public void ReturnsTypesInParentFirstOrderWithItselfLast_When_IncludeSelfIsTrue()
{
Data.TypeData data = GetType("class Test { class Parent { class Child { } } }", 2);
ITypeData[] containingTypes = data.GetContainingTypes(true).ToArray();
Assert.True(
containingTypes.Length == 3 &&
containingTypes[0].Symbol.Name == "Test" &&
containingTypes[1].Symbol.Name == "Parent" &&
containingTypes[2] == data
);
}
public void ReturnsTypesInParentFirstOrder()
{
Data.TypeData data = GetType("class Test { class Parent { class Child { } } }", 2);
ITypeData[] containingTypes = data.GetContainingTypes(false).ToArray();
Assert.True(containingTypes.Length == 2 && containingTypes[0].Symbol.Name == "Test" && containingTypes[1].Symbol.Name == "Parent");
}
public void ReturnsOnlyItself_When_IsNotNestedType_And_IncludeSelfIsTrue()
{
Data.TypeData data = GetType("class Test { }");
ITypeData[] containingTypes = data.GetContainingTypes(true).ToArray();
Assert.True(containingTypes.Length == 1 && data == containingTypes[0]);
}
public void ReturnsEmpty_When_IsNotNestedType()
{
Data.TypeData data = GetType("class Test { }");
ITypeData[] containingTypes = data.GetContainingTypes(false).ToArray();
Assert.True(containingTypes.Length == 0);
}
public void CanReturnSingleType()
{
Data.TypeData data = GetType("class Parent { class Child { } }", 1);
ITypeData[] containingTypes = data.GetContainingTypes(false).ToArray();
Assert.True(containingTypes.Length == 1 && containingTypes[0].Symbol.Name == "Parent");
}
public void CanReturnMultipleTypes()
{
Data.TypeData data = GetType("class Test { class Parent { class Child { } } }", 2);
ITypeData[] containingTypes = data.GetContainingTypes(false).ToArray();
Assert.True(containingTypes.Length == 2 && containingTypes.Any(t => t.Symbol.Name == "Parent") && containingTypes.Any(t => t.Symbol.Name == "Test"));
}