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So let us try to cover an entire flu that we have for utilizing and enter into our right, so this will

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be a common skeleton that will be relating throughout the section that we will be working with then.

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And this is independent of what type of an interest that we've given rights to the procedure, you mean?

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See, only the parameters will be very right.

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So we'll be dividing an entire Zubeida where we will be utilizing an interesting to keep up to date.

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This does not reflect anything related to an algorithm, does just include the set of steps that you

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need to perform.

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Right.

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So will be dividing our entire set up.

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Step three Step first one is where we initialize both federal and state so that it include where we

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have that action and great.

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For example, if you have a GPO, OK, and that we are connecting to a switch, and from there we are

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sensing and changes in the switch.

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So as soon as we have a change in a switch state, we will be generating an interest rate so that blocks

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represent and source of an interest for us.

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So that is one of the block.

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And another one that we have is the general in the hook, which also is an independent block processing

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system, right?

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So step one is to initialize the periphery, which is generating an interest.

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OK, and also initializing the agenda to control rate.

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The processes remain the same that we've been utilizing for another very fitted.

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So we have two structures.

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One of them is a config structure.

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Either one is an instance structure, right?

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And then we utilize lookup conflict I see of Jaenisch Place.

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So that entire process will be common for both very positive as well as general.

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Right.

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So that representative.

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But if you just analyze the typical template.

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OK, so here we are generating the income from the search, right?

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So if we just looked into the GPI in it, so this is a function where we are initializing are everything.

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So this represent the step point.

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And you could clearly see since we are utilizing two independent APIs.

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So you have one of us get this far.

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And one of them is for entity, right?

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So we are utilizing lookup config and CMG initialize.

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So this represents a step one where we are initializing the paper.

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And along with that, we also need to initialize, right?

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So we are developing an independent, unique function here.

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Also, we have a config structure as well as the instance structure, right?

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And all the data related to this could be found out so far as we have a driver x s see you.

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So if you're just going to work, that will be finding we again have a structure similar to what we

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have for our benefit.

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OK, so we have a config structure and we have an instance, right?

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And if you just go down, there will be finding you have c a few initialize, OK?

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And you also have a look up country, right?

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So the entire process of initializing is also seen what we've been doing with the faithful, right?

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So with the Gascony right, we have a lookup config CFG initialize and then we are checking whether

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the initialization is successful.

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Right after this, you could perform an execution of a code on then BOOL, and you'll be verifying whether

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both the GPIO, which is the Baidoo pattern in this specific example.

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Angus with a boot I initialize successfully, right?

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So this completes step one where we will be initializing the benefit of OK.

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So the paper in specific data could be found out from the benefit of specific driver.

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And then we'll be verifying whether at initialization is successful.

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So this complete our step one.

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Step two is to enable an exception handler, which is internal to a separate to by default.

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When we start, I would like to enter or an exception handler is just sequence.

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OK, so we need to enable it.

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Then only we could utilise an integer.

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And second thing is, it's also an initialize, right?

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So we need to specify the type of interrupt that you are feeding to an exception.

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So the process is very simple for all the episodes, which are related to an exception handler.

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We need to include the exception.

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OK, so this idea, if I consist of all the APIs which will be utilizing to configure an exception and

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the first step is to.

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Initialize our exhibition, so we have a specific function, which is exceptional exception, which

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won't be changing with a different type of interface, so this second step will remain see OK, independent

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opening up that you are utilising, right?

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Then we need to specify the type opening chip.

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So it may be, and I argue it may be a first class of things and so on and so forth.

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We need to specify the type of interests that we have, right?

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And for that, we have a specific function, which is a gesture hanging right.

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The last is to enable our exception.

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Handler Rachel, though enter step two is divided into three parts.

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First, we need to end it and then we need to specify the type of animal and the handler contact, right?

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So.

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So in most of the cases in Japan, which still resonate in Japan, we live for us, right?

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And then we need to enable our exception.

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So if you just looked into a typical quote that we'll be finding, is this three statements?

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Right?

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So the first statement is to it and again, exhibition will be first.

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You need to include those exceptions, right?

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And then you need to use any new function.

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OK.

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This is the first step.

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The next step is to utilize the Strangler.

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OK, here, will it be specifying the type of two to IQ specified to 22?

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OK, they do exist two different types of an inch.

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For example, if you just go to the various ideas you have and if IQ loss data about revenge as supply

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and so on.

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So you just need to specify this to convey the type of interest that you are utilizing, then if you

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are utilizing GI C, OK, and that will be in most of the cases.

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OK.

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So in this case, you have an M. in Japan, which is present in NGC Ghazi.

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So this will be added by default as I OK and then the state.

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So this will remain common for most of danger interest rate when you are working with an AI.

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And finally, you need to enable an exception so we can enable do not require in the arguments.

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OK.

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Only register there is something where you need to specify the type of actor in Japan.

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OK, finally, an instance of a guy.

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So this completes us, Debbie.

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OK.

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Where?

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We will be completing three studies writing an exception in it, identifying or specifying the type

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of interest and the specific initial pilot, which will most of the cases will be any fragments.

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And we will be enabling an exception.

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Right.

