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But some condition is successful now, will proceed to its and hardware refined, right?

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So go to fight export export hardware, OK, and this will be including a bitstream, so we'll be selecting

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to include everything.

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Click next and we will make sure that the excessive file will be added in the same project directory

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where we have all the Bilodeau fights.

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Right click next and then click Finish.

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Right.

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So once this is sent, we are ready to launch and write this idea so we go to tools.

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Launch right is a right, and here we will be using the theme folder where we have all the files located,

10
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right?

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So we'll go ahead and browse the workspace, OK, and we'll be selecting the most recent project where

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we have all the vital click, select and then launch Whitesides.

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So once this is loaded, we will first be adding the platform, right, so we go to feedback from Project,

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we'll just be naming this as you click next and then we will be clicking on Browse Button.

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OK.

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You go to a folder where we have a project.

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OK, and then this is an excessive fight rate, so we'll just be opening it and then click finish.

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So once our platform project is really the first thing that we do is to build up our project, right,

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so the status that we are getting over here will be out of date, status will be gone right and then

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we proceed for creation of a new application project.

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So we go to quite new application project.

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The name that will be choosing is.

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OK, so now we have our platform ready.

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Now we'll just be selecting your platform.

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Go ahead.

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New.

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OK.

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And an application party, right?

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So we'll proceed the next.

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So if you wouldn't be able to find the platform project, you just go ahead and click on the side button,

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right and then select the folder where we have all the files, right?

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So this is the same detective where we have the idea that we just select the directory and like this

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will automatically recognize the platform project.

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Right.

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So one platform project is recognized.

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Click next.

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And we'll just be naming this as GPO.

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It's just right click next, and then we'll be choosing the Halloween campaign.

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Great.

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So this allows us to have an access to all the.

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Function, which could be used to initialize you right now, once application project is added, we

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go to a small step and we'll start adding a code for our chip, right?

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00:02:47,710 --> 00:02:50,380
So we already discussed fundamental of the tool driver.

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00:02:50,560 --> 00:02:51,790
So now we'll try to.

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Create an application utilizing the fundamental that we have this.

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So first, we start with adding all the mandatory fight, right?

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So if you go to and.

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Platform project, right where we have our yes, that is board support package.

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00:03:10,140 --> 00:03:11,180
OK, so.

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00:03:12,450 --> 00:03:16,800
We need to go to platform this, yeah, and then we have a support package.

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00:03:17,050 --> 00:03:23,460
So here you could clearly see for any side GPIO the recommended driver UPI rate.

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00:03:23,480 --> 00:03:27,780
So with all the Xilinx, right, well, we just need to add the graphics settings, right?

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00:03:27,810 --> 00:03:29,440
That is what we're going to do here.

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00:03:29,460 --> 00:03:33,350
So for UPI, we prosecute an interview.

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OK, perfect Z6.

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And then we like I would not expect when more Haider finds that we frequently get quite okay throughout

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the course, wherever be required to pass and hardware related information is amateur doctor to.

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This consists of all the information, all the paper that we have in our property, right?

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So let's just do things that are added.

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We are ready to proceed developing a function that could be used to initialize as UPI rate.

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So we'll be declaring an Independent Functions UPI unit, which consists of all the code that could

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be used to initialize our UPI.

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Now go explore the driver.

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We just need to click on F3, OK, and then we'll proceed.

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00:04:17,000 --> 00:04:20,930
So if you explorer GPO, we have to structure.

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One is the config structure and another one is an instance structure, right?

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So we'll just be copying this.

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And this should be declared as a point.

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Right.

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So I stick, and then I'll right.

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The next thing that we required is the instance structure, which is dismantle that will be going ahead

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and we will be adding it over here.

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So remember how these are the usually the Neame and the school config, its iconic structure and that

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name alone will be considered as an instance section.

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And if you also read the description.

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So the GPO driver instance details we read this is mentioned that basically represent an instance structure,

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and then the Typekit contains a configuration information of a device configuration information replacing

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the config structure.

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Right.

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So when you are required to use this structure, when you have lookup config and CMG initialize, both

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are present in your tribe.

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So if you do not find any one of them that is lookup config or see object initialize, any one of them

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is not present in their driver.

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00:05:31,410 --> 00:05:37,140
You have an alternate function which is available, which is initialized so that we require to just

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create an instance structure, right?

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00:05:38,760 --> 00:05:43,860
So as you call this, there will be considering, for example, where you do not see, lookup, configure,

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see a initialize in that case will be preferring to go with an initialize, right?

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So here both are breathing, so we'll first proceed with the lookup config.

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Now this returns on fixed rate, where we just need to pass the device idea.

