Strike one industry and how we work with them, ensuring and right only thing that you need to do and
then we seek hardware design that we've been creating with the help of this console is to enable the
timer Zulu that is D.D.S., right?
So you go to an email or figuration, you have an application process unit and there you just need to
enable time with you, right?
This is the only step that you need to do, and the modification to our fundamental hybridizing with
this modification will just be making a rapid have tended to stick to once between generation is satisfied,
we will be exporting it.
Hardware, including a bit and will launch an SD right now will go through an entire code where we initialize
Argosy and utilize danger from it.
Right.
So step is to initialize both it and then go right.
So here we have to pay for it.
One of them is another one is right.
So for the recommended driver is CPS rate.
So you could see for if we have the DHCP.
So that is what we included here, what we have assumed.
OK.
And to enable our work within two exceptions.
OK, we include the exception.
So for EDC, we include a conflict structure as well as an instance of the config.
Structure is again a pointer and then incident structure for GC.
Also, we have a config structure and then the instance structure, right?
We proceed with UTC initialization.
So here we declare the status variable, which will be holding a value of CFG initialize.
We started to look up config, OK, and we specify that EDC device.
So here we are utilizing PPC zero and then this will indeed the convict structure for us.
And then that config structure, along with this address and structure will be feeding to capture initialize,
right?
And this will be generating the Stupa.
So we'd just be checking where their status is equals to access distances.
And if that is the case, we could see that you'd see in a successful LS, we'll just be printing that
it's a Nixie, right?
So this complete an entire process of initializing, I think is right.
So similar steps will be falling for initializing are right.
So we declared one more variable over here.
Then look up on fig, where we will be specifying that C.I.D.
OK.
And this could be followed from X parameter Nottage.
Then we will be utilizing CFG initialize.
Right here, we need to specify the instance structure, the OGI config structure and the CPU, etc.
So they will just be verifying whether the initialization is successful.
So if this is, it restricts us to set the record and it is successful as we will be seeing that next.
Right.
So these are the two mandatory step and this represent our step e right.
Then we will be enabling our exception handler that we write for that all the API is you have inside
the exception Docker.
So this will be the head of why that would be, including the logic for enabling and you internal exceptions.
OK.
We will be writing in it in any function itself, right?
So first, we need to init any tips.
OK, then in a register handler, we need to specify the type of entropy.
So it is IQ, OK and and in Japan.
So this is GI C, my student handler, which will be handling an entire interpreter.
So we just need to specify the master handler that we have in the end and we just need miss gi Joe.
Hang in there, OK?
Finally, we need to specify the instance of Cho for Idea GI.
So this is the mandatory three argument that you need to specify, and then you need to enable an exception
right to this complete step where we enable an internal exception handler for our CPU.
OK?
The Step C is to add the configuration for RJC.
OK, so this include specifying the function, which act as an interrupt handler for us, then enabling
both this which is for our internal right.
So let me just go ahead.
So to specify and interrupt Handler, we declare one function, which is event handler, right?
So.
We will be specifying an intrepid instance then the unique ID for outing.
Right.
So this will be finding an.
Its parameters and the score be right here, if you just go.
So here you have your CBS interrupted, so that is what you are utilizing.
OK.
And then you need to specify the function which will be acting as it into a pilot for us.
So we named it as event.
OK, and then we do not need to have any data, so we just specify zero.
Right?
Then we will be enabling the switch that will allow us to get an inch of energy.
So to do that, we have seen every function where we need to specify and interrupt instance structure,
and then you just need to specify the unique right.
Now this include or this.
I'm very close to a switch that allows an inch of debate to buy gas.
Now we need to look for the benefit of specific driver to find out whether we have any enabling functions
present in that rate.
And if you just analyze CTCP, yes, OK, we do have a function to enable and so we need to call this
OK.
And then only with the switches will be closed and we could receive danger from very, very little guys,
right?
So here you could clearly see we utilize after enabling the input to gas will just be enabling an output
from our benefits.
OK.
And here.
So if you just look for PTC, yes.
OK, so we need to specify an interval Musk, right?
So if we just go ahead and look for and entrap Musk, if we have anything in here, we do not have right.
So similar to be repeated.
And we also have an underscore hardware.
So this will contain an extra hardware information, right?
And here you could find out the Musk.
Right.
So here we are utilizing an interval mode.
So we just need to look for that Musk rate and the value you could find out we do have any more internal
interval mode.
So that is what we going to ride over here, right?
So this completes a process of GSC initialization as well as configuration, then we'll be writing a
logic.
OK, what will be happening when we have an interest?
The first thing that we do is to disable entrap.
OK, then we will not be receiving any further requests from then until we process the current requests.
So this is the function.
OK.
Then we will just be checking whether we actually reach to a zero rate.
So we what we are doing is we have added, right?
OK, then get down to this basically rate and the current value of a counter and the instance structure.
That is right.
So that is zero.
So void falls right.
So will be coming out of this right?
And we'll be reaching over here and they'll be just displaying that we have an interest then will be
clearing and status and then finally enabling.
And so this is the standard procedure that we've been following right now when we go to the main call.
Right.
So you already knew that for the renewal output frequency and from that, we calculate the interval
as well as scalar.
OK.
And then that value we set right, we need to set the correct rate.
So here we declare the YOU 32, which represent an output frequency, which is one Hertz x interval.
OK, and then this is for a scalar.
So we already know that we will be utilizing a calculating double from a frequency where we specify
a frequency and then we'll be getting the interval as this.
And so for that frequency will be getting this both value and then we'll be utilizing secondary scalar.
And second, do it and say it is about right.
And in an option.
So we need to see what all the things you need to add for an interest rate.
So we just need to enable.
Guess we do not have anything related to an interest, so we just need to enable an.
Right, that is what we're going to.
So first, we will be getting an option related the existing option that we have for ICTSI.
So to do that, we have a gate option.
We just need to specify an instance.
Structure will be updating and.
OK, and then finally, we'll just be offering it with an intermodal more, right?
So once we do this, we will be utilizing site option to say or respect the option, right?
And here we are also calling that decision.
And in Japan, right, so these are all the setting that we need to do and we just need to call our
stock right.
And here we are not doing anything.
We just include the strip.
In fact, what we could do is we could just be adding value, but right, we will not be doing anything
or just be waiting for it to happen, right?
So let me just go ahead and try to program and see whether we're able to receive an interest rate,
so we will be clicking on Program FPGA.
Then we will be proceeding for collection of minutes, we have bought a computer, right, and then.
Right click run as launch on heart rate, so you could see that TDCi and it is successful.
We also have seen it successful and we have an anxious OK, which are continuously generated with the
logic that we have right now.
What we could do is we could just change the frequency and see whether the frequency of this being an
interruption district that it just choose an higher frequency.
So something around something around 50 hertz.
And then we'll just try to relaunch our application.
So while working with CDC will be frequently finding this, OK, so if you find this in your face,
just click on program and you say that you have on a OK again program, if you.
And then you just need to run your application.
So want to follow this process, you could see that now interests are running at agree to speak.