Codex bootstrap

Bootstrap a consumer app or package in the active workspace using sibling skills from this repo. Do not add code to AppleDevelopmentFoundation's archive/Sources/ unless the user explicitly requests package work.

Step 1 — Intake

Confirm before writing files:

• Explicit consumer repository path and whether project-local operating guidance is authorized
• Target platforms (iOS, macOS, or both) and minimum OS versions
• SwiftUI app vs Swift Package vs mixed (app + local packages)
• Primary peer destinations and whether the app needs tabs, a sidebar, or no persistent navigation yet
• Existing design system to reuse, or need for a minimal neutral token/component layer
• Auth, persistence, networking, or entitlements constraints (app-owned; not prescribed here)
• Planning-only vs implementation request

Inputs: bootstrap request + any existing design system or app constraints. If planning-only, output the plan and skill selection without writing files.

Step 2 — Project-local operating guidance

Before creating project files:

1. Inspect the consumer repository's root AGENTS.md and every applicable scoped AGENTS.md. Summarize the instructions that already govern the bootstrap.
2. Preserve existing instructions exactly. Never replace, append to, or merge an existing AGENTS.md without the user's explicit authorization for that edit.
3. If no consumer AGENTS.md exists, propose the neutral contract from assets/consumer-AGENTS.md.template and create it only when project-local guidance is within the authorized bootstrap scope. The foundation repository's Scripts/init-consumer-guidance.sh --target <consumer> --dry-run can preview the file; the non-dry-run form refuses conflicts by default.
4. Customize project/workspace, scheme, configuration, platforms, deployment versions, exact simulator or .xcodebuildmcp/config.yaml, repository-native formatter/linter/test commands, the UI inspection contract for user-visible iOS/iPadOS work, and Apple verification policy knobs from inspected consumer configuration and team preference. The inspection contract records deterministic routes or states, safe UI-only launch arguments, a small risk-based evidence matrix, and artifact handling. The policy knobs are XcodeBuildMCP CLI fallback and repository-native raw xcodebuild / xcrun / simctl, each require-approval | allowed | denied. Template default is require-approval for both — keep that unless the user authorizes a different policy. Leave an explicit placeholder when a value cannot be established; do not invent it.
5. If existing guidance lacks this engineering baseline (including the Apple verification policy section and both knobs), show the missing sections and ask for authorization before merging them. A bootstrap can continue under existing instructions when guidance changes are not authorized.

Never modify global ~/.codex/AGENTS.md or infer the foundation repository itself as the consumer target.

Step 3 — Skeleton expectations

Create minimal clean structure in the consumer workspace:

• SwiftUI @main app entry with a single root view shell
• Native primary navigation only when the user supplied multiple peer destinations; use swiftui-tab-navigation for a tab shell
• Platform-appropriate project layout (Xcode project or SPM + app target)
• Empty or stub feature areas — no business domain models unless the user supplied them
• If a shared design-system module is needed, create it in the consumer repo (local SPM target or app group), not in AppleDevelopmentFoundation

Do not copy or rebuild modules from AppleDevelopmentFoundation archive/Sources/. Do not run ./archive/Scripts/create-module.sh in the skills reference repo.

Step 4 — Skill chaining order

Apply skills in this order; skip steps that do not apply:

1. apple-platform-planner — scope the feature set and platform split when the request is broad
2. swiftui-tab-navigation — when the app has multiple persistent peer destinations
3. apple-design-system — semantic tokens, neutral defaults, appearance/contrast/motion
4. swiftui-component-author — reusable components built on the design system
5. ios-macos-platform-adaptation — when iOS and macOS behavior diverges
6. swift-concurrency-review — after async/actor code exists
7. apple-security-privacy-review — after file access, logging, imports, or permissions
8. apple-accessibility-review — after shared UI components exist
9. swift-testing-verification — before calling bootstrap complete

For extraction from an existing app, use reusable-code-extractor into the consumer's shared module — not into this reference repo.

Step 5 — XcodeBuildMCP verification

Use XcodeBuildMCP (see repo MCP.md) — not raw xcodebuild/simctl. Enable the macos workflow in .xcodebuildmcp/config.yaml when macOS tools are missing (simulator tools alone are the MCP default).

1. session_show_defaults — establish or confirm project/workspace, scheme, configuration, and platform destination; report that context before the first action
2. discover_projs — only if defaults are missing or wrong
3. Branch by target platform (do not use iOS simulator tools for macOS-only apps):
   • iOS (simulator): resolve and reuse one exact simulatorId; prefer build_run_sim for launch; before tests, wait for same-project xcodebuild / xctest / test-runner processes; run test_sim without a redundant preceding build and default to extraArgs: ["-parallel-testing-enabled", "NO"]. For user-visible iOS/iPadOS work, run the consumer's small risk-based evidence matrix: a primary route by default, plus only affected sheet, appearance, or Dynamic Type scenarios. For each selected scenario, capture a screenshot, inspect the rendered image, then capture snapshot_ui (ui-automation workflow; iOS simulator only)
   • macOS: use the macos workflow — prefer build_run_macos for a launch smoke; run test_macos when a test target exists (required verification when tests are present). If neither launch smoke nor test_macos runs, require at least build_macos so the skeleton is compiled. Default extraArgs: ["-parallel-testing-enabled", "NO"]. Do not call test_sim, build_run_sim, or ui-automation screenshot/hierarchy tools — XcodeBuildMCP ui-automation is iOS-simulator-only. If no test target exists yet, report that test_macos was skipped and residual risk only after build_run_macos or build_macos succeeds
   • Both: verify each platform with its own tool path above

If an MCP capability is unavailable, follow this ladder without skipping tiers. Read the consumer AGENTS.md Apple verification policy knobs; shell access or an installed binary is never permission by itself:

1. XcodeBuildMCP MCP tools.
2. Matching XcodeBuildMCP CLI workflow only when the CLI policy is allowed, or require-approval with fresh user approval for this step. Skip when denied.
3. Repository-native raw xcodebuild / xcrun / simctl only when the raw-tooling policy is allowed, or require-approval with fresh user approval. Skip when denied. For macOS fallbacks, state destination architecture explicitly (for example platform=macOS,arch=arm64).
4. Report blocked when no authorized path exists, including the policy values in force, checks not run, next action, and residual risk.

Never infer fallback permission from shell access or an installed command. Preserve the same project/workspace, scheme, configuration, exact destination, serialized test scope, and reporting in any authorized fallback.

Report scheme, destination (simulatorId or macOS), and any failure with the next actionable tool call. Full checklist: references/bootstrap-checklist.md.

Step 6 — Handoff

Output:

• Initial project structure and key files created in the consumer workspace
• Whether consumer AGENTS.md was created, preserved, or left as a proposed merge
• Which skills were applied and which to invoke next
• Verification results or blocker from the authorized capability ladder, including project/workspace, scheme, configuration, exact simulator/device, tools/commands, and residual risk
• Explicit stop: do not expand AppleDevelopmentFoundation archived package unless asked

Stop conditions

Stop and ask when:

• User wants to rebuild or extend AppleDevelopmentFoundation's archived package
• No clear consumer workspace (which repo/app to bootstrap)
• Project-local guidance is requested but permission to create or merge it is unclear
• Request is a single screen or copy change — use swiftui-component-author directly instead