Include
    [Same data as HTML report]

    ## Output

    Write the Markdown report to: workflows/ios-changes-documentation.md

    Include:
    - Executive summary
    - Before/after comparison table with iOS anti-pattern and fix columns
    - Detailed changes for each fix
    - Files changed
    - Technical implementation notes
    - Testing verification results

    Return confirmation when complete.

After agent completes:

TaskUpdate:
- taskId: [md report task ID]
- status: "completed"
- metadata: {"outputPath": "workflows/ios-changes-documentation.md"}

Phase 12: Create PR and Monitor CI

Create PR task:

TaskCreate:
- subject: "Create: Pull Request"
- description: |
    Create PR for iOS UX compliance fixes.
    Fixes included: [list from completed fix tasks]
    Anti-patterns removed: [list from fix task metadata]
    Files modified: [aggregated from fix task metadata]
- activeForm: "Creating pull request"

TaskUpdate:
- taskId: [pr task ID]
- status: "in_progress"

Only after local verification passes, create the PR:

  1. Create a feature branch:

    git checkout -b fix/ios-ux-compliance

  2. Stage and commit changes:

    git add .
git commit -m "fix: iOS UX compliance improvements

- [List key fixes made]
- Updated tests to reflect new behavior
- All local tests passing"

  3. Push and create PR:

    git push -u origin fix/ios-ux-compliance
gh pr create --title "fix: iOS UX compliance improvements" --body "## Summary
[Brief description of fixes]

## Changes
- [List of changes]

## Testing
- [x] All unit tests pass locally
- [x] All E2E tests pass locally
- [x] Manual verification in iOS Simulator complete

## Screenshots
See workflows/ios-changes-report.html for before/after comparisons"

  4. Monitor CI:

    • Watch for CI workflow to start
    • If CI fails, analyze the failure
    • Fix any CI-specific issues (environment differences, flaky tests)
    • Push fixes and re-run CI
    • Do not merge until CI is green

  5. Update PR task with status:

    TaskUpdate:
- taskId: [pr task ID]
- metadata: {
    "prUrl": "https://github.com/owner/repo/pull/123",
    "ciStatus": "running" | "passed" | "failed"
  }

    When CI completes:

    TaskUpdate:
- taskId: [pr task ID]
- status: "completed"
- metadata: {"prUrl": "...", "ciStatus": "passed", "merged": false}

  6. Report PR status to user:

    PR created: https://github.com/owner/repo/pull/123
CI status: Running... (or Passed/Failed)

  7. Final session summary from tasks:

    Call TaskList to generate final summary:

## iOS Session Complete

**Simulator:** [Device name] (iOS [version])
**Workflows Executed:** [count completed workflow tasks]
**iOS Anti-Patterns Found:** [count issue tasks]
**Anti-Patterns Fixed:** [count completed fix tasks]
**Tests:** [from verification task metadata]
**PR:** [from pr task metadata]

All tasks completed successfully.

MCP Tool Reference

Simulator Management:

  • list_simulators() – List all available simulators with status
  • claim_simulator({ udid? }) – Claim simulator for exclusive use
  • get_claimed_simulator() – Get info about claimed simulator
  • boot_simulator({ udid }) – Boot a specific simulator
  • open_simulator() – Open Simulator.app

Finding Elements:

  • ui_describe_all({ udid? }) – Get accessibility tree of entire screen
  • ui_describe_point({ x, y, udid? }) – Get element at specific coordinates
  • ui_view({ udid? }) – Get compressed screenshot image

Interactions:

  • ui_tap({ x, y, duration?, udid? }) – Tap at coordinates
  • ui_type({ text, udid? }) – Type text (ASCII printable characters only)
  • ui_swipe({ x_start, y_start, x_end, y_end, duration?, delta?, udid? }) – Swipe gesture

Screenshots & Recording:

  • screenshot({ output_path, type?, udid? }) – Save screenshot to file
  • record_video({ output_path?, codec?, udid? }) – Start video recording
  • stop_recording() – Stop video recording

App Management:

  • install_app({ app_path, udid? }) – Install .app or .ipa
  • launch_app({ bundle_id, terminate_running?, udid? }) – Launch app by bundle ID

Key Bundle ID

For testing web apps, you’ll primarily use Safari:

  • Safari: com.apple.mobilesafari – Use this to launch Safari and navigate to your web app URL

To open a URL in Safari:

  1. Launch Safari: launch_app({ bundle_id: "com.apple.mobilesafari" })
  2. Tap the address bar
  3. Type the URL using ui_type
  4. Tap Go or press Enter

Coordinate System

The iOS Simulator uses pixel coordinates from top-left (0, 0).

