public void GraphStructureValidator_NoCircularLinkIfDecision()
{
Experiment experiment = ExperimentManager.New();
experiment.ExperimentInfo.FilePath = "C:\\somefakelocation\\mockExperiment.teml";
ExperimentNode node1 = experiment.AddComponentFromDefinition(m_emptyComponentMetaDefinition, 5, 5);
ExperimentNode node2 = experiment.AddComponentFromDefinition(m_emptyComponentMetaDefinition, 15, 15);
var decisionNode = AddDecisionToExperiment(experiment, 10, 10);
decisionNode.Data.Metadata = CompileMockDecision("");
experiment.AddConnection(experiment.StartNode, node1);
experiment.AddConnection(node1, node2);
experiment.AddConnection(node2, decisionNode);
experiment.AddConnection(decisionNode, node1);
experiment.AddConnection(decisionNode, experiment.EndNode);
Assert.IsFalse(node1.HasError);
Assert.IsFalse(node2.HasError);
Assert.IsFalse(decisionNode.HasError);
RunnableNodeFactory templateGraphNodesFactory = new RunnableNodeFactory(AppContext.WorkspaceInstance);
RunnableExperimentBase template = GraphAdapter.Adapt(experiment, templateGraphNodesFactory, AppContext.Components, AppContext.WorkspaceInstance.TypeDirectories);
Assert.IsFalse(node1.HasError);
Assert.IsFalse(node2.HasError);
Assert.IsFalse(decisionNode.HasError);
Assert.IsFalse(template.IsEmpty);
Assert.AreEqual(5, template.Nodes.Count);
//check all edges
foreach (RunnableNode node in template.Nodes)
{
if (node is RunnableDecisionNode)
{
//in this graph decision node has only two outcoming edges
Assert.AreEqual(2, node.NextNodes.Count);
}
else if (node is RunnableEndNode)
{
//end node has none outcoming edges
Assert.AreEqual(0, node.NextNodes.Count);
}
else
{
//all other nodes in this graph has only one outcoming edge
Assert.AreEqual(1, node.NextNodes.Count);
}
}
}
public void ValidateInputMapping_Decision_CorrectMapping()
{
Experiment experiment = ExperimentManager.New();
experiment.ExperimentInfo.FilePath = "C:\\somefakelocation\\mockExperiment.teml";
ExperimentNode writerNode = experiment.AddComponentFromDefinition(m_componentWriterMetaDefinition, 15, 15);
(writerNode.Data.Metadata as ComponentMetadata).IOSpec.Output["testoutput"].MappedTo = "test";
ExperimentNode readerNode = experiment.AddComponentFromDefinition(m_componentReaderMetaDefinition, 25, 25);
(readerNode.Data.Metadata as ComponentMetadata).IOSpec.Input["testinput"].MappedTo = "test";
ExperimentNode incrementerNode = experiment.AddComponentFromDefinition(m_incrementerComponentMetaDefinition, 35, 35);
(incrementerNode.Data.Metadata as ComponentMetadata).IOSpec.Input["testinput"].MappedTo = "test";
(incrementerNode.Data.Metadata as ComponentMetadata).IOSpec.Output["testoutput"].MappedTo = "test";
var decisionNode = AddDecisionToExperiment(experiment, 10, 10);
//code doesn't really matter in this case, because we don't execute dispatcher
string decisionCode = "";
decisionNode.Data.Metadata = CompileMockDecision(decisionCode);
experiment.AddConnection(experiment.StartNode, writerNode);
experiment.AddConnection(writerNode, readerNode);
experiment.AddConnection(readerNode, decisionNode);
experiment.AddConnection(decisionNode, incrementerNode);
experiment.AddConnection(incrementerNode, readerNode);
experiment.AddConnection(decisionNode, experiment.EndNode);
Assert.IsFalse(writerNode.HasError);
Assert.IsFalse(readerNode.HasError);
Assert.IsFalse(incrementerNode.HasError);
Assert.IsFalse(decisionNode.HasError);
RunnableNodeFactory templateGraphNodesFactory = new RunnableNodeFactory(AppContext.WorkspaceInstance);
RunnableExperimentBase template = GraphAdapter.Adapt(experiment, templateGraphNodesFactory, AppContext.Components, AppContext.WorkspaceInstance.TypeDirectories);
Assert.IsFalse(writerNode.HasError);
Assert.IsFalse(readerNode.HasError);
Assert.IsFalse(incrementerNode.HasError);
Assert.IsFalse(decisionNode.HasError);
Assert.IsFalse(template.IsEmpty);
Assert.AreEqual(6, template.Nodes.Count);
//check all edges
foreach (RunnableNode node in template.Nodes)
{
if (node is RunnableDecisionNode)
{
//in this graph decision node has only two outcoming edges
Assert.AreEqual(2, node.NextNodes.Count);
}
else if (node is RunnableEndNode)
{
//end node has none outcoming edges
Assert.AreEqual(0, node.NextNodes.Count);
}
else
{
//all other nodes in this graph has only one outcoming edge
Assert.AreEqual(1, node.NextNodes.Count);
}
}
}
/// <summary>
/// Prepares the benchmark experiment.
