public static bool LoadFromFile(string fileName, out Workflow obj) {
System.Exception exception = null;
return LoadFromFile(fileName, out obj, out exception);
}
/// <summary>
/// Deserializes xml markup from file into an Workflow object
/// </summary>
/// <param name="fileName">string xml file to load and deserialize</param>
/// <param name="obj">Output Workflow object</param>
/// <param name="exception">output Exception value if deserialize failed</param>
/// <returns>true if this XmlSerializer can deserialize the object; otherwise, false</returns>
public static bool LoadFromFile(string fileName, out Workflow obj, out System.Exception exception) {
exception = null;
obj = default(Workflow);
try {
obj = LoadFromFile(fileName);
return true;
}
catch (System.Exception ex) {
exception = ex;
return false;
}
}
public static bool Deserialize(string xml, out Workflow obj) {
System.Exception exception = null;
return Deserialize(xml, out obj, out exception);
}
/// <summary>
/// Deserializes workflow markup into an Workflow object
/// </summary>
/// <param name="xml">string workflow markup to deserialize</param>
/// <param name="obj">Output Workflow object</param>
/// <param name="exception">output Exception value if deserialize failed</param>
/// <returns>true if this XmlSerializer can deserialize the object; otherwise, false</returns>
public static bool Deserialize(string xml, out Workflow obj, out System.Exception exception) {
exception = null;
obj = default(Workflow);
try {
obj = Deserialize(xml);
return true;
}
catch (System.Exception ex) {
exception = ex;
return false;
}
}
public TestBench() {
this.testStructureField = new List<DomainModel>();
this.settingsField = new List<Settings>();
this.workflowField = new Workflow();
this.testComponentField = new List<ComponentInstance>();
this.testInjectionPointField = new List<TestInjectionPoint>();
this.metricField = new List<Metric>();
this.parameterField = new List<Parameter>();
this.topLevelSystemUnderTestField = new TopLevelSystemUnderTest();
}
public static TestBench Convert(ISIS.GME.Dsml.CyPhyML.Interfaces.TestBench tb)
{
if (tb == null)
throw new ArgumentNullException("tb");
// TODO: Generate ID
//var componentConnectorTargetMapping = new Dictionary<CyPhy.Connector, ComponentConnectorInstance>();
var componentConnectorTargetMapping = new Dictionary<CyPhy.Connector, object>();
//var componentValueflowTargetMapping = new Dictionary<CyPhy.ValueFlowTarget, ContainerPrimitivePropertyInstance>();
// Note: its is object because it contains: ContainerPrimitivePropertyInstance AND ComponentPrimitivePropertyInstance (TestComponent)
var componentValueflowTargetMapping = new Dictionary<CyPhy.ValueFlowTarget, object>();
var vftIdCache = new Dictionary<CyPhy.ValueFlowTarget, String>();
var avmTestBench = new TestBench { Name = tb.Name };
#region Process ComponentAssembly | DesignContainer
var systemUnderTest = tb.Children.TopLevelSystemUnderTestCollection.FirstOrDefault();
if (systemUnderTest != null && systemUnderTest.Referred != null)
{
var wrapper = new TestBenchPrimitiveWrapper(systemUnderTest.AllReferred);
if (wrapper.Primitive != null)
{
var avmTopLevelSystemUnderTest = new TopLevelSystemUnderTest()
{
// Note: DesignContainers have no ConfigurationUniqueID
DesignID = wrapper.ConfigurationUniqueID,
// TODO: Check if null
IDinSourceModel = wrapper.ID.ToString()
};
SetLayoutData(avmTopLevelSystemUnderTest, systemUnderTest.Impl);
#region Process TopLevelSystemUnderTest parameters
foreach (var parameter in wrapper.ParameterCollection)
{
DataTypeEnum xDataType;
if (!ConvertCyPhyDataTypeEnum(parameter.Attributes.DataType, out xDataType)) continue;
