reversed asm

    asm("pushq", rbp);
    asm("movq", rbp, rsp);
    *(rbp + -36) = edi;
    *(rbp + -40) = esi;
    eax = *(rbp + -36);
    eax = eax ^ *(rbp + -40);
    zf = eax == 0;
    nf = eax < 0;
    cf = 0;
    of = 0;
    *(rbp + -4) = eax;
    eax = *(rbp + -4);
    tmp1 = eax;
    eax = eax + 98;
    zf = eax == 0;
    nf = eax < 0;
    cf = tmp1 >> 31 && 98 >> 31 || !(eax >> 31) && (tmp1 >> 31 || 98 >> 31);
    of = tmp1 < 0 && 98 < 0 && eax >= 0 || tmp1 >= 0 && 98 >= 0 && eax < 0;
    *(rbp + -8) = eax;
    eax = *(rbp + -8);
    eax = ~eax;
    edx = eax;
    eax = *(rbp + -40);
    tmp2 = eax;
    eax = eax + edx;
    zf = eax == 0;
    nf = eax < 0;
    cf = tmp2 >> 31 && edx >> 31 || !(eax >> 31) && (tmp2 >> 31 || edx >> 31);
    of = tmp2 < 0 && edx < 0 && eax >= 0 || tmp2 >= 0 && edx >= 0 && eax < 0;
    *(rbp + -0xc) = eax;
    eax = *(rbp + -0xc);
    eax = eax ^ *(rbp + -36);
    zf = eax == 0;
    nf = eax < 0;
    cf = 0;
    of = 0;
    *(rbp + -16) = eax;
    eax = *(rbp + -40);
    tmp3 = (signed long int) eax * (signed long int) *(rbp + -4);
    eax = eax * *(rbp + -4);
    cf = tmp3 != (signed long int) eax;
    of = tmp3 != (signed long int) eax;
    if(eax < 0)
        edx = -1;
    else
        edx = 0;
    tmp4 = (signed long int) eax & (signed long int) edx << 32;
    tmp5 = *(rbp + -8);
    eax = (signed int) (tmp4 / (signed long int) tmp5);
    edx = (signed int) (tmp4 % (signed long int) tmp5);
    edx = eax;
    eax = *(rbp + -36);
    ecx = rdx + rax;
    edx = *(rbp + -0xc);
    eax = *(rbp + -16);
    tmp6 = eax;
    eax = eax + edx;
    zf = eax == 0;
    nf = eax < 0;
    cf = tmp6 >> 31 && edx >> 31 || !(eax >> 31) && (tmp6 >> 31 || edx >> 31);
    of = tmp6 < 0 && edx < 0 && eax >= 0 || tmp6 >= 0 && edx >= 0 && eax < 0;
    eax = eax ^ ecx;
    zf = eax == 0;
    nf = eax < 0;
    cf = 0;
    of = 0;
    *(rbp + -20) = eax;
    tmp7 = *(rbp + -20) - -814;
    zf = tmp7 == 0;
    nf = tmp7 < 0;
    cf = !(*(rbp + -20) >> 31) && -814 >> 31 || !(tmp7 >> 31) && (!(*(rbp + -20) >> 31) || -814 >> 31);
    of = *(rbp + -20) >= 0 && -814 < 0 && tmp7 >= 0 || *(rbp + -20) < 0 && -814 >= 0 && tmp7 < 0;
    al = zf;
    asm("popq", rbp);
    return;