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So our generation is successful.

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Now we proceed and export and hardware for right.

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So I export.

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It's both hardware.

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OK, remember, our project is Project 18, right, so quickly next, we will be including a bitstream

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like next.

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OK.

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And we will be exporting our quite in the project and eating right.

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So once this is done.

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They'll just be clicking on finish.

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And once you successfully export an excessive file into project and escalating, which is the same folder

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where we have all the bilodeau that actress will be doing will just be launching a white Israeli raid.

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Now here we will be choosing the seam directly for our space, so we click on browse button.

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We choose project and security.

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OK, and then we will be launching an I.D..

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So one are it's really the first step that we follow is to create a platform project where we will be

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invoking the excessive file that we have created for the world of design.

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So we go to the Black Project, we'll just be naming this as GPIO.

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The next click on Browse button, go to a folder where we have our excessive file, so engage in Project

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and 18 and then we'll just be opening it.

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So once you successfully implode the platform, click Finish.

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So once your black project is ready, the first step that we follow is to build a project so displace,

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control and be great, so this will automatically start building the project.

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So once successful, will be finding out of date message will be gone.

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And then we select the platform project, right click new and then application project right again.

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We will be invoking the hallowed template over here, so we just need this as GPI to underscore established

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right click next and then we will be using an Halloway.

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So this is exactly similar to what we've been doing from the beginning.

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Now we go to a third.

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OK, so we will be adding the core here, which we use to send the data on to any due date.

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So I have already copy the code and that is what we're going to do with you.

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So will quickly go through an entire.

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OK, so let me just go through her call quickly now since we are working on it.

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So the mandatory driver for us CPI 0.8 artichoke and then we required parameter.

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That's right.

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So we declared structure.

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One of them is a conflict structure, either one.

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It's an instant structure we call lookup config where we pass the device aid.

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And then this will generate the config structure we use to initialize Harrogate and assuming as an instance,

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structure, config structure and base address.

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And then we are checking whether initialization is successful.

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Great Dane.

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The only thing that we need to do in the mean application is to correctly say that additional here we

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are working with an LCD rate.

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So we added zero for each bit where we have any lead, right?

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So 16 is that we want to confuse the 16 zero right and X basically indicate that we are specifying each

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number in and hexadecimal format.

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So, for example, a single digit is equal to 16 binary digit.

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And here we set all 16 unless we it as an output rate.

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And then we are sending the data by calling the script right.

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Here we are, both standing on all the ladies.

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We are reading for one second and then we are turning off.

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So what are we going to do here is now, since we are analyzing our signal line and aioli, so delay

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of one second is not required because that is very big deal.

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Rachel, what are we going to do is we'll just keep adding or delay and we'll be generating some random

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transactions.

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OK.

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So just the random value that we'll be sending one and then leave it out.

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Right.

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So one, two, one two, then.

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So these are some of the random values that we will be sending on Brennan.

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So here we have not that they did it because it is not necessary because we will be analyzing each and

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every signal on Islay.

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OK, and that could be analyzed at higher rates so you do not need to add anything.

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Right.

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So once our application is ready, the ME build an application project.

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This will automatically create an LFA.

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You remember an entire data that we are sending is one, right, so this will be continuously sending

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the data.

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So what are we going to do here is you need to at least on your application once, OK to start capturing

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the signal in the Nile.

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Right.

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So we'll try to execute our application to select the application project, debug US launch on HYDRA.

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We do not need to connect this terminal because we are not sending any data on who to see.

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Right.

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So once our programming is successful, we will just be clicking on a resume button.

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So once you click on this resume button, what will happen is our system really cool will start getting

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the clock right.

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So once we send the clock?

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By clicking on a resume button off the debugger, you write, So we go through, I replied, All right.

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Then we go to an open hardware manager, right?

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And it will just be clicking on like open.

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So when you click on an organic automatic, you would see the waveform, you are often idly, you won't

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be able to see any transaction right now.

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OK?

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Because we need to settle the score and then we will be exhibiting a good idea.

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When you, whenever you are analyzing a transaction is to choose a signal that will act as the value

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signal for a start of a transaction.

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OK, and then you click on this button, right?

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So then only will be coming out.

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I illegal and then will be capturing the signal, right?

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Right now, the call status is idea.

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We go ahead and click on this button.

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OK, so the signal that mark the start of the transaction, if we're going to date any excite is EWR

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great.

