👉 Kingdom computing is a programming model that abstracts the underlying hardware and operating system details, allowing developers to write code in a high-level language that is then translated into machine-specific instructions by a compiler. In this model, each "kingdom" represents a distinct abstraction layer, such as a programming language or runtime environment, which defines how data and operations are handled. This abstraction enables cross-platform compatibility, as code written in one kingdom can run on various hardware and operating systems without modification. For example, a program written in C# (a language within the.NET kingdom) can execute on Windows, Linux, or macOS, thanks to the runtime environment that translates C# code into native instructions for each platform. This model simplifies development, enhances portability, and promotes code reuse across different computing environments.
