Translating C Code to C

Converting C code to plain C can be a daunting task, given the complexities and differences between the languages. However, there are both automated tools and manual approaches to tackle this challenge.

Automated Conversion Tools

One automated solution to consider is Comeau's C compiler. This tool generates C code from C , allowing you to maintain your C code and convert it to C as needed. However, it's important to note that the generated C code may not be human-readable and should primarily be used for compilation purposes.

Manual Conversion Process

If you choose to manually convert the code, here are some key considerations:

1. Class Conversion:
Convert C classes to C structures, ensuring that member functions are transformed into function pointers within the structure. These function pointers can then be invoked to access the corresponding functionality.

2. Constructor and Destructor Conversion:
In C , constructors and destructors automatically manage object initialization and destruction. In C, you can create separate init() and deinit() functions to perform these tasks explicitly.

3. Template Conversion:
C templates allow for generic programming. When converting to C, you may need to replace templates with macros or manually define functions for each specific type.

4. Code-Data Constructs/Semantics:
Pay close attention to C -specific constructs such as namespaces, references, and dynamic memory allocation. These concepts may require modifications to be translated into C.

Additional Tips:

• Use a header file to define common data and function prototypes.
• Avoid inheritance and polymorphism, as these concepts are not directly supported in C.
• Test your converted code thoroughly to ensure its correctness and functionality.

By following these guidelines, you can successfully convert your C code to C while maintaining its intended behavior and functionality.