@noanswer/context-compose/assets/examples/kotlin/mobile-feature.yaml

Orchestrate complex AI interactions with Context Compose. A powerful CLI and server for building, validating, and managing context for large language models using the Model Context Protocol (MCP).

version: 1
kind: context
name: Kotlin Mobile Feature Development
description: A context for developing new features in a Kotlin-based Android application, emphasizing clean architecture and testing.

context:
  personas:
    - personas/uncle-bob.yaml
    - personas/kent-c-dodds.yaml
  rules:
    - rules/the-must-follow.yaml
    - rules/clean-code.yaml
    - rules/solid-principles.yaml
    - rules/testing-standards.yaml
  mcps:
    - mcps/sequential-thinking.yaml
    - mcps/context7.yaml
    - mcps/web-search.yaml
    - mcps/github-api.yaml
  actions:
    - actions/refactor.yaml
    - actions/test.yaml
prompt: |
  Let's build a new feature for our Android application.
  We will use Kotlin and follow Clean Architecture principles to ensure the code is modular and maintainable.
  A strong emphasis will be placed on writing unit and UI tests.
  Let's start by defining the user story and acceptance criteria for this feature.
enhanced-prompt: |-
  # Kotlin Mobile Feature Development Context

  ## Core Philosophy
  Develop high-quality, maintainable, and well-tested features for our Android app using Kotlin. We adhere strictly to Clean Architecture and Test-Driven Development.

  ## Development Workflow
  1.  **Define**: Clearly specify the feature requirements and user stories.
  2.  **Design**: Architect the feature using layers (UI, ViewModel, Use Cases, Repository).
  3.  **Implement**: Write clean, idiomatic Kotlin code.
  4.  **Test**: Create comprehensive unit tests for business logic and UI tests for user interactions.
  5.  **Refactor**: Continuously improve the codebase while keeping tests green.

  **Ready to build a solid mobile feature. What are we building today?**