public void Should_not_pass_ignore_as_test_class_category()
{
var generator = CreateUnitTestFeatureGenerator();
SpecFlowDocument theDocument = ParserHelper.CreateDocument(new string[] { "ignore", "other" });
generator.GenerateUnitTestFixture(theDocument, "dummy", "dummyNS");
unitTestGeneratorProviderMock.Verify(ug => ug.SetTestClassCategories(It.IsAny <TestClassGenerationContext>(), It.Is <IEnumerable <string> >(cats => !cats.Contains("ignore"))));
}
public void Should_support_case_insensitive_ignore_tag_on_scenario()
{
var generator = CreateUnitTestFeatureGenerator();
SpecFlowDocument theDocument = ParserHelper.CreateDocument(scenarioTags: new[] { "IgnoRe" });
generator.GenerateUnitTestFixture(theDocument, "dummy", "dummyNS");
unitTestGeneratorProviderMock.Verify(ug => ug.SetTestMethodIgnore(It.IsAny <TestClassGenerationContext>(), It.IsAny <CodeMemberMethod>()));
}
public void Should_not_call_SetTestMethodIgnore_when_feature_ignored()
{
var generator = CreateUnitTestFeatureGenerator();
SpecFlowDocument theDocument = ParserHelper.CreateDocument(new string[] { "ignore" });
generator.GenerateUnitTestFixture(theDocument, "dummy", "dummyNS");
unitTestGeneratorProviderMock.Verify(ug => ug.SetTestMethodIgnore(It.IsAny <TestClassGenerationContext>(), It.IsAny <CodeMemberMethod>()), Times.Never());
}
public void Should_support_case_insensitive_ignore_tag_on_feature()
{
var generator = CreateUnitTestFeatureGenerator();
SpecFlowDocument theDocument = ParserHelper.CreateDocument(new string[] { "IgnoRe" });
generator.GenerateUnitTestFixture(theDocument, "dummy", "dummyNS");
unitTestGeneratorProviderMock.Verify(ug => ug.SetTestClassIgnore(It.IsAny <TestClassGenerationContext>()));
}
public void Should_not_pass_decorated_feature_tag_as_test_class_category()
{
var decoratorMock = DecoratorRegistryTests.CreateTestClassTagDecoratorMock("decorated");
container.RegisterInstanceAs(decoratorMock.Object, "decorated");
var generator = CreateUnitTestFeatureGenerator();
var theFeature = ParserHelper.CreateDocument(new string[] { "decorated", "other" });
GenerateFeature(generator, theFeature);
unitTestGeneratorProviderMock.Verify(ug => ug.SetTestClassCategories(It.IsAny <TestClassGenerationContext>(), It.Is <IEnumerable <string> >(cats => !cats.Contains("decorated"))));
}
public void Should_not_pass_feature_tags_as_test_method_category()
{
var generator = CreateUnitTestFeatureGenerator();
string[] generatedCats = new string[0];
unitTestGeneratorProviderMock.Setup(ug => ug.SetTestMethodCategories(It.IsAny <TestClassGenerationContext>(), It.IsAny <CodeMemberMethod>(), It.IsAny <IEnumerable <string> >()))
.Callback((TestClassGenerationContext ctx, CodeMemberMethod _, IEnumerable <string> cats) => generatedCats = cats.ToArray());
var theFeature = ParserHelper.CreateDocument(tags: new [] { "featuretag" }, scenarioTags: new[] { "foo", "bar" });
GenerateFeature(generator, theFeature);
generatedCats.Should().Equal(new string[] { "foo", "bar" });
}
public void Should_pass_feature_tags_as_test_class_category()
{
var generator = CreateUnitTestFeatureGenerator();
string[] generatedCats = new string[0];
unitTestGeneratorProviderMock.Setup(ug => ug.SetTestClassCategories(It.IsAny <TestClassGenerationContext>(), It.IsAny <IEnumerable <string> >()))
.Callback((TestClassGenerationContext ctx, IEnumerable <string> cats) => generatedCats = cats.ToArray());
var theDocument = ParserHelper.CreateDocument(new string[] { "foo", "bar" });
GenerateFeature(generator, theDocument);
generatedCats.Should().Equal(new string[] { "foo", "bar" });
}
