Now here you have four different sorts of which are available, right?
So design suits where you'll be finding all the suits finds are located.
So what Considine means is so when you write a small work, you have certain books available in your
design.
Finally, you want to connect them to the actual height of it, right?
So the mapping of your route to the highway is handled by the constraints, right?
So we haven't specified this yet.
Then the simulations.
So to verify your design, you would be applying a random stimulus to your design.
OK?
And that random stimulus generation is handled by a separate flight, which we refer to as this pinch
point.
OK, it's all that is finished.
Flight will be available in the simulation.
And when we perform a different process, such as simulation synthesis implementations, all the information
will be finding in this specific sources.
That is utilities.
So we'll just be going to a design source, double click on the source file.
And now you could see with the input and output.
Both specify.
You get the complete right to.
You do not need to do much in this template for a simple and.
OK.
They'll be going through.
Decoding each and every construct or a statement that I read or hear right now.
OK.
We will simply be defining how angry we look, right?
So why is an open book where you want to connect, why to be angry and to present a logical operator
and the logical operator in that we still are as follows?
So for I need you just need to mention EMV or not gate.
You just need to mention who are for x y.
You have X, Y or X and Y you have an X know and not right.
So this is how you represent the logical operators in and which makes the difference that you find between
see em used.
It is for a C to assign a value to or an exception to a label.
You just use an equal operating rate.
But then we changed it.
We have something referred to as an assignment operator, OK?
So the second difference, so logical operator, if you remember C, they are like this.
So for an ending, we have this rate.
For an audience, we have this default, not only do we have this and so on and so forth.
So in and we do they are represented like this.
And if you consider and we do assign a value order and expression to output.
So in Maryland, we have this as an assignment, right?
That as in a seat, you simply use and equals two.
Does that the two references that you will it.
So us output is right.
Right.
Then we need to use.
And that's saying Peter and the empathy.
And because we want to implement an idea, right?
So this completes a code and you also would be fine.
You could be.
You also able to know how you represent the comment in any version, right?
So you add Dash to the military, the start adding a comma great.
So to add a comment, you just need to add to this and then you're ready to go to add.
So right now, we do not have anything else on Multi-lane Line Commander here in Virginia, so we just
need to use.
Do dashes in each line, OK, go ahead coming right?
So let it just go ahead and try to see about another interesting.
Feature that you get within a BYU is here, you could see the status of your right, so if you are cool.
Follow all this index correctly.
As mentioned in a language template, you'll be finding green option over this indicate that we have
zero errors zero, one and zero.
So if you just try to commit a mistake, something like this, this is not identified in relation to
late as we used it in the C that you could clearly see that here you get a three year.
So this is an innovative way of understanding easily that you are following a language template, right?
So we're just trying to correct it.
So here we have a three three status rate.
So green indicate that we do not have any errors or a warning that really indicate that we do have a
presence of some offense in dexterity knockout.
Now, this doesn't detect logical error rate, but syntax that could be easily recognized by the appropriate
indication.
And the third indication that we have is an element so a low indicate that you have some warnings present
in it.
Design, right?
So this completes step one.
We'll just see by pressing controls will be going back to BYU, OK, and we will see why this?
So once you see we these eight and a few able to see a green mark, OK, they basically indicate that
now you are ready to perform the next step, right?
Something interesting you'll be finding over here is the three tips that you get just next to the name
of your source.
So whatever name you give to us will say that is the same name you get to an empty.
Remember this that is the same name you give to an entity.
OK.
And that is the same name you have here.
OK.
When you explore the design and just next to it, you'll be finding the three chips that indicate that
the source file where you have this feature is the top Mordialloc.
So in that flow, navigate.
So these are all these tips that will be performing.
This will be performed on the module where you have this three chips.
OK.
So what we're going to do is we'll just be trying to add a new source and then we'll try to understand
the usage of this right?
So let me just go ahead and try to add a source over here.
OK, so to do that, you have multiple options.
You can either click on this plus button or select the design source, right click.
And there also you get an option to add a source, right?
So we'll just be going ahead and clicking on this option.
Now you get three options, so you whether you want to add a simulation source against in order designs
or so we do want to add a design source.
Click next.
Again, you get the same window that we are getting when we are creating a project so that if you do
not want day, if you do not have the source make you, it's a once you ready to project the project
window, you could just click on the desired source and you will get the same window over here.
Right.
So let's just create the file.
This will be naming as DIMM.
OK, and then we will be clicking OK and hit finish.
OK, here.
Also read Just declared to be OK and then output a see.
OK, we'll just be selecting this as an option.
Now, once you do this?
OK, so now you find to do that then, but only single source have this three to been assigned to it.
This basically means when you perform the rest of the steps, this includes simulation analysis and
this is an implementation program and debug.
So all the steps will be performed on this source.
That is good.
OK, it will not be performed on it.
So if you want to perform all of this step on this source code, you would just right click OK.
Plus you select the source code writing and that you just need to set your desktop.
So once you set your desktop now, you could see that Tim will have this notion OK, saying that basically
all of this step will now be performed on a demo instead of an hour or so to delete the suicide.
For us, it's very simple you could just click the lead on your keyboard or right click and then you
have remote file from Project, right?
You could also choose to build the project from your directory, and this is the normal thing that we
do.
OK, we'll just click OK, so as soon as you delete the fight, we will automatically update and hierarchy
and then the rest of the module.
Now here we have a single module, so you will be getting a notification whether we should automatically
pick up a top model or you can just.
Select this option and specify which models one basic test.
Now here we have a single model.
We just allow you to pick up the top model for us because we have a single model, so this will automatically
be serving as the top model for us, right?
So this completes the first year where we able to successfully create the source code.
Now, as we approach this slide, there will be understanding.
Step two.