Book Image

Real-World Implementation of C# Design Patterns

By : Bruce M. Van Horn II
5 (3)
Book Image

Real-World Implementation of C# Design Patterns

5 (3)
By: Bruce M. Van Horn II

Overview of this book

As a software developer, you need to learn new languages and simultaneously get familiarized with the programming paradigms and methods of leveraging patterns, as both a communications tool and an advantage when designing well-written, easy-to-maintain code. Design patterns, being a collection of best practices, provide the necessary wisdom to help you overcome common sets of challenges in object-oriented design and programming. This practical guide to design patterns helps C# developers put their programming knowledge to work. The book takes a hands-on approach to introducing patterns and anti-patterns, elaborating on 14 patterns along with their real-world implementations. Throughout the book, you'll understand the implementation of each pattern, as well as find out how to successfully implement those patterns in C# code within the context of a real-world project. By the end of this design patterns book, you’ll be able to recognize situations that tempt you to reinvent the wheel, and quickly avoid the time and cost associated with solving common and well-understood problems with battle-tested design patterns.
Table of Contents (16 chapters)
1
Part 1: Introduction to Patterns (Pasta) and Antipatterns (Antipasta)
4
Part 2: Patterns You Need in the Real World
8
Part 3: Designing New Projects Using Patterns

Patterns beyond the realm of OOP

The field of OOP was really just the start. There are patterns beyond the realm of OOP that you have very likely heard of, but perhaps didn’t know were codified patterns.

Software architecture patterns

An obvious area for finding more patterns is within the domain of software architecture. It may seem like we’ve been talking about software architecture this whole time. We have. However, software architecture isn’t bound to OOP. Every pattern in this book relies on using C# because it is an OOP language. Software architecture patterns span every language and really help us define systems, not just enhance the structure of our code. Let’s look at some examples you have probably heard of before now.

Client-server pattern

We actually covered this one—we just didn’t call it out as a pattern. This pattern involves peer-to-peer (P2P) architecture consisting of a server, and usually many clients. The clients...