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Okay, let's now go back and update our workflow so that we can produce an actual artifact. And we can see that this build has completed successfully and how we can leverage GitHub actions to actually take on the role of being a CICD service for us. So if you click back into actions, and we click on the workflow item here, we click on build, we can actually see the build steps. Even better we can see that it's triggered the actual workflow as per this visual status here. And we can see that our new workflow has been established. I'll jump back into our repo at the project level. net-core.yml, And then I'll just delete everything that's here. So there's a bunch of templates which you can pick from or we can set up a workflow ourself. If we click on the actions menu item, we can set up a GitHub action.

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Now, the focus of this particular demonstration is to now show you how to use, GitHub actions to actually do automated build and testing for us.

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So we've got all of our implementation and unit tests code into our GitHub repository. So, jumping back into our repository, we've got our initial load, so that's great. And then finally, I'll push it up into our repository. What I'll do now is I'll do a 'commit-m' for message, initial upload. And so this shows us that we've just got the files that make up our solution, which is great. Looks good and I'll do a 'git add.' to add everything. You can copy this out of the repo that we began the whole set of demonstrations with. So for our '.git ignore' file I'm going to paste the following. So we don't need those in our GitHub repository. Net, it's your bin directory, your object directory, et cetera. So before I add them, what I wanna do is on the Bitcoin converter folder, I wanna add a new file and I wanna add '.git, ignore' which is a special file used by git to exclude files that are not part of the actual source code. Okay, so now if I do a git status, I can see that I've got these untracked files. And authentication is successful, and the upload of just the read me file for now has been done. I'll then run those commands and this will require me to authenticate. And making sure that I'm in the Bitcoin converter directory which contains the following files and photos. I'll then copy these commands here, jump back into my integrated terminal. So if you're following along, create your own repository in your own GitHub account.

Copy this into the description, I'll make it public, and we'll click the create repository button. Okay, so within GitHub, I'm going to click on the new repository button and create a new repository called, demo-csharp-test driven development. What I wanna do in this particular demonstration is show you how you can use GitHub to version control our source code and also perform CICD functions using GitHub actions, which will allow us to do automated builds anytime we push our code up in to GitHub.

Our Bitcoin converter library is now functional and all our unit tests are passing. So in the previous demonstrations, we used test-driven development to build our Bitcoin converter library.

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NET Core and the C# programming language, as well as software development and the software development life cycle (SDLC). To get the most out of this course, you should have a basic understanding of. Software developers interested in using TDD to build .NET Core applications using C#.Learn how to create unit tests using the xUnit testing framework.Learn how to use TDD to build, test, and package a.Perform TDD by performing Red-Green-Refactor iterations.Use TDD to build, test, and package a.

Understand the fundamentals of TDD and xUnit.

If you have any feedback relating to this course, please contact us at Learning Objectives NET Core 3.1 C# based library that will provide an API to convert Bitcoins into foreign currency. In this course, you'll be guided through an end-to-end sample project in which we use test-driven development to build, test, and package a. This entry-level training course is designed to bring you quickly up to speed with the basic features and processes involved in performing C# based test-driven development using xUnit. It covers the key principles and practices of test-driven development, which you can then utilize within your own software engineering projects.

Test-Driven Development (TDD) is a discipline that helps to create error-free, quality code, and drives productivity by reducing and eliminating errors as well as providing many other benefits.