So our bitstream agenda to successfully will go ahead.
No, and will export down hard, right?
And we'll also be including a bit soon.
And we will be launching arrested.
So the driver that we have for NASA is referred to as the next steamer seeker.
So we'll just go ahead and we're just naming our application project as Steamer will again be considering
in Halloway application template that we have with an right now.
Once you have the daughter, Mrs. Value could see the driver that works with an exact time or steamer,
right?
So we'll go ahead and we'll be starting to work their own with the child, right?
Will be meet predominantly considering the pool model here, so include.
X parameters thought, OK, this is the first thing that we do, the next one is x DIMIA, S.T.A.R.
daughter trait, the deceiver could.
OK, so if you go inside the driver for our exit timer, OK, so there are two set of an operation that
our exit timer do support, right?
So we have a pull mode and interment is are the tool which we will be focusing, right?
And now if you consider the EPA is that we have again, you'll be finding that we have the different
options, right?
So enable all the contract ones down count.
The option is also there.
We have an auto reload option available with this auto reload.
We already discussed NSU timer, so similar thing will happen with any set time.
We're also right.
So these are all the macros that we have for setting up the different option.
OK, then we can see the structure.
So we do see the DMR seats to structure this day, but we just required the CTA and the config structure.
OK, this do things we required.
OK.
So we'll just be copying them and adding them in.
And I mean fight, right?
So the config structure will just be naming this str. config and this should be the pointer, right?
The next one is the instance structure, which is x DMART seguia, right?
But it'll be going ahead and we'll be adding it over here, right?
We'll just be naming this as Sigma White Dimer and it function, right?
And here we'll be mentioning the logic, right?
So if you just square, the first function that we have is to look up consecrate.
So here we need to pass the device.
So let's just copy this and connect this to to my.
Conflict.
OK, this should be quest to look up conflict and the device and will be finding from experimental advantage.
We just need to look for telemetry, the research for equipment.
You get all the definition for our team, so we'll just be copying a device, Heidi, and we'll be adding
it to it here.
We will also be requiring a status variable that will be holding whether initialization as well as self
discharge, successful or not.
Right.
The next function that we have is Jaenisch Lazaretto.
This, unfortunately, do not return anything, right.
So in this case, whenever this doesn't return anything, we do have another function, which is see
if she initialized, right?
So this could also be used to hayfever.
The initialization is successful or not.
And in fact, this doesn't require the config structure.
So you just need to specify the dimer instance and the device, but let it just go ahead and copy this
because anyway, we'll also be performing a self-destruct.
So if we wouldn't be able to check the status over here, it doesn't affect us because when we perform
a test day, we'll be verifying whether high rate configuration is successful or not.
Right?
So this requires first timer, instant structure, then the config structure.
OK.
And the last one is an address right to timer config and then we have an address, right?
Now will proceed for a cell to so if you consider the function to we do have a safe district, so which
required the instance pointer and second, when the timer counted.
No, OK, so this simply equals to the number of times that you have added into an IP minus one.
Right?
This we already discussed.
So let me just copy and add students to be equals to.
Here we just need to pass the time, for instance, which is str. and the number of times that we enable
a single one minus one, let's see.
OK, so this is how we calculate the again, right?
So this is a really, really niche laser timer, right?
So when the initialization is successful here, we'll just be verifying the status do equals to existing
success rate.
If that is the case, we will be utilizing that printer and then we will be mentioning.
Daimler net.
Sexist.
Right?
And we will be adding.
Timer in.
Feeling great, so this is the step.
That is how we will be initializing our time, right?
So let me just go ahead and call the init function OK.
So often in this platform, which will be used to initialize our you are just be calling timer in right.
So this will help us to initialize I say timer now will be programming and verifying whether timer initialization
is successful or great.
So let me just go ahead and try to program and.
And then we'll be connecting our SDK to come for.
And then finally will be running on at hard, right?
You can see the and it is successful.
This, in fact, we are checking whether self-test is successful that automatically mean ion utilization
is also successful right now will be understanding the various EPA use that we have.
OK, so we have a start stop function to start and stop.
Okay?
So we have a reset value.
So as soon as we apply a reset, this will be the value that we lowered into our time, right?
Then we also have a function which could be used to check whether timer is expired or not.
OK, we could purposefully apply a reset.
And then this is all related to beat up them, we also have an option to set up an option, right?
So here we could specify different options.
So let us proceed with an option.
OK, so if you explore what is expected.
So here we need to pass an instance structure that diversity had no number and then the option, right
or.
The various options that you have is over here, so we have a Cascade mode option and they will all
option then down count option capture mode then or right, so will be predominantly working on down
count option, right?
So.
The registrar see, nor here.
OK, for an option, if you wouldn't consider.
It it basically right, and you 32.
OK, so what we could do here, here is first we'll be invoking the default option that we get.
