Hello,
Is a port to x32 planned for uclibc-ng? I would see a size improvement
over both x86 and amd64 by using 16 32-bit registers and addresses.
More registers means less moves around with the stack and smaller
addresses means smaller executables both on disk and in memory,
something we like for embedded systems.
Is a port to x32 planned for uclibc-ng? I would see a size improvement
over both x86 and amd64 by using 16 32-bit registers and addresses.
More registers means less moves around with the stack and smaller
addresses means smaller executables both on disk and in memory,
something we like for embedded systems.