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And once we have a config structure, this will be adding to the sea of junior chalets, along with

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an instance structure and the base address to initialize out right?

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Right.

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00:06:05,550 --> 00:06:09,540
So let just copy lookup config and go back to our Halloway.

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OK, so our conflict structure is the IU conflict, right?

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00:06:16,350 --> 00:06:22,260
And this should be equal to the local config function, and we required the device I.D. for op eds,

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00:06:22,280 --> 00:06:26,760
and so all the hard vetted information could be found out from experimental data.

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00:06:26,850 --> 00:06:29,370
We just need to find GPI.

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00:06:29,460 --> 00:06:34,670
OK, so this is the device I.D. that we have, which we need to add it.

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Right?

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00:06:35,670 --> 00:06:38,490
This will return the config structure pointer.

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00:06:38,490 --> 00:06:40,980
So if you just stand in this written pointer.

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Right.

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So we do not need to do any type testing or conversion, then we will be calling C of G initialize.

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OK.

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And this required three argument first one is an instance structure, which is CPO, then the config

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structure, OK, and the last thing that it requires is then be set so visitors could be found out from

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the parameter dot.

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So this is the address for our particular IP or the config structure itself consists of etc, so we

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just need to go ahead.

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Inside the conflict structure, use this operator and then you have a side, right when this is done.

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00:07:19,740 --> 00:07:24,150
Now this CFG initialize actually returned the status of initialization.

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So if you exclude the functionality of it, so it redone the existing taxes.

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If initialization is successful and that is what we're going to check, right?

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So we go ahead.

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00:07:33,540 --> 00:07:37,350
We declared one variable income status, right?

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So we will be checking if status is equal to existing six.

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And if that is the case, OK, we will be mentioning that device are in fact keeping you in it success.

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OK.

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As we could just mention.

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GPA, you.

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00:08:05,220 --> 00:08:10,210
I mean, this Elvis to debug where there are initialization is successfully done right.

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So once this is done now, we are ready to work, but only then basically reliably, right?

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So we'll just be calling this OK.

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So you in a mean function you could see in a platform that is used to initialize you walk right?

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00:08:23,290 --> 00:08:28,930
And then we have initialize our GPI right now if you explore the function.

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00:08:29,260 --> 00:08:34,410
OK, so you have said the dilation get the validation discrete to identify function.

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00:08:34,430 --> 00:08:34,630
Right.

128
00:08:34,630 --> 00:08:39,520
So first, we need to set direction depending on the code that we want to utilize.

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00:08:39,520 --> 00:08:43,620
Now here in this case, we want to utilize our food as an output.

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00:08:44,440 --> 00:08:52,390
So if you go to the set detail direction, OK, there you could see a description of our poor, great,

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for example, but set to zero output and which say when our input.

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So for each book, OK, we have a specific been located.

133
00:09:03,040 --> 00:09:08,690
And if you say to a zero that will configure output to be an output, right?

134
00:09:09,070 --> 00:09:14,350
If you set the BEC to be one that will go and figure out who to be and input.

135
00:09:14,560 --> 00:09:14,830
Right.

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00:09:14,860 --> 00:09:19,430
In this case, we want utilize of all the 16bit as an output.

137
00:09:19,750 --> 00:09:22,540
So what we're going to do is we'll just be copying this function.

138
00:09:22,570 --> 00:09:25,390
We go back to mean after an initialization.

139
00:09:25,600 --> 00:09:31,360
OK, first argument that this function have is the instance structure, right?

140
00:09:31,690 --> 00:09:34,440
So instance structure for us is cheap.

141
00:09:34,850 --> 00:09:41,680
You write the way we add ampersand because this is required if you just exploded the required pointer

142
00:09:41,680 --> 00:09:43,140
of an instance structure, right?

143
00:09:43,420 --> 00:09:48,070
So we will just be passing an address so far instance such as was that instant?

144
00:09:48,460 --> 00:09:52,990
The next thing is the number of chain and noggin since we are utilizing the single channel.

145
00:09:53,020 --> 00:09:53,350
Right?

146
00:09:53,830 --> 00:09:57,070
So you could clearly add one more here.

147
00:09:57,340 --> 00:09:57,670
Right.

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00:09:58,090 --> 00:10:02,620
And the last thing is to sic all the 16bit as an output.

149
00:10:02,830 --> 00:10:06,250
So we'll just be adding zero zero zero zero, right?

150
00:10:07,060 --> 00:10:12,460
So X indicate that we are passing the number in an extra simple format.

151
00:10:12,760 --> 00:10:13,090
OK.

152
00:10:13,270 --> 00:10:14,950
So for exactly single digit.

