cosmopolitan/libc/nt/kernel32/GetOverlappedResult.S

#include "libc/nt/codegen.h"
.imp	kernel32,__imp_GetOverlappedResult,GetOverlappedResult,0

	.text.windows
GetOverlappedResult:
#ifdef __x86_64__
	push	%rbp
	mov	%rsp,%rbp
	.profilable
	mov	__imp_GetOverlappedResult(%rip),%rax
	jmp	__sysv2nt
#elif defined(__aarch64__)
	mov	x0,#0
	ret
#endif
	.endfn	GetOverlappedResult,globl
	.previous
Make progress towards aarch64 build 2023-05-01 19:43:59 -07:00			`#include "libc/nt/codegen.h"`
Fix Windows 7 support (#19) This change pays off technical debt with the function -> DLL mappings in libc/nt/master.sh, which was originally defined based on binary analysis on Windows 10. It's now been updated so the kernel32/kernelbase/advapi32 imports should be exactly as they are written, on the MSDN documentation and that wouldn't have been easy without Geoff Chappell's work thank him https://www.geoffchappell.com/studies/windows/win32/index.htm 2020-12-28 13:47:19 -08:00			`.imp kernel32,__imp_GetOverlappedResult,GetOverlappedResult,0`
Decentralize Python native module linkage We can now link even smaller Python binaries. For example, the hello.com program in the Python build directory is a compiled linked executable of hello.py which just prints hello world. Using decentralized sections, we can make that binary 1.9mb in size (noting that python.com is 6.3 megs!) This works for nontrivial programs too. For example, say we want an APE binary that's equivalent to python.com -m http.server. Our makefile now builds such a binary using the new launcher and it's only 3.2mb in size since Python sources get turned into ELF objects, which tell our linker that we need things like native hashing algorithm code. 2021-09-07 11:40:11 -07:00
			`.text.windows`
			`GetOverlappedResult:`
Get LIBC_RUNTIME and LIBC_CALLS building on aarch64 2023-05-09 01:56:56 -07:00			`#ifdef __x86_64__`
Decentralize Python native module linkage We can now link even smaller Python binaries. For example, the hello.com program in the Python build directory is a compiled linked executable of hello.py which just prints hello world. Using decentralized sections, we can make that binary 1.9mb in size (noting that python.com is 6.3 megs!) This works for nontrivial programs too. For example, say we want an APE binary that's equivalent to python.com -m http.server. Our makefile now builds such a binary using the new launcher and it's only 3.2mb in size since Python sources get turned into ELF objects, which tell our linker that we need things like native hashing algorithm code. 2021-09-07 11:40:11 -07:00			`push %rbp`
			`mov %rsp,%rbp`
			`.profilable`
			`mov __imp_GetOverlappedResult(%rip),%rax`
			`jmp __sysv2nt`
Get LIBC_RUNTIME and LIBC_CALLS building on aarch64 2023-05-09 01:56:56 -07:00			`#elif defined(__aarch64__)`
			`mov x0,#0`
			`ret`
			`#endif`
Decentralize Python native module linkage We can now link even smaller Python binaries. For example, the hello.com program in the Python build directory is a compiled linked executable of hello.py which just prints hello world. Using decentralized sections, we can make that binary 1.9mb in size (noting that python.com is 6.3 megs!) This works for nontrivial programs too. For example, say we want an APE binary that's equivalent to python.com -m http.server. Our makefile now builds such a binary using the new launcher and it's only 3.2mb in size since Python sources get turned into ELF objects, which tell our linker that we need things like native hashing algorithm code. 2021-09-07 11:40:11 -07:00			`.endfn GetOverlappedResult,globl`
			`.previous`