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So let's try to understand how we use the multiple times.

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So we already have an idea that they say time might be consists of two times, so they'll be trying

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to understand all the different levels that you required to use to time.

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We will be primarily focused on goal mode of abode, the time resources.

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And as we practiced random cross-section, they will be covering how we use and interpret multiple times.

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So we have a fundamental block that's been already added to our Vivaro idea.

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So we have a micro base.

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We have and you are right.

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OK, so this we get when we add our default skip.

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That we've been using from the beginning, right?

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The only thing that you need to update is you just need to have the exact time where and by default,

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both the time are reliable.

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So we just need to make sure that the timer too is also right.

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So once this is done, we are ready to interface design with the micro please by performing an action

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occupation, right?

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So connection automation will automatically end of these are the exact time we're utilizing the same

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connect to the key people.

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Right.

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So once that is done, proceed to generate any still wrapper and then proceed for generation of a picture.

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Right.

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So I have already generated Bittu that will be going through an entire goal just to understand how we

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will be utilized.

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Right?

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So the very first thing as we enter into a right, this idea is to include all the mandatory type,

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right?

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So they required the embassy here for working with the time you put it.

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And second one is the next parameter, actually, which includes all the necessary hardware information.

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Right.

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So once this tour added, we start by adding.

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Good structure, right, so first one is a convict structure, and the next one is an Insta structure.

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Then we proceed for initialization of time.

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But so even though we are utilizing a multiple times, but we have only a single instance of a timer,

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so we do require just a single config and instant structure.

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So we proceed.

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First, we call lookup config where we pass the device that will return the config structure.

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So once we have our config structure, we'll call the integers section and the base address in initialize

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OK, and that will basically perform an initialization of our time.

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Right.

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Then we are performing a self-test, so we declare once you disable.

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And what we are doing is we are calling the service.

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OK.

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And here we are, taking the same test for a timer run rate.

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So to perform this elitist for our timer to what we could do is we could just copy this.

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Add it to right here, right?

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And then this will be naming as to zero that will be storing the to dissolve our timer 077.

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So it is one that will be storing the studios of our timer when self-destruct.

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Only thing that you need to do is to add the DMR number to do and so must you get number.

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Also serve as a timer for us to work around with a timer zero.

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We need to specify that you need to be zero for working with the timer.

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We need to specify the IED to be right, right?

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So this is how you distinguish between the timer.

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So zero is used to recognize timer one and one is used to recognize timer, right?

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So once we had this expression, what we will do is we'll just be checking that would stick to zero

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as well.

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Let's see this one.

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OK?

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Both giving us access to success.

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And if that is the case, we could see that sent this far.

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But the timer just sits this full and we'll just be mentioning that interest rate.

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So this complete the procedure for initialization of the time.

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So after we complete and initialization, we'll just be calling time running.

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A great first step when we start working around with the timer is to call the stop API, right?

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So stop.

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And how do you distinguish between timeout?

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Zero end timer one is by utilizing a unique idea, Rachel here.

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Zero is used to refered timer run and one is used to refer timeout.

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So we are stopping both the timers.

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Then we are setting up the different reset values for good, the timer, so we could clearly analyze

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the difference between that rate.

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So the reset value for our timer one will be doing during this week and that basically can lead to digital

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music.

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Similarly, if you.

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Analyze the next quote, so here what we are doing is we are setting up the delay for.

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The timer two to be five to 10 this week, and that will basically generate a leader of night, so the

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timer one will be generating an event after an interval of two second, while Timer two will be generating

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a delay after an interval of five seconds.

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Right?

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Then the next step is to correctly set up an option, right?

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So we just want to set an option so that the timers will be operating in that down mode, right?

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00:05:10,610 --> 00:05:18,320
So we have an option zero, which serve as a variable that will stay to the current option set for a

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timer, right?

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So.

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We call a great option.

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We specify the unique IED, which is zero, and that will basically return the default option we just

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take for our timer run rate and then we are updating it so that we're able to operate in.

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And so we just need to specify this option.

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What a night with that existing option that we recommend.

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Right?

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Similarly, with then timer, do we call an option one which will be storing the default option for

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00:05:48,640 --> 00:05:51,510
the timer to will be for storing an option when variable?

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00:05:51,790 --> 00:05:55,390
And then we'll just be updating it says that we will our pretty remote doing it.

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Done, great.

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Then we are calling a reset for the timer's.

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OK, and then what we are going to do is first will be executing the code for our timer.

95
00:06:04,500 --> 00:06:08,190
But so we are starting our timer operation by calling a static fire.

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Here you could clearly see we are stacking an operation for our one.

97
00:06:12,590 --> 00:06:18,740
OK, we are waiting for the timer one to expire and then we are mentioning a delay of two seconds.

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And this will be generated with the help of the timer.

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And then we are calling the API for our timer to break.

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This could be recognized by understanding that the number that you mentioned over here.

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OK.

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00:06:33,590 --> 00:06:36,150
And then we are waiting for timer to expire again.

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Exactly similar function only.

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The difference will be in an IED that we specify automatic number that we specify.

105
00:06:43,460 --> 00:06:49,580
And then he'll be mentioning that the delay of five seconds to this completes the code and just gives

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you an idea how we work with the timer.

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If you have a requirement for great, the first thing that you need to do is by default, the timer

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enables Daimler to.

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If it is not enabled, you just need to double check.

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That timer, too is also enabled.

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OK.

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00:07:05,570 --> 00:07:12,220
And then how we distinguish between timer, run and timer to this OK timer, one will be having a gear

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00:07:12,260 --> 00:07:17,360
Makhija number zero will give, which could be used as an IED for recognizing timer.

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00:07:17,360 --> 00:07:23,570
One and timer two will have a command secure number of two, which could also be utilized as an IED

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for recognizing timer, and both of them will be having a set of thirty minutes.

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00:07:29,540 --> 00:07:35,840
So the max number that you could set the reset value that you would sort of load into a timer should

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be.

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Less than.

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All requests to raise 232 minus, this makes it so this complete, the first thing that we do is after

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we complete our application is to build the project great so that we can lead and fight for us.

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Finally, that is the fight that we're going to run or not FPGA, right?

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So we select our application project right-click, then we debug us and launch on hard right.

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So once our programming is successful, OK, we just need to connect to the serial terminal, right?

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00:08:10,860 --> 00:08:17,310
So we go to click on this plus button, select CommSec's and then the rate at which we'll be operating

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is 962, right?

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00:08:19,440 --> 00:08:25,540
So now we just need to click on a resume button that will was display the self-test successfully.

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This basically mean we successfully initialize both our timeouts, right?

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00:08:31,560 --> 00:08:34,000
And then we get the lead of two second.

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This is because of time away and the delay of five seconds.

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This is because of time.

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Right.

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So this is how you utilize would the timers in a cooling?