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Learning Python Design Patterns - Second Edition

Learning Python Design Patterns - Second Edition - Second Edition

By : Giridhar, Zlobin
2.8 (13)
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Learning Python Design Patterns - Second Edition

Learning Python Design Patterns - Second Edition

2.8 (13)
By: Giridhar, Zlobin

Overview of this book

With the increasing focus on optimized software architecture and design it is important that software architects think about optimizations in object creation, code structure, and interaction between objects at the architecture or design level. This makes sure that the cost of software maintenance is low and code can be easily reused or is adaptable to change. The key to this is reusability and low maintenance in design patterns. Building on the success of the previous edition, Learning Python Design Patterns, Second Edition will help you implement real-world scenarios with Python’s latest release, Python v3.5. We start by introducing design patterns from the Python perspective. As you progress through the book, you will learn about Singleton patterns, Factory patterns, and Façade patterns in detail. After this, we’ll look at how to control object access with proxy patterns. It also covers observer patterns, command patterns, and compound patterns. By the end of the book, you will have enhanced your professional abilities in software architecture, design, and development.
Table of Contents (13 chapters)
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12
Index

Software development AntiPatterns

When you start software development for an application or project, you think of the code structure. This structure is consistent with the product architecture, design, customer use cases, and many other development considerations.

Often, when the software is developed, it gets deviated from the original code structure due to the following reasons:

  • The thought process of the developer evolves with development
  • Use cases tend to change based on customer feedback
  • Data structures designed initially may undergo change with functionality or scalability considerations

Due to the preceding reasons, software often undergoes refactoring. Refactoring is taken with a negative connotation by many, but in reality, refactoring is one of the critical parts of the software development journey, which provides developers an opportunity to relook the data structures and think about scalability and ever-evolving customer's needs.

The following examples provide you with an overview...

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