Lobbied condition is successful, will just go ahead and try to exploded into doing so will be programming
Ibeju from instigates.
It will go to an export and then will choose export.
Typekit will also be including a bit and then will to.
The next step is to again go to a fight and launch in history, right?
So we'll be using the Space Deploy to approach it.
Then we'll proceed with stick.
OK, so we already have our high risk specification that now the next thing is to create a new application
project, so go to file new application project and will you just be naming this as GPO EMI, right?
And then the template that will be utilizing is again, an halloway.
So once you create a new application project, you get this and this file open by default, and this
is really helpful to know the specific driver that we want to utilize for the GPI that we have added,
right?
So if you just schooland an analyst, yes, seven GPI zero.
So the specific set of four driver that we need to utilizes GPI.
Yes, right.
So what we need to do is you need to just add an X and then that will give us an access to a drive say
so.
Let it just go ahead and try to open our Halliwell Dot C.
OK here will proceed with asking.
Look, we already know that the driver that we require this x GPIO.
Yes.
So once you do this, just see code and try to see whether you whether it's able to invoke this library.
So if you do not find any error and be successful, that this basically represent that this driver is
present in an.
Right.
So we'll just click F3 to explore the content of a library, right?
Again, this will follow the same procedure that we have for other Typekit, right?
So we'll first.
Look up for our device.
OK, from our configuration table by utilizing look up config.
OK, and then we'll be utilizing CMG initialize OK to initialize GPI.
And then we have been specific APIs over here, right?
So we'll just be performing them when we work with the API.
Yes, OK.
So you need to set the direction.
OK.
This is one of an epidemic of utilizing.
And then you have to set an output rate.
So when we working around with an LCD, we do need to specify the duration and we need to enable an
output.
Is that the two things that we need to do?
And then we could ride the value that we want utilizing the right.
Right.
So when we consider an e-mail to the spin.
Act 50, four eight zero two five three, we have an email and the first bin is at 54, so you're required
to specify that on, right?
Remember, the first bin for your mail will always start at 50, so let's just go ahead and try to develop
an application.
All right.
So we already included the driver that we required.
So very quick to point to structures over here.
First one will be the.
The Triber instance data, which is ex.
Yes, so we'll just copy it.
OK.
And then we'll be adding it to work here so this will not be appointed.
OK, will just be adding this as.
OK.
The second one is the config structure.
So here we have on fixed structure.
We'll just copy and this will be pointed, right?
So this will be winter and this will do led.
Conflict.
OK.
So we added the first Dubai, for instance, structure and then conflict such right?
These are the two things that we need to do.
We start with an innate function that will be helpful in initializing are very friendly.
So White will just be naming it as in it.
OK.
And then first thing for initialization of devices to look for our device.
Right.
So the function or API that we have is.
Look up conflicts, so we'll just cop it, and then this will be connected to alleged conflict.
Right.
This week was to the conflict and you need to specify the device so how you find a device IED.
Just go ahead and try to include x parameters.
Daughter trait, this gives an access to and tied information related to the petty theft, and so just
go ahead and click SD.
So here if you just search for pill, so this will take us to the GP, B.S. institutes, right?
And this is the device that we have.
So we'll just copy this will go back to our code and will add this over here.
Right now, this will give us an access to up reset rate, which is required for the GPI Owens's that
we created, right?
The next thing that we will do is to utilize CFD initialize, right?
So this is the function that we have.
It requires three arguments again.
First, one is an instance.
Second one is the conflict pointer.
And then the last one is, Hemby said.
So.
So we said, does this president configured set or you could copy the state for my next parameter darknet.
Both the methods are fine.
We just added, We're here.
OK.
First document is to.
GPA nonsense.
So that is the point, is it will just specify an address, so this we do like design Goodson.
OK.
And then for us and Instance.new means right.
Second one is the config pointer.
So we just copied and pasted over here.
The last one is to be said.
We could just use our config.
OK, and then in this, we do have these ideas.
So this is one of the methods that we have right now, this will return whether initialization is successful
or not.
So to verify this, OK, what we could do is we could just declare one ready.
We just need to see this, OK?
And we'll be connecting this status to CFD initially, right?
And then we'll just be verifying whether.
We'll just be verifying whether it is successful or not, so we do have the macros for that if state
as is equals to excess key.
Sexist.
OK, that is basically if it returns true, then our initialization is sexist for this, we already
know.
So in that case, we will be utilizing the if.
OK.
