| name | iru-dotnet-test |
| description | Run a .NET project or solution's test suite via the .NET CLI (`dotnet test`), optionally scoped to specific test classes, methods, namespaces, or trait/category filters, and optionally targeted at a specific project (`.csproj`) or solution (`.sln`) file. Invoke as `/iru-dotnet-test` to run the full suite (auto-detecting the solution/project in the working directory), or `/iru-dotnet-test <selector>` where `<selector>` names a class (`FooTests`), a class+method (`FooTests.TestSomething`), a wildcard/namespace pattern, a trait/category expression, or a project/solution path. Use whenever the user wants to run, re-run, or narrow down .NET unit tests instead of a full `dotnet test` across every project. |
| model | haiku |
.NET Test
Run the project or solution's tests through the .NET CLI, scoping the run to whatever the user asked for. This
skill only runs tests and reports results — it does not fix failures unless asked to as a follow-up.
Step 1 — Determine scope from the argument
The skill may be invoked with no argument (run every test in the discovered solution/project) or with a selector
describing what to run, and optionally which project or solution to run it against.
Locating the solution or project
If the working directory (or repository root) contains a single .sln file, dotnet test targets it by default
— no need to name it explicitly. If there are multiple .sln files, or multiple test projects (e.g.
*.Tests.csproj, *.UnitTests.csproj) and no .sln, ask which one to target unless the user's selector already
names it or it can be inferred unambiguously (e.g. only one test project contains the class named in the
selector). Pass the chosen file as the first positional argument to dotnet test.
Selector mapping
| What the user wants | Parameter | Example |
|---|
| Everything | (none) | dotnet test |
| A specific project or solution | positional path | dotnet test MySolution.sln / dotnet test tests/Foo.Tests/Foo.Tests.csproj |
| One test class | --filter with FullyQualifiedName~ | dotnet test --filter "FullyQualifiedName~FooTests" |
| One method in a class | --filter with FullyQualifiedName~Class.Method | dotnet test --filter "FullyQualifiedName~FooTests.TestSomething" |
| Several methods in one class | --filter with | between FullyQualifiedName~ clauses | dotnet test --filter "FullyQualifiedName~FooTests.Method1|FullyQualifiedName~FooTests.Method2" |
| Several classes | --filter with | between FullyQualifiedName~ clauses | dotnet test --filter "FullyQualifiedName~FooTests|FullyQualifiedName~BarTests" |
| Classes matching a name pattern | --filter with ~ (contains match) | dotnet test --filter "FullyQualifiedName~ServiceTests" |
| All classes in a namespace | --filter with the namespace as a ~ prefix | dotnet test --filter "FullyQualifiedName~MyProject.Services" |
| Excluding some classes/methods | --filter with !~ | dotnet test --filter "FullyQualifiedName!~SlowTests" |
| Tests tagged with a category/trait | --filter with the trait's property name | dotnet test --filter "Category=fast" (NUnit), dotnet test --filter "TestCategory=fast" (MSTest), or dotnet test --filter "Category=fast" for an xUnit [Trait("Category","fast")] |
Notes:
~ means "contains" (substring match); = means exact match; !~/!= negate either form.FullyQualifiedName is Namespace.ClassName.MethodName — matching a namespace or class prefix with ~ selects
every test under it.- Which trait/category property names are recognized depends on the test framework/adapter in use: MSTest uses
TestCategory and Priority, NUnit uses Category, xUnit exposes whatever key was passed to
[Trait("Key", "Value")]. Check the test project's <PackageReference> entries (MSTest.TestFramework,
NUnit, xunit) if unsure which applies.
- If the selector doesn't match any test,
dotnet test reports "No test matches the given testcase filter" and
exits successfully having run zero tests, rather than failing the build the way Maven Surefire does for an
unmatched -Dtest selector — call this out explicitly in the report (Step 3) rather than treating it as a pass.
Step 2 — Build and run the command
Compose the full dotnet test invocation from the working directory at the repository root (or the solution/
project directory if there's no root-level .sln):
dotnet test [<path-to-.sln-or-.csproj>] --filter "<expression>"
Combine a project/solution path with a filter expression when both are needed, e.g.:
dotnet test tests/Foo.Tests/Foo.Tests.csproj --filter "FullyQualifiedName~FooTests"
Run it with the Bash tool. Do not add unrelated flags (e.g. --no-build, -v, --logger) unless the user asks
for them or a prior step in this conversation already established they're needed.
Step 3 — Report results
Summarize the dotnet test output concisely:
- Total tests run, passed, failed, skipped (the CLI prints a
Passed! - Failed: 0, Passed: X, Skipped: Y, Total: Z or Failed! summary line per test project).
- If everything passed, say so briefly — don't paste the full log.
- If there are failures, show the failing test names and the relevant assertion/exception output (the console
output usually includes it inline; check the
.trx log under TestResults/ if --logger trx was used and
output was truncated), but don't dump unrelated passing-test noise.
- Do not attempt to fix failing tests or modify source/test code unless the user asks for that as a next step.
