public void Test_CopyLayoutInformationFrom()
{
Workspace workspace1 = new Workspace("", "");
Model model1 = workspace1.Model;
SoftwareSystem softwareSystem1A = model1.AddSoftwareSystem("System A", "Description");
SoftwareSystem softwareSystem1B = model1.AddSoftwareSystem("System B", "Description");
Person person1 = model1.AddPerson("Person", "Description");
Relationship personUsesSoftwareSystem1 = person1.Uses(softwareSystem1A, "Uses");
// create a view with SystemA and Person (locations are set for both, relationship has vertices)
StaticView staticView1 = new SystemContextView(softwareSystem1A, "context", "Description");
staticView1.Add(softwareSystem1B);
staticView1.GetElementView(softwareSystem1B).X = 123;
staticView1.GetElementView(softwareSystem1B).Y = 321;
staticView1.Add(person1);
staticView1.GetElementView(person1).X = 456;
staticView1.GetElementView(person1).Y = 654;
staticView1.GetRelationshipView(personUsesSoftwareSystem1).Vertices = new List <Vertex>()
{
new Vertex(123, 456)
};
staticView1.GetRelationshipView(personUsesSoftwareSystem1).Position = 70;
staticView1.GetRelationshipView(personUsesSoftwareSystem1).Routing = Routing.Orthogonal;
// and create a dynamic view, as they are treated slightly differently
DynamicView dynamicView1 = new DynamicView(model1, "dynamic", "Description");
dynamicView1.Add(person1, "Overridden description", softwareSystem1A);
dynamicView1.GetElementView(person1).X = 111;
dynamicView1.GetElementView(person1).Y = 222;
dynamicView1.GetElementView(softwareSystem1A).X = 333;
dynamicView1.GetElementView(softwareSystem1A).Y = 444;
dynamicView1.GetRelationshipView(personUsesSoftwareSystem1).Vertices = new List <Vertex>()
{
new Vertex(555, 666)
};
dynamicView1.GetRelationshipView(personUsesSoftwareSystem1).Position = 30;
dynamicView1.GetRelationshipView(personUsesSoftwareSystem1).Routing = Routing.Direct;
Workspace workspace2 = new Workspace("", "");
Model model2 = workspace2.Model;
// creating these in the opposite order will cause them to get different internal IDs
SoftwareSystem softwareSystem2B = model2.AddSoftwareSystem("System B", "Description");
SoftwareSystem softwareSystem2A = model2.AddSoftwareSystem("System A", "Description");
Person person2 = model2.AddPerson("Person", "Description");
Relationship personUsesSoftwareSystem2 = person2.Uses(softwareSystem2A, "Uses");
// create a view with SystemB and Person (locations are 0,0 for both)
StaticView staticView2 = new SystemContextView(softwareSystem2A, "context", "Description");
staticView2.Add(softwareSystem2B);
staticView2.Add(person2);
Assert.Equal(0, staticView2.GetElementView(softwareSystem2B).X);
Assert.Equal(0, staticView2.GetElementView(softwareSystem2B).Y);
Assert.Equal(0, staticView2.GetElementView(softwareSystem2B).X);
Assert.Equal(0, staticView2.GetElementView(softwareSystem2B).Y);
Assert.Equal(0, staticView2.GetElementView(person2).X);
Assert.Equal(0, staticView2.GetElementView(person2).Y);
Assert.True(staticView2.GetRelationshipView(personUsesSoftwareSystem2).Vertices.Count == 0);
// and create a dynamic view (locations are 0,0)
DynamicView dynamicView2 = new DynamicView(model2, "dynamic", "Description");
dynamicView2.Add(person2, "Overridden description", softwareSystem2A);
staticView2.CopyLayoutInformationFrom(staticView1);
Assert.Equal(0, staticView2.GetElementView(softwareSystem2A).X);
Assert.Equal(0, staticView2.GetElementView(softwareSystem2A).Y);
Assert.Equal(123, staticView2.GetElementView(softwareSystem2B).X);
Assert.Equal(321, staticView2.GetElementView(softwareSystem2B).Y);
Assert.Equal(456, staticView2.GetElementView(person2).X);
Assert.Equal(654, staticView2.GetElementView(person2).Y);
