Then we have the fees so low we have seen about HETZER, then what is the fees for Colonel?
It maintains a global variable known as the fees.
This year, fees hold the number of diamond drops we fixed from Istanbul.
So the fees is nothing but number of American troops from Istanbul.
So each time it happens, the value of defaces incremented the fee will be all it will increment, every
thought, every time.
So, for example, if we have.
The Hesder value was 250, so Diffie will be incremented 250 times every second.
The value of that edifice will be incremental every second thousand by a thousand, so the had file
for defaces.
And if he's got his.
And this is how the officers declared it is an unsigned, long and volatile law optimization with a
compiler.
So it's an unstable.
So let's see an example of accessing the value of the office.
So this is.
We can just to access the economic benefits because it's a global variable.
So I think it's so in this example, I have 264 defeats at first or defeats in defeat one.
And then I have a delay, which is a busy loop of four seconds, then modify it again in the first and
second degree, and then I put in the defense of the defense.
Let's see this example.
So it is executing a four second delay and you can see the difference is nine ninety five just like
me.
So as we have has there, the value is 250 215 before with just four seconds is closer.
So you got diffusely almost nearly a.
We can do it one more time.
You can test it.
So this was an initial rally of defeat and this was the second of the force against.
This was a valley of.
We can see it.
It's almost a thousand.
So defeat value is incrementing every but every second because every.