The first thing that we could do is just wave over the device initialization is success, so we haven't
changed the rate or the bar rate for any walk rate.
So by default, whatever it is set in and we'll take you to the same rate, it will be working.
That is one one five two zero zero, right?
It will just go away and worse, try to program an effigy.
Right.
This is the first step that we follow.
Once we complete development of an application.
Now, what are we going to do is we will just be connecting and down.
So I have my objection for and will be setting up the default.
Great.
That is one one five two zero then will proceed to execution.
Now we are already calling.
You are doing it.
So this will initialize our Typekit and we are expecting to see what initialization Texas will message,
right?
They can see we are receiving you, what initialization successful.
So this basically suggests that our.
Initialization process is completed successfully right now, you could utilize the functions which we
used in the past, such as in print to send the data to work on look, and that will also work fine.
So we just go ahead and try to add a printer.
OK, here.
Let me just add hello.
What right now, if you just see cool and try to again relaunch a simulation?
This function will work similar.
To our previous case, because we successfully able to initialize are you are right now, you could
see be able to see hello.
Right?
Now, what we could do is we could just try to utilize the EPA that we have in a negative light just
to explore the different things that we could do with you.
Like this, right?
So let it just go ahead and try to.
Just go through with a different set.
Yeah, right.
We have something called a self-portrait that could be used to set a user specific body data again,
going back to a blog design and changing the body will be a difficult process, right?
So if you just remember when we reconfigure AP?
Again, when we go to a PSP configuration, you have a gentle tap, so there you could see we have a
great option for our, you know, here we could go and teach.
This is of my local method that we have.
But once we reconfigured it, we need to again perform all the process, and that will be an updated
hardware specification that we will be working in in this right.
That is the one of the process that we have with this.
The next one could be, you know, we could utilize the EPA that we have so software and others to dynamically
variable rate, and that is what we will be demonstrating.
Plus, so let me just copy this code.
Okay, go ahead.
Now, just before and look OK, will just be utilizing board, right?
So these are two arguments.
First one is an instant structure and second one is a moderate OK, which is the value of water that
we want to set, right?
So for us and you, what instance the structure is you?
Right?
And the bar that we want to see is 1962.
This is the boundary that we want to set.
OK, let me just see you are code and try to again relaunch a symbol you should know.
It's terminal once you go to work at one one five two zero zero.
So you do.
We want to see it, which could not be taking place, right?
Because it is operating at a different date and you are is configured to operate differently.
Right.
So we'll just be clearing up.
The console will be disconnecting our is to get the go ahead to connect and instigate a minute and we'll
just be changing the body to whatever body that you have specified.
So once you do this modification and try to execute the code.
So now you could see how the world is sprinting, correct, right?
So this is allowing us to this step allowing us to dynamically variable.
So this is that one day that we get when we work around with the EPA for the specific bathing.
Now what are we going to do it instead of utilizing a digital print?
Let it just explore the APIs that are available for sending and receiving data, because these are the
two most frequent things that you will be doing with and you are.
So instead of utilizing the abstract functions of the printer, we could always work around with this
function that an average degree.
So we have see what you're saying, which could be used to saying the data specified in a buffer to
the console right now.
Did the operator getting that to move so it there'd be a pool mode or an interruptible move since we
have not disclosed anything related to an interest, not be understanding it right now, OK, instead
of going to be utilizing a pool.
So what we'll be doing in the pool more less will be specifying a buffer.
OK, then we'll start transmission and then we've got to continuously check whether sending is complete
or not, right?
So whenever we need to wait for certain process to complete, that is what we refer to as a pool, right?
And in an interview driven process.
So as soon as our process of sending is completed, we will automatically getting a notification from
an interrupt that our transmission is accomplished.
So this will be the references that we have will be predominantly focusing on the pool mode right now
because we haven't covered anything related to Intel, right?
So let it just first, Jack and how we could send the letter right.
And if you just click and F3 to explore what district and state, this again require three arguments.
So we have an instant structure.
You have both pointer, right?
So this could be simply the name of our.
How real the data that we're going to see, right?
That could also serve as the pointer for our entire data.
And then the number of white.
So these are the three arguments that we have for us.
And then this basically returns you 32 right to.
And this reduced the number of bite actually set, right, so we will be specifying a bit.
So this basically means that the bite that we specify, the number of bite that we specify for transmission
may not be sending a single great or we need to do so in a pool mode.
We need to continuously.
