Gain insights into software design patterns and architecture in C++. Learn about C++ idioms, concurrency patterns, and apply the right solutions to improve code quality and productivity.

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Software engineering researchers and practitioners noticed that parts of software projects could often be solved using approaches that were discovered earlier to solve similar problems. This led to the documentation of software design and architectural patterns, which are known solution approaches to a class of problems. 

This course starts by putting software patterns into perspective by answering the question, “What is a software pattern, and how is it different from an algorithm?” You will then learn about the two classes of patterns—software design and architecture patterns. Next, you’ll learn common C++ idioms. Finally, you will learn about software patterns for concurrency. 

By the end of the course, you will have useful and practical tools to improve the quality of your code and productivity. You’ll also be able to analyze a given part of your software project, pick the right pattern for the job, and apply it.

Master Software Design Patterns and Architecture in C++

# Overview
The word polymorphism consists of two root words. Poly means many, and morph means shape or form. Polymorphism in object-oriented programming means that an object can take many forms. 

Let's suppose we have different classes of varying shapes, such as squares, rectangles, and so on. They all will have the same method, `calcArea()`. But even if they have the same name, they will behave differently depending on the object type. This is called polymorphism. Polymorphism is considered one of the essential features of object-oriented programming. Let's look at the different types.

Polymorphism can be classified in two ways, based on the time the procedure call is resolved:
* Static Polymorphism
* Dynamic Polymorphism


Introduction

Introduction to Design Patterns

Deep Dive into Design Patterns

More Design Patterns

Idioms

Architectural Patterns

Patterns for Concurrency

Conclusion

Polymorphism

Overview