Book Image

Visual Studio 2019 Tricks and Techniques

By : Paul Schroeder, Aaron Cure
Book Image

Visual Studio 2019 Tricks and Techniques

By: Paul Schroeder, Aaron Cure

Overview of this book

Visual Studio 2019 (VS 2019) and Visual Studio Code (VS Code) are powerful professional development tools that help you to develop applications for any platform with ease. Whether you want to create web, mobile, or desktop applications, Microsoft Visual Studio is your one-stop solution. This book demonstrates some of the most sophisticated capabilities of the tooling and shows you how to use the integrated development environment (IDE) more efficiently to be more productive. You’ll begin by gradually building on concepts, starting with the basics. The introductory chapters cover shortcuts, snippets, and numerous optimization tricks, along with debugging techniques, source control integration, and other important IDE features that will help you make your time more productive. With that groundwork in place, more advanced concepts such as the inner workings of project and item templates are covered. You will also learn how to write quality, secure code more efficiently as well as discover how certain Visual Studio features work 'under the hood'. By the end of this Visual Studio book, you’ll have learned how to write more secure code faster than ever using your knowledge of the extensions and processes that make developing successful solutions more enjoyable and repeatable.
Table of Contents (21 chapters)
1
Section 1: Visual Studio IDE Productivity Essentials
9
Section 2: Customizing Project Templates and Beyond
13
Section 3: Leveraging Extensions for the Win

Understanding branch and merge

There are multiple approaches development teams use to keep everyone contributing code to the source control repository synchronized. Some common approaches include Feature Branching (Branch and Merge), Feature Flags (Trunk development), and GitFlow (Release branching). Regardless of choice, each approach involves the basic premise that there must be a way to isolate sets of changes from one another. This is done by creating Git branches.

Branches are a construct used to keep changes out of the primary code base until they have been tested and are ready for production. If you are unfamiliar with branches, this resource may be helpful: https://www.atlassian.com/git/tutorials/using-branches.

So, when we make changes to the code, we branch the code (git branch) and make our changes. Our branch is like a copy of the main code base with our changes. We can update, add new features, or fix bugs on this branch, and then commit it to the repository server...