This project utilizes the Ktor library for networking and Jetpack Compose HorizontalPager to display images in a carousel format.
Briefly introduce your project here, including its purpose and key features.
-Separation of Concerns (SoC):
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The project divides functionality into separate layers: presentation, domain, and data.
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Each layer has distinct responsibilities: UI rendering, business logic, and data access, respectively.
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This separation enhances code organization and readability.
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Dependency Inversion Principle (DIP):
- The project relies on abstractions rather than concrete implementations.
- Components depend on interfaces (e.g.,
Repository) rather than specific implementations. - This promotes loose coupling and facilitates easier swapping of implementations.
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Testability:
- The project's architecture supports testability at various levels.
- Components can be easily isolated for unit testing due to their modular design.
- Mocking and stubbing of dependencies is straightforward, enhancing testability.
Ktor is a framework for building asynchronous servers and clients in connected systems using Kotlin. Explain how you've used Ktor in your project, such as for making network requests to fetch Pokemon data.
Jetpack Compose is a modern toolkit for building native Android UI. The HorizontalPager component allows you to horizontally scroll through a list of items. Describe how you've implemented HorizontalPager to display Pokemon images in a carousel format.
Explain the database component of your project, including what type of database you're using (e.g., Room, SQLite) and how it's integrated into your app architecture.
Include instructions on how to get started with your project, such as how to clone the repository, set up dependencies, and run the app.
List the contributors to your project.
Specify the license under which your project is distributed.
Give credit to any resources, libraries, or individuals that have inspired or helped your project.