So our generation is sexist.
I will go ahead and we will be first exporting harvest, OK, including a system that is the first step
and the second step is to launch and is seeking.
So whatever see application that will be developing, for this example, it's eligible for our previous
video also when you want to interface and external highway OK with and you what be fitted using EMI?
OK, so let me just go ahead and try to first create a new application project, right?
So we'll go to find new application project.
Just be naming this as you.
What do you mean you?
OK, and then we'll hit next and click on the Halol template and we'll hit Finnish, right?
So here also had all completions eligible because any we are utilizing you what one for debugging publicity.
Now, once you go to system daughter, Mrs will be finding a recommended try, but now we have two instances
of late and the recommended driver for us is you are right.
So they'll go to the Waldorf to see right?
So let's proceed with developing dolphin application, right, so willing to help it fight, so we're
here first, when is where we find all the hardware related information that is Speedometer Nottage,
OK, and the next one is the driver file for the IP that we have included right in our hybrid design
and that is X. You are flight dot extract.
These are the two things that you will be doing now.
If you go to you, work late, you would find out that we again required a good structure for initialization
of your work.
So you have you are flight config and you have you actually.
So again, we'll be following the same process as we've been doing from the beginning.
So we'll copy you what?
Like, OK, we'll be adding it to work here.
We'll just be naming this as you and again, or you work like config.
We will be declaring as a point.
Right.
So just go ahead.
I like this.
OK?
This would be you.
What config and this should be up to, right?
That would just be adding an asterisk over here.
Now this should be for both the IP instances that we have for you today.
So for first instance, we'll just be naming this as you watch zero.
And for the second instance, we will just be naming this sites you run and you what config what?
They let it just go ahead and create an independent function.
OK, which could be used to initialize you are favorite.
OK, so we already know the process so late, just declared to variable in status zero.
OK.
And Stuart is one, so this will be holding the value written by Sergey Initialise for both instances
of an IP rate.
So we need to look for a look up country and we do find a local country where we need to pass a device,
right?
We'll just go ahead and then to find out the device, and we just need to go to its parameter dot,
right?
So if you go ahead and look for any luck, right, so you will find out the data related to both you,
what instances.
So this will be the device I do for you, like late zero.
So we'll just copy and will agree to with you.
So this returns the config structure and that will be connecting to you.
What Conficker Z2, since this belongs to you and C2, right?
The same thing that we'll be doing that you want one.
All right.
So we'll just copy this.
We will be adding it over here.
We'll just be replacing the 081 and the device had a the device.
When is this one?
Right?
So we'll just copy will go ahead and will hide it over here, right?
So this is the first step where we look up for a device and it and the config structure.
The second step is to utilize.
Now we will look for the they state again into quite the argument.
The instance structure to convict structure and to address.
So we'll go ahead, and then first, is you what instance?
So far, first you are like, just be adding, you are to settle the conflict structure for you five
zero as you are config zero, right?
And the last one is the be served.
So you what config zero structure do consist of the be said?
So if you just look for the base address inside this step, you could find out they'll be said.
So we'll just be adding your door here.
The similar thing we do need to do for our second instance of you are late April, and this returns
the value, which we want the storing status.
See, right now, we just started this and will be writing the same thing for you.
Like what?
This will be you are, Glenn.
This will be your last one, and this will again be a new light.
Right now, we just need to apply the boots to Z line.
This one is equal stress.
This is sexism.
And if that is the case, we basically see that initialization is successful, right?
So if the status, C2 and status.
What if I was to access the.
Success.
OK, so if that is the case, then we could see that the.
Green.
OK, so device initialization is successful, that is what.
Zero.
And you are one in it.
Success.
Else and what we could do is in the in depth here, we will just be mentioning device saying it and
then.
Right.
So this completes the step one.
Right now, we're required to use a unique platform and cleaner platform because this will be used to
initialize you like one which is connected to a processing system and that we are utilizing fire debug
properties, right?
And this whole thing is related to that.
Do you watch like data that we have edited it?
So just dropped it on any platform?
We'll just be calling you at any rate.
So let me just go ahead and try to perform an execution of this code that will give us an idea where
the device initialization is successful or not great, so will not be adding any other celebrity to
St and Halloway.
OK.
Because you just need to verify whether device initialization is successful and then you start building
up your application.
Right?
So first, we need to program FPGA.
So once programming is completed, we go to an institute of Eminent will be connecting to counsel and
at the rate of one one psyche.