OK, then we'll be updating an option.
This will always be a good strategy to work around when you are working with and data which is important
or controlling an optician or for device rate.
So we'll just declared and you thought you'd just be naming this as an option?
OK, initialized to zero first, we'll try to receive the existing option that we get.
OK, and then we'll just be updating an option.
So get option function.
Allow us to see all the existing options that we get by default with a timer, right?
So.
Option will basically be was to get the option, OK, and here we need to specify the intent, structure
and the diversity at no.
So instance structure for us is GMR, and then the CTA number is right.
And once we receive an option, then we'll just be a bleeding option to be close to or with the option
that we want to set, right?
So we just need to set an option to be down great and we'll just be adding it to work here, right?
And once we do this, we will be now utilizing a set option API to set the specific option rate.
So this should be your strategy when you're working with something which controls an operation, so
it will not be affecting an existing default setting.
Will only be updating an option right here, also, we need to specify TMR, which is an instance actually
that EMR CTA number, which is zero.
And then the option right to this complete the first setting that is setting up an option, then we
proceed with a residual rate.
So here we have a secretary said, Well, I remember when we considered and say, So if you remember
this basically Genndy 32 bit.
Counter, right, so we could max 32 bit value, and it operates at 100 megahertz rate, this two things
should be kept in mind.
Now here we need to specify an instance such a reduced EMI dirty marzouki number and finally around
so that you may want to have a delay of a five second rate.
So we are operating at we are operating at 100 megahertz, so our time period will be under.
One divide by 10 this week.
Now we want to achieve a delay of five second rate, so first to get you a delay of once again, we
just need to multiply with this goal.
And then further, we need to multiply it by five.
This will give us a detailed five second rate.
There will just be declaring you three.
And this will be representing our count.
Well, this should be close to.
Hundred that is under me, so one, two, three, one, two three and then fight, right, so this will
give us a fight second and then this will be fighting over here, right?
So this will reset counter says that we will get you off.
Five second rate and we already set up the download rate once we do this now, we also set up a value.
First thing that we do before starting our operation is to call.
The stop function here, also we need to specify the thing that is str., that is an industrial structure
as well as the timer content, right?
Now we will be calling function.
OK, then we will just be waiting for our timer to expire.
Right, so we do see the function, right?
So this if you export returns to if timer expires.
Right.
So we'll just be waiting.
Daylight timer expired while.
You also might be having a function to get the value right.
This basically returns the value and this could be utilized because we've been utilizing this logic
from the beginning.
All right.
So we'll just be calling this function while.
And since we are working in that element, so as soon as it reaches to a zero, we will be automatically
coming out of this white right.
So here we need to pass the instance structure and the smart card number right here.
What we want to do is in a small interval will also be printing certain values.
So that will be values that our time will have.
So that will help us to compare the more in which it is operating, right?
So let it just declared on.
But you 32.
And this will be count.
OK, so here, let it just have to count to be close to again this entire function.
OK.
And we'll be adding some small dealing right to the delay of probably two hundred millisecond.
OK.
And then we'll just be printing the value.
OK, and as soon as we come out of the villa, we'll just be mentioning.
So this will be representing a delay of five second.
So this completes an entire logic, right, so we are stopping our time, then we are calling the start.
We are waiting for time to reach zero zero and then we are performing this right.
So this is only a single execution.
You could actually utilize a wild look if we want to get you a different logic.
So let me just go ahead and try to relaunch our DBA section.
So when it basically reaches to zero eight, it's a minus, and that is what is happening over here
and hence will not be coming out of the way, look, that is.
The difficulty that we have with this DMART city, I guess in the previous case, we used to get.
But here it is returning minus.
So what we gonna do is we'll just be utilizing the expired function, right?
So.
This will return to a four hour timer expires, right, so we'll just be utilizing it over here.
In the case of.
Great value.
OK.
Again, this must be requiring the tamer instance, as well as the DMA's you get no and we'll just be
utilizing a not right.
So this will be returning a false and the note of that will be true.
So this will be continuously evaluating until the timer, right?
So let's just see what could.
This modification, and then we will be proceeding to see if it works as expected.
Right?
We will be relaunching live simulation again.
In fact, we will be clearing out and sort.
OK, so now you see a value of counter printing and then yeah.
So the last values minus one and the five second rate to be able to deal reached in here.
Now if you just calculate, we are calling this two hundred millisecond rate or five such instances
will be there in one second.
OK.
And since we are working around for five second, let's see how many instances that we get.
So one two three four five one second.
One two three four five two Second delay.
OK.
One, two three four and five three second delay.
OK, then we have one two, three, four and five second delay.
One, two, three, four and five second.
And then we are coming out of 08.
So this is how you could use any excitement.
And then here we discuss how we could use an APIs to get our exciting remote working right.