So one of the utility, which they to time is let's look into the other utilities, so if you want to
find out how long your system is up, almost any time it has passed, when you have switched on your
system, you can use the command uptime.
So uptime is a command, which will tell you how long your system is up.
So that's type of time.
It will give you some information, the first information is the time, so which is the same speed.
So this is the time.
The time.
Nexuses.
It is up for like five hours and seven minutes how many users have been locked in loading and then the
load average.
So let's see what is the average so average?
It is the average CPU load, which is nothing but average number of jobs in your systems.
One queue for one five and 15 minutes.
So this is the average load for one minute, average CPU load for five minutes, average CPU load for
15 minutes.
So how can I understand load average.
So if your averages are zero point zero, this means your system is already.
In the one minute average is higher than five, fifteen minutes like here, and the load is increasing,
if the one minute average is lower than five or 15, that averages.
And the law is decreasing.
Let's see what it is.
Here it is.
Lesser than the five minute average, so this means the load is decreasing.
And if they are higher than Peukan, so suppose you have six processors and the average lower average
is more than six, then you might have a performance problem.
So you can take a lot of it and verify whether you are, you know, it is more than you can check the
performance of your sister.
So using a pen, you would use such all the information use how long the system is up, don't abuse
you that load average.
So where is this time utility getting X values from which finally freed and reduce the value?
So they've used Castries.
So you can see here it is opening a fine that's great for OpenNet.
So that's not look.
It opens at five.
For all of time.
It also opens the file.
But a lot of us on this board finds it takes the values and the displaced.
So let's look into the final, Frank.
Uptime, superdog of time, we can see here, this has the values in seconds, actually, so let's see
what is this values?
What does that those values signify?
So uptime, first value is uptime in seconds.
So the first value thus far present in the time is uptime in seconds.
The second value is.
So here it is again, six three zero, if you divide this in seconds and if you convert it to have ten
minutes, this is what you get.
Then the next value is total time spent by all processors in the process, so the second full time spent
by all the processes in this process, the next value is.
Next file is not evidence, so and you can see here first revalues.
Out here.
So this values.
But again, from.
The lord average, and then we have two more fields in the fourth field here is five by six.
Eighty four, what is this, five or six?
Thirty four.
So the fourth field is.
Consist of Columbus, which we have seen like this slash, the first off is this first off, this is
number of currently executing colonel entities which can be processed as our troops, the first philes,
how many are executing currently in my system, five are executing currently.
This canteen's currently running at five and the 684 for an odd number of cardinals, including entities,
which means the processes are tribes which exist on the system.
So this is what is in this fourth section.
And the fifth one is the process of the process, which is most recently created on the system.
So the idea of the process with this most recent look at the economic system.
So that creates a process that this be it is frequently being changed.
So you can see if it is being with leading teams.
So we have seen two utilities.
One of them is which gives us the time and date of the system.
And then we have seen uptime, which gives us almost all how long the system is up.
And it also gives us a..
Average.
And then we have seen what are the files which Alemu this is brought up average Mahdavi.