👉 Inclusion computing, also known as inclusion programming or inclusion logic, is a design pattern where a program includes another program to extend its functionality. This approach typically involves loading an external program's code into memory, often at runtime, allowing the main program to execute its core logic while leveraging additional capabilities provided by the included program. This can be particularly useful for adding specialized features, such as cryptographic algorithms or data compression, without modifying the main codebase. Inclusion computing enhances modularity and reusability, as it decouples the main program from the specific implementation details of the included logic, making systems more flexible and easier to maintain. However, it also introduces complexities related to memory management, synchronization, and potential security risks if not handled properly.
