Let us try to discuss them in that application rates, the first thing that we do is to include all
the military and tribal fight.
So if you go to a board support package, right, so for the TDCi, OK, the recommended tribal yes,
right?
So if you go to an Halliwell's or see this is the first driver that we have included, right?
So X is the prefix that we need to act and then we have a disc based on actually.
Then I and an exception is required for all the interpolated function.
Saying X parameter is where we will be finding all the hardware related information, right?
The first we proceed with the initialization of what we just did.
So we declare the config structure and an instant structure, right?
Then we also have declared one function, which we refer to as DDC.
So this consists of all the function that is used to perform an initialization of the release, right?
First, we call lookup config where we add that DDC device idea.
So this will generate the config structure and then we are calling CFG initialize where we are adding
instance structure, the base address and the conflict structure.
This will perform an initialization of the DDC, and this will also retain the status of initialization
to the status variable rate.
Then we are checking with the sequence is equal to existing services, and if that is the case, they'll
break it.
DDC and success rate So this is the message that we are setting on to a console and we will just we
mentioned mentioning that DDC, nick, we now we already know that whenever we are working with an interest,
we'll also be performing a configuration of the PDP related function.
Right now, there are multiple parameters that you need to configure when we work with ADC rate.
So this we already discussed when we are working with the pool mode of DDC, the places we are targeting
a frequency of one hertz so the frequency input can be of use that you do date.
So we declared a variable frequency and that is having a value of one hertz right now utilizing this
frequency.
We need to generate the interval and pre-schooler, right?
So interval is off dual type and risky levels of you use it.
So we have a function referred to as a calculating double for our frequency rate.
So this will take an argument as an instance, structure and the frequency, and this will return us
the least killer as well as an interval.
So this will be utilizing you configure ADC rate.
So we will the pre-schooler that you get out of this function and then we call set plays where we add
this as a second argument, right?
Similarly, we call setting interval.
And here we will be adding the interval value that we are getting from this function.
So this will configure our thesis ADC.
Along with this, we also need to set up the correct rate.
So have you set up the correct option?
First, we read the existing option that we have enough to eat right to.
To do that, we have gate option as an EPA rate where we just need to pass and install the structure.
So this will retain the existing option that we have in 90TSI and then we will just be updating the
existing option, right?
So opt.
This consist of an existing option and the interval move, that is what we want, so we just use another
operator and then we update an option right down to set this option and indeed we have a set option,
right?
We'll just be going ahead and analyzing what all option that we have, right?
So whether we have any option for an interrupt.
If we do have, then we'll just be adding it.
If we do not have, we do not need to worry about it.
So you have an intermodal mode, the decrement, the counter mode, match mode, a newly formed outboard
v popularity external 10:00 and the trailing is vital.
We'll just be calling this decrement so that our counter will start operating in it, don't work, right,
so we'll just be ordering it away here.
Right.
So this is an option that we want to set.
We do not have anything as option to set up the interest rate, so we do not need to do anything for
that.
We'll get it will be enabled by default rate.
So let me just proceed and then looked into the different configuration that you'll be doing in Angus,
right will be declared an independent function referred to as an I had it right through.
This will perform an initialization of a GSI and along with this, it will also be configuring a different
parameter, right?
So if you go ahead, we already declared the two structure, the config structure and an instance structure
we'll get.
This will be used for an initialization of what we call a lookup config where we passed the device.
Aid verifies that this will generate the config structure and that will be utilizing in the code initialized
to perform initialization.
So we are verifying whether initialization is successful or not.
Then we proceed for an exception handler, right?
So first we call an exception, and this will initialize our exception handler.
And in the exception register handler, three things we need to specify first one is the type of an
input, which is, I argue, right, so that we specify now if you were here, then we need to specify
the master control panel, which will always be in straphanger.
And finally, the instance structure of legacy that will be a callback data that we are targeting.
Finally, we need to enable our exception rate.
So this is what you need to do with an exception handler.
Once this is done, we need to specify that for our input and along with that, the function that should
be executable, then we have an interface.
So the call GI C connect, right?
Here we need to specify the instance structure of figure.
OK, then the unique ID for CTCP is now.
We already know that the resources which are located in this interesting system in finding the unique
ID in next parameter underscore P s right.
So if you go to an X parameter, not h right, you have visited Pi, where you need to go to find out
the unique intra-Party that you get for a TCP.
So here you have DDC zero.
This is an idea that you need to pass.
OK?
And the function, which should be called when we have an intra ForwardKeys event hanging right?
And this is what we declared over here.
Right.
The third argument is zero.
Or you will just pass the instance of our DDC.
So the instance of is D.I.
So we'll just be adding ampersand to make this complete declaration or function that should be called
when you have this unique in totality, right?
Then you need to close the switch.
So you called neighbor.
So this will close this switch.
OK, then you need to explore whether we have a enable, interrupt or disable entropy in the driver
file.
And so if you go to a 3D space.
OK, so there.
You do have something as an enabling disable, interrupt and get into the square and just do this right,
so you need to use enable Inter to close this right.
And that is what we did over here.
So we are calling enabling, which required the instant structure and the.
Second argument that we have is a Moscow gain.
And depending on the mood that we are utilizing, we need to specify the mosque so we are utilizing
an.
Interval more so you need to specify the interval must.
Now you will find out later, Moscow declared in their next space, underscore hardware, right?
So if you go to that hired driver file.
OK, so here we have that driver.
OK, so here we have declaration of four different lacerate.
So interval count value.
Then here we have a set of great.
This is for a preschooler and a colossus.
And then here we have the masks for different, more great.
So for and more, you need to call this.
So once this is done, we go ahead and look for the things that we are going to do when we have an interpreter,
so first we disable and so that we do not have any new interim request until unless we solve the existing
right.
Then we will be verifying whether accountability just to right.
We are operating our computer download, so as soon as our country just to zero, this function will
return zero OK and zero will be considered as far as the white false will just be coming out.
And then we mentioned interrupt over here, right?
Then we are clearing up all the pending requests that we have in the queue.
And finally, we are enabling back out.
So this side of the thing which we've been doing from the beginning also related planning to operate
it.
Once this is done now we go to a mean court.
Here we are first calling in it platform that will perform a configuration of our are.
Then we have D.D.S. it, which will perform a configuration of DDC, as well as initialization of a
TTC.
And finally, we are calling the any traits that we perform initialization of when.
Along with different configuration that we need to do for right, the only thing that we need to call
is the stack function and wait for it.
So this complete circle will just be building up our application project.
So once Bill is successful.
We will be going ahead selecting our application, but you guys launch on high.
So only thing that we need to do is to click on this resume button, so we have a JIC and it's successful
DDC and it sets this one and then the series of Interpret Quest at an interval of one second.
Right.
So this is how we utilize and interrupt from the.