struct _idt
{
    uint16_t offset_1;/*offset bits 0..15*/
    uint16_t selector;/*kernel code segment offset*/
    uint8_t  ist;     /*bits 0..2  holds interrupt stack table offset*/
    uint8_t  type;    /*type and attributes*/
                      /*0..3 bits - gates*/
                      /*4 bit     - storage segment*/
                      /*5..6 bits - gate call protection*/
                      /*7 bit     - used/unused interrupts*/
    uint16_t offset_2;/*offset bits 16..31*/
    uint32_t offset_3;/*offset bits 32..63*/
    uint32_t reserved;/*unused*/
}__attribute((packed)) idt[256];

void set_int_handler(uint8_t index, void* handle, uint8_t type)
{
    /*at time of work this function may will do interrupt, and result will be undefined. Disable interruption and save all registers*/
    asm volatile("pushf\n\t");
    asm volatile("cli\n\t");
    idt[index].offset_1  = (size_t)handle & 0xFFFF;
    idt[index].offset_2  = ((size_t)handle & 0xFFFF0000) >> 16;
    idt[index].offset_3  = (uint32_t)((size_t)handle >> 32);
    idt[index].ist      = 0x00;
    idt[index].selector = 0x08; /*kernel code segment offset*/
    idt[index].reserved = 0;
    idt[index].type = type;
    /*load all registers. This also activate interruption, because will restore flag register*/
    asm volatile("popf\n\t");
}