Object Oriented Programming is a very important aspect of modern programming languages. The basic principles of Object Oriented Programming are relatively easy to learn. Putting them together into working designs can be challenging.This book makes programming more of a pleasure than a chore using powerful Python 3 object-oriented features of Python 3. It clearly demonstrates the core OOP principles and how to correctly implement OOP in Python. Object Oriented Programming ranks high in importance among the many models Python supports. Yet, many programmers never bother learning the powerful features that make this language object oriented.The book teaches when and how OOP should be correctly applied. It emphasizes not only the simple syntax of OOP in Python, but also how to combine these objects into well-designed software.This book will introduce you to the terminology of the object-oriented paradigm, focusing on object-oriented design with step-by-step examples. It will take you from simple inheritance, one of the most useful tools in the object-oriented programmer's toolbox, all the way through to cooperative inheritance, one of the most complicated. You will be able to raise, handle, define, and manipulate exceptions.You will be able to integrate the object-oriented and the not-so-object-oriented aspects of Python. You will also be able to create maintainable applications by studying higher level design patterns. You'll learn the complexities of string and file manipulation, and how Python distinguishes between binary and textual data. Not one, but two very powerful automated testing systems will be introduced to you. You'll understand the joy of unit testing and just how easy they are to create. You'll even study higher level libraries such as database connectors and GUI toolkits and how they apply object-oriented principles.
Implement objects in Python by creating classes and defining methods
Separate different objects into a taxonomy of classes, and describe the properties and behaviors of those objects via the class interface
Design public interfaces using abstraction, encapsulation, and information hiding
Turn your designs into working software by learning the Python syntax
Share implementation using inheritance
Add functionality to the existing classes and built-ins using inheritance
Share similar code between classes by abstracting it into a parent class
Raise, handle, define, and manipulate exceptions using special error objects
Understand when to use object-oriented features, and more importantly when not to
Learn what design patterns are, and why they are different in Python
Uncover the simplicity of unit testing and why it s so important in Python
Utilize common Python 3 modules, libraries, and frameworks