So this method works only for a single processor, the programmable, it only works for a single processor
system because we can all listen to one tape in a multiprocessor system.
It is designed to have to know if using a balanced view does provide a solution to this problem.
A new interface was designed.
Extensible, advanced, advanced consists of two components.
One is Arabic, which interfaces with devices.
And I have a laptop which is for interfacing ATP.
Let me show you.
So you have your pick.
They have devices here which are connected to your pick, you have you pick which is connected to the
CPU.
So each and every CPU or processor has one local IP and then you can have whatever you want.
But each and every CPU will have one local and local epic.
Is interfacing with that CPU is interfacing with the local MP, so.
Local is interfacing with you and Arabic is with the Devizes.
So at each and every processor in a multiprocessor system consist of one locality which is responsible
for receiving various requests and delivering them to the processor, so it receives various requests
and delivers to the processor.
And I ended up in.
It also had its priorities.
And there is also a concept in local opinion, this idea in the process interrupts is a process of getting
the same interest to the processes so local it can be directly connected to your devices.
It has local interest inputs, so it has elastic things so it can connect local devices like dimer.
But sensors, the sensors, devices through it, are you watching?
So local at engineering drops from eyepatch into the process of selling drugs and entraps coming from
local interests like dimer or external immigrants coming from.
So this is a locality then we have Arabic, so these are this Arabic collection, the devices.
And it is in between the devices and local.
So your pick is in between devices and local control centers so it can sit there and talk to you.
So this no constant like you, big concern when it comes to this is this it can send to any of the athletic.
So it's hope because like before in toplines, and so you I pick it receives a request from the devices
and send them to the local APIC based on all you have programmed.
And then backward compatibility, a big Immunex.
All right, so now we have if we don't have to find it, but then backward compatibility is immolating,
I can find it so hard to detect whether I have an epic or not.
So these are separate.
Do you have a flag which specifies whether the CPU has built in local attic or not?
What do you think, whether you have local or.