L0040105C()
{
/* unknown */ void Vffffffd0;
ebx = edx - 48;
asm("adc edx,[ebp-0x28]");
(save)ebx;
(save)esi;
(save) *(ebx + 348);
(save) *(ebx + 548);
L00401000();
(restore)ebx;
esi = esi - Vffffffd0;
(save)0;
GetDriveTypeA();
edi = 4;
do {
*(ebx + -140) = *(ebx + -140) & -55620853;
edx = edi;
edi = edi - 1;
} while(edi != 0);
asm("adc [ebx-0x3c],edx");
edi = edi + *(ebx + 128);
return(GetForegroundWindow());
}
L00401484()
{
/* unknown */ void ebp;
(save)edi;
L00401000(edx, eax);
(restore)edi;
edx = edi + 2708;
do {
(save)edx;
GetModuleHandleW();
} while(eax != 0);
return(GetCurrentThreadId());
}
__entry_point__()
{
(save)ebp;
ebp = esp;
esp = esp + -572;
edx = esi;
esi = edi;
asm("xchg esi,edx");
(save)ecx;
(save)esi;
*(ebp - 12) = 0;
(save)ebx;
(save)ebp;
*(ebp - 56) = 0;
esi = ebp - 56;
(save)esi;
(save)esi;
(save)esi;
(save)esi;
(save)esi;
if(*__imp__NtSetIoCompletion() == -1073741816) {
} else {
*__imp__TraceDumpExW();
*__imp__TraceDumpExA();
*__imp__TraceDumpExW();
*__imp__TraceDumpExA();
*__imp__TraceDumpExW();
*__imp__TraceDumpExA();
goto L00401000;
asm("int3");
}
*(ebp - 60) = 0;
(save)esi;
(save)esi;
(save)esi;
(save)esi;
(save)esi;
eax = *__imp__NtQuerySemaphore() ^ -1073741821;
if(!(esi = ebp - 60) && !(eax = eax - 1)) {
L00401000();
}
(save)0;
(save)0;
(save)0;
(save)0;
(save)0;
(save)0;
(save)0;
if(eax = *__imp__TraceDumpExA() - 87) {
goto L00401000;
}
*(ebp - 72) = *(ebp - 72) & eax;
*(ebp - 12) = *(ebp - 12) - ~(eax - -2146436741);
ecx = *(ebp - 12);
*(ebp - 12) = *(ebp - 12) + ( *(ebp - 72) + -2022351484 ^ 125478143);
esi = *(ebp - 12);
*(ebp + ~L00000018) = esi;
*(ebp - 4) = *(ebp - 4) & esi;
ecx = ecx + -2142152325;
ebx = -1;
*(ebp - 12) = esi - (ecx ^ -1) + 1 + *(ebp - 24);
eax = ebp;
0 = edi * edi;
eax = eax + ~((edi ^ 680) + -256);
*(ebp - 16) = 0;
*(ebp - 16) = *(ebp - 16) + eax;
*(ebp - 40) = 1;
*(ebp - 40) = *(ebp - 40) + 4743167;
esi = *(ebp - 16);
esi = esi - -16;
*(ebp - 28) = esi;
0 = esi * esi;
*(ebp - 4) = *(ebp - 4) + ~(esi | 48);
*(ebp - 4) = !( *(ebp - 4));
*(ebp - 4) = *(ebp - 4) - -1;
(save) *(ebp - 40);
(save) *(ebp - 4);
(save) *(ebp - 12);
L00401353(ebp + -424);
esi = *( *(ebp - 16) - -4);
*(ebp - 36) = esi + *( *(ebp - 16));
esi = 64;
*(ebp - 24) = 0;
*(ebp - 8) = VirtualAlloc(0, ebp - 36, 12288, 64);
ecx = 0;
*(ebp - 32) = 0;
edx = ebp - 32;
*edx = *edx | 4194304;
*(ebp + -428) = 0;
if(0 != 0) {
(save)ecx;
goto L00401039;
L004012b0:
*(ebp + -428) = *(ebp + -428) + 1;
*(ebp - 28) = *(ebp - 28) + 8;
}
edi = *(ebp - 16);
edx = *(ebp + -428);
if(edx >= *(edi + 8)) {
goto L00401361;
}
(save) *(ebp - 40);
(save) *( *(ebp - 28) + 4);
edi = *(ebp - 28);
(save) *(ebp - 32) + *edi;
(save) *(ebp - 8) + *(ebp - 24);
L00401348();
esi = *(ebp - 28);
*(ebp - 24) = *(ebp - 24) + *(esi + 4);
goto L004012b0;
L00401306:
edi = 0;
ebp = esp;
*(ebp - 16) = -1;
ebx = ebp - 16;
eax = *__imp__RtlAddAccessAllowedObjectAce(0, 0, 0, 0, 0, 0, 0, ebp) + 122;
if(eax != -1073741582) {
asm("int3");
goto L00401306;
}
eax = eax + -1074788973;
(restore)ebp;
goto VirtualAlloc;
}
