int main()
{
// no se usa idtr, el bootloader de Pure ya lo setea en 0x0 y usa ese
set_idt_entry(0x20, 0x08, (uint64_t)&_irq00Handler, 0x8E);
set_idt_entry (0x21, 0x08, (uint64_t)&_irq01Handler, 0x8E );
//Chequiar bootloader (idt)
//Todas las interrupciones habilitadas.
picMasterMask(0xFC);
picSlaveMask(0xFF);
_sti();
ncPrint("[Finished]");
ncNewline();
while (1) {
}
return 0;
}
int main()
{
setup_IDT_entry(0x20, 0x8,(uint64_t) &_irq00Handler, 0x8E);
setup_IDT_entry(0x21, 0x8, (uint64_t)&_irq01Handler, 0x8E);
setup_IDT_entry(0x80, 0x8,(uint64_t) &syscallHandler, 0x8E);
picMasterMask(0xFC);
picSlaveMask(0xFF);
_sti();
ncPrint("[Kernel Main]");
ncNewline();
ncPrint(" Sample code module at 0x");
ncPrintHex((uint64_t)sampleCodeModuleAddress);
ncNewline();
ncPrint(" Calling the sample code module returned: ");
ncPrintHex(((EntryPoint)sampleCodeModuleAddress)());
ncNewline();
ncNewline();
ncPrint(" Sample data module at 0x");
ncPrintHex((uint64_t)sampleDataModuleAddress);
ncNewline();
ncPrint(" Sample data module contents: ");
ncPrint((char*)sampleDataModuleAddress);
ncNewline();
ncPrint("[Finished]");
while(1);
ncClear();
return 0;
}
void load_idt()
{
setup_IDT_entry (0x20, 0x08, (uint64_t)&_irq00Handler, ACS_INT);
setup_IDT_entry (0x21, 0x08, (uint64_t)&_irq01Handler, ACS_INT);
setup_IDT_entry (0x80, 0x08, (uint64_t)&_syscallHandler, ACS_INT);
idtr.base = 0;
idtr.base += (uint64_t) &idt;
idtr.limit = (uint16_t) sizeof(idt)-1;
_lidt(&idtr);
//Solo interrupcion de teclado y timer tick habilitadas
picMasterMask(0xFC);
picSlaveMask(0xFF);
_sti();
}
