//Выбераем диск
    outportb(port + 6, 0xA0 | slavebit);
    //Кол-во секторов 0
    outportb(port + 2, 0);
    //LBA 0
    outportb(port + 3, 0);
    outportb(port + 4, 0);
    outportb(port + 5, 0);
    //IDENTIFY command
    outportb(port + 7, 0xEC);
    char x = inportb(port + 7);
    while (x & 0x80) {
        x = inportb(port + 7);
        if (x & 1) break;
    }
    if (x == 0 || x & 1) {
        //Диска нету/ошибка
        return;
    }
    unsigned short u = inportw(port);
      kprintf("\n");
    returned[0] = u;
   kprintf("%x ",returned[0]);
    for (int i = 1; i < 256; i++)
    {
      returned[i] = inportw(port);
      kprintf("%x ",returned[i]);
   }
   while(getKey()==0);
    ATADevices[deviceCount].port = port;
    ATADevices[deviceCount].slavebit = slavebit;
    if (returned[83] & 1 << 10 != 0) {
        ATADevices[deviceCount].isLBA48Supported = 1;
        ATADevices[deviceCount].LBA48 = (returned[103] << 48) + (returned[102] << 32) + (returned[101] << 16) + returned[100];
        diskDevices[dcount].sectorsCount = ATADevices[deviceCount].LBA48;
        diskDevices[dcount].readSectors = & ReadController;
        diskDevices[dcount].writeSectors = & WriteController;
        diskDevices[dcount].ataNo = deviceCount;
        diskDevices[dcount].type = DISK_TYPE_ATA;
        if (ATADevices[deviceCount].LBA48 == 0)
            return;
    } else {
        ATADevices[deviceCount].isLBA48Supported = 0;
        ATADevices[deviceCount].LBA28 = returned[61] << 16 + returned[60];
        diskDevices[dcount].sectorsCount = ATADevices[deviceCount].LBA28;
        diskDevices[dcount].readSectors = & ReadController;
        diskDevices[dcount].writeSectors = & WriteController;
        diskDevices[dcount].ataNo = deviceCount;
        diskDevices[dcount].type = DISK_TYPE_ATA;
        if (ATADevices[deviceCount].LBA28 == 0)
            return;
    }
    dcount++;
    deviceCount++;