#6.6 Kotlin Android CONTINUE with Labeled FOR Loop Video Lecture - Kotlin

let us now proceed and check out the
continue loop control statements in case
of Kotlin and now let us proceed and
check out what does the continue
statement stands for and now suppose let
us remove it let us run the code so our
code is written in such a way that it
will simply print the values from 1 to
10 right now suppose I want to print the
value 4 and then 6 I want to skip this 5
value that is I do not want to print the
value of 5 in the output console so for
that what I will do is that here
initially I will simply write a
condition if I is equal to equal to 5
then inside the if body I will simply
write continue right so when the value
of I becomes 5 then simply continue
which means that skip all the codes
right after the if statement that is
simply skip this part and then simply
continue with the loop in the normal way
so let us now run the code so here in
the output we have 4 and then 6 we have
not printed 5 in the output console this
is simply because the println statement
when I becomes 5 is not executed and now
suppose you want to print all the odd
number so for that what you will do you
will simply use I modulus 2 equal to
equal to let's say 0 then simply
continue write don't print the values so
here in the output console we have all
the odd numbers printed so we have
simply skipped out 2 4 6 & 8 & also 10
so all the odd numbers except the even
numbers has been printed in the output
console so this is how we make use of
the continue statements and also the
break statements in case of Courtland
it is totally same as that of Java now
suppose I have two nested for-loops let
me show you another example such as so
I have two nested for-loops one loop
within another now here let me reduce
the range to one two three and again one
two three and now let us use the concept
of interpolation to print the value of
let's say I space dollar J and now let
us run the code and let's see the output
so in the output console we have 1 1 1 2
1 3 so on till 3 3 right like we saw in
the previous video now suppose if I use
the if condition here let's say if
condition let's say I is equal to equal
to 2 and J is equal to equal to 2 then
simply continue and now let us cut this
print statement from here control X and
paste it right after the if condition
right and now let us run the code and
let us see what impact it holds in the
output console so in the output we have
when when 1 2 1 3 2 1 and soon after
that I have 2 3 we have simply skipped
to 2 in the output console now suppose I
want to skip this 2 3 as well so for
that what I will do is I will simply use
the label for loop now I will simply
define a name for my outer for loop
which is actually user-defined
so outer at the rate space now this for
loop is actually known as the outer we
have simply given the name for our outer
for loop so here what I will do I will
simply use at the rate outer so continue
the outer loop right now why we are
doing this just because this continued
statement is by default applicable for
the nearest for loop within which it is
present now in order to continue looping
for the outer for loop we have to tell
this continue statement that you have to
use your property for the outer for loop
so that is why we are using the outer
label here right and now let us run the
code and let's see what happens so in
the output we have 2 1 and after 2 1 we
have straightaway 3 1 so we have simply
applied the continue statement for
the outer for loop now remember this
outer keyword is actually user defined
you can name it let's say let's say my
loop and also use my loop here and now
it will work perfectly okay so this was
all about the continued statements in
case of Courtland