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Stack Overflow question on how to access Program.cs from in program using top level statements GitHub Issue reporting error with top level statements being tested It obviously makes no assertions about how it runs, and whether what itвЂ™s doing is correct. This method is much faster than constantly having to actually run your project. In this post, weвЂ™ve seen how you can create an integration test that will assert that, at the very least, your web app runs. (See the references below for details of where this idea came from.) Summary

This can be worked around my simply adding the following to the end of your Program.cs code: public partial class Program // so you can reference it from tests

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In fact, top level code does generate an implicit class, but itвЂ™s internal. Net 6 top level statements in Program.cs, it will tell you that itвЂ™s inaccessible. The other issue that youвЂ™ll get here is that, because weвЂ™re using. It makes sense to make the HttpClient static, or at least raise it to the class level, as you only need to actually create it once. ThatвЂ™s basically it however, as that currently stands, youвЂ™ll start getting errors (some that you can see, and some that you cannot). If your test fails, and you want a fighting chance of working out why, you may wish to replace the assertion with this: The rest of our test then looks like this: using var response = await httpClient.GetAsync('/') ДЄssert.True(response.IsSuccessStatusCode) You can obviously do this for an API in exactly the same manner. WeвЂ™ll come back to some specific issues with this exact code shortly, but basically, weвЂ™re setting up the in-memory test harness for the service (which in this case, is our web-app). Var httpClient = appFactory.CreateClient() The key here is to set-up the Web Application Factory: var appFactory = new WebApplicationFactory() (See this post on Xunit libraries for details on the basic Xunit dependency list for. Obviously, your dependencies will vary based on what tools you decide to use, but the following will work for Xunit: The first step is to configure a test project. The important thing is that the test will fail where there are basic set-up and configuration issues with the web app. Note that this is not comprehensive вЂ“ some dependencies will trip this up (e.g. In this post, weвЂ™ll walk through the steps necessary to add a basic test to your Asp.Net 6 web site.

There are a few articles and examples out there, but I couldnвЂ™t find anything that worked with Asp.Net 6 вЂ“ so this is that. IвЂ™ve previously played around with the concept of integration tests in Asp.Net Core+, so I thought thatвЂ™s probably what I needed here. Sadly, I hadnвЂ™t followed good practice, with commits, and so part of my code was lost. Some irrelevant background, I had a very strange issue with my Lenovo laptop, whereby, following a firmware update, the USB-C ports just stopped working вЂ“ including to accept charge вЂ“ so my laptop died. This feels like a very askew state of affairs. To be clear, what IвЂ™m saying here is that, despite the test suite that I had running successfully, the program wouldnвЂ™t even start. Obviously, I hadnвЂ™t written any unit tests around the non-existent class, but I did have a reasonably good test coverage for the rest of the project however the project wouldnвЂ™t actually run. Scrutor realised this was the case and started moaning at me. I had created an interface, but hadnвЂ™t yet written a class to implement it. IвЂ™m using this in a project and itвЂ™s working really well however, I came across an issue (not related to the tool per se). IвЂ™ve recently been playing around with a tool called Scrutor.

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