Snowman decompilation result

gistfile1.cpp

struct s0 {
    signed char[124] pad124;
    uint32_t f124;
};

struct s1 {
    signed char[124] pad124;
    int32_t f124;
};

struct s2 {
    signed char[16] pad16;
    int32_t f16;
};

struct s3 {
    signed char[172] pad172;
    struct s2* f172;
};

struct s5 {
    signed char[3160] pad3160;
    uint32_t f3160;
};

struct s4 {
    signed char[12] pad12;
    struct s5* f12;
};

struct s6 {
    signed char[148] pad148;
    struct s4* f148;
};

struct s7 {
    signed char[12] pad12;
    unsigned char f12;
};

struct s7* g1c0;

/*
 * ?GetHWND@CServer@@QAEPAUHWND__@@XZ
 * public: struct HWND__ * __thiscall CServer::GetHWND(void)
 */
int32_t GetHWND_CServer_QAEPAUHWND___XZ();

int32_t SetTimer;

/*
 * ?UpdateMarkupContentsVersion@CMarkup@@QAEXXZ
 * public: void __thiscall CMarkup::UpdateMarkupContentsVersion(void)
 */
void UpdateMarkupContentsVersion_CMarkup_QAEXXZ() {
    struct s0* edx1;
    struct s1* edx2;
    struct s2* eax3;
    struct s3* edx4;
    struct s4* ecx5;
    struct s6* edx6;
    int32_t edx7;
    struct s5* ecx8;
    uint32_t* esi9;
    uint32_t eax10;
    int32_t eax11;

    edx1->f124 = (uint32_t)(edx2->f124 + 1) | 0x80000000;
    eax3 = edx4->f172;
    if (eax3 != 0) {
        eax3->f16 = eax3->f16 + 1;
    }
    ecx5 = edx6->f148;
    if (ecx5 != 0) {
    }
    if (g1c0 != 0) {
        if (ecx5 != 0) {
        }
        if ((g1c0->f12 & 1) != 0) {
        }
        if (edx7 == 0 && (ecx5 != 0 && (ecx8 = ecx5->f12, ecx8 != 0))) {
            esi9 = &ecx8->f3160;
            eax10 = *esi9;
            if ((0x4000 & eax10) == 0) {
                eax11 = GetHWND_CServer_QAEPAUHWND___XZ();
                if (eax11 != 0) {
                    SetTimer(eax11, 0x1008, 100);
                    *esi9 = *esi9 | 0x4000;
                }
            } else {
                *esi9 = eax10 | 0x8000;
            }
            return;
        }
    }
    return;
}