And then here we will be mentioning that device, and it is success rate else and it will just be adding
in brain death.
Device in it.
We did help us really to understand where our is feeling, right, so if everything goes fine, really
well to see this message right?
So let me just see cool.
The next thing is.
So when we go to the mean.
So this allows us to detect initialize what and that is what we require.
Right.
Then we'll just be calling in and it function.
So that will also initialize the GPI so that we have right.
Then we proceed with a call.
So we'll set the direction, will enable an output and then continuously will be toggling all the bit.
That is what we call right.
We just go ahead.
The functions that we have, the EPA is that we have for a pin number.
So we already knew that the coup leader work around with the bank or with the pin.
But here we know that EMI start acting number fifty four.
So let it just focus on a pin rate.
So you have an EPA is related to bank.
And you also have an EPA related to PIN, right?
So we'll proceed with an EPA is related to.
Right.
First thing is to set the direction rate.
So if you just click on an F3.
So this said, the direction of a specific thing, so I alluded that 54, 55, 56 and 57 because our
e-mails start at 54, right?
So this could be used to say to the election of a specified been.
OK, and here.
Direction.
Of valid values are zero for an input direction and one for an output direction, and we want to control
energy, so basically they behave as an output board, right?
So we'll just be adding a value of what?
So let it just copy this function.
Now it required for us to achieve by instance, then the pin number and finally direction.
You just go ahead.
So first is that the GPI instance, which we named as an early OK, then the pin number, which is 54,
and we want to set it as an output.
OK.
Similarly, we need to enable, right, so to enable it.
We have a function which we need to set output in.
So if you just explore it.
So this is used to say to the label of the specified dates, you need to manually enable an output and
then only you could see the valid values on an LCD three.
So zero for the sibling output enable and this will be by default rate.
So by default, it will be set at zero.
So you won't be able to see anything unless you enable one for enabling an outbreak.
They just copy this.
They can required an instance, the pin number and the value, right?
So for us, we'll just be adding.
Plus, instance name is a lady.
Then we have a pin number, which is 54, and then we want to enable you great.
So this will enable our first lady.
OK, the next one could just be copied like this.
So we have a full release and the pin number will be implemented by one, right?
So this will be 50 where we have the next EMI open.
Then the next one is fifty six.
OK, and the last thing that we have is fifty seven.
And since all are and output think we do need to apply the same configuration setting, right?
So here we are, initializing our driver and then we also set the data channel will to build them continuously,
right?
So we will just utilize the while one.
OK.
And then to send the values, we must be having an API so you have a right thing, which basically right
the values to the specific number, right, so if you just explode, so this function is used to write
the that was specified means so you just need to add an instance name, then the pin number and delete.
All right, so let me just go ahead and.
Had this right.
So, for instance, you may say Lady PIN number is first one fifty four and we want to write when we
start with one and then we'll wait for some time and then realized, See, right, this is what we're
going to.
So here we just need to change the pin number that is the next one that we have is fifty five.
Then next, when it's fifty six and then fifty seven plus will be sending one to all the beans.
OK, we'll just be waiting for one second, OK, and then we'll be turning all of them off, right?
So let me just go ahead and try to turn them off, right?
So pin number will remain C. We'll just be changing the value to you right again before turning them
all will be waiting for details.
Right.
So this is the simple program that will be executing on and if right.
So what we did was we initially said that you said, OK, then we said the direction and we enable and
our great desire to the two to thing that we need to do because by default, output pen is disabled,
then the next one is we are sending the value.
So for that, you also have a specific EPA.
So we are utilizing the right thing again that we are specifying a pin number instance and the value
rate.
We are waiting for one second and then we are turning them off, right?
So this will give us a cooling effect on all their leads.
That is what we are expecting to learn to see the whole.
It will automatically be OK and this should be successful.
So here you could see everything is understood by an SDK.
The next thing is to turn on the bulb and then connect.
They FPGA to the right, so first thing after this is to program it, so let it just program, and we've
already included Bitstream into any institute data.
This will allow us to program our BJU from an SDK.
So once you see that done late, been all on an FPGA right, we will be running this on and if we do
so, right click run as.
Launch on Harvard and just to analyze the device and the initialization is successful or not, right?
We just be first connecting and sticky, so let me just go click on this st.
OK?
Select Comfort and then click OK, so that you can't go disconnected.
Go ahead and this launch on highway.
So if everything is successful, OK, you could able to see device initialization a successful line
on the board if you analyze you able to see the LCD.
Totally.