struct s0 {
unsigned char f0;
unsigned char f1;
};

struct s1 {
signed char[1] pad1;
unsigned char f1;
};

void** ged782b;

void sub_80006FA0() {
void* esp1;
void* eax2;
void** eax3;
unsigned char* edi4;
unsigned char* edi5;
int32_t* ecx6;
void* ecx7;
void*** edx8;
int16_t bp9;
unsigned char* edx10;
void* tmp32_11;
unsigned char* esi12;
struct s0* esi13;
void* esi14;
unsigned char* esi15;
int32_t ebp16;
int32_t ebp17;
int32_t ecx18;
unsigned char* ebx19;
int32_t ebp20;
int32_t ebp21;
int32_t v22;
void* v23;
unsigned char* esi24;
void* bl25;
struct s1* ebx26;
void* dl27;
int32_t ebp28;
int32_t ebp29;
void* tmp32_30;
void* dh31;
signed char dh32;
unsigned char* esi33;
void* tmp32_34;

esp1 = eax2;
eax3 = (void**)"intrinsic"();
edi4 = edi5;
ecx6 = (int32_t*)((int32_t)ecx7 - 1);
if (0) {
addr_0x80007021_2:
*ecx6 = 0x1ecb2;
*(void***)&edx8 = (void**)((unsigned char)*(void***)&edx8 - *(unsigned char*)&ecx6);
*(void**)(&eax3 + 1) = (void*)((unsigned char)*(void**)(&eax3 + 1) | (unsigned char)*((void**)&ecx6 + 1));
*((unsigned char*)&edx8 + 1) = (unsigned char)(*((unsigned char*)&edx8 + 1) + *(signed char*)(bp9 + 0x26ec));
} else {
*edx10 = 0xff;
tmp32_11 = (void*)(1 - 2 * 0);
*edi4 = *esi12;
edi4 = (unsigned char*)((uint32_t)edi4 + (int32_t)tmp32_11);
esi13 = (struct s0*)((int32_t)esi14 + (int32_t)tmp32_11);
if ((signed char)*esi15 < (signed char)*edi4)
goto addr_0x80007010_7; else
goto addr_0x80006faa_8;
}
addr_0x8000702f_9:
*edx8 = (void**)((unsigned char)*edx8 - (unsigned char)*((void**)&ecx6 + 1));
__asm__("rol dword [ecx], 1");
*(unsigned char*)((int32_t)esp1 + ebp16 * 8) = (unsigned char)(*(signed char*)((int32_t)esp1 + ebp17 * 8) + *(unsigned char*)&ecx6);
*edx8 = (void**)((unsigned char)((unsigned char)*edx8 + (unsigned char)*((void**)&ecx6 + 1)) + (unsigned char)(uint1_t)"intrinsic"());
__asm__("in al, dx");
__asm__("arpl [eax], ax");
ecx18 = (int32_t)ecx6 - 1;
*(signed char*)(ebx19 + -1) = (signed char)((signed char)(*(signed char*)(ebx19 + -1) + *(signed char*)&ecx18) + (signed char)(unsigned char)(uint1_t)((unsigned char)*(void***)&edx8 < (unsigned char)eax3));
*(int32_t*)(ebp20 + 0xffffff80) = *(int32_t*)(ebp21 + 0xffffff80) - 1;
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 + (unsigned char)eax3);
eax3 = (void**)((unsigned char)eax3 & 0x7c);
*ebx19 = (unsigned char)(*ebx19 | (unsigned char)eax3);
*edi4 = esi13->f0;
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 + (unsigned char)*(void**)(&eax3 + 1));
*(void***)eax3 = *(void***)eax3 + 32;
addr_0x80007010_7:
esi13->f0 = (unsigned char)0;
__asm__("in al, dx");
++ebx19;
*edx8 = (void**)((unsigned char)((unsigned char)*edx8 + (unsigned char)*((void**)&ecx6 + 1)) + (unsigned char)(uint1_t)"intrinsic"());
__asm__("in al, dx");
*edx8 = eax3;
eax3 = *edx8;
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 + (unsigned char)eax3);