Vertex vertex1 = staticView2.GetRelationshipView(personUsesSoftwareSystem2).Vertices[0];
Assert.Equal(123, vertex1.X);
Assert.Equal(456, vertex1.Y);
Assert.Equal(70, staticView2.GetRelationshipView(personUsesSoftwareSystem2).Position);
Assert.Equal(Routing.Orthogonal, staticView2.GetRelationshipView(personUsesSoftwareSystem2).Routing);
dynamicView2.CopyLayoutInformationFrom(dynamicView1);
Assert.Equal(111, dynamicView2.GetElementView(person2).X);
Assert.Equal(222, dynamicView2.GetElementView(person2).Y);
Assert.Equal(333, dynamicView2.GetElementView(softwareSystem2A).X);
Assert.Equal(444, dynamicView2.GetElementView(softwareSystem2A).Y);
Vertex vertex2 = dynamicView2.GetRelationshipView(personUsesSoftwareSystem2).Vertices[0];
Assert.Equal(555, vertex2.X);
Assert.Equal(666, vertex2.Y);
Assert.Equal(30, dynamicView2.GetRelationshipView(personUsesSoftwareSystem2).Position);
Assert.Equal(Routing.Direct, dynamicView2.GetRelationshipView(personUsesSoftwareSystem2).Routing);
}
static void Main(string[] args)
{
Workspace workspace = new Workspace("Architectural Kata: Make the Grade",
"This is a model of the solution to the architectural kata \"Make the Grade\", found at http://nealford.com/katas/list.html.");
#region Models
Model model = workspace.Model;
Person student = model.AddPerson("Student", "A student undertaking a test.");
Person grader = model.AddPerson("Grader", "A grader assessing the sudents' test answers.");
Person admin = model.AddPerson("Administrator", "A representative of the state authority in education.");
SoftwareSystem resultsRepoSubSystem = model.AddSoftwareSystem("Results Repository", "Single location representing all of the test scores across the state.");
admin.Uses(resultsRepoSubSystem, "Extracts grading reports.");
SoftwareSystem testsCatalogueSubSystem = model.AddSoftwareSystem("Tests Catalogue", "Authoritative source for tests and grading rules.");
admin.Uses(testsCatalogueSubSystem, "Administers tests.");
SoftwareSystem localTestUnitSubSystem = model.AddSoftwareSystem("Local Testing Unit", "On-premises testing subsystem deployed in each testing center.");
student.Uses(localTestUnitSubSystem, "Undertakes tests");
grader.Uses(localTestUnitSubSystem, "Grades students");
localTestUnitSubSystem.Uses(resultsRepoSubSystem, "Push results (batch)");
localTestUnitSubSystem.Uses(testsCatalogueSubSystem, "Pull tests");
Container resultsRepo = resultsRepoSubSystem.AddContainer("Results Database",
"Single location representing all of the test scores across the state.", "Microsoft Azure SQL Database");
resultsRepo.AddTags("Database");
Container reportingService = resultsRepoSubSystem.AddContainer("Reporting Service",
"A reporting system to know which students have taken the tests and what score they received.", "ASP.NET single page app");
reportingService.Uses(resultsRepo, "Reads from");
Container testsCatalogueService = testsCatalogueSubSystem.AddContainer("Catalogue Service",
"Web API provider of latest test and grading rules.", "ASP.NET Web API microservice");
Container testsCatalogueFrontEnd = testsCatalogueSubSystem.AddContainer("Catalogue Front End",
"Front end application for administrators managing tests.", "ASP.NET MVC web app");
Container testsRepo = testsCatalogueSubSystem.AddContainer("Tests Repository",
"Stores test questions, answers and grading rules.", "NoSQL DBMS");
testsRepo.AddTags("Database");
testsCatalogueFrontEnd.Uses(testsRepo, "Reads from and writes to");
testsCatalogueService.Uses(testsRepo, "Reads from");
Container locatTestResultsStorage = localTestUnitSubSystem.AddContainer("Local Tests Storage",
"Stores test answers and grades for students from local testing unit.", "MySQL database");