So let me just go ahead and try to perform this launch on highway.
Right.
So here our agenda is just to A580.
The device initialization is successful right now.
You can see we have a message that you are initialization is successful.
What would the instances of where you are right now?
We could explore and develop an application.
So what we will do here is we since we already know few APIs.
So when we are working with then you are obvious here.
Let it just try using the simple data and try to receive it right?
So that will help us to understand whether both of them are working in a loop.
Right.
So let me just go to and you work late, OK?
Here we do have a function.
OK?
That is used to saying that it so that it does copy and does require that the argument first one is
any what in structure, then the four and the number of white that we want the same.
OK, so that is a do.
We want to send a single vibrates.
So you wait, which is the region by you?
You could say, OK, and then this would be D.
So that basically means we want to send data.
And we also required when seemed that, a variable that could be used to receive the data from our friend
at the other end.
So we'll just be naming this as the right.
So just keep this eight, OK?
And let me just raise this to us, you know, you could explore the sea in functionality within a day
also, OK?
That doesn't change much, right?
So let me just go ahead and add saying, now what?
We will assume it's you.
What zero is sending this data OK?
And then you what one is receiving, then we will be sending the data from you and we will be receiving
it.
Then you are seated, right?
So that it just died and you are the insurgents as you are.
OK.
The point here for our data before is basically an address of this is so embarrassing and is right.
And then the number of bytes since we do have a single byte and you just specify right now will be waiting
for the lead transmission to complete again.
This is exactly similar to what we are doing in a previous case.
So I.
You have zero is sending a leader.
Yeah, we just need to specify you are zero.
We just will be meeting over here and then we will be receiving the lead and all this spins of the X
is connected.
So off by you one.
So we just need to go ahead and find out there is you function, OK?
And then we will just be receiving a detail here, right?
So ready to start this function.
Now you are instance which will be receiving details.
You had one.
OK.
The leader buffer for us is year again.
So this is the point of by utilizing an ampersand here and the number of byte that we want to receive
is right.
So once we receive the reader.
What we're going to do is we'll just be printing the data that we receive, so they'll print.
OK.
Your data received OK?
And this will be from you.
What one instance?
OK, and we'll just be printing the decimal one and the reader will be inside the right.
So just before calling a Senate, we could just mention the message that data sent OK from you, Zito.
And this will be the I guess this could be helping us in competition, right, and do not forget to
add a new line connected with you.
Right.
What we are doing is we have was mentioning the leader that we are sending from you.
Are you to interface.
OK, then we are calling the same dpa.
OK?
Mentioning all the important parameters that dysfunction request we are waiting for.
Transmission to compete and then we are receiving that data utilizing a receiver, and we are again
bringing this.
So let's go ahead and try to execute this application.
We are getting what we are expecting out of it, right?
We'll just be clicking on an option.
OK, so this will relaunch our debug section.
And now you would see that you are zero and you are one entity accessible to the same news.
Correct.
OK.
And data received is zero, so they just go ahead and try to find out.
So we could just wait for and die process of reception is completed on a crate so we could just wait
for an entire process of reception to complete, right?
So we'll just be adding if.
OK, let me just add one digit.
OK.
And then this will be called the bites.
OK, so the number of bites that we have received, so this function returns the number of bites that
we received.
Right.
So here we'll just be mentioning if sound bite is not equal to one right.
In that case, we will just be executing this code continuously.
That is, we will be continuously waiting for reception of the data.
OK.
And here we just will be mentioning by Nick was to.
So now what this will do is the addition of this call.
This will allow us to meet.
Till we receive the bite, OK, and then we'll be printing the deed, right, so you just wait and see
that whether school is working with this modification.
So now you could see in the previous case, since our inception is not completed.
OK, we will do see zero.
But now once we add this logic, that is we are waiting.
They will be completely receive the byte that we specify.
Now here we are receiving a single bite to the count that we mentioned is one.
OK.
And now you would see you are zero and you are planning it successful.
OK, so the same is eight, and that is easy.
So to be able to connect this to ideas?
OK, so that the detail from one of the.
You are Typekit could be received in other so without inside of it.
This could be your strategy because we have a multiple injuries that derive label on a gene crossing
system.
And you may not always have an HYDROFLUORIC, so you could just connect them in such a way that you
send and receive with the same interface and then verify that.
All right.
So as we try this further, we will be exploring this concept at another interface is also so you get
a fundamental understanding of how you could tackle a situation when you do not have an.