An attribute is a piece of data that is associated with a class or a method. These should be executed during testing to see if they pass or fail and the square bracket syntax is known as attributes in C#. Those names in brackets tell the test runner which classes and methods are actually tests. There is a peculiar syntax we see in there where we see both and.
GET UNITY API IN VISUAL STUDIO OSX CODE
Just earlier we looked at the boilerplate code that was produced for us. Finally, we see a method inside that class with the name of TestMethod1. Inside that file is a class of the same name, UnitTest1. Inspecting that Stocks.Test project shows us a file named UnitTest1.cs. Well, it means the test passed! It passed because we’re not really testing any functionality yet but we will soon enough. We can see a green check mark which must mean good news. In the Test Explorer there’s a single method named TestMethod1. Then, in the GUI of visual studio we can see a new window, the Test Explorer window. The output window shows us what Visual Studio is doing. We can select Test->Run->All Tests to see what happens. We don’t yet have any tests that test any valid logic, but that initial boilerplate code is in fact a test. We learned about the different types of assemblies on our assemblies tutorial. So we now have a Stocks.exe assembly and a assembly. = Build: 2 succeeded, 0 failed, 0 up-to-date, 0 skipped = 1>- Build started: Project: Stocks, Configuration: Debug Any CPU -Ģ>- Build started: Project: Stocks.Test, Configuration: Debug Any CPU -Ģ> Stocks.Test -> C:ġ> Stocks -> C:UsersusersourcereposStocksStocksbinDebugStocks.exe Let’s build it just for kicks now by clicking Ctrl+Shift+B. In our case that means both the Stocks and Stocks.Test projects get built. Now when you build the solution, what happens is both projects contained in the solution get built at the same time. Inspecting the new Stocks.Test project reveals a new Class file named UnitTest1.cs which has this boilerplate code set up for you. The original one, and the new test one that was just created. Once clicking OK, you’ll notice that the solution explorer in Visual Studio now has two projects in it. Once there, now you would choose the Test option under the Visual C# area, choose Unit Test Project (.NET Framework), and give the new project a name. This will bring up a new sub menu where you can choose Add->New Project. To start, right-click in the solution explorer window on the name of the solution. Let’s add a new project in our solution to show this technique. If we want to verify that our StockPortfolio.cs class is working correctly, we create a new test project and write some test code where that test project will reference the assembly with the StockPortfolio. That new assembly will reference another assembly with the code that is being tested. The unit test project type creates a new assembly with the test code we write. We would want to use this type of project to create tests that verify the classes we build work as intended. This is appropriately named the Unit Test Project. There is a project type in Visual Studio that is dedicated to creating tests. In this tutorial, we’ll take a look at the very basics of setting up a unit test in Visual Studio. A unit test is simply when a developer writes some C# code to test other C# code in an automated fashion. In C# and Visual Studio, it is possible to set up automated testing by way of Unit Tests. As more and more code piles up, it becomes very time-consuming to run and inspect the results yourself. Any time you are writing some software, you probably often find yourself reaching a certain point and then building and running the program to see if things work.
0 kommentar(er)
