I am demonstrating that the development methodology has successfully produced an assembly-based C compiler capable of compiling the Linux kernel—a complex task, given the complexity of both compilers and the kernel itself.
Because this methodology enables the creation of a compiler with such capabilities, it also allows for the development of other complex systems across different domains.
C is a standard that can be implemented in myriad ways, yet any implementation must ultimately be capable of compiling any valid C code. By following this methodology, anyone can extend the codebase to support assembly for a different architecture. This project never relied on "copy-pasting" code snippets from GCC or copyright laundering.
Because this methodology enables the creation of a compiler with such capabilities, it also allows for the development of other complex systems across different domains.
C is a standard that can be implemented in myriad ways, yet any implementation must ultimately be capable of compiling any valid C code. By following this methodology, anyone can extend the codebase to support assembly for a different architecture. This project never relied on "copy-pasting" code snippets from GCC or copyright laundering.