/*
var avmPrimitivePropertyInstance = new ContainerPrimitivePropertyInstance()
{
IDinSourceModel = parameter.Attributes.ID.ToString(),
Value = new Value
{
DataType = xDataType,
DataTypeSpecified = true,
DimensionType = DimensionTypeEnum.Scalar,
DimensionTypeSpecified = true,
Dimensions = parameter.Attributes.Dimension,
ID = Guid.NewGuid().ToString("D"),
//parameter.Guid.ToString("D")
}
};
//SetLayoutData(avmPrimitivePropertyInstance, parameter.Impl);
componentValueflowTargetMapping[parameter] = avmPrimitivePropertyInstance;
vftIdCache[parameter] = avmPrimitivePropertyInstance.Value.ID;
avmTopLevelSystemUnderTest.PropertyInstance.Add(avmPrimitivePropertyInstance);
*/
}
#endregion
#region Process TopLevelSystemUnderTest properties
foreach (var property in wrapper.PropertyCollection)
{
DataTypeEnum xDataType;
if (!ConvertCyPhyDataTypeEnum(property.Attributes.DataType, out xDataType)) continue;
/*
var avmPrimitivePropertyInstance = new ContainerPrimitivePropertyInstance()
{
IDinSourceModel = property.Attributes.ID.ToString(),
Value = new Value
{
DataType = xDataType,
DataTypeSpecified = true,
DimensionType = DimensionTypeEnum.Scalar,
DimensionTypeSpecified = true,
Dimensions = property.Attributes.Dimension,
ID = Guid.NewGuid().ToString("D"), //property.Guid.ToString("D")
}
};
//SetLayoutData(avmPrimitivePropertyInstance, property.Impl);
avmTopLevelSystemUnderTest.PropertyInstance.Add(avmPrimitivePropertyInstance);
componentValueflowTargetMapping[property] = avmPrimitivePropertyInstance;
vftIdCache[property] = avmPrimitivePropertyInstance.Value.ID;
*/
}
#endregion
#region Process TopLevelSystemUnderTest ModelicaConnector
foreach (var mc in wrapper.ModelicaConnectorCollection)
{
/*
var avmPortInstance = new ContainerPortInstance
{
ID = string.IsNullOrEmpty(mc.Attributes.ID) ? GetOrSetID(mc) : mc.Attributes.ID,
NameInSourceModel = mc.Name,
};
modelicaConnectorCache[mc] = avmPortInstance;
avmTopLevelSystemUnderTest.PortInstance.Add(avmPortInstance);
*/
}
#endregion
// TODO: Temprary solution for Zsolt no difference between ModelicaConnector and Connector in the atm file.
// => Impossible to import
#region Process TopLevelSystemUnderTest Connectors
foreach (var cc in wrapper.ConnectorCollection)
{
// Now it is ContainerPortInstance => Should be changed in the future.
/*
var avmPortInstance = new ContainerPortInstance
{
ID = EnsureComponentIdAttribute(cc),
NameInSourceModel = cc.Name,
};
componentConnectorTargetMapping[cc] = avmPortInstance;
avmTopLevelSystemUnderTest.PortInstance.Add(avmPortInstance);
*/
}
#endregion
avmTestBench.TopLevelSystemUnderTest = avmTopLevelSystemUnderTest;
}
}
#endregion
#region Process TestComponents
foreach (var testComponent in tb.Children.TestComponentCollection)
{
var avmComponentInstance = new avm.ComponentInstance()
{
Name = testComponent.Name,
ID = EnsureComponentIdAttribute(testComponent).ToString(),
ComponentID = testComponent.Guid.ToString("D")
};
#region Component connectors
foreach (var connector in testComponent.Children.ConnectorCollection)
{
var connectorId = EnsureComponentIdAttribute(connector);
var avmComponentConnectorInstance = new avm.ComponentConnectorInstance
{
IDinComponentModel = connector.Attributes.ID,
ID = avmComponentInstance.ID + '-' + connectorId,
};
avmComponentInstance.ConnectorInstance.Add(avmComponentConnectorInstance);
if (!componentConnectorTargetMapping.ContainsKey(connector))
componentConnectorTargetMapping[connector] = avmComponentConnectorInstance;
}
#endregion
#region Process testComponent parameters
foreach (var parameter in testComponent.Children.ParameterCollection)
{
DataTypeEnum xDataType;
