Now, let's see how is uptime working so we know when it's our time.
It uses this time.
Six hours, 15 minutes up.
One, how how is this being calculated?
So it's six, six days, I think it's six hours, 15 hours a month.
Second.
So how is this being measured?
So all of them actually gets less uptime, so it actually leaves this nervous you this thing up actually
beeps uptime.
And it's actually part of this value it makes of this thing.
So these are the values which pass.
So let's see the code in the code, what it is doing when we know it is creating a block.
So we have to find out which model is actually creating this particular artifice.
So the file it is this logic is better than this in a standard seat.
So open up and see.
So this is a penalty offense, but also a penalty.
So in the end, it is creating a profile, which is about time.
And whenever we read this file, it calls the show function the sole function.
Here you can see it is actually calling it a miniscule.
This time I'm 64, so it is passing a few times sixty four and then it is using this up time.
So whenever you call them up.
And so the first field, this one.
Is a standard deviations.
So it is this 10 or 12 seconds.
And then it is what it is doing is it is only using the tools, it is only using the next two or four
years.
So it is not winning the whole nanoseconds, only the next two to the two points to address.
So this is what it is, this logic.
But I think it is using the other structure.
So would this actually for our families actually hitting the bottom, which is.
So it is simple, all right, our plan works.