private static ICondition <TRuleType> createPlantUmlCondition(PlantUmlDiagram diagram)
{
ClassDiagramAssociation classDiagramAssociation = new ClassDiagramAssociation(diagram);
ConditionResult Condition(TRuleType ruleType)
{
if (ruleType.Dependencies.All(d => !classDiagramAssociation.Contains(d.Target)))
{
return(new ConditionResult(ruleType, true));
}
List <string> allAllowedTargets = new List <string>();
allAllowedTargets.AddRange(classDiagramAssociation.GetNamespaceIdentifiersFromComponentOf(ruleType)
.Concat(classDiagramAssociation.GetTargetNamespaceIdentifiers(ruleType))
.ToList());
var pass = true;
var dynamicFailDescription = "does depend on";
foreach (var dependency in ruleType.GetTypeDependencies())
{
if (classDiagramAssociation.Contains(dependency) && !allAllowedTargets.Any(pattern => dependency.FullNameMatches(pattern, true)))
{
dynamicFailDescription += pass ? " " + dependency.FullName : " and " + dependency.FullName;
pass = false;
}
}
return(new ConditionResult(ruleType, pass, dynamicFailDescription));
}
return(new SimpleCondition <TRuleType>(Condition, "adhere to PlantUML diagram."));
}
public void GetTargetNamespaceIdentifierOfClass()
{
string expectedTarget1 = ".*.Target1";
string expectedTarget2 = ".*.Target2";
using (MemoryStream memoryStream = new MemoryStream())
{
ClassDiagramAssociation classDiagramAssociation = CreateAssociation(TestDiagram.From(memoryStream)
.Component("A").WithStereoTypes(Regex.Replace(typeof(SomeOriginClass).Namespace, @".*\.", ".*."))
.Component("B").WithStereoTypes(expectedTarget1)
.Component("C").WithStereoTypes(expectedTarget2)
.DependencyFrom("[A]").To("[B]")
.DependencyFrom("[A]").To("[C]")
.Write());
Class clazz = Architecture.GetClassOfType(typeof(SomeOriginClass));
Assert.Equal(new[] { expectedTarget1, expectedTarget2 }, classDiagramAssociation.GetTargetNamespaceIdentifiers(clazz).OrderBy(s => s).ToList());
}
}
public void ClassResidesInMultipleNamespaces()
{
string path = Path.Combine(Path.GetTempPath(), "plantuml_diagram_" + Guid.NewGuid() + ".puml");
using (FileStream fileStream = File.Create(path))
{
TestDiagram.From(fileStream)
.Component("A").WithStereoTypes(".*.FooNamespace.*")
.Component("B").WithStereoTypes(".*.BarNamespace.*")
.Write();
}
ClassDiagramAssociation classDiagramAssociation = CreateAssociation(path);
Class classContainedInTwoComponents = Architecture.GetClassOfType(typeof(ClassInFooAndBarNamespace));
ComponentIntersectionException exception = Assert.Throws <ComponentIntersectionException>(() => classDiagramAssociation.GetTargetNamespaceIdentifiers(classContainedInTwoComponents));
Assert.Equal(string.Format("Class {0} may not be contained in more than one component, but is contained in [A, B]", typeof(ClassInFooAndBarNamespace).Name), exception.Message);
}
public void RejectsClassNotContainedInAnyComponent()
{
using (MemoryStream memoryStream = new MemoryStream())
{
ClassDiagramAssociation classDiagramAssociation = CreateAssociation(TestDiagram.From(memoryStream)
.Component("SomeComponent").WithStereoTypes(".*.SomeStereotype.")
.Write());
Class classNotContained = Architecture.GetClassOfType(typeof(object));
InvalidOperationException exception = Assert.Throws <InvalidOperationException>(() => classDiagramAssociation.GetTargetNamespaceIdentifiers(classNotContained));
Assert.Equal(string.Format("Class {0} is not contained in any component", typeof(object).Name), exception.Message);
}
}