Let us start understanding profiling in this region.
So profiling is used to analyze the functions which are consuming most of the resources of Boston,
and it can be also utilized to understand how large that is.
Right.
So there will be understanding to perform of profiling.
Most of the cases we are interested in profiling to analyze whether optimization is required for a certain
look or what is and times that are hardware that is taken to perform an execution of certain function
that we are actually getting benefit.
That's compared to software on chips.
OK, so we'll consider it a very simple design.
So we start with that processing system.
We will add a beta so that we have a good amount of functions which we can provide.
So it is interesting system block automation.
And without modifying much, we will directly go ahead, Daddy.
OK, so this will be the second night that will be going on and this will be connecting to energy.
OK, so single instance of a single child will be connected to the third thing that will be adding is
a beat.
OK, I will just add a bit controller so that we also have some read and transactions on make.
If I just ruined that inside of the rubber glove, so now we have no number of this is a stool and that
is fine because we'll be working with the reporter and now we can proceed with condition of all the
connection by performing an actual operation.
So this will add necessary benefits, along with an extra output force that will just regenerate.
So this will be a design that will be used for fight.
OK, so it consists of the system which is connected to an entity and will both be having a depth of
EKI.
No, we will generate a shield.
So as soon as a digital representation is completed, we can possibly transition off of it.
So my generation is completed.
Now I can explain to my hardware, including the stream, and then I can just launch.
OK, so this the strips are very similar to what we had from the beginning and I have already opened
up and imported all the hardware specification inside and is and start with the procedure.
OK, so very first thing that we do then we want to provide our software application is to create our
own war support package that we enable or to do that we can do to fight you.
And then we have a package option.
Let us keep the name is and finish.
So, you know, as soon as you hit the finish, you'll be finding that configuration where you can change
the setting of a broad support package.
OK, so you group the standalone and you have this option which requires an individual profile.
And the default value is this.
We want to perform a profiling.
We need to get us to.
So this is the first thing that we'll be doing OK, making this thing through.
And then we go to a driver who will gain the inevitable profiling we need to see inside this pilot flex
so that that.
G and Biji, so this will allow us to enable to fight and we'll just take a look.
OK, so this is the first thing that we do then we can go to fight.
Let us allow STK to pull out all the fights.
OK, so it will take a bit of time to build an entire.
Broad support package and once it is finished, will follow and next it is finished.
Now we can go to fight new application project.
Remember that here, when we are creating any project, we are choosing this option as OK.
That is creating a broad support package which consists of a series of things.
But no, since we already have created a support package which have provided inaudible, we need to
choose this option that is use existing.
And if you remember that I would support package has the need to speak here.
Also, we have seen so we just need to click next and will stick with the word application.
Since you are already correct, we will just be sitting with you.
OK, so we are high level C, which is our main source code and will be Starkel that we have created.
OK, so now let us just try to understand our different function that I have included, because it consists
of for us to utilize the Beita we required beat up on fixed structure and then be remonstrate similarly
to using GPL required structure.
And then we are initializing beta OK, we have initializing identity, OK, and here it will be upsetting
our addiction.
So just we need to send the content to see something on an output for two functions.
We have written this first.
One is VRM data.
Right.
So you I have declared one local variable I and for the maximum count of twenty it will simply write
the detail from the service and that data will be close to five times that we should OK and use an Excel
dot exile.
So for that reason, for writing, we're required to have and extend out.
OK, so we are writing in it, which is having the size of total.
Then we also have certain BMV or so here.
Also we have a local guy and we are basically returning a plate of pointer value will be equal to excel
in which which is basically the reading room and the American will have this.
OK, so this is an address which is out of sector.
So for Budiman again Friday, because I remember this one function that I've written, which is an entity
that we were writing around on then.
So one, two, three, four, five, six, seven, nine.
So these are all at the function.
So now if I just do a mean function, you'll be finding it'll be fine.
So if if you figured out that the size of the font is less, then you can actually change the site.
So, for example, if I just click on this this we have references.
If I just go to a general and an appearance colour and form.
So you have the C and C++, if they just go in there in an edit that because this is an X or so here,
if I just hit edit so we'll get an option that I can choose the site's.
OK, so this is a so inside main function, so the platform used to initialize what then we have printed
one message, which is profiling, starting to profile or starting to fight.
Then this variable, which is used to the column or which is used to throw the data that we are having
fun with, that is from this function right then berriman it.
So we add initializing that here we are utilizing and here we are first writing the data so it doesn't
require any Afterman.
Then we are writing a pattern on in the data and then finally we have the data and then the argument
is basically this idea that we have to find the function for a new application.
So this is a simple sequence that we have.
So it consists of multiple functions.
Now, your application will have a different function.
In fact, the same logic or we need to verify or we need to know which function is consuming most of
the few resources and whether we can go ahead with an acceleration so that we can have a faster than
that and so on and so forth.
So this is the second procedure where we use an existing stand alone.
The third thing that you need to do is you group further where you have your main source, Reichling
and group of velocity.
OK, and here you get an option for inside this.
You have a profile that should also be never apply and take a look and allow the sticker to finish reading.
And right now we can get from our department.
So first thing we need to program out of features and it is just fill them with a big fight like we
have generated and then we write.
OK, so this is normal procedure that we are following till now and then go to run this configuration.
So still we used to work with system development, but here will be selecting a GDP application and
that will be getting a profile option.
So here will Inovalon profiling will set our frequency to be there doesn't seem to be one hundred and
scratch memory address when all the opposition will see that.
You know what hear when you do not usually rate.
Just apply and then hit.
OK, so it will take a bit of time to run our application, and once it is completed, you will get
a notification that a Profilings Stewart will be fined for finding a result sealed and GMAR will just.
OK, so if you get this notification, that means you correctly follow all the procedure.
Now, if I just go to two file software that I have made inside a diva folder, we have this jemal.
OK, so we'll just open it.
And then you'll be able to see.
All the drivers that you have utilize and in fact, if I just select this option, you'll be finding
we have all the functions that we have to do this to a whole lot of functions that have been mentioned
here.
OK, but I know we weren't able to see any person accumulations, what we can do is we can just go back
to Florida where we have our Larker Renacidin confrontation and change our frequency.
So if I just called to profile auction and if I set it to be one megahertz and now if I just try to.
But then again, an update, this data, so go back to debunk folder and then Jemal data so they'll
be finding all the functions that are present inside inside our code.
And that is, for example, Betacam data is consuming twenty point seventy five percent of the time,
whereas Betacam data.
Right is consuming something around 17 percent of the time.
Excitement is consuming 10 percent of the time and analytic pattern is consuming eight percent of the
time.
And then clean up black time is ticking one microsecond, which is approximately two percent.
So it be finding the exact detail of all the function with the percentage of diversity of resources.
And then we can develop the strategies where we can actually figure out what all functions can actually
be.
Excellent.