So once this is done, the next step is to close the Strait, so we know that we have a truce, which
is right.
So we need to first close this switch, so that basically allows us to receive and interpret this from
a very positive and then we need to use the global enable or the specific enabled functions that are
available in the driver that is used to close this.
So that allows us to sing the interpreters out of the periphery.
So this is the Two-Way security that we have when we walk around with.
That interrupts in the future, right?
So let us find out whether we have an able function.
And NGC may say if you go to the ICJ, you could find out that we do have an naval function so that
basically close this bridge now with this Argosy believe to receive and interpret this drama.
Now this required to activate.
OK, so first one is an instance structure.
And secondly, what is a unique interplay direct so we can just copy this?
Go backward.
Hello.
And then usually the first two argument that you have for Connect are equally valid for enable and disable
function, all right.
So we'll just be copying the first two Akemi, which include the Insta structure and the.
Unique idea that we get foreign interest, so once this is done now, the next stage will be to find
out whether they exist in a driver to close the switch if they do not exist and we do not need to do
anything.
But if they exist, we need to add the right to.
To find out the driver's specific or a better fit of specific a definition, we just need to go to our
next guy because this is an IP that we are utilizing and then we will be exploring whether we have interminable
and global inhibited defining.
We have both of them forensic, right?
So we need to attribute of this to enable our switch number to remember this.
So we go ahead.
Let us called mobility, but this just required an instant structure.
So audience and structure is GPIO, right?
So this is the first step that we need to do.
Then if our driver consists of an intimate animal, that is also we need to add, right?
So if you go, you could also find out that we have an interest in the very first document is an instance
of two that we know to find out the must wait.
So let's just go ahead and explore the driver for us.
So will we copy this first?
Now we are utilizing just a single channel on a group.
Remember this thing?
So we are first document as a GPO because that represent our instant structure, right?
The only thing that we need to find out is whether we have a mass for a child with right.
So if you just explore a driver, let's see whether we have some macros which are available to define
the mass.
So here you do not find anything.
OK, so let me just go ahead and explore x GPIO underscore and write.
So if you just click on an F3, right?
So here you see a series of value which have been mentioned for an upset.
OK, and you also find out the Muscovite.
So we need to copy this child because we are utilizing -- logic and we need to.
It as a second novel, right, so once this is done, this completes the process of an interrupt initialization,
right?
So what we did is.
So first we perform an initialization of our children into control.
OK, then we initialize an exception, the enabler exceptionally well.
We also specify the type of an interest along with the master in Japan, right?
But this is just we will be recognizing that in Japan for a unique in Japan.
So you specified in jeopardy and in Japan, right?
And then you need to enable.
So this will close the switch from one.
And too close to number two, you just need to explore the tribal fight if there exist any function,
such as global interrupting, inhibit and interrupt you, never, you need to argue to them.
If you do not find this function, then you do not need to do thing right.
So this will be automatically sent by night in D.C..
All right, Rachel.
We go ahead with this now only thing that is left here is to define what should be done when we have
an inch.
OK, so the first thing as soon as you come to an end to Spangler is to.
First, disable and interface, so we go ahead and find out the function we have to disable and enter,
so we'll just go ahead and then we copy this.
Now this is too personal.
The interview requests that we received so will not be receiving any further internal requests request.
We will be serving the existing interest request and then we accept the new request.
To do that, we first disable and OK again.
This request to the first one is an instant structure and second one is in Moscow.
That is what we're going to have to adhere.
Once this is done.
Right then, OK, we will be doing the series of things that we want to do.
Basically, when we have an interview and after we finish, our processing will again be.
Enabling an interest so that we could be able to receive the new contract requests.
So these are the two things that we need to do.
And if you have any pending interests in a queue, that could also be clear by utilizing if you just
explore the drivers.
We also have an interface that will basically clear up any spending when we start accepting the fresh
interest rate.
So we will be inviting this over here again, this to argument rate.
So this will be the mandatory step that you need to follow when you walk around with an interpreter.
First thing that you do in Japan is to disable it so that you do not deceive the new interpreter twist
until you solve an existing interpreter.
Then you do a lawsuit.
Clear any interest pending in the queue.
OK, and then again, enable him to back before we start sensing a new and thanks only thing that we
got to do over here is as soon as we have any interest, we will be reading the value of a switch.
We will be storing it into somebody.
We will be sending that data on a screen that is an algorithm that we want to implement.
All if we already set the direction now the function to read the value is discretely right and this
basically secluded and you 32, do they just go ahead and declare one very well, you 32.
OK.
And this would just be naming as jittery.
OK, we just added a.
So this required an argument as an instance structure and the elaborate so us an instance structure
is.
GPIO channel numbers, right, so once we review the leader from a switch now.
We gonna sing this value, OK, which?
Value.
Read.
This is going to send to ActionScript, so we know that we have our value stored in that.
So this is an algorithm that we need to perform and we have an interpreter.
So we are reading this ritual.
We are storing it in and data and then we are sending it on to a console.
Right.
What is this is that we will be clearing the pending request.
And then again, enable an enterprise to this, allow us to again start receiving an interest rate so
this can be user application code.
Right.
So this chip, while working with nature, is very simple.
First, we proceed with an initialization periphery.
Then we proceed with the initialization of and then we initialize and enable exception.
OK, then we specify the interrupt handler for a unique interface, loads the switches, specify the
initial pilot.
And then.
You just need to call all the functions away here, right?
So for GPIO and it will just be calling this, we're here.
OK, and for an into controller will just be adequate to work.
Right, so this to our mind, so this will perform an initialization of both GPIO as well as Lake.
Now when we have an trouble, you just need to wait for it to occur to do just wait.
We will be adding one and then nothing but just an empty calibrations, right?
So this allows us to wait for end to proper and then reserve serve and interpret straight to this complete
output that it just built an entire application project.
So here we are utilizing ahead of its declaration.
So we'll just be declaring the instance in structure about lying to obtain the right to life, this
is just that is just again, build our application project.
So this error is gone.
We have one more error here.
So let me just go ahead.
This should be exception.
What this is done, let it just build our project, our biggest success rate, and we will do that and
you know, what we're going to do is just be starting.
I'd like to just go ahead and select an application project.
Right click Debug guys, launch one hard, right?
So this will switch our perspective from design to debunk one thing that we need to do is to connect
the widest terminal to the comfort, right?
So we go ahead and we connect our widest terminal to comfort.
OK, and then with talk, just click on this resume button, so you could see GPI when it is successful,
and it is also success.
Now what I do is I just try to change the value of Switch.
So right now, all the switch.
Adding on Stewart.
OK, so I'll just be first turning off all this, we just let it just turn off all this.
We just will be finding the value that we read at zero.
So let not turn on the Elizabeth switch, right?
So this will.
Reason and interpret questioning the value that we will be reading is, well, this makes sense.
So if I turn on the switch, so switch value read will be three.
If I turn on the next one, the value be seven and if I turn on the last one.
OK, so we will be getting the value that is 50 too.
As soon as we change the state of the switch, we have an interest and then where we are reading the
value of a switch and then we are sending it on to read.
So this is how we work around with an interest.
So at the beginning, the process may be a bit difficult.
But as you practice, more of a number of different things becomes easy to handle and that you could
easily work around with it into from a complex.