1. | Nested classes can access all members of all levels of the classes they are nested within | | |
2. | Creating inner classes | |  |
3. | Creating instances of inner classes | | |
4. | Returning a reference to an inner class | |  |
5. | Nesting a class within a scope | | |
6. | Putting test code in a nested class | | |
7. | Inheriting an inner class | | |
8. | Creating a constructor for an anonymous inner class | |  |
9. | This file is to show what happens if you try to access an inner class created in another class | | |
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10. | Demonstrate an Inner Child class | |  |
11. | Demonstrate simple inner class | |  |
12. | Just to show that there is no such thing as inner methods in Java | | |
13. | A named inner class is used to | | |
14. | An inner class cannot be overriden like a method | |  |
15. | Proper inheritance of an inner class | |  |
16. | Using inner classes for callbacks | |  |
17. | Holds a sequence of Objects | | |
18. | With concrete or abstract classes, inner classes are the only way to produce the effect | | |
19. | Nested Class Static | | |
20. | Compiler will generate a synthetic constructor since SyntheticConstructor() is private | | |
21. | Accessing its enclosing instance from an inner class | | |
22. | This program demonstrates the use of inner classes | | |
23. | This program demonstrates the use of local inner classes | | |
24. | This program demonstrates the use of static inner classes | | |