Ken Mcp Test
What is Ken Mcp Test
The Model-Controller-Presenter (MCP) pattern is an architectural pattern that enhances the traditional MVC pattern by providing a clearer separation of concerns. It is structured around three main components: the Model handles business logic and data, the Controller manages user input and orchestrates interactions between the Model and Presenter, and the Presenter formats data for display and manages view logic.
Use cases
MCP is suitable for applications that require a clear delineation between UI logic and business logic, such as complex web applications, desktop software, and mobile apps. It is particularly beneficial when testing individual components in isolation is essential and when maintaining a scalable codebase is a priority.
How to use
To get started with the MCP pattern in a TypeScript project, clone the repository, install dependencies with ‘npm install’, run tests using ‘npm test’, and start the development server with ‘npm start’. Structure the project with separate folders for models, controllers, presenters, views, and types, ensuring a modular approach.
Key features
Key features of the MCP architectural pattern include a clear separation of concerns, enhanced testability through the use of dependency injection, better maintainability with isolated components, reduced coupling between UI and business logic, and improved code reusability.
Where to use
The MCP pattern is ideal for large-scale applications where complex user interactions and business logic are present. It is suitable in environments like web and mobile development, where maintainability, testability, and a clean architecture are crucial for long-term project success.
Overview
What is Ken Mcp Test
The Model-Controller-Presenter (MCP) pattern is an architectural pattern that enhances the traditional MVC pattern by providing a clearer separation of concerns. It is structured around three main components: the Model handles business logic and data, the Controller manages user input and orchestrates interactions between the Model and Presenter, and the Presenter formats data for display and manages view logic.
Use cases
MCP is suitable for applications that require a clear delineation between UI logic and business logic, such as complex web applications, desktop software, and mobile apps. It is particularly beneficial when testing individual components in isolation is essential and when maintaining a scalable codebase is a priority.
How to use
To get started with the MCP pattern in a TypeScript project, clone the repository, install dependencies with ‘npm install’, run tests using ‘npm test’, and start the development server with ‘npm start’. Structure the project with separate folders for models, controllers, presenters, views, and types, ensuring a modular approach.
Key features
Key features of the MCP architectural pattern include a clear separation of concerns, enhanced testability through the use of dependency injection, better maintainability with isolated components, reduced coupling between UI and business logic, and improved code reusability.
Where to use
The MCP pattern is ideal for large-scale applications where complex user interactions and business logic are present. It is suitable in environments like web and mobile development, where maintainability, testability, and a clean architecture are crucial for long-term project success.
Content
Ken MCP Test
A TypeScript project exploring the Model-Controller-Presenter (MCP) architectural pattern, which offers a modern take on the traditional MVC pattern while providing better separation of concerns and testability.
About MCP Pattern
The Model-Controller-Presenter (MCP) pattern is an architectural pattern that builds upon the concepts of MVC but addresses some of its limitations. Think of it as a restaurant where:
- Model (The Kitchen): Handles all the business logic and data, just like a kitchen prepares the food
- Controller (The Waiter): Manages user input and orchestrates the flow between Model and Presenter, like a waiter taking orders and delivering food
- Presenter (The Plating Chef): Formats the data for display and handles view logic, similar to how a plating chef makes the food presentable
Key Benefits
- Clear separation of concerns
- Enhanced testability through dependency injection
- Better maintainability with isolated components
- Reduced coupling between UI and business logic
- Improved code reusability
Project Structure
src/ ├── models/ # Business logic and data structures ├── controllers/ # Input handling and flow control ├── presenters/ # View logic and data formatting ├── views/ # UI components (interfaces only) └── types/ # TypeScript type definitions
Getting Started
- Clone this repository
- Install dependencies:
npm install - Run tests:
npm test - Start development server:
npm start
Technologies
- TypeScript
- Jest for testing
- ESLint for code quality
- Prettier for code formatting
Contributing
This is a test project for exploring the MCP pattern. Feel free to experiment and submit PRs for improvements or interesting implementations.
License
MIT