/// </summary>
/// <param name="experimentToBeBenchmarked">The experiment to be benchmarked.</param>
/// <exception cref="TraceLab.Core.Exceptions.ExperimentLoadException">throws if experiment load fails</exception>
/// <param name="library">The library.</param>
public void PrepareBenchmarkExperiment(Experiment experimentToBeBenchmarked, ComponentsLibrary library)
{
//load benchmark experiment
Experiment benchmarkExperiment = ExperimentManager.Load(BenchmarkInfo.FilePath, library);
//update benchmark experiment info, so that it refers to the same benchmark info (LoadExperiment would not read BenchmarkInfo, as it only reads ExperimentInfo)
benchmarkExperiment.ExperimentInfo = BenchmarkInfo;
//2. find template node to be replaced
ExperimentNode templateNode = null;
foreach (ExperimentNode node in benchmarkExperiment.Vertices)
{
if (node.Data.Metadata is ComponentTemplateMetadata)
{
templateNode = node;
break;
}
}
if (templateNode == null)
{
throw new TraceLab.Core.Exceptions.BenchmarkException("Template node has not been found in the benchmark experiment. The benchmark experiment is corrupted.");
}
//3. export current experiment into composite component
foreach (BenchmarkItemSetting <IOItem> item in BenchmarkInputSetting)
{
item.SelectedSetting.Include = true;
}
foreach (BenchmarkItemSetting <IOItem> item in BenchmarkOutputsSetting)
{
item.SelectedSetting.Include = true;
}
//create temporary component source - note it is just a assembly source name file to satisfy Metadata Assembly requirement
//the file is not going to be created (this is UGLY - do refactoring)
string tempSource = System.IO.Path.Combine(BenchmarkInfo.FilePath, "temporary");
m_setup.CompositeComponentLocationFilePath = tempSource;
CompositeComponentMetadataDefinition definition = m_setup.GenerateCompositeComponentDefinition();
//4. Replace template node by removing it from graph, adding the new node, and reconnecting new not
//Add composite component node
ExperimentNode replacementNode = benchmarkExperiment.AddComponentFromDefinition(definition, templateNode.Data.X, templateNode.Data.Y);
//connect replacement node to the same outgoing nodes as template node
foreach (ExperimentNodeConnection nodeConnection in benchmarkExperiment.OutEdges(templateNode))
{
benchmarkExperiment.AddConnection(replacementNode, nodeConnection.Target);
}
//connect replacement node to the same incoming nodes as template node
foreach (ExperimentNodeConnection nodeConnection in benchmarkExperiment.InEdges(templateNode))
{
benchmarkExperiment.AddConnection(nodeConnection.Source, replacementNode);
//if the predecessor is a decision node update its decision code so that it matches new label
FixDecisionCode(templateNode.Data.Metadata.Label, replacementNode.Data.Metadata.Label, nodeConnection.Source as ExperimentDecisionNode);
}
//finally remove the template node
benchmarkExperiment.RemoveVertex(templateNode);
//now remap io according to settings
CompositeComponentMetadata compositeComponentDefinition = (CompositeComponentMetadata)replacementNode.Data.Metadata;
foreach (BenchmarkItemSetting <IOItem> item in BenchmarkInputSetting)
{
item.SelectedSetting.Include = true;
compositeComponentDefinition.IOSpec.Input[item.SelectedSetting.ItemSettingName].MappedTo = item.Item.MappedTo;
}
foreach (BenchmarkItemSetting <IOItem> item in BenchmarkOutputsSetting)
{
item.SelectedSetting.Include = true;
compositeComponentDefinition.IOSpec.Output[item.SelectedSetting.ItemSettingName].MappedTo = item.Item.MappedTo;
}
BenchmarkExperiment = benchmarkExperiment;
}