Sending up the data, OK, so the maximum capability that we get is we could send max as much data as
people can before.
This is the maximum capability that you get.
Whatever the size that we have 40 people, that is the maximum data we could say, OK and then any data
aggregated and that people say is we need to repetitively sandy, right?
And then in a pool mode, we need to wait until the data transmission is completed that we already know
when it went into more danger.
Spangler will continue sending the data until they die before has been too great.
So this is something different as compared to cold moderate.
So here we need to take care of where there are already descend or not into know interviewed.
The handler will continue sending that it will take care of our entire data.
Right.
So remember this fact?
So first argument is the you are instance structure, the second one is the pointer to a buffer of data
and third one is the number of high tech we want to.
And that's basically written the number of bytes which are sent right.
So let me just go to our mean application.
OK.
And here we will be declaring a zoom.
One or three of you know, you could clearly see that we saying bye bye bye.
Right?
And that could be all like this.
So here we are expecting a pointer of us Typekit.
So this basically means we are sending the data, by the way, to declare clearly Wait.
OK.
Exactly the same time that our function is expecting from us.
And we'll just be naming this as data.
So we will not be specifying the size because we want to specify a static detail here.
OK.
So let me just call hello looking.
OK.
And then we'll be utilizing the plaintiff, no, right?
So this is.
An array of you where we say to the reader that we want to say right now will be counting the number
of bytes that we require.
So for each character we required a single by two one two three four fight space consist of one byte
right two six, seven, eight, nine, 10 and 11 data.
We have 210 11 byte that we are planning to send.
So we already set up a body now will just be calling the send function that we have.
The first thing that we specify is an instance, which is you are right.
The second thing is the pointer to the top of it.
So we could just be accessing it by specifying the name of body that is data.
And then the number of byte that we are targeting, that is still right.
So once you do this now, since we are working in a pool mode, we will not be getting automatically
any indication, whether data is saying or not.
So this function do returns.
The number of bytes which are sent to.
We could just be comparing whether all the database that is 11 bytes are saying or not.
So as soon as our count reaches to 11.
OK, we will be coming out of low as we could just be waiting there or other option that we have is
so what we could right over here is a.
Ready to declare the winning OK, and that will basically be storing bite.
S. Right.
And this will be a Virgin Bush right to buy.
So you might think.
Is not equal to the living will just be sending the need to.
OK.
That basically means as soon as and equals to leaven it as soon as we say all the.
Today, we will just be coming out of this, right?
No white sand will be initializing towards you.
OK, so let me just try to go it and see whether this is working at Lake, so we'll just be clearing
up the council and now will again be relaunched.
You got an application.
So if you are analyzing and sticking with this logic, also equally able to sing then has the right
to what is happening here is we are waiting in the body count reaches to 11, right?
This is one of the methods that we have is that the method could be.
Now this is again a pull method because we are waiting till bytes and reaches to a level, right?
So we are not getting any direct notification from the pace at which you could get it inch.
Right now, we will utilize the same logic, but here instead of.
Utilizing this when we could just go ahead and try to look for an EPA, which could be helpful in this
specific scenario, so we might be having an EPA that could be used to wait until you are completely
sending it directly here.
You really see we have you are obviously sending.
So if you explored this function.
No, this function reminded to specify you are just sending a data, right?
So if you what is?
Sending the data it will read and true as it will do it in the state.
Now this function could be utilized to wait till we send the mentioned by straight white.
We'll just be specifying dysfunction in this, just while the incidence rate, the instant structure
is, you know, what will happen is if we act like this, we send the leader OK and this will be true,
OK, until we are sending a data.
So until we send an 11 bytes of data that you specified over here, this will be continuously returning
us to and when, while it's true, it will be waiting with you, right?
So as soon as we complete sending all the data, what will happen is this will return for what's right.
So as soon as the region falls away, zero.
This basically means also we'll be coming down right with here and then we'll just returning this year.
This is an entire crew that we're going to work.
So let me just clear our previous output and try to perform a simulation again.
So this is the second we that we have.
Again, we are meeting, but here we are utilizing the EPA that we have with, you know, again, you
could see we are getting the same it, right?
So here we understood how we could variable rate on the go.
And the second thing is how we could send the data and the what we call a target next to use this data
that we are sending, we try to rescue back the data and then we'll just be comparing weather data that
we have is matching to the data that we are receiving, right, so that we we will be understanding
how we could receive the data from where you are.