public async Task AnalyzeWhenExpectedResultIsProvidedAndPassesNullToValueType()
{
await TestHelpers.RunAnalysisAsync <TestMethodUsageAnalyzer>(
$"{TestMethodUsageAnalyzerTests.BasePath}{(nameof(this.AnalyzeWhenExpectedResultIsProvidedAndPassesNullToValueType))}.cs",
new[] { AnalyzerIdentifiers.TestCaseUsage },
diagnostics =>
{
var diagnostic = diagnostics[0];
Assert.That(diagnostic.GetMessage(), Is.EqualTo(
string.Format(TestMethodUsageAnalyzerConstants.ExpectedResultTypeMismatchMessage, "Int32")),
nameof(diagnostic.GetMessage));
});
}
public async Task AnalyzeWhenExpectedResultIsProvidedAndReturnTypeIsVoid()
{
await TestHelpers.RunAnalysisAsync <TestMethodUsageAnalyzer>(
$"{TestMethodUsageAnalyzerTests.BasePath}{(nameof(this.AnalyzeWhenExpectedResultIsProvidedAndReturnTypeIsVoid))}.cs",
new[] { AnalyzerIdentifiers.TestCaseUsage },
diagnostics =>
{
var diagnostic = diagnostics[0];
Assert.That(diagnostic.GetMessage(), Is.EqualTo(
TestMethodUsageAnalyzerConstants.SpecifiedExpectedResultForVoidMethodMessage),
nameof(diagnostic.GetMessage));
});
}
public async Task AnalyzeWhenExpectedResultIsProvidedCorrectly()
{
await TestHelpers.RunAnalysisAsync <TestMethodUsageAnalyzer>(
$"{TestMethodUsageAnalyzerTests.BasePath}{(nameof(this.AnalyzeWhenExpectedResultIsProvidedCorrectly))}.cs",
Array.Empty <string>());
}
public async Task AnalyzeWhenExpectedResultIsProvidedAndPassesValueToNullableType()
{
await TestHelpers.RunAnalysisAsync <TestMethodUsageAnalyzer>(
$"{TestMethodUsageAnalyzerTests.BasePath}{(nameof(this.AnalyzeWhenExpectedResultIsProvidedAndPassesValueToNullableType))}.cs",
Array.Empty <string>());
}