153
00:10:16,430 --> 00:10:18,740
Will sit 16.

154
00:10:20,230 --> 00:10:21,400
Bins as an output.

155
00:10:21,660 --> 00:10:21,820
Right.

156
00:10:21,850 --> 00:10:22,600
This makes sense.

157
00:10:24,580 --> 00:10:30,790
So once detection is correctly set up now, we will be generating the blinking rate, so we'll be calling

158
00:10:30,790 --> 00:10:31,330
while when.

159
00:10:33,070 --> 00:10:37,840
So this allows us to continuously run our application until we apply it right?

160
00:10:38,110 --> 00:10:43,780
So first, we'll be writing all one and then we will be waiting for somebody writing again on zero,

161
00:10:43,990 --> 00:10:45,990
waiting again for something, right?

162
00:10:46,150 --> 00:10:52,990
So to write the leader, we have discrete right, OK function where we need to pass an instance structure

163
00:10:53,260 --> 00:10:53,950
the.

164
00:10:55,130 --> 00:11:00,560
Changing that, we are utilizing and then the data, so we'll be going ahead.

165
00:11:02,080 --> 00:11:04,750
Again, to our application.

166
00:11:05,000 --> 00:11:07,990
OK, first argument is the and structure.

167
00:11:08,380 --> 00:11:13,270
So will the China number is one and the leader that we want the right.

168
00:11:13,520 --> 00:11:18,130
So we are writing all one to all the 16 pins that we have, right?

169
00:11:18,130 --> 00:11:19,490
So excited symbol.

170
00:11:19,510 --> 00:11:24,220
If it's right, then we'll be waiting for one second.

171
00:11:24,250 --> 00:11:29,740
So sleep is an EPA that is used to provide the delay in second, so we just need to pass the delay in

172
00:11:29,740 --> 00:11:30,880
second as an argument.

173
00:11:30,880 --> 00:11:32,770
So here we want a delay of one second.

174
00:11:33,040 --> 00:11:34,990
So we'll just be adding one over here.

175
00:11:35,410 --> 00:11:39,620
Then we will be writing all zeros again.

176
00:11:40,290 --> 00:11:46,030
You feel the instant structure, though, a number of changes and then all these.

177
00:11:46,150 --> 00:11:47,230
So this will turn off.

178
00:11:47,230 --> 00:11:51,310
All the ladies will again be waiting for one second.

179
00:11:51,390 --> 00:11:51,550
Right.

180
00:11:51,550 --> 00:11:54,910
So this will give it an equal delay for both on and off, correct.

181
00:11:54,910 --> 00:11:57,160
So we'll be getting the blinking great.

182
00:11:57,160 --> 00:12:02,500
So once this is done, we complete our application could we'll just be saving our crew and building

183
00:12:02,500 --> 00:12:04,090
up our entire application.

184
00:12:04,270 --> 00:12:09,430
So just press control and that will generate an idealist as you could also go here.

185
00:12:09,470 --> 00:12:09,660
Right.

186
00:12:09,670 --> 00:12:14,540
So this is in file that will be downloaded and executed on the next rate.

187
00:12:14,560 --> 00:12:20,770
When our application is ready will go ahead with select an application project, which is this one right

188
00:12:20,770 --> 00:12:24,100
click, then debug at launch on hardware.

189
00:12:24,340 --> 00:12:26,970
So this will open up the debug perspective.

190
00:12:28,180 --> 00:12:28,510
OK.

191
00:12:28,780 --> 00:12:36,880
And then we go to this terminal and there, what are we going to do is we will be connecting the serial

192
00:12:36,880 --> 00:12:43,540
terminal right to select this plus button, then select the respect you can put on which you have your

193
00:12:43,540 --> 00:12:44,350
development board.

194
00:12:44,350 --> 00:12:48,370
And the board rate at which you are right is operating is nine six zero zero.

195
00:12:48,400 --> 00:12:48,700
Right.

196
00:12:49,060 --> 00:12:54,400
So once this is connected, we will be proceeding for an execution of a court.

197
00:12:54,400 --> 00:12:55,500
Great to hear you.

198
00:12:55,900 --> 00:13:01,180
You could clearly see as we switch to a debug perspective, we have this resume option, right?

199
00:13:01,510 --> 00:13:05,680
We'll just be clicking on that and then our application would start executing.

200
00:13:05,680 --> 00:13:10,710
And here you could really see that GPO in it is successfully right.

201
00:13:11,000 --> 00:13:18,420
This basically mean the GPI is collected initialize and you could observe on a ball they lead you blink

202
00:13:18,430 --> 00:13:18,700
rate.