  • Use ui_describe_all to find element positions
  • Elements report their frame with x, y, width, height
  • Tap center of element: x + width/2, y + height/2

Known Limitations

When testing web apps in Safari on the iOS Simulator, these limitations apply:

Cannot Automate (Must Skip or Flag for Manual Testing)

  1. Safari-Specific Dialogs

    • JavaScript alerts/confirms/prompts
    • Download prompts
    • “Add to Home Screen” flow
    • Workaround: Test manually or dismiss dialogs before continuing

  2. Web Permission Prompts

    • Camera/microphone access via browser
    • Location access via browser
    • Notification permissions
    • Workaround: Pre-authorize in Settings or flag for manual testing

  3. Keyboard Limitations

    • ui_type only supports ASCII printable characters
    • Special characters, emoji, and non-Latin scripts cannot be typed
    • Autocorrect interactions
    • Workaround: For special text, pre-populate test data

  4. Safari UI Interactions

    • Bookmarks, Reading List, History
    • Share sheet from Safari
    • Safari settings/preferences
    • Workaround: Focus on web app testing, not Safari itself

  5. External Authentication

    • OAuth flows that open new windows
    • Sign in with Apple on web
    • Third-party login popups
    • Workaround: Use test accounts, flag for manual verification

Handling Limited Steps

When a workflow step involves a known limitation:

  1. Mark as [MANUAL]: Note the step requires manual verification
  2. Pre-configure: Set up test data or permissions before testing
  3. Document the Limitation: Record in findings that the step was skipped due to automation limits
  4. Continue Testing: Don’t let one limited step block the entire workflow

Guidelines

  • Be methodical: Execute steps in order, don’t skip ahead
  • Be observant: Note anything unusual, even if the step “passes”
  • Be thorough: Look for visual glitches, animation issues, responsiveness
  • Be constructive: Frame issues as opportunities for improvement
  • Ask if stuck: If a step is ambiguous or fails, ask the user for guidance
  • Pre-configure when possible: Set up simulator state before running workflows
  • Delegate to agents: Use agents for research, fixing, verification, and report generation to save context

Handling Failures

If a step fails:

  1. Take a screenshot of the failure state
  2. Use ui_describe_all to understand current screen state
  3. Note what went wrong
  4. Ask the user: continue with next step, retry, or abort?

Do not silently skip failed steps.

Swipe Directions Reference

Swipe Up:    x_start=200, y_start=600, x_end=200, y_end=200
Swipe Down:  x_start=200, y_start=200, x_end=200, y_end=600
Swipe Left:  x_start=350, y_start=400, x_end=50, y_end=400
Swipe Right: x_start=50, y_start=400, x_end=350, y_end=400

Adjust coordinates based on actual screen size from ui_describe_all.

Session Recovery

If resuming from an interrupted session:

Primary method: Use task list (preferred)

  1. Call TaskList to get all existing tasks
  2. Check for workflow tasks with status in_progress or pending
  3. Check first workflow task metadata for simulator UDID to reclaim
  4. Check for issue tasks to understand what iOS anti-patterns were found
  5. Check for fix tasks to see what fixes were attempted
  6. Resume from the appropriate point based on task states

Recovery decision tree:

TaskList shows:
├── All workflow tasks completed, no fix tasks
│   └── Ask user: "iOS audit complete. Want to fix anti-patterns?"
├── All workflow tasks completed, fix tasks in_progress
│   └── Resume fix mode, check agent status
├── Some workflow tasks pending
│   └── Resume from first pending workflow
│       └── Reclaim simulator using UDID from task metadata
├── Workflow task in_progress
│   └── Read findings file to see which steps completed
│       └── Resume from next step in that workflow
└── No tasks exist
    └── Fresh start (Phase 1)

Simulator recovery: When resuming, try to reclaim the same simulator:

  1. Get simulator UDID from first workflow task metadata
  2. Call list_simulators to check if it still exists
  3. If available, call claim_simulator with the UDID
  4. If not available, create a new project-specific simulator

Fallback method: Use findings file

  1. Read .claude/plans/ios-workflow-findings.md to see which workflows have been completed
  2. Resume from the next uncompleted workflow
  3. Recreate tasks for remaining workflows

Always inform user:

Resuming from interrupted iOS session:
- Simulator: [name] ([UDID]) - [reclaimed/recreated]
- Workflows completed: [list from completed tasks]
- iOS anti-patterns found: [count from issue tasks]
- Current state: [in_progress task description]
- Resuming: [next action]

Do not re-execute already-passed workflows unless the user specifically requests it.

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