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So here I have already created a new wireless platform project where we invoked the excessive file that

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we have created.

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But then we to.

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You need to follow the same procedure and then invoke the platform project.

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Okay, considering the extensive file that we have generated.

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And also, you need to create the application project where we will be invoking the Halliwell's template,

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right?

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Now, since we have a single IP, and again, we know that X AGP IP, the tribe required is an x GPI

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0.8, so we have included that.

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And we also included an experimental that's right.

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The first step that we follow is to configure our benefit rate to that is initializing up 80 percent.

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To do that, we require to structure first 22 config structure.

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Then we required an instance structure, right?

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So we follow the same procedure where we are calling a lookup config.

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So where we fast the device idea that you generate the config structure, right?

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So once we have our config structure, so we will be calling CFD initialize where we add instant structure,

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config structure and the B side to.

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Once you passed this three document to see if she initialize this will return the status of initialization.

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Again, we are checking whether the status is equal.

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Strix this is Texas.

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If that is the case, we'll just be mentioning that device initialization is successful.

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Else, we will simply be adding the device in ICSI.

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Right.

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So this is the similar process that people following the previous example right now we go ahead in a

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mean code.

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We are calling this function, which is in it right, and they need platform and clean up platform work,

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predominantly with an upgrade to this handle all the initialization of a new lock and that we required

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because we want to work with the consoles first step.

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When we work with that, UPI o is to correctly configure the direction, right?

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So if you remember, our first port is where we have our switches, right?

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So this should be configured as an input.

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Their second channel should be configured as it output, right?

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So we go ahead.

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And if you explore.

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It's Dubai, right?

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So here we have a function, do sector direction, right, so this is the function that is used to save

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the leader direction here.

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We need quite robust things, just structure the chain number and the direction that we want to set

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correct as copy this.

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Go back to our main quote.

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OK, so the first channel is where we have our light switches, so we need to configure them to be input

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groups or instance structure for us is truepill.

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Then the China number one is where we have a suchith and we want to configure them to be an input.

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So if you exclude the functionality of that data protection you sick and the pain as an input.

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You need to apply what?

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Right.

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So we go ahead.

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And we will add for once, right?

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So Alice, before once will configure, are a little bit phobic to work as an input.

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So we are 0x.

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And so this basically means we're specifying a number and then hexadecimal format, and this is equivalent

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to four binary one, right?

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Similarly, Channel two is where we have our L3, right?

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So this should be configured as an output.

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So to do that, the process is again very simple.

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We are going to need to call this function now here only difference.

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We need to change the channel number of the China number, it's two and to configure this to be an output,

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but we need to add a seat, right?

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So this is how you correctly set up the direction.

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Now why we have set setup the full, but only because we have only four slides, which are so if you

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have the number of switches analytic Greta, then you need to set that many number objects to one or

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zero, depending on the direction that you want to set, right?

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So once detection is correctly set up now, we will be analyzing the function that will be used to read

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the value from a pin, right?

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So we have a discrete lead which returns you 32 and then where we need to specify instance structure

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and the China number.

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So we require to declare a variable of you 32 type that will be holding the switch rather than let it

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just go ahead and declare you 32.

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This will be switch.

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Well, right.

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And let me just initialize this to a zero.

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Now we'll be continuously reading the value for all mod slopes, which is at an interval of two second

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rate.

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So to do that, let me just add sleep to at the end, right?

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This allows us to read those light hedges at an interval of loose again and then that will be signing

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on to an elite rate.

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So switch value, OK, this will be equal to the function that we have to do.

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That is discretely.

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OK.

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This required two argument.

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First one is an instant structure, which is GPIO in hockey's right, and then we require to specify

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the channel so the switches are at China.

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But right to this allow us to read the value from the switches and then that value will be sending onto

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an LCD, right?

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So to do that, we have a discrete right.

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Right here, we need to pass an instance structure, China number and value of the data that we want

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to send to annually.

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Right.

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First one is an instance actuar, which is GPIO, the channel where we have our IT two and the value

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that we want to send is switch value, right?

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This makes sense.

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We will also be sending this value on a console.

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So as we change the value of the switches, we'll also be seeing the changes on the console, right?

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So to do that, we have a printer that could be used to print a fixed point variable rate.

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So.

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Switch value read, OK.

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But things again, do not forget to add a new line, correct?

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OK, and the variable that is holding the value of a switches switch, right?

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Right.

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So what we are doing is we are reading the value from a switch, that value we are writing to and.

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We are also sending that on to a console.

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And this we are doing in developing second right.

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So this computer application now this will be continuously running as we are, we are using a light,

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right?

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So once you finish your application, you just need to build up an entire application project.

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Great.

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So this will lead any file that will be executing on an FDA right to finish select an application project,

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right click Debug as launch on hardware.

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Right.

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So once you switch your perspective to a DBA, the next thing that you need to do is to connect the

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serial terminal right.

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To click on this plus button, select the respect you can put on the border.

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Click OK, right?

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So once you see this, do this, just go ahead and click on resume.

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But right, so you could see a device and it's successful.

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So that is this is of our benefit initialization.

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And right now you could observe all the switches are in.

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And all right, so if I change and unless we switch to one OK or on studio could see the value rate

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is gone right.

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If I turn on the next switch, you'll be observing the value registry.

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If I turn on, the next one will be getting seven.

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And if I turn on the last one, you'll be getting the value of 50.

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Right.

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So this is how you could work around with a dual channel.

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OK.

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And you could also observe that simultaneously, depending on the switch status.

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OK.

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Are also turning on off, right?