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Now we know how we use any timer.

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Now let us try to explore the other, that is an to work that we have discussed when we are working

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with the rather time world, right?

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So to enable or to learn more.

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We just need to go ahead and look for adoption, right?

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So if you go to the Daimler driver file, right, so here you get the list of an option which are allowed

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to use with any exciting right.

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So to utilize an outlaw or we just need to enable it.

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So just copy and to reload option.

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Go back to our main goal where we are creating an option.

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So here we are updating our option, right?

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So we just need to add again in our operator and then we need to as an it or to reload option.

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Right now, what this will do is.

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As soon as our timer expired or just to a value of zero, it will automatically reload it with the value

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that we specified that is providing a delay of five second rate.

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So to verify that behavior.

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What we going to do is we'll just modify our application.

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So let it just use a whiteboard.

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OK.

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Because with the lottery more, be able to generate a continuous event rate, so even at an interval

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of five second.

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So we will be utilizing a light.

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We are starting a timer.

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So the count that we have loaded into our county register will start discriminating, right, because

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we are operating our timer in their normal.

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And then we will be waiting till it reaches to a zero.

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OK, and as soon as it reaches to zero, since we are utilizing water, it will again be re initializing.

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I count registered to this value, right?

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So we'll be finding that we bring this statement.

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And again, when we go up, we will start operating our timer, right?

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So let me just go ahead and try to verify whether this is working as expected, right?

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So remember, we enable all options.

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We just lost our application project.

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You could, in fact, had a stop student who were here.

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OK, then bring the statement and then again, start a timer that could also be done right.

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So if you want, you would just copy this, OK?

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And as I would expect, we will be forcefully stopping our timer, then sending the string on to a console

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and then again, starting our timer.

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So let's go ahead and try to build our application project.

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This is the first step that we do as we complete our development of our application.

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So once Bill is finished with select our application project debug launch on hardware.

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Right.

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So this will automatically program and FPGA.

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It would also switch our perspective from design to DBA.

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Right now we go ahead and we just need to connect the to Syria told me, right?

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So we'll click on this plus button with select confirm.

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And the body that will be choosing is one one five two zero zero.

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Right.

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So once this is done, just click on resume button, right?

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So time related, successful and self test is also successful.

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So after an interval of five second, you'll be noticing that we get a delay of five second you right?

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And since we enable the not to reload more, you could actually see at an individual fight.

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Second, OK, we are getting a multiple event rate, so we get a delay of five second.

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Again, we reload our counter to the value that we specified and then again, we start our time, right?

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So this is how you could see with an auto reload mode, we could continuously to date night and regular

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intervals, right?

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So this is a difference that you find between an auto load mode and a normal rate.

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Two in a normal mode, once our counter expired, it will stay at zero.

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But when we enable auto reload mode, in that case, our counter will be automatically reloaded with

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value that user specified right?