if (!ConvertCyPhyDataTypeEnum(parameter.Attributes.DataType, out xDataType)) continue;
var avmPrimitivePropertyInstance = new ComponentPrimitivePropertyInstance()
{
IDinComponentModel = parameter.Attributes.ID.ToString(),
Value = new Value
{
DataType = xDataType,
DataTypeSpecified = true,
DimensionType = DimensionTypeEnum.Scalar,
DimensionTypeSpecified = true,
Dimensions = parameter.Attributes.Dimension,
ID = Guid.NewGuid().ToString("D"),
//parameter.Guid.ToString("D")
}
};
//SetLayoutData(avmPrimitivePropertyInstance, parameter.Impl);
componentValueflowTargetMapping[parameter] = avmPrimitivePropertyInstance;
vftIdCache[parameter] = avmPrimitivePropertyInstance.Value.ID;
avmComponentInstance.PrimitivePropertyInstance.Add(avmPrimitivePropertyInstance);
}
#endregion
#region Process testComponent properties
foreach (var property in testComponent.Children.PropertyCollection)
{
DataTypeEnum xDataType;
if (!ConvertCyPhyDataTypeEnum(property.Attributes.DataType, out xDataType)) continue;
var avmPrimitivePropertyInstance = new ComponentPrimitivePropertyInstance()
{
IDinComponentModel = property.Attributes.ID.ToString(),
Value = new Value
{
DataType = xDataType,
DataTypeSpecified = true,
DimensionType = DimensionTypeEnum.Scalar,
DimensionTypeSpecified = true,
Dimensions = property.Attributes.Dimension,
ID = Guid.NewGuid().ToString("D"), //property.Guid.ToString("D")
}
};
//SetLayoutData(avmPrimitivePropertyInstance, property.Impl);
avmComponentInstance.PrimitivePropertyInstance.Add(avmPrimitivePropertyInstance);
componentValueflowTargetMapping[property] = avmPrimitivePropertyInstance;
vftIdCache[property] = avmPrimitivePropertyInstance.Value.ID;
}
#endregion
SetLayoutData(avmComponentInstance, testComponent.Impl);
avmTestBench.TestComponent.Add(avmComponentInstance);
}
// TODO: not use dynamic, it is just a walkaround while Adam is on vacation
#region Process ConnectorCompositions
foreach (var cc in tb.Children.ConnectorCompositionCollection)
{
var src = cc.SrcEnds.Connector;
var dst = cc.DstEnds.Connector;
if (src != null && dst != null)
{
dynamic avmSrc;
dynamic avmDst;
if (componentConnectorTargetMapping.ContainsKey(src) && componentConnectorTargetMapping.ContainsKey(dst))
{
avmSrc = componentConnectorTargetMapping[src];
avmDst = componentConnectorTargetMapping[dst];
try
{
avmSrc.ConnectorComposition.Add(avmDst.ID);
}
catch (RuntimeBinderException e)
{
avmSrc.PortMap.Add(avmDst.ID);
}
}
}
}
#endregion
#endregion
#region Process Testbench parameters
foreach (var parameter in tb.Children.ParameterCollection)
{
DataTypeEnum xDataType;
if (!ConvertCyPhyDataTypeEnum(parameter.Attributes.DataType, out xDataType)) continue;
var avmParameter = new Parameter
{
ID = parameter.Attributes.ID,
Name = parameter.Name,
Notes = parameter.Attributes.Description,
Value = new Value
{
DataType = xDataType,
DataTypeSpecified = true,
DimensionType = DimensionTypeEnum.Scalar,
DimensionTypeSpecified = true,
Dimensions = parameter.Attributes.Dimension,
ID = Guid.NewGuid().ToString("D"),
//parameter.Guid.ToString("D")
}
};
SetLayoutData(avmParameter, parameter.Impl);
#region Set value expressions / Derived values
if (parameter.SrcConnections.ValueFlowCollection.Any())
{
var vft = parameter.SrcConnections.ValueFlowCollection.First().SrcEnds.ValueFlowTarget;
String idVft = null;
// ContainerPrimitivePropertyInstance cppi = null;
dynamic cppi;
if (componentValueflowTargetMapping.TryGetValue(vft, out cppi))
{
idVft = cppi.Value.ID;
}
else
{
//idVft = GetOrSetID(vft);
}
avmParameter.Value.ValueExpression = new DerivedValue { ValueSource = idVft };
}
else
{
// FixedValue or ParametricValue????
