So in this year, we're going to see what is exceptional handlers and first you see about now not work
substandard, and then we want to structure exceptional conduct.
So if you your core contents like division by zero and accessing that element of the context of winning
tournaments, then these will raise some exceptions and you need to handle those exceptions.
Otherwise programs will stop at that point.
So what I can do is I can try.
So this is not the Python syntax, the syntax, just, uh, non-literary that I'm just explaining the
concept.
So you write the tree rock and then you will define the code here.
So there is an exception in the code, this assumption and this will have to do so.
You need to write suppose a division by zero and you to handle the tax option separately by using this
excerpt.
And if there is any, uh, index out like you are accessing entertainment in there and element, then
you need to write the handler for two hundred.
So this is the another exception.
Hundred of these two are the only exception handlers in your code.
And if there is any other exception that cannot be handled by these two exceptions, then our always
handler gets into the place.
So this is handler Handelsblatt exception.
Even if there is an interface to handle that exception, then you will see in the Windows systems you
get an error like sending a report to Microsoft, Boonton, etc..
So that is the, uh, when there's always an interface.
So no, uh, that is our basic exception.
When we are writing the code, we to make sure that we have enough exception errors.
Otherwise it reads to acidophilus.
So now let's go on and see this, uh, structure exception.
Handler So the structure exception handler is born and raised and said to Microsoft so that we will
not CSC handler in that Linux systems.
And as you can see, this is a structured manner that is it's a data structure and it contains some
notes.
Going can see the first responder to accept that is there is supposed to discuss a divide by zero except
your hand and there is a point, if there is any, do it with zero exception, then this handler will
handle this.
Other than that, it will pass the subscription to the next as he hit a record that isn't actually easier
to handle.
So this any exception?
This does not have to just pass that to the next exceptional index.
So this will handle that exception with any other exception other than these two can handle, then it
will simply pass to this boy's exceptional handler.
This is the issue and this addresses all this.
So this is the last exception to the rule.
So these are created in a lasting faster manner.
That means there will be what is exceptional and that this record will be created and then this sort
of freeing the McGrady's will go off and this will go off and this will remain until the program exists.
So what you can do is when you can try to hold for this as he hit that right.
Same range tackle.
So No.
One, there is a structure for this and we are going to see this.
So this is the structure and you can see the first one is.
You got this exceptional regarding the of to be exceptional, this character, and it contains some
members.
So at least this exceptionally good press, eight beats.
Uh, after eight bites, you have the address to the next exhibit, which is this one.
So when there this exhibition fails, you need to send the data to the next step.
And I see a channel.
Right.
So to restore the order.
So the next hit after eight bites of this activation record.
So now what we can do is we can simply say pop, pop a.
So now it will pop off these eight bites into some say any registers and then this return will place
this out.
So next it's your turn to register.
And then the caller at this point or two next to see it gets says, you know, we can jump over this,
uh, for bites and we can press the circle here and we can execute the Chalco there.
So that is all you need to remember about this whole structure of this exception handler.
So don't worry.
It seems confusing and anextra will do pretty good and you'll get much more clear understanding.
So let's go ahead and try to see if anyone really what can we see here?
You can see there to see two turn that is a must of the USA and Canada to do.
All right.
Click on this one for addressing schtuck.
And as you can see here, there is a here channeler and appointer, etc., if this issue is under first,
then the execution of to this year to do if e0.
And let's go and take a dump the content that these others not to do if e0.
If you can see this is all of this is the ultrasound that is Windows is the attender.
So you can also tape dump as this segment.
And if you don't, you'll get the same.
This is the this one can see this in a couple of years.
This is the first time that I are the first time.
So in general, what we do is in order for we roll for this these years and this year, channeler with
the address pointing to pop, pop, pop, pop, will take up these first eight beats and then Britain
will play the next DCH address to the AP.
And then after decoding the contraflow process from this issue central to this point to next is, you
know, yippy points to this one here.
I can jump over this four beats and I can jump to this place and they can start executing our circle
here.
So now you're going to.
So this is a very simple one.
Then you think in the next room you'll get much more clear because we do the practical of.
So I think that this is just there and these theaters will create dynamically when there is a function.
And then this exception are put it on the stack and there is a there is another function.
These acts of kindness are removed are the difference.
So would her Chandler theory.
And then actually after seeing the demo, you say this is yet or are easy then weizsäcker for.