nx_pe_compile_win.nx

nx_pe_compile_win.nx -- W3 keystone: nxc2-compiled NishiLang -> NATIVE Windows PE. The docker-replacement ladder's compiler-backend rung (smallest gated slice). Proves a REAL nxc2-compiled organ runs native on Windows -- not a hand-laid PE. Pipeline: nx_compile_x86 (NishiLang -> AT&T x86_64 .s) [existing] -> THIS organ: assemble the .s sovereignly (reuse nxasm_x86 axc_pass; resolve `main`'s offset) then wrap the assembled machine code in a PE whose ENTRY STUB does: sub rsp,0x28 ; call main ; mov ecx,eax ; call [ExitProcess] ; int3 -- bypassing the compiler's Linux-syscall `_start` (dead on Windows). 1 kernel32 import. Input (hardcoded, minimal slice): /tmp/nxwin.s (the .s from nx_compile_x86) Output (hardcoded): _offc/nx_win_compiled.exe HONEST SCOPE: leaf `main` returning in rax is ABI-safe (SysV==MSx64 for the return value), so a no-syscall organ works as-is. Organs that call Linux syscalls need the backend to emit kernel32 imports + MS x64 ABI for THEIR calls -- the next W3 sub-rungs. This proves the format+entry bridge. Replicates ~15 lines of nxasm_x86_assemble (to also resolve `main`) WITHOUT touching the shared assembler -- tutor-scaffold; back-fill = a named-entry assemble API folded into nxasm_x86. lineage_id: substrate_pe_compile_win_v1