Hookless Kami

#define Padding(x) struct { unsigned char __padding##x[(x)]; };

#define MaxEnts 100

struct CUserLocal
{
    Padding(0x5E5C); //char vector offset/char pid
    void* lpvPID;
    Padding(0x7EE8); //char x - vector offset/pid - 4
    int x;           //0xDD48
    int y;           //0xDD4C
};

struct CMob_LoopDistance
{
    Padding(0x4);
    CMob_LoopDistance* i;
    Padding(0x10);  //0x18
    CMob_Next_2* pCMob_Next_2;
};

struct CMob_Next_2
{
    Padding(0x1D8); //mob 3 offset
    CMob_3* pCMob_3;
};

struct CMob_Next_1
{
    Padding(0x4);
    CMob_LoopDistance* i;
    Padding(0x10);  //0x18 - 4 - 4
    CMob_Next_2* pCMob_Next_2;
};

struct CMob_4
{
    Padding(0x60);  //mob x
    int x;          //0x60
    int y;          //0x64
    int inv_x;      //0x68
    int inv_y;      //0x6C
};

struct CMob_3
{
    Padding(0x24);  //mob 4 offset
    CMob_4* pCMob_4;
};

struct CMob_2
{
    Padding(0x1D8); //mob 3 offset
    CMob_3* pCMob_3;
};

struct CMob_1
{
    Padding(0x4);
    CMob_2* pCMob_2;
    Padding(0x7FFFFFE8);
    Padding(0x7FFFFFFF);
    CMob_Next_1* pCMobNext_1;
};

CUserLocal*(__cdecl* TSingleton_CUserLocal_GetInstance)() = NULL;
CMobPool*(__cdecl* TSingleton_CMobPool_GetInstance)() = NULL;
void(__fastcall* CUserLocal_IsTeleportSkillAvailable)(void* lpvEcx, void* lpvEdx, void* lpvPID, int x, int y) = NULL;

namespace MapleStory
{
    namespace Function
    {
        void Teleport(int x, int y)
        {
            void* PID = TSingleton_CUserLocal_GetInstance()->lpvPID;

            return CUserLocal_IsTeleportSkillAvailable(0, 0, PID, x, y);
        }

        void Do_Kami()
        {
            int MobCount = TSingleton_CMobPool_GetInstance()->iCount;
            int Mob_x[MaxEnts], Mob_y[MaxEnts], Mob_invx[MaxEnts], Mob_invy[MaxEnts];

            //TSingleton_CMobPool_GetInstance -> 0x28 [pMob_1_1]
            CMob_1* pMob_1_1 = reinterpret_cast<CMob_1*>(reinterpret_cast<PBYTE*>(TSingleton_CMobPool_GetInstance()->pCMob_1));

            //pMob_1_1 -> 0x4 -> 0x1D8 -> 0x24 [pMob_1_4]
            CMob_4* pMob_1_4 = reinterpret_cast<CMob_4*>(reinterpret_cast<PBYTE*>(pMob_1_1->pCMob_2->pCMob_3->pCMob_4));
            Mob_x[0] = pMob_1_4->x; // pMob_1_4 -> 0x60;
            Mob_y[0] = pMob_1_4->y; // pMob_1_4 -> 0x64;
            Mob_invx[0] = pMob_1_4->inv_x;
            Mob_invy[0] = pMob_1_4->inv_y;

            //pMob_1_1 -> -0x10 -> 0x18 -> 0x1D8 -> 0x24 [pMob_2_4]
            CMob_4* pMob_2_4 = reinterpret_cast<CMob_4*>(reinterpret_cast<PBYTE*>(pMob_1_1->pCMobNext_1->pCMob_Next_2->pCMob_3->pCMob_4));
            Mob_x[1] = pMob_2_4->x; // pMob_2_4 -> 0x60;
            Mob_y[1] = pMob_2_4->y; // pMob_1_4 -> 0x64;
            Mob_invx[1] = pMob_2_4->inv_x;
            Mob_invx[1] = pMob_2_4->inv_y;

            CMob_LoopDistance *MobList = reinterpret_cast<CMob_LoopDistance*>(reinterpret_cast<PBYTE*>(pMob_1_1->pCMobNext_1->i));
            CMob_4 *Mob;

            for (size_t i = 2; i <= MobCount; i++)
            {
                Mob = MobList->pCMob_Next_2->pCMob_3->pCMob_4;

                Mob_x[i] = Mob->x;
                Mob_y[i] = Mob->y;
                Mob_invx[i] = Mob->inv_x;
                Mob_invy[i] = Mob->inv_y;

                MobList = MobList->i;

            //  if (Mob_invx[i] > 0 || Mob_invy[i] > 0)
            //      continue;

                while (Mob_x[i] && Mob_y[i])
                {
                    Teleport(Mob_x[i], Mob_y[i]);
                }
            }

            return;
        }
    }
}

void GetData()
{
    *(void**)&TSingleton_CMobPool_GetInstance = reinterpret_cast<void*>(0x004C17D0); //
    *(void**)&TSingleton_CUserLocal_GetInstance = reinterpret_cast<void*>(0x004AEDB0); //
    *(void**)&CUserLocal_IsTeleportSkillAvailable = reinterpret_cast<void*>(0x01763BE0); //
}