//var avmFixedValue = new FixedValue() {
// Value = parameter.Attributes.Value
//};
var rangeParts = (parameter.Attributes.Range == null || !parameter.Attributes.Range.Contains("..")) ?
new[] { "", "" } :
parameter.Attributes.Range.Split(new[] { ".." }, StringSplitOptions.RemoveEmptyEntries);
if (rangeParts.Count() != 2) rangeParts = new[] { "", "" };
var avmParametricValue = new ParametricValue
{
AssignedValue = new FixedValue { Value = parameter.Attributes.Value },
Default = new FixedValue { Value = parameter.Attributes.DefaultValue },
Maximum = new FixedValue { Value = rangeParts[1] },
Minimum = new FixedValue { Value = rangeParts[0] },
};
avmParameter.Value.ValueExpression = avmParametricValue;
vftIdCache[parameter] = avmParameter.Value.ID;
}
#endregion
avmTestBench.Parameter.Add(avmParameter);
}
#endregion
#region Process Testbench metrics
foreach (var metric in tb.Children.MetricCollection)
{
var avmMetric = new Metric
{
Name = metric.Name,
Notes = metric.Attributes.Description
};
SetLayoutData(avmMetric, metric.Impl);
#region Derived values
// Metric is derived only
if (metric.SrcConnections.ValueFlowCollection.Any())
{
var vft = metric.SrcConnections.ValueFlowCollection.First().SrcEnds.ValueFlowTarget;
String idVft = null;
// ContainerPrimitivePropertyInstance cppi = null;
dynamic cppi;
if (componentValueflowTargetMapping.TryGetValue(vft, out cppi))
{
idVft = cppi.Value.ID;
}
else
{
//idVft = GetOrSetID(vft);
}
avmMetric.Value.ValueExpression = new DerivedValue { ValueSource = idVft };
}
#endregion
avmTestBench.Metric.Add(avmMetric);
}
#endregion
#region Process Testbench Environments (modelica models)
foreach (var env in tb.Children.EnvironmentCollection)
{
var avmModelicaModel = new avm.modelica.ModelicaModel
{
Name = env.Name,
Author = env.Attributes.Author,
Class = env.Attributes.Class,
Notes = env.Attributes.Notes,
UsesResource = env.Attributes.FilePathWithinResource,
};
#region Process modelica connectors
foreach (var mc in env.Children.ModelicaConnectorCollection)
{
var avmModelicaConnector = new avm.modelica.Connector
{
Name = mc.Name,
Class = mc.Attributes.Class,
Definition = mc.Attributes.Definition,
Notes = mc.Attributes.DefinitionNotes,
ID = string.IsNullOrEmpty(mc.Attributes.ID) ? GetOrSetID(mc) : mc.Attributes.ID,
//= mc.Attributes.InstanceNotes,
Locator = mc.Attributes.Locator,
};
avmModelicaModel.Connector.Add(avmModelicaConnector);
SetLayoutData(avmModelicaConnector, mc.Impl);
}
#endregion
avmTestBench.TestStructure.Add(avmModelicaModel);
SetLayoutData(avmModelicaModel, env.Impl);
}
#endregion
#region Process Valueflows/set valueexpressions
// Note: dynamic because of the Testcomponent Properties/Parameters
foreach (var vf in tb.Children.ValueFlowCollection)
{
var srcValueFlow = vf.SrcEnds.ValueFlowTarget;
var dstValueFlow = vf.DstEnds.ValueFlowTarget;
if (componentValueflowTargetMapping.ContainsKey(dstValueFlow))
{
dynamic dstPair = componentValueflowTargetMapping[dstValueFlow];
dstPair.Value.ValueExpression = new avm.DerivedValue
{
ValueSource = vftIdCache[srcValueFlow]
};
}
}
#endregion
#region Process PortCompositions
foreach (var pc in tb.Children.PortCompositionCollection)
{
var src = pc.SrcEnds.ModelicaConnector;
var dst = pc.DstEnds.ModelicaConnector;
/*
if (src != null & dst != null)
{
ContainerPortInstance avmSrc;