locatTestResultsStorage.AddTags("Database");
Container testingApp = localTestUnitSubSystem.AddContainer("Testing application",
"Allows students to undertake tests and graders to assess them.", "AngularJS web app");
Container testResultQueue = localTestUnitSubSystem.AddContainer("Test results queue",
"Asynchronous queue on which an event is placed when a student finishes a test, so that a grader can be notified.", "RabbitMQ");
testResultQueue.AddTags("Queue");
Container evaluator = localTestUnitSubSystem.AddContainer("Evaluator",
"Retrieves a finished test, grades the multiple choice answers and gives manual control to graders", "");
Container synchronizer = localTestUnitSubSystem.AddContainer("Synchronizer",
"Uploads local test results to central repository", "WCF service");
synchronizer.Uses(resultsRepoSubSystem, "Push results (batch)");
synchronizer.Uses(locatTestResultsStorage, "Read from");
testingApp.Uses(testResultQueue, "Undertake test");
testingApp.Uses(testsCatalogueSubSystem, "Pull tests");
testResultQueue.Uses(evaluator, "Notify grader");
evaluator.Uses(locatTestResultsStorage, "Store and read results");
evaluator.Uses(testsCatalogueSubSystem, "Pull tests");
#endregion
#region Views
var layoutWorkspace = WorkspaceUtils.LoadWorkspaceFromJson(new FileInfo("layout.json"));
ViewSet viewSet = workspace.Views;
SystemContextView contextView = viewSet.CreateSystemContextView(testsCatalogueSubSystem, "SystemContext", "A system used for standardized testing across all public school systems grades 3-12.");
contextView.AddAllSoftwareSystems();
contextView.AddAllPeople();
contextView.AddNearestNeighbours(testsCatalogueSubSystem);
contextView.CopyLayoutInformationFrom(layoutWorkspace.Views.SystemContextViews.FirstOrDefault(x => x.Key == "SystemContext"));
ContainerView resultsContainerView = viewSet.CreateContainerView(resultsRepoSubSystem, "ResultsContainer", "The container diagram for the Results Repository Subsystem.");
admin.Uses(reportingService, "Extracts reports");
resultsContainerView.Add(admin);
resultsContainerView.AddAllContainers();
resultsContainerView.CopyLayoutInformationFrom(layoutWorkspace.Views.ContainerViews.FirstOrDefault(x => x.Key == "ResultsContainer"));
ContainerView testsContainerView = viewSet.CreateContainerView(testsCatalogueSubSystem, "TestsContainers", "The container diagram for the Tests Catalogue Subsystem.");
admin.Uses(testsCatalogueFrontEnd, "Administers tests");
testsContainerView.Add(admin);
testsContainerView.AddAllContainers();
testsContainerView.CopyLayoutInformationFrom(layoutWorkspace.Views.ContainerViews.FirstOrDefault(x => x.Key == "TestsContainers"));
ContainerView testUnitContainerView = viewSet.CreateContainerView(localTestUnitSubSystem, "TestUnitsContainers", "The container diagram for the Local Testing Unit Subsystem.");
student.Uses(testingApp, "Undertake test");
grader.Uses(evaluator, "Grade test answers");
testUnitContainerView.Add(student);
testUnitContainerView.Add(grader);
testUnitContainerView.AddAllContainers();
testUnitContainerView.Add(resultsRepoSubSystem);
testUnitContainerView.Add(testsCatalogueSubSystem);
testUnitContainerView.CopyLayoutInformationFrom(layoutWorkspace.Views.ContainerViews.FirstOrDefault(x => x.Key == "TestUnitsContainers"));
Styles styles = viewSet.Configuration.Styles;
styles.Add(new ElementStyle(Tags.SoftwareSystem)
{
Background = "#1168bd", Color = "#ffffff"
});
styles.Add(new ElementStyle(Tags.Person)
{
Background = "#08427b", Color = "#ffffff", Shape = Shape.Person
});
styles.Add(new ElementStyle("Database")
{
Shape = Shape.Cylinder
});
styles.Add(new ElementStyle("Queue")
{
Shape = Shape.Ellipse
});
#endregion
PushWorkspace(workspace);
}