eax3 = (void**)((unsigned char)eax3 & 0xec);
goto addr_0x80007021_2;
addr_0x80006faa_8:
edi4 = (unsigned char*)((uint32_t)edi4 - (v22 + (int32_t)(uint32_t)(uint1_t)((uint32_t)edi4 < (uint32_t)((int32_t)v23 + (int32_t)(uint32_t)(uint1_t)(*esi24 < *edi4)))));
eax3 = eax3 + 0 + -64;
*(void***)((unsigned char)eax3 + (unsigned char)eax3 * 8) = (void**)((unsigned char)*(void***)((unsigned char)eax3 + (unsigned char)eax3 * 8) + (signed char)bl25);
ebx19 = &ebx26->f1;
*(unsigned char*)((int32_t)esp1 + (uint32_t)edi4 * 2) = (unsigned char)(*(signed char*)((int32_t)esp1 + (uint32_t)edi4 * 2) + *(unsigned char*)&ecx6);
ged782b = eax3;
__asm__("rol byte [esi], 0x0");
*((void**)&ecx6 + 1) = (void*)((unsigned char)*((void**)&ecx6 + 1) - (unsigned char)((unsigned char)*((void**)&ecx6 + 1) + (unsigned char)(uint1_t)((unsigned char)*((void**)&ecx6 + 1) < (unsigned char)((unsigned char)*((void**)&ecx6 + 1) + (unsigned char)(uint1_t)"intrinsic"()))));
eax3 = (void**)((unsigned char)eax3 - (unsigned char)eax3);
esi13 = (struct s0*)&esi13->f1;
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 + (signed char)dl27);
esi13->f0 = (unsigned char)(esi13->f0 << 0);
eax3 = eax3;
do {
*(unsigned char*)((int32_t)esp1 + ebp28 * 8) = (unsigned char)(*(signed char*)((int32_t)esp1 + ebp29 * 8) + (unsigned char)eax3);
*(void***)eax3 = eax3;
tmp32_30 = (void*)(1 - 2 * 0);
*edi4 = esi13->f0;
edi4 = (unsigned char*)((uint32_t)edi4 + (int32_t)tmp32_30);
esi13 = (struct s0*)((int32_t)esi13 + (int32_t)tmp32_30);
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 + (unsigned char)eax3);
esi13->f0 = (unsigned char)(esi13->f0 << 20);
__asm__("in al, dx");
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 - (unsigned char)eax3);
} while ((unsigned char)*(void***)eax3 < (unsigned char)eax3);
*(void***)eax3 = (void**)0xff;
eax3 = (void**)0;
*(void***)eax3 = (void**)44;
__asm__("rol byte [eax+eax+0x8], 0xec");
*(void***)&edx8 = (void**)(-64 + (signed char)dh31);
__asm__("in al, dx");
ecx6 = (int32_t*)((int32_t)ecx6 - 1);
if (ecx6 != 0)
goto addr_0x8000702f_9;
*(void**)(&eax3 + 1) = (void*)((unsigned char)*(void**)(&eax3 + 1) - (unsigned char)*((void**)&ecx6 + 1));
--eax3;
*((unsigned char*)&edx8 + 1) = (unsigned char)(dh32 + (unsigned char)*(void***)&edx8);
__asm__("rol dh, 0x0");
*(unsigned char*)&ecx6 = (unsigned char)(*(unsigned char*)&ecx6 & (unsigned char)eax3);
esi33 = &esi13->f1;
*(void***)eax3 = (void**)((unsigned char)*(void***)eax3 + (unsigned char)*((void**)&ecx6 + 1));
__asm__("in al, dx");
tmp32_34 = (void*)(4 - 8 * 0);
*edi4 = *esi33;
edi4 = (unsigned char*)((uint32_t)edi4 + (int32_t)tmp32_34);
esi13 = (struct s0*)((int32_t)esi33 + (int32_t)tmp32_34);
*edx8 = (void**)((unsigned char)*edx8 & (unsigned char)*((void**)&ecx6 + 1));
goto addr_0x80007010_7;
}