Is your feature request related to a problem? Please describe.
I want to decompile and create C code that can be recompiled to the same binary for 16bit real mode MS-DOS EXE. The binary is pretty small at 64kb.
Describe the solution you'd like
My EXE is compiled with QuickC 2.50. I'm unsure how to add the decompiled ASM into decomp.me. I've loaded the binary in Ghidra, okay? So maybe I can copy and paste ASM for each function from there? I don't see any ASM obj dump type tool in QC 2.5. I'm also not sure how to get some initial decompiled C code from the ASM. Maybe that needs to also be taken from Ghidra, although I see that C code is a pretty poor representation and is pretty far away from what the C likely was.
Describe alternatives you've considered
I guess some sort of python tooling could be created to help prepare the inputs?
Is your feature request related to a problem? Please describe. I want to decompile and create C code that can be recompiled to the same binary for 16bit real mode MS-DOS EXE. The binary is pretty small at 64kb.
Describe the solution you'd like My EXE is compiled with QuickC 2.50. I'm unsure how to add the decompiled ASM into decomp.me. I've loaded the binary in Ghidra, okay? So maybe I can copy and paste ASM for each function from there? I don't see any ASM obj dump type tool in QC 2.5. I'm also not sure how to get some initial decompiled C code from the ASM. Maybe that needs to also be taken from Ghidra, although I see that C code is a pretty poor representation and is pretty far away from what the C likely was.
Describe alternatives you've considered I guess some sort of python tooling could be created to help prepare the inputs?
Additional context The binaries for the QC 2.5 compiler can be found here https://winworldpc.com/product/quick-c/2x