Difference between revisions of "Interview Questions"
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(Created page with "==Some Translation== n! Multiplicative ==Encapsulation (object-oriented programming)== restricting access to some of the object's components<br> bundling of data with the methods...") |
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==Some Translation== | ==Some Translation== | ||
n! Multiplicative | n! Multiplicative | ||
| − | == | + | ==Object-oriented programming== |
| + | ===Encapsulation=== | ||
restricting access to some of the object's components<br> | restricting access to some of the object's components<br> | ||
bundling of data with the methods<br> | bundling of data with the methods<br> | ||
public and private data and methods.<br> | public and private data and methods.<br> | ||
A benefit of encapsulation is that it can reduce system complexity, and thus increases robustness, reduce risk of conflict between components.<br> | A benefit of encapsulation is that it can reduce system complexity, and thus increases robustness, reduce risk of conflict between components.<br> | ||
| + | === Polymorphism === | ||
| + | In C++, that type of polymorphism is called overloading. | ||
| + | If a class has inherited a parent class, it can redefine a method and thus each class has a method with the same name but different functionality. | ||
| + | ===Inheritance=== | ||
Revision as of 22:45, 16 February 2012
Contents
Some Translation
n! Multiplicative
Object-oriented programming
Encapsulation
restricting access to some of the object's components
bundling of data with the methods
public and private data and methods.
A benefit of encapsulation is that it can reduce system complexity, and thus increases robustness, reduce risk of conflict between components.
Polymorphism
In C++, that type of polymorphism is called overloading. If a class has inherited a parent class, it can redefine a method and thus each class has a method with the same name but different functionality.
