Let us understand the strategy by which you could know what wallpapers for which you do not need to
specify on street and property for which you need to specify country night.
So something which will be very helpful in this video is the tap.
So you have source, you have design signals and then you have a booth right to reflect all the preference
for which we value gendered automatic on screen for us.
So we do not need to specify any of the constraint for the peripheral mentioned with the right.
So what we could do is if you want to utilize any of the Bay Area, we could just go to a button track
and bring this to an app.
So this will automatically bring an IP, OK, which will then automatically create a port and that will
be automatically recognized by everybody.
So if you just understand the difference, right to let it just wait and try to delete this IP right
now here you could see we have a bulletin or here, right?
So this is the small circuit which is empty right now.
So as soon as we add and we connect it to the desired benefited, OK, this will turn a lower rate.
So here you see an option where so very and a little circle to shoot.
OK, so once you add an IP and then when all this is being utilized over here, the circle will automatically
turn a line.
This is how we will be recognizing that that specific will been identified by individual and an automatic
constraint will be added.
We do not need to add any constraint for it, right?
So let's just go ahead and try to add an eye.
So this is you.
If I had a GPI IP, right, so we could configure it by clicking on it and then let it is you that we
connected two buttons.
Right?
So as soon as we connected to a button?
OK, and when the connection automation.
So you could see immediately this will turn into and a low rate.
And this is how we will be recognizing that we have a single output port both here and that is already
been connected to respect to benefit and so forth.
This kind of process.
We do not need to specify any constraint.
That is, just modify this example now if I just tried to add a counter IP, right, so we have a 16
bit output for our counter right.
So if you just recognize we have a connected IP, which consists of a cloud signal and then we have
an output which is 16 bit and say three so that it is right click and create up.
Now this is an output.
Right now we have two output and religious.
Just try to connect this to block, right?
So if we just perform a connection automation, this will automatically aggregate knocking wizard,
which will supply the clock for our county.
And this for this, the source could be the system clock, right?
So here you could recognize that system clock is not yet yellow.
We will just go ahead to the docking with our IP and let it just do this use of clock Cisco.
Right?
Once you do that now, you could see system clock turns yellow, right?
So this basically suggests that the clock source which required for design is already connected to system
clock and it is been under standby, and we were told that it is a clock source for our counter right.
Before this, we do not need to specify any constraint.
Now, if you consider an output ports, we have to output both but only one of them that this button
is being connected to a full button, but this is not connected to anything, right?
So for this kind of port where we do not see any connection?
OK?
Or we do not see the checkmark that is a circular over here.
We need to specify a constraint.
OK, and in that step, we will be performing the synthesis first.
Then we'll be adding constraint and then we'll be generating a bit rate.
For example, now the simpler strategy that you will be following, OK, or we will be following when
we work around with N Sync, it's like this.
So we will already be adding zinc processing system.
They just go ahead and try to add processing system.
That is the first step that we will do, then will be performing double automation and we'll be applying
a preset, right?
So this will add some of the benefits.
OK.
And then we will be selecting the benefit that we want, right?
And we are designed.
So litigious, go ahead.
And try to disable the peripheral, which are not used in this specific example.
OK.
And we do want to have one more study Ixi go so that we could connect the GP II.
Right.
So let me just go ahead and try to say GPO.
So once we had this, we get a connection or commission.
We'll just be selecting everything and we choose the default setting.
Right.
So once we do this, we have the design or here, do not worry about the intermediate types that we
denied here, because as we probably should be understanding their usage right now, you could see it
each year.
We do not need to specify any port or key because it has been nice by everyone.
Similarly, for if you do not need to specify anything.
Okay.
The next food that we have is a full button.
So you just need to count or hear whether we get a single elusive OK, so I accept DDR and fixed how
you just count the number of output and input pool that you have right to.
For example, here we have single output that is but in full bit, which is present beside the drag
fixed site.
So this basically mean this should have a constrained rate.
And then you count the number of circles where you see and so you do see one Aloma OK, and we only
have one port which do not have any constraint data as soon as this two matches.
We do not need to get to our entire design.
Foods have been recognized by Observado and we will have an automatic constraint.
We do not need to specify anything right now if we just try to add one more IP.
Let us assume that it is.
Account April SolarEdge is good and we have our therapy, right?
And then there's also we will be.
Making it external, so this represented one of our code.
OK, and then we have this glossing rate.
If you just perform the block connection so it will automatically rewind the clock, so it's for account
right now, try to count the boot.
So you have one two three four output points, right?
This, too.
We do not need to wait because this was recognized by every word or by default.
And then we have button forward and those are the two, right?
So if you just count, the number of analytics that we have is only single, right?
So we have the constraint for this one by default in and we are but we do not have any constraint for
this.
OK.
So if you want to really perform an execution of this line, download this on an FPGA.
We need to add the constraint for this.
This is how it will be counted.
So you just go ahead, count the number of votes, do not count leader at six, so just go ahead and
count the rest of the board and then count the right.
So if your number of tricks matches to the number of output port.
OK, except duty and fixed, so then you are fine to perform very clear gendered bitstream as if you
have no approved greater than the number of Olympics that you see or hear in that specific case, you
are required to specify stream.