Issues with mingw32-compiled PE32

[rjzak]

I wrote a simple test app:

#include<stdio.h>
#include<stdlib.h>
int main(int argc, char* argv[]) {
    printf("Test! Hello World!\n");
    return EXIT_SUCCESS;
}

It compiles cleanly on mingw32 and Visual Studio. The VS version runs without issue in binee, but the mingw32 version has some issues reporting state, but seems to run anyway:

[1] 0x217625d0: F GetSystemTimeAsFileTime(lpSystemTimeAsFileTime = 0xb7feffc4) = 0xb7feffc4
[1] 0x21769350: P GetCurrentProcessId() = 0xb7feffc4
[1] 0x201233b0: P GetCurrentProcessId() = 0xb7feffc4
[1] 0x2175bc80: P GetCurrentThreadId() = 0x1001
[1] 0x21768950: F GetTickCount() = 0x5dd80d68
[1] 0x21760d70: F QueryPerformanceCounter(lpPerformanceCount = 0xb7feffcc) = 0x1
[1] 0x214094c0: F _initterm(PVPV = 0x40700c, PVPV = 0x407018) = 0x0
[1] 0x214094c0: F _initterm(PVPV = 0x407000, PVPV = 0x407008) = 0x1
[1] 0x217658d0: F SetUnhandledExceptionFilter(lpTopLevelExceptionFilter = 0x401e30) = 0x4
[1] 0x213ea580: F malloc(size = 0x4) = 0xa000072e
[1] 0x21409e30: F _lock(locknum = 0x8) = 0x0
[1] 0x213f9dd0: P __dllonexit(func = 0x401520, pbegin = 0xb7fefec8, pend = 0xb7fefecc) = 0x401520
[1] 0x21409e30: F _lock(locknum = 0x8) = 0xb7fefe98
[1] 0x213ea100: F _msize(memblock = 0x0) = 0x0
[1] 0x213ea670: F realloc(memblock = 0x0, size = 0x0) = 0x0
[1] 0x213ea670: F realloc(memblock = 0x0, size = 0x10) = 0x0
[1] 0x21409fe0: F _unlock(locknum = 0x8) = 0x0
[1] 0x21409fe0: F _unlock(locknum = 0x8) = 0x0
[1] 0x21409e30: F _lock(locknum = 0x8) = 0x0
[1] 0x213f9dd0: P __dllonexit(func = 0x401640, pbegin = 0xb7fefee8, pend = 0xb7fefeec) = 0x401640
[1] 0x21409e30: F _lock(locknum = 0x8) = 0xb7fefeb8
[1] 0x213ea100: F _msize(memblock = 0x0) = 0x0
[1] 0x213ea670: F realloc(memblock = 0x0, size = 0x0) = 0x0
[1] 0x213ea670: F realloc(memblock = 0x0, size = 0x10) = 0x0
[1] 0x21409fe0: F _unlock(locknum = 0x8) = 0x0
[1] 0x21409fe0: F _unlock(locknum = 0x8) = 0x0
[1] 0x2141d0e0:  **puts**() = 0x1
[1] 0x21416700:  **_fileno**() = 0xb7feff08
[1] 0x21409e30: F _lock(locknum = 0x11) = 0x11
[1] 0x21416700:  **_fileno**() = 0x21457620
[1] 0x213edbe0:  **_isatty**() = 0x1
[1] 0x213d91a0:  **_errno**() = 0x1
[1] 0x200f7330: P GetLastError() = 0x1
[1] 0x20117760: F FlsGetValue(dwFlsIndex = 0xffffffff) = 0x0
[1] 0x200ead70: F GetModuleHandleW(lpModuleName = '') = 0x400000
[1] 0x2012b0d0: F GetVersionExW(lpVersionInformation = 0xb7fefd1c) = 0x12
[1] 0x20130900: F HeapCreate(flOptions = 0x0, dwInitialSize = 0x1000, dwMaximumSize = 0x0) = 0x123456
[1] 0x201b8ac7: F EncodePointer(Ptr = 0x0) = 0x0
[1] 0x213d2840: P _CrtSetDbgBlockType() = 0x0
[1] 0x201b8ac7: F EncodePointer(Ptr = 0x213dd670) = 0x213dd670
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x214571cc, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x21457204, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x2145723c, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x21457274, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x214572ac, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x214572e4, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x2145731c, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x21457354, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x2145738c, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x214573c4, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x214573fc, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x21457434, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x2145746c, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20125840: F InitializeCriticalSectionEx(lpCriticalSection = 0x214574a4, dwSpinCount = 0xfa0, Flags = 0x4000000) = 0x1
[1] 0x20132470: F FlsAlloc(lpCallback = 0x21409760) = 0x0
[1] 0x201bbb73: F HeapAlloc(hHeap = 0x123456, dwFlags = 0x8, dwBytes = 0x214) = 0xa0000742
[1] 0x20116d90: F FlsSetValue(dwFlsIndex = 0x0, lpFlsData = 0xa0000742) = 0x1
[1] 0x21409e30: F _lock(locknum = 0xd) = 0x201b865d
[1] 0x21409fe0: F _unlock(locknum = 0xd) = 0x214581c0
[1] 0x21409e30: F _lock(locknum = 0xc) = 0x214581c0
[1] 0x21409fe0: F _unlock(locknum = 0xc) = 0x2145793c
[1] 0x200ead70: F GetModuleHandleW(lpModuleName = '') = 0x400000
[1] 0x201bbb73: F HeapAlloc(hHeap = 0x123456, dwFlags = 0x8, dwBytes = 0x214) = 0xa0000966
[1] 0x20116d90: F FlsSetValue(dwFlsIndex = 0x0, lpFlsData = 0xa0000966) = 0x1
[1] 0x21409e30: F _lock(locknum = 0xd) = 0x201b865d
[1] 0x21409fe0: F _unlock(locknum = 0xd) = 0x214581c0
[1] 0x21409e30: F _lock(locknum = 0xc) = 0x214581c0
[1] 0x21409fe0: F _unlock(locknum = 0xc) = 0x2145793c
[1] 0x201bf791: F SetLastError(dwErrCode = 0x0) = 0x2145793c
[1] 0x213fb4b0:  **_invalid_parameter**() = 0x0
[1] 0x20121d90: F OutputDebugStringA(lpOutputString = 'Invalid parameter passed to C runtime function.\n') = 0xb7fefec0
[1] 0x21416740:  **_flsbuf**() = 0x54
[1] 0x21416700:  **_fileno**() = 0x54
[1] 0x213edbe0:  **_isatty**() = 0x1
[1] 0x213d91a0:  **_errno**() = 0x1
[1] 0x200f7330: P GetLastError() = 0x1
[1] 0x20117760: F FlsGetValue(dwFlsIndex = 0x0) = 0xa0000966
[1] 0x201bf791: F SetLastError(dwErrCode = 0x0) = 0xa0000966
[1] 0x213fb4b0:  **_invalid_parameter**() = 0x0
[1] 0x20121d90: F OutputDebugStringA(lpOutputString = 'Invalid parameter passed to C runtime function.\n') = 0xb7fefe88
[1] 0x201bbb73: F HeapAlloc(hHeap = 0x123456, dwFlags = 0x8, dwBytes = 0x1000) = 0xa0000b8a
[1] 0x2142c190: P memcpy(dest = 0xa0000b8b, char = 0x404001, count = 0x11) = 0x11
[1] 0x21409fe0: F _unlock(locknum = 0x11) = 0x11
[1] 0x214096f0: F exit() = 0x0

I also noticed that the mingw32 version has a lot of extra sections, and is 350K vs. 9K from VS2019.