/// <summary>
/// Processes the node references to calculate all relevant properties. Must be called after finishing import of all the parent models.
/// </summary>
/// <param name="nodeFactory">The node container.</param>
/// <param name="traceEvent">A delegate <see cref="Action{TraceMessage}"/> encapsulates an action to report any errors and trace processing progress.</param>
internal void CalculateNodeReferences(INodeFactory nodeFactory, Action <TraceMessage> traceEvent)
{
m_ModelingRule = new Nullable <ModelingRules>();
List <UAReferenceContext> _children = new List <UAReferenceContext>();
Dictionary <string, UANodeContext> _derivedChildren = null;
foreach (UAReferenceContext _rfx in m_AddressSpaceContext.GetMyReferences(this))
{
switch (_rfx.ReferenceKind)
{
case ReferenceKindEnum.Custom:
XmlQualifiedName _ReferenceType = _rfx.GetReferenceTypeName(traceEvent);
if (_ReferenceType == XmlQualifiedName.Empty)
{
BuildError _err = BuildError.DanglingReferenceTarget;
traceEvent(TraceMessage.BuildErrorTraceMessage(_err, "Information"));
