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Responsive design refers to creating user interfaces that adapt to different screen sizes and orientations. Use it when developing games that will be played on a variety of devices to ensure a consistent user experience.

VMs provide a simulated environment that emulates a different hardware platform. Use VMs when you want to compile and test your game on multiple platforms from a single development machine.

A shared project structure organizes code and resources in a way that they can be used across multiple platforms. Use this technique to streamline the development process and reduce redundancy.

This technique involves creating a layer of abstraction to separate platform-agnostic game logic from platform-specific API calls. Use it to keep your core game code clean and maintainable.

Cross-compilation is the process of compiling code on one platform to run on another platform. Use this when you need to generate executables for several target platforms from a single codebase.

Continuous Integration is a development practice that frequently merges code changes into a central repository, automatically testing each merge. Use CI to detect issues early and ensure stability across platforms.

Cloud build and distribution services enable developers to automate the building, testing, and deployment process of games across different platforms. Use this to ensure consistency and speed up time-to-market.

Conditional compilation uses compiler directives to include or exclude code depending on the target platform. Use this technique when code needs to run differently on multiple platforms.

Middleware integration involves using third-party tools that handle cross-platform support for various subsystems like rendering, audio, and physics. Use middleware to save development time and focus on game-specific features.