So this before going into these objects, I will discuss the advantage of this, I suppose if you want
to install some software on five computers, it's easy to install.
But if you want to install software or create a new user on computers, it will be impossible for one
system administration.
So that's why this server is used to install software on all the systems.
At the same time, we can also create users and we can also look at the printers and other resources
as well.
So this is very helpful and easy task for installing software and managing our other resources so accurately.
Everything gets good as a object, so contains Unicode and probably unique identifier.
So in order to get better results on the network, you need to use this unique identifier which describes
the unique object to separate that.
If you want to find out where the printer is, you can grab this unique identifier and then use that
resource.
So that's what you are, this unique identifier and each object has the parent child relationship.
So in this case, these objects are stored as a hierarchical fashion.
So I could restructure each object, can be parent to one object and change to another object and object.
Go Groody that is unique or in fact cannot be changed unless it moves into another first.
So it's very hard to change the unique identifier of a particular object in the first, but what the
first within in the next three years.
So whenever this object has moved to another parish, then the unique identifier gets changed.
Otherwise, when it gets routed, the unique identifier gets released.
Now let's talk about this distinction.
Names we cannot remember are objects.
Unique identifier, right?
Because there be so many identifiers for all the objects.
This is very similar to remembering the IP addresses of a website that we think Google dot com Nadege
IP address because we cannot remember the IP address that surliness came into place in the same way.
This can be compared to this, uh, DNS.
So we can refer to them using these distinguished names that are similar to domain name system names,
for example.
So that's an example from that server and the.
Distinguishing it takes place from right to left.
So Sara is the main route and that is homeless.
It will be later.
So from you need to go from right to left and we need to assess the various foster, because you go
to Sara, the C stands for the main component.
And because this object is referring to the domain home server, that's why this D.C. server and this
is a home.
And let's another one.
So there is another some separate unit called Work in the Homeland.
So in this homeland, there is a separate work unit.
So at least you can assign the server and home component and then you can set a common is to work because
it does not refer to any particular object.
So you can accommodate musicals to work.
So what are these?
These are the two domain names.
So that means we need to identify these as these.
All variables.
So let's see in the next, they can see the key attribute so you can see them and look at them as twister
prone to them, organization outlandishly unique and continue to.
So these are used to identify particular name.
Now they're back.
Let's go back to the threat and you can see that server and the wind component, these are the different
components.
So these are not nothing special.
But just if anyone wants to see these objects and they can easily identify because it's a common name.
So it's like work, play, three, etc..
So these are the components.
And coming to D.C., they will again face down components.
So these two constitutes a domain.
So that will be easy for anyone who just sees these key and that keeps you can see or you organization,
you need them.
So this is very common.
So that's right about this already.
Units, each of which can be classified as containers and containers so containers can hold other objects.
So containers are for us, it can help one or more objects and containers cannot hold other objects
and cannot be diverted.
So these containers are also called, if not because they cannot be diverted further.
So one example of these containers are groups, so groups consist of five or six people, right?
So in that way, it can be construed as containers and not containers can be a controlled and user.
A single user can be considered as an uncle because that user cannot be devoted father.
A computer or a printer can be construed as a non container because they cannot be diverted further.
It is the, uh.
Like single unit and simple container, we create an additional unit.
So this is very simple orientation unit you're going to create and actually this is like a simple folder.
So what you need to create this organizational unit.
So this unit consists of many other objects that are similar to each other.
These all use helper groups, similar objects, and can perform operation on a whole set of objects.
In your college.
There are some section of people that are team members of people and you want to create one unit for
them.
So you want if you want to.
Send the mail to all those users and sending to each object at each time will be very, uh.
Difficult.
So that's what you're going to do, is your you want to group those 30 students into this one organization
unit.
So all they want to do is you need to send the bill to this or an additional unit so it will be received
by every other people, every other student in that unit.
So this is very helpful.
Uh, of this are additional we can group similar set of objects and we can perform operations like similar
group of other similar group of computers and similar robots, printers.
I know he has seen the theory of objects and organization units, now let's go and see how to create
the power to create an organizational unit.
You need to set on these tools and go to this ATM users and computers.
And as you can see, there are some mixed messages.
There are some already, uh, the lines are this is the home of the server.
This is the color.
And you can see there are building objects.
These are the building objects.
And if you click on this computer that will work on this and you can see here on the computer.
So these are the organization units.
This is an organization unit and this is an organization.
So these are created when you started this after the service.
So you can see the windows on because we have these windows on computer in the previous video.
So this is our computer windows.
And you can see here users and these are the users.
But you can see the single, uh, icon is the user and the user or the group's administrator, guest,
end user.
So this user has been created in the previous with your father and his own machine.
So if you want to create a user, you can say users click on this and.
Right.
Click on this new computer contact group and printer users before also you can also create conditions
and create the user.
So I'm going to Krenzel know.
So to create new organizational unit or in this is go to this home server.
Right.
And say new or you are an additional unit.
So you need to get a name for this unit, I suppose.
Let's see CSC.
So CSC, Computer Science Engineering and click on.
OK, now you can use this to this.
You see now, right.
Click on this.
Click on New User and you can create a new computer and etc..
Let's create a new user under this CSC to see a seat admin and its CSC at.
So Gregan next, unsurpassable.
So this is normal pass for.
So now under this year, we have this here, here, you can also create the groups as well, like grouping
all the U.S. students under this group.
So that's all for this, where you can explore all the options, you can create the groups and you can
create the results as well.
So this is a basic way of creating this organizational unit.
And to add to the.