കാണിക്കല്‍ മാത്രം.
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S… Speaker 2 (5- Variable Capture)
In the body of this lambda,
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S… Speaker 2 (5- Variable Capture)
we're using the message parameter that we have declared over here.
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S… Speaker 2 (5- Variable Capture)
But we can also access the local variables in the enclosing method.
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S… Speaker 2 (5- Variable Capture)
So I'm going to declare a variable called prefix and
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S… Speaker 2 (5- Variable Capture)
set it to hyphen.
0:17
S… Speaker 1 (5- Variable Capture)
Now,
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S… Speaker 2 (5- Variable Capture)
here we can reference prefix and then append the message.
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S… Speaker 1 (5- Variable Capture)
So when we run,
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S… Speaker 1 (5- Variable Capture)
we get hyphen hello world.
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S… Speaker 2 (5- Variable Capture)
We can also access the static fields in the enclosing class.
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S… Speaker 2 (5- Variable Capture)
So I'm going to move this from here and declare it as a static
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S… Speaker 2 (5- Variable Capture)
field in this class.
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S… Speaker 2 (5- Variable Capture)
Public static string prefix.
0:37
S… Speaker 1 (5- Variable Capture)
Set it to hyphen.
0:39
S… Speaker 1 (5- Variable Capture)
Now we can access it in our lambda expression.
0:42
S… Speaker 2 (5- Variable Capture)
So when we run,
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S… Speaker 2 (5- Variable Capture)
we get the same result as before.
0:46
S… Speaker 2 (5- Variable Capture)
We can also access the instance fields.
0:49
S… Speaker 2 (5- Variable Capture)
So I'm going to make this an instance field.
0:52
S… Speaker 2 (5- Variable Capture)
and also make the show method an instance method.
0:55
S… Speaker 1 (5- Variable Capture)
So as you can see,
0:57
S… Speaker 2 (5- Variable Capture)
we can access the prefix field.
0:58
S… Speaker 1 (5- Variable Capture)
Now,
0:59
S… Speaker 2 (5- Variable Capture)
what about this?
1:01
S… Speaker 2 (5- Variable Capture)
What do you think this represents here?
1:04
S… Speaker 2 (5- Variable Capture)
It represents the current instance of the lambdas demo class.
1:08
S… Speaker 2 (5- Variable Capture)
So if we type dot,
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S… Speaker 2 (5- Variable Capture)
you can see the prefix field and the show method.
1:13
S… Speaker 2 (5- Variable Capture)
So this is one of the differences between lambda expressions and anonymous
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S… Speaker 2 (5- Variable Capture)
inner classes.
1:18
S… Speaker 1 (5- Variable Capture)
In lambda expressions,
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S… Speaker 2 (5- Variable Capture)
this references the enclosing object,
1:22
S… Speaker 2 (5- Variable Capture)
whereas in anonymous inner classes,
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S… Speaker 2 (5- Variable Capture)
this references the current instance of the anonymous inner class.
1:28
S… Speaker 2 (5- Variable Capture)
Another difference between these two types is that anonymous inner classes can
1:33
S… Speaker 1 (5- Variable Capture)
have state.
1:33
S… Speaker 2 (5- Variable Capture)
So they can have fields to store some data in lambda expressions.
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S… Speaker 2 (5- Variable Capture)
We cannot have fields because this lambda expression is just representing
1:41
S… Speaker 2 (5- Variable Capture)
an anonymous function.
1:42
S… Speaker 2 (5- Variable Capture)
So we cannot have instance fields here.
1:45
S… Speaker 2 (5- Variable Capture)
We cannot have state.
1:45
S… Speaker 2 (5- Variable Capture)
We can only access the local variables declared in the enclosing object
1:50
S… Speaker 2 (5- Variable Capture)
as well as the static and instance fields in the enclosing class.

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