菜单
Build, install, and launch the app on the simulator using Grantiva. Use when you need the full build-install-launch cycle, mirroring what CI does. Prefer this over build when you want the app running immediately after compilation.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Apply accessibility identifier fixes from a doctor report to Swift source files. Adds .accessibilityIdentifier() modifiers to interactive elements. Use after /swift-assist:doctor.
Report test coverage across the app - how many screens have flows, how many elements have accessibility identifiers, and what to tackle next. Use for a quick health check on your testing setup.
Walk the running app using computer use, inspect the view hierarchy with Grantiva, and report elements missing accessibility identifiers. Use for accessibility audits or test preparation.
Walk the app using computer use and generate Grantiva screen definitions and flow YAML files for every discovered user flow. Use after /swift-assist:doctor for reliable tests.
Run a single named flow by name. Faster than /swift-assist:test when you're debugging one broken screen and don't want to wait for the full suite.
Generate a GitHub Actions workflow that runs Grantiva VRT in CI on every pull request. Use to add cloud visual regression testing with GitHub Check integration to your project.
| name | install |
| description | Build, install, and launch the app on the simulator using Grantiva. Use when you need the full build-install-launch cycle, mirroring what CI does. Prefer this over build when you want the app running immediately after compilation. |
| argument-hint | [--scheme=<name>] [--simulator=<name>] |
Build, install, and launch the app on the simulator using Grantiva. This mirrors the full CI flow. Use this when you want the app running and ready for testing immediately after a code change.
The difference from /swift-assist:build: build compiles only. install compiles, installs on the simulator, and launches the app.
/swift-assist:install
/swift-assist:install --scheme=MyApp
/swift-assist:install --scheme=MyApp --simulator="iPhone 16 Pro"
--scheme=<name>: Xcode scheme to build (reads from grantiva.yml if omitted)--simulator=<name>: Target simulator (reads from grantiva.yml if omitted)Load scheme and simulator from grantiva.yml if not provided via arguments:
cat grantiva.yml
If grantiva.yml doesn't exist, tell the user to run /swift-assist:init first.
Use Grantiva to build, install, and launch:
grantiva install
This resolves the project, boots the simulator if needed, builds the app, installs it, and launches it - mirroring the CI flow.
Start the Grantiva runner so the hierarchy and doctor commands can inspect the app:
grantiva runner start --bundle-id <BUNDLE_ID> --simulator "<SIMULATOR>"
Install complete.
Scheme: <SCHEME>
Simulator: <SIMULATOR>
Bundle ID: <BUNDLE_ID>
App is running. Run /swift-assist:doctor to audit or /swift-assist:test to run flows.
.app path exists before attempting to install