---

void switch_handlers(Context* ctx){
    u32 vector = ctx->vector;
    switch (vector)
    {
    case 0x20:
        timer_handler(&ctx);
        send_eoi(0);
        break; 
    case 0x64:
        print_char_handler(ctx);
        break;

    case 0x66:
        print_string_handler(ctx);
        break;

    default:
        default_handler(ctx, vector);
        break;
    }
}

void default_handler(Context* ctx, unsigned short vector) {
    print_format("Kernel panic: unhandled interrupt %x, interrupt process context:\n", vector);
    print_format("  EAX = %x ECX = %x EDX = %x EBX = %x\n", ctx->eax, ctx->ecx, ctx->edx, ctx->ebx);
    print_format("  ESP = %x EBP = %x ESI = %x EDI = %x\n", ctx->esp, ctx->ebp, ctx->esi, ctx->edi);
    print_format("  DS = %x ES = %x FS = %x GS = %x\n", ctx->ds, ctx->es, ctx->fs, ctx->gs);
    print_format("  CS = %x SS = TODO EIP = %x\n", ctx->cs, ctx->eip);
    print_format("  EFLAG = %x\n", ctx->eflags);
    print_format("  error code = %x\n", ctx->error_code);
    kernel_panic("END OF KERNEL PANIC!");
}

typedef struct {
    u32 edi;
    u32 esi;
    u32 ebp;
    u32 esp;
    u32 ebx;
    u32 edx;
    u32 ecx;
    u32 eax;
    
    u16 gs;
    u16 padding_1;

    u16 fs;
    u16 padding_2;
    
    u16 es;
    u16 padding_3;
    
    u16 ds;
    u16 padding_4;
    
    u32 vector;
    u32 error_code;

    u32 eip;
    u16 cs;
    u16 padding_5;
    u32 eflags;

} Context;

#ASM
make_context:

	push ds
	push es
	push fs
	push gs
	pusha
	push esp
	call _switch_handlers
	pop esp
	popa
	pop gs
	pop fs
	pop es
	pop ds

	add esp, 8
	iretd

_tramplin_0:
	push 0xDEADC0DE
	push 0
	jmp make_context