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So this is the signal that is generated by your master to indicate that it have a valid data that you

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need to send to the scene.

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So Slavin argues that UPI will just be selecting the signal.

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OK, so that will mark this type of light transaction.

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And then this will be.

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Marking the start of transaction only when it is equal to one, right, so we will be using that, you

102
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start capturing the signal when this is not equal to zero.

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So whenever it is not equal to zero, that basically mark that M. M. Nargis is the micro means have

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some valid data which it needs to send to the sleeve IP.

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That is, in this case, only that will start collecting those samples.

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Then the number of samples that will be connecting is one zero two four eight.

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So you could also specify, for example, how many sample you want to collect before you have a trigger

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and after you have a trigger.

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Right?

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The trigger for us is E.W. valid signal, so we go to the I'lI setting.

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Now here we want to analyze the transaction only when we have a E.W. valid been high.

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So we do not need to analyze any of the transaction that we have prior to receiving a trigger.

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So we could just say this at zero.

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So all the one zero two four sample will be after we have a valid signal, right?

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This is what we want to do.

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So once all the.

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Setting and trigger is correctly set up, we'll just click on this plus button rate since our application

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is running.

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Now you could see that we automatically start to receive a transaction, right?

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00:07:47,840 --> 00:07:52,280
So now you could see a few just zoom in a bit.

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00:07:52,610 --> 00:07:58,250
OK, so we are writing a letter to a GPO, so no read transactions are observed over here, right?

122
00:07:58,850 --> 00:08:06,680
And then if you just bring this window back, so we could clearly see that we have a right transaction

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00:08:06,680 --> 00:08:07,280
available.

124
00:08:08,860 --> 00:08:12,820
OK, so A.W. channel is used to communicate digress.

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OK.

126
00:08:13,540 --> 00:08:18,730
And then Channel is used to communicate the data, and the channel is where we receive the response

127
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of the transaction.

128
00:08:19,930 --> 00:08:26,320
So air channels similarly is used to convey the actress and control information on channel is aware.

129
00:08:26,320 --> 00:08:31,720
We receive the data as well as we receive a response of a transaction.

130
00:08:31,960 --> 00:08:37,150
So since we are not performing a reading operation, this channel do not have any active transaction,

131
00:08:37,420 --> 00:08:43,150
whereas A.W. Channel have active transaction rate, so you could see the process is very, very simple.

132
00:08:43,150 --> 00:08:45,840
So we foresee an address and control information.

133
00:08:45,850 --> 00:08:47,620
Then we receive the reader.

134
00:08:47,830 --> 00:08:50,500
And finally, we send the response off a channel.

135
00:08:50,500 --> 00:08:56,170
So if you analyze the response channel, if you receive an OK, that basically mean the transaction

136
00:08:56,170 --> 00:08:57,600
is successful, right?

137
00:08:58,390 --> 00:09:06,040
And if you analyze any E.W. channel now here, you could clearly analyze the A.W. value signal first.

138
00:09:06,040 --> 00:09:11,040
Become high does indicate that did have some valid data which you want to send to us.

139
00:09:11,050 --> 00:09:15,330
You and its name is a database aptly titled Simply Too Easy to Operate.

140
00:09:15,790 --> 00:09:22,780
So this is how we initiate the transaction, and then we go from sending off an address and then followed

141
00:09:22,780 --> 00:09:23,950
by a deed, right?

142
00:09:25,080 --> 00:09:32,550
Now, if you analyze the second net that we have where we received the data, that is actually going

143
00:09:32,550 --> 00:09:33,050
to analyze.

144
00:09:33,480 --> 00:09:35,640
So we could really analyze that we have.

145
00:09:37,200 --> 00:09:44,250
One two one two two three two two one one one one zero three three three five six and then zero zero

146
00:09:44,250 --> 00:09:44,510
zero.

147
00:09:44,730 --> 00:09:50,670
So this is exactly matching to what we are sending on to, and it's right.

148
00:09:52,000 --> 00:09:59,110
So we have a different race than zero zero zero one two one two two three two two one one one one and

149
00:09:59,110 --> 00:10:01,630
then zero three three three, right?

150
00:10:01,840 --> 00:10:07,900
And again, since we are inside line one, we are going to get everything right.

151
00:10:08,230 --> 00:10:14,770
So this is how we prove and Ali and then analyze the data that is going on to a net.

152
00:10:15,130 --> 00:10:16,510
OK, as you perform trans?