/create-activity
Generate a Jetpack Compose screen with proper architecture.
$ npx -y skills add rohitg00/awesome-claude-code-toolkit --agent claude-codeHow it fires
How this command gets triggered: by you, by Claude, or both.
- Fires itselfClaude auto-loads it when your prompt matches the work.
- You can call itInvoke it directly when you want it.
- Slash command
/create-activity
Context preview
What this command does when you run it.
Generate a Jetpack Compose screen with proper architecture.
Command definition
create-activity.md/create-activity - Create Android Activity/Screen
Generate a Jetpack Compose screen with proper architecture.
Steps
1. Ask the user for the screen name, purpose, and navigation requirements 2. Create the Composable function with the screen content 3. Add a ViewModel class for the screen's state management 4. Define the UI state as an immutable data class with all screen properties 5. Implement the screen layout using Compose components: Column, Row, LazyList 6. Add navigation parameters using Navigation Compose type-safe arguments 7. Include loading, error, and empty state handling with proper UI 8. Add Material 3 theming: colors, typography, shapes from the app theme 9. Implement pull-to-refresh, pagination, or infinite scroll if applicable 10. Add content descriptions for accessibility (TalkBack support) 11. Create a Compose Preview with @Preview annotation and sample data 12. Register the screen in the navigation graph
Rules
- Follow the UDF (Unidirectional Data Flow) pattern with ViewModel
- Use StateFlow in ViewModel, collected as State in Composable
- Keep Composable functions stateless; hoist state to the caller
- Use remember and derivedStateOf for expensive computations
- Follow Material 3 guidelines for spacing, elevation, and component usage
- Support both portrait and landscape orientations
- Add string resources for all user-visible text (no hardcoded strings)
Read more
/create-activity - Create Android Activity/Screen
Generate a Jetpack Compose screen with proper architecture.
Steps
1. Ask the user for the screen name, purpose, and navigation requirements 2. Create the Composable function with the screen content 3. Add a ViewModel class for the screen's state management 4. Define the UI state as an immutable data class with all screen properties 5. Implement the screen layout using Compose components: Column, Row, LazyList 6. Add navigation parameters using Navigation Compose type-safe arguments 7. Include loading, error, and empty state handling with proper UI 8. Add Material 3 theming: colors, typography, shapes from the app theme 9. Implement pull-to-refresh, pagination, or infinite scroll if applicable 10. Add content descriptions for accessibility (TalkBack support) 11. Create a Compose Preview with @Preview annotation and sample data 12. Register the screen in the navigation graph
Rules
- Follow the UDF (Unidirectional Data Flow) pattern with ViewModel
- Use StateFlow in ViewModel, collected as State in Composable
- Keep Composable functions stateless; hoist state to the caller
- Use remember and derivedStateOf for expensive computations
- Follow Material 3 guidelines for spacing, elevation, and component usage
- Support both portrait and landscape orientations
- Add string resources for all user-visible text (no hardcoded strings)
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Repo: rohitg00/awesome-claude-code-toolkit
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