Visual Studio 2017 brings powerful tools for testing and debugging, which help developers concentrate more on writing better code than finding loopholes in their code. This Learning Path exposes best in class techniques to test and debug applications using the tools and techniques within Visual Studio 2017. So, if you're a .NET developer or a test engineer who wants to master the tools and techniques of Visual Studio 2017, then go for this Learning Path.
Packt’s Video Learning Path is a series of individual video products put together in a logical and stepwise manner such that each video builds on the skills learned in the video before it.
The highlights of this Learning Path are:
● Focus on coding with the new, improved, and powerful tools of VS 2017
● Test for performance, load, and continuous delivery, all at one place
● Master every tool to improve the effectiveness of manual testing
Let's take a quick look at your learning journey. This Learning Path begins with an introduction to the new features of Visual Studio 2017 and C# 7.0. You will then understand how to work with source control repositories. You will also learn to plan and create a test suite.
Next, you will learn how to perform unit tests. Once you are comfortable testing, you will learn how to automate your tests as well. You will learn how to test your application for performance, running, distributing, and analyzing load tests. You will also learn the use of Microsoft Test Manager to streamline your tests and then go on to test web performance and write code to customize it where needed.
Moving ahead, this Learning Path teaches you how to perform continuous testing that fits in line with DevOps practices for cloud environments. You will be introduced to the tools that can improve the effectiveness of manual testing. You will then work with Microsoft Test Manager to organize test processes more effectively; (IntelliTrace for easier reproduction of issues encountered; and UI tests, to automate repetitive regression testing). Next, you will learn to configure Visual Studio Team Services to automatically build code and run unit tests whenever a change is committed to source control. Finally, you will focus on tools for improving application performance, that is, profiling and load testing.
After the completion of this Learning Path, you will master the tools and techniques of Visual Studio 2017 to test and debug your applications efficiently.
Meet Your Expert:We have the best works of the following esteemed authors to ensure that your learning journey is smooth:
Kunal Chowdhury has been a Microsoft Most Valuable Professional since 2010, starting with Silverlight to Windows app development. He is also a renowned public speaker, active blogger by passion, and a software engineer by profession. Over the years, he has acquired profound knowledge on various Microsoft products and helped developers throughout the world with his deep knowledge and experience.As a technical buff, Kunal has in-depth knowledge of OOPs, C sharp, XAML, dot NET, WPF, UWP, Visual Studio, Windows 10 and Microsoft Azure. He is also proficient in entire Software Development Life Cycle and Scrum methodology. He has written many articles, tips & tricks on his technical blog for developers and consumers.
Damir Arh is a software architect and developer, who is interested in using new technologies and methodologies to make development processes more efficient and improve the user experience in software.He is a big proponent of TDD (test-driven development) and unit testing in general. He regularly uses NUnit and MsTest unit testing frameworks and is very fond of the NCrunch continuous testing tool. It really changes the way you look at unit tests. He has a lot of experience with setting up continuous integration servers (CruiseControl.NET and TeamCity), and has used and administered different source control tools (SVN, GIT, TFS, and VSS). He has been working with Microsoft development tools all of his professional career. He has lots of experience with most parts of the .NET framework: client-side (WPF, Windows Forms), server-side (WCF, WF, and ASP.NET), and data access (ADO.NET, Entity Framework).
