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Sure! Here is a step-by-step explanation of a typical process in C++ programming:

1. Preprocessing: In this step, the preprocessor scans the source code and handles directives such as including header files (#include) and macro expansions (#define). It prepares the code for compilation.

2. Compilation: The compiler takes the preprocessed code and translates it into assembly language or machine code. It checks the syntax and semantics of the code and generates object files (.obj) for each source file.

3. Linking: The linker combines the object files generated during compilation to create an executable file (.exe). It resolves references to external functions and libraries and performs address relocation.

4. Loading: The operating system loads the executable file into memory and prepares it for execution. It allocates memory for the program, sets up the program's stack, and initializes global variables.

5. Execution: The program starts running and follows the instructions written in the source code. It performs calculations, reads and writes data, and executes control statements based on the program logic.

6. Termination: The program reaches its end or encounters a specific termination condition. It releases allocated memory, closes open files, and performs any necessary cleanup before exiting.

It's important to note that this is a simplified explanation of the steps involved in C++ programming. In real-world scenarios, there might be additional complexities and optimizations involved. Additionally, the exact steps and process can vary depending on the compiler and operating system being used.