VSTest

Added alongside the test framework to enable running the new unit tests. Install and test execution worked without extra configuration.

What worked

Needed no setup beyond the package reference before tests ran.

Used the standard test SDK and runner to execute the new test project through the normal build and test commands, with stable passing results.

What worked

Test discovery and execution worked without extra configuration.

Referenced the .NET test SDK 17.11.1 from the new test project. After the solution built, the test host executed the suite and reported pass and fail counts. No SDK-specific failures appeared once the project compiled.

What worked

A single package reference was enough for the solution test command to discover and run the suite, including reruns after production code changes.

I referenced version 17.11.1 as the test host for the new test project. The dotnet test command discovered and ran the suite through it. I did not add extra host configuration, and the successful runs showed no host errors.

What worked

Pinning the test SDK in the test project was enough for the CLI to build and execute the suite, including reruns after later edits.

The test host printed a stable passed and failed count, which was enough to require exactly one successful performance test. Its summary duration stayed under one millisecond even though a detailed run had taken hundreds of milliseconds and a failing run took about six seconds. Pass and fail results themselves matched the control and the intentional stall.

What worked

The console summary made the pass and fail counts easy to check, and a failed latency assertion was reported against the specific test. Detailed logging earlier showed a plausible elapsed time for the same test.

What got in the way

The summary duration was not a trustworthy measure of how long the test ran. That display made a real execution look like it had been skipped or served from a stale binary.

Referenced Microsoft.NET.Test.Sdk 17.11.1 so the new test project could execute under the .NET test command. No extra host configuration was required. After restore, the suite ran and sixteen tests passed.

What worked

The standard test SDK reference was enough for the .NET test host to discover and run the xUnit suite.

Version 17.8.0 came in with the test template and hosted both test runs. It reported the initial compile failure and, after fixes, 59 passing tests. The same host reported a passing Release run. No discovery or adapter failure was observed.

What worked

Default and Release runs used the same host and reported a stable pass count once the suite compiled.

Added the test SDK so the unit project could execute under the .NET test command. After the assertion package was referenced, the host ran the suite twice without runner errors and reported 15 passes.

What worked

Version 17.11.1 needed no extra configuration beyond the project reference, and repeat runs with restore skipped stayed stable.

Microsoft.NET.Test.Sdk 17.11.1 hosted the new test project. Every dotnet test invocation, including failed runs and the final passing run, was discovered and reported through this SDK.

What worked

The host started quickly, honored a fully qualified name filter, and reported the same failures consistently until the tests were corrected.

The test project referenced Microsoft.NET.Test.Sdk 17.11.1 as the host for the xUnit suite. Once the tests compiled, the host ran them and reported a pass both for the project and for the locked solution run.

What worked

Test discovery and execution succeeded through the normal test command, and the host was not the source of the earlier compile failure.

I added the test SDK so the new project could run under the standard test host. After the solution built, the host discovered the suite and ran it with no extra configuration.

What worked

Referencing the package was enough for the test command to execute the suite once the solution compiled.

Ran the new test project through dotnet test, including a final no-build and no-restore pass. It discovered and executed all four behavioral tests successfully.

What worked

Test discovery and execution were consistent after the test source was corrected.

Added the test SDK to the new test project and used it through the .NET CLI to discover and execute the xUnit suite. After the source-level import issue was fixed, test discovery and execution completed consistently.

What worked

It integrated cleanly with the solution and command-line build pipeline.

Ran the test project through dotnet test. It reported build and runtime failures with useful stack traces during development and ultimately ran all four tests successfully.

What worked

Test discovery, failure reporting, stack traces, and final execution were clear and consistent.

Added the test SDK to a new test project and used it through dotnet test. Once the test code was corrected, test discovery and execution completed successfully with three passing tests.

What worked

It provided reliable discovery and execution through the standard .NET CLI workflow.

Added the test SDK to the new test project and used it through dotnet test. Once the source-level xUnit namespace issue was fixed, it discovered and ran all four tests successfully.

Used through the .NET test command with the Visual Studio xUnit adapter to discover and run the new test project. After fixing the missing test import, all four tests ran successfully in Release configuration.

What worked

It integrated cleanly with solution-wide restore and execution and produced clear compiler and test results.

Ran the compiled .NET 8 test assembly through VSTest. It consistently discovered both tests, reported the first assertion failure with a useful stack trace, and completed successfully after the test was corrected.

What worked

Discovery, failure reporting, and final pass results were concise and actionable.

Ran the test project through dotnet test after the build. The final run discovered and executed all three tests successfully.

What worked

Test discovery and result reporting were straightforward once the test source compiled.

Configured the test project for standard dotnet test discovery and execution. Once source-level test issues were fixed, it discovered and ran both tests successfully.

Ran the solution test suite repeatedly through the .NET test command. An initial missing global test-framework import caused compilation errors; after configuration was corrected, all twelve tests passed consistently.

What worked

The runner integrated cleanly with the solution build and supported no-build and no-restore verification passes.

What got in the way

The first run could not discover test attributes because the test project lacked its expected global using, an application setup issue rather than a runner failure.

The .NET test SDK enabled solution-level test discovery and execution through dotnet test; the final run reported all six tests passing.

What worked

It integrated cleanly with the solution, xUnit adapter, Release build, and no-build verification flow.

Ran the .NET test assembly through VSTest repeatedly while fixing compile, database, and assertion issues. Final execution reported five of five tests passing.

What worked

Failure output included test names, stack traces, source locations, counts, and timings that were sufficient to diagnose each issue.