Inheritance is an important feature in Object Oriented Programming, and UML provides a way to model it.
继承在面向对象编程中是一个重要的特性，UML为它的建模提供了方法。
Multiple inheritance, on the other hand, was commonly held as a necessary element of object-oriented programming.
另一方面，多重继承往往被视为面向对象编程的必备要素。
Users must understand the differences and interactions between metaclass programming and traditional object-oriented programming (under both single and multiple inheritance).
用户必须理解元类编程和传统面向对象编程的不同点和相同点(单继承和多继承)。
The means of this pursuit have changed over time, from functions in Fortran through object-oriented programming (OOP) and inheritance toward interfaces.
这种追求的方法随着时间而变化，从 Fortran中的函数到面向对象编程（OOP）和面向接口的继承。
Inheritance and polymorphism are fundamental to object-oriented (OO) programming.
继承和多态性是面向对象(object - oriented,OO)程序设计的基础。
Traditional object-oriented programming, especially in languages like Python that allow multiple inheritance, attempt to modularize concerns with an inheritance hierarchy.
传统的面向对象编程，尤其是在诸如python之类允许多重继承的语言中，都会试图使用一个继承层次结构来模块化关注事项。
Because inheritance is so important in object-oriented programming it is often highly emphasized, and the new programmer can get the idea that inheritance should be used everywhere.
因为继承对于面向对象编程如此重要，所以它通常被高度强调，因此每个新的程序员通常会有一种这样的概念，继承存在于每个地方。
This type equivalence via inheritance is one of the fundamental gateways in understanding the meaning of object-oriented programming.
这种通过继承实现类型等价是你理解面向对象编程的一个基础。
The language feature most often associated with object-oriented programming is inheritance.
面向对象编程最常被人提到的语言功能就是继承了。
Language features such as inheritance, interfaces, and overloading for object-oriented programming.
有利于物件导向程序设计的语言功能，例如介面、继承和多载。
Polymorphism is the third essential feature of an object-oriented programming language, after data abstraction and inheritance.
多态性是面向对象语言中继封装，继承之后第三个基本特征。
Polymorphism is the third essential feature of an object-oriented programming language, after data abstraction and inheritance.
多态性是面向对象语言中继封装，继承之后第三个基本特征。
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