ContainerPortInstance avmDst;
if (modelicaConnectorCache.ContainsKey(src))
{
avmSrc = modelicaConnectorCache[src];
avmSrc.PortMap.Add(dst.Attributes.ID);
}
else if (modelicaConnectorCache.ContainsKey(dst))
{
avmDst = modelicaConnectorCache[dst];
avmDst.PortMap.Add(src.Attributes.ID);
}
}
*/
}
#endregion
#region Process Workflows
var workflowRef = tb.Children.WorkflowRefCollection.FirstOrDefault();
if (workflowRef != null)
{
var referred = workflowRef.Referred;
if (referred != null && referred!=null)
{
var workflow = referred.Workflow;
var avmWorkflow = new Workflow
{
Name = workflow.Name,
};
avmTestBench.Workflow = avmWorkflow;
SetLayoutData(avmWorkflow, workflowRef.Impl);
var allTasks = workflow.Children.TaskBaseCollection.ToList();
// Get the first task
var currentTask = allTasks.FirstOrDefault(x => !x.SrcConnections.FlowCollection.Any());
if (currentTask != null)
{
do
{
// Create avm workflow tasks
if (currentTask is CyPhy.Task)
{
var cyphyTask = (CyPhy.Task)currentTask;
var avmTask = new InterpreterTask
{
Name = cyphyTask.Name,
COMName = cyphyTask.Attributes.COMName,
Parameters = cyphyTask.Attributes.Parameters
};
avmWorkflow.Task.Add(avmTask);
SetLayoutData(avmTask, cyphyTask.Impl);
}
else if (currentTask is CyPhy.ExecutionTask)
{
var cyphyTask = (CyPhy.ExecutionTask)currentTask;
var avmTask = new ExecutionTask
{
Name = cyphyTask.Name,
Description = cyphyTask.Attributes.Description,
Invocation = cyphyTask.Attributes.Invocation,
//TODO: Ask adam about these:
// = cyphyTask.Attributes.Parameters
// = cyphyTask.Attributes.PostProcess
// = cyphyTask.Attributes.PreProcess
};
SetLayoutData(avmTask, cyphyTask.Impl);
avmWorkflow.Task.Add(avmTask);
}
else
{
// ToDo: Give a warning
break;
}
// Next edge
var nextFlow = currentTask.DstConnections.FlowCollection.FirstOrDefault();
// No more outgoing edge
if (nextFlow == null) break;
currentTask = nextFlow.DstEnds.TaskBase;
// No element at the end of the edge
// ToDo: Give a warning
} while (currentTask != null);
}
}
}
#endregion
#region Process Settings
foreach (var settings in tb.Children.SolverSettingsCollection)
{
var intervalMethod = AvmModelicaIntervalMethodMapping.FirstOrDefault(x => x.Item1 == settings.Attributes.IntervalMethod);
var jobManagerToolSelection = AvmModelicaJobManagerToolSelectionMapping.FirstOrDefault(x => x.Item1 == settings.Attributes.JobManagerToolSelection);
var avmSettings = new avm.modelica.SolverSettings
{
IntervalLength = settings.Attributes.IntervalLength,
IntervalLengthSpecified = true,
// TODO: Give warning
IntervalMethod = intervalMethod!=null?intervalMethod.Item2:avm.modelica.IntervalMethod.IntervalLength,
// TODO: Give warning
JobManagerToolSelection = jobManagerToolSelection!=null?jobManagerToolSelection.Item2:avm.modelica.JobManagerToolSelection.Dymola_latest,
JobManagerToolSelectionSpecified = true,
NumberOfIntervals = settings.Attributes.NumberOfIntervals,
NumberOfIntervalsSpecified = true,
Solver = settings.Attributes.Solver.ToString(),
StartTime = settings.Attributes.StartTime,
StartTimeSpecified = true,
StopTime = settings.Attributes.StartTime,
StopTimeSpecified = true,
Tolerance = settings.Attributes.Tolerance,
ToleranceSpecified = true,
ToolSpecificAnnotations = settings.Attributes.ToolSpecificAnnotations
};
avmTestBench.Settings.Add(avmSettings);
}
#endregion
return avmTestBench;
}
