static
STATUS
_ThreadSetupMainThreadUserStack(
    IN      PVOID               InitialStack,
    OUT     PVOID*              ResultingStack,
    IN      PPROCESS            Process
    )
{
    ASSERT(InitialStack != NULL);
    ASSERT(ResultingStack != NULL);
    ASSERT(Process != NULL);


    PVOID pStack = NULL;

    LOG("GETS HERE 1 \n");

    PVOID topStack = (PVOID)PtrDiff(InitialStack, 0x308);

    MmuGetSystemVirtualAddressForUserBuffer(topStack,50*sizeof(QWORD), PAGE_RIGHTS_READWRITE,Process,&pStack);

    LOG("GETS HERE 2 \n");

    char* cmdLine = Process->FullCommandLine;
    QWORD argc = Process->NumberOfArguments;

    LOG("Argc = %d \n", argc);
    LOG("Argv = %s \n", cmdLine);

    PVOID argAddresses[30];
    char *argValues[30];

    char* currentArg;
    char* context;
    currentArg = NULL;
    context = NULL;

    int i = 0;

    LOG("GETS HERE 4 \n");
#pragma warning(suppress:4127)
    while (TRUE){

        currentArg = (char*)strtok_s(cmdLine, " ", &context);

        if (currentArg == NULL) {
            break;
        }

        int sizeOfArg = strlen(currentArg) + 1;

        LOG("Arg = %s with size %d \n", currentArg, sizeOfArg);


        pStack = (PVOID)PtrDiff(pStack, sizeof(char)*sizeOfArg);
        topStack = (PVOID)PtrDiff(topStack, sizeof(char)*sizeOfArg);

        strcpy(pStack, currentArg);


        //PVOID argAddress = pStack;
        PVOID argAddress = topStack;
        argAddresses[i] = argAddress;
        argValues[i] = currentArg;
        i++;

    }

    LOG("DONE WRITING STRINGS \n");


    PVOID argvAddress;

    for (int j = i-1; j >= 0; j--) {

        LOG("Processing arg = %s at address 0x%X \n", argValues[j], argAddresses[j]);

        pStack = (PVOID)PtrDiff(pStack, sizeof(QWORD));
        topStack = (PVOID)PtrDiff(topStack, sizeof(QWORD));
        memcpy(pStack, &argAddresses[j], sizeof(QWORD));

        if (j == 0) {
            argvAddress = topStack;
        }

    }

    LOG(" END OF WHILE \n");


    //allign stack
    pStack = (PVOID)PtrDiff(AlignAddressUpper(pStack, 0x10), 0x08);
    topStack = (PVOID)PtrDiff(AlignAddressUpper(topStack, 0x10), 0x08);



    //shadow space ?
    pStack = (PVOID)PtrDiff(pStack, 2*sizeof(QWORD));
    topStack = (PVOID)PtrDiff(topStack, 2 * sizeof(QWORD));

    LOG("argvAddress is 0x%X \n", argvAddress);

    ////argv & argc
    pStack = (PVOID)PtrDiff(pStack, sizeof(QWORD));
    topStack = (PVOID)PtrDiff(topStack, sizeof(QWORD));
    memcpy(pStack, &argvAddress, sizeof(QWORD));

    LOG("Done with argv \n");

    pStack = (PVOID)PtrDiff(pStack, sizeof(QWORD));
    topStack = (PVOID)PtrDiff(topStack, sizeof(QWORD));
    memcpy(pStack, &argc, sizeof(QWORD));

    LOG("Done with argc \n");

    ////last one
    pStack = (PVOID)PtrDiff(pStack, sizeof(QWORD));
    topStack = (PVOID)PtrDiff(topStack, sizeof(QWORD));

    MmuFreeSystemVirtualAddressForUserBuffer(pStack);

    *ResultingStack = topStack;


    LOG("END \n");

    return STATUS_SUCCESS;


}