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The last step before we write an algorithm, what will be happening when we have an interface is to

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enable and insure and specify what is a function which will handle them and interpret straight.

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So this again is divided into three step.

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OK, so we need to first specify and in Japan.

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OK, so the function that will be executed when we have an engine.

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So utilizing its Uconnect, we will be specifying the the function, which will be acting as in Japan.

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Live for us then will be enabling and integrate.

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So we need to perform an enabling twice.

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Right.

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So what that means is so you have your.

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OK.

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And then the suits of an inch of reach will be of benefit.

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Right?

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So Gassy and the faithful's are connected in this manner.

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So you have an office ritual here which you need to enable and then you have one moves which you need

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to enable and then only they will be receiving the signals from one another, right?

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00:08:38,370 --> 00:08:41,910
So this is used to enable an input to.

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Of once we enable this specific switch, then we will be able to receive an interest from up it.

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Similarly, we need to enable an output of a paper so that output could send an up to date.

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So this to for achieving this specific task we have, it will be a great tool.

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You'll be finding with a see we have an enable function and peripherals, so we have it enable inter

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function rate sometime.

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00:09:14,490 --> 00:09:18,690
You may also have to enable global OK.

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So whenever you see an email global, you need to also include that OK to enable the switch, right?

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00:09:25,200 --> 00:09:29,680
If you just go to a board now, you remember this process the septum.

134
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Where we specify a function that will be handling an entire is rhythm, a function which will be executed,

135
00:09:38,250 --> 00:09:42,190
then we have any requests and then we need to enable two switches.

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00:09:42,420 --> 00:09:45,050
So remember this we just go to a school.

137
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Right?

138
00:09:45,950 --> 00:09:50,450
You could see that we first specify in Drug Tango.

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00:09:50,550 --> 00:09:56,390
OK, so we have a function where we need to specify the Jyrki instance structure.

140
00:09:56,600 --> 00:09:56,930
OK.

141
00:09:57,320 --> 00:10:00,110
Then the interrupted right.

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00:10:00,110 --> 00:10:05,660
So we may have a multiplicity of sources that uniquely distinguish between any of services.

143
00:10:06,050 --> 00:10:11,860
We need to specify a unique IED that we get, and this could be easily found out from experimental voltage.

144
00:10:12,230 --> 00:10:19,610
If you are utilizing the private resources of the CPU, then there you'll need to look for experiment.

145
00:10:19,760 --> 00:10:26,390
And this could be started so they would be finding all died right then and in Japan.

146
00:10:26,590 --> 00:10:33,350
OK, so this is a function that will be executed when we have an interstate and this again will be all

147
00:10:33,680 --> 00:10:34,490
this category.

148
00:10:34,700 --> 00:10:38,600
So the function that will act as an independent must be returning.

149
00:10:38,600 --> 00:10:40,400
Nothing should be void.

150
00:10:40,970 --> 00:10:48,050
You could specify an argument and then this is an entire algorithm that we wish to execute when we have

151
00:10:48,050 --> 00:10:48,500
an interest.

152
00:10:48,650 --> 00:10:48,800
Right.

153
00:10:48,800 --> 00:10:55,550
So here you could clearly see software actors and in Japan, good for us, and then you have an argument.

154
00:10:55,550 --> 00:11:04,370
So for some of the paper, you need to specify documents, whereas you could keep this at zero for a

155
00:11:04,370 --> 00:11:12,920
simple benefit hike, then this is the enable function, which will basically enable an input to associate

156
00:11:12,920 --> 00:11:18,410
nodes typical of receiving and in depth in just from then.

157
00:11:18,410 --> 00:11:20,500
Where does GPI?

158
00:11:20,630 --> 00:11:22,240
We have a global enabler, right?

159
00:11:22,260 --> 00:11:26,240
So this also need to be enabled and ancient need to be to.

160
00:11:26,240 --> 00:11:30,680
This will let you closing off this switch, right?

161
00:11:30,680 --> 00:11:36,190
So I peripheral now could send the entire output to Asia, right?

162
00:11:36,200 --> 00:11:40,120
So these are the two switches we which we need to monitor it, right?

163
00:11:40,520 --> 00:11:41,770
So these are some of the stuff.

164
00:11:41,780 --> 00:11:48,080
Once you complete this step, you are ready to perform an operation with an interface.

165
00:11:48,090 --> 00:11:55,220
So you have GPI it, which will be initializing Argo and seeing it, which will be initializing utilizing

166
00:11:55,220 --> 00:12:00,440
our GSI as well as yet will also be configuring the entire time, right?

167
00:12:01,070 --> 00:12:07,480
And then you could just go ahead and specify an algorithm that you want when you have any.

168
00:12:07,860 --> 00:12:08,080
Right.

169
00:12:08,100 --> 00:12:11,180
So this is an entire process for handling.

170
00:12:11,180 --> 00:12:14,810
And so keep this entire chat with you, OK?

171
00:12:14,930 --> 00:12:22,670
When you are starting to work with an intro because this will be helping us to understand, and once

172
00:12:22,670 --> 00:12:28,400
you understand this procedure, it becomes very easy because it will be those rules or the type of an

173
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interest will vary.

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The rest of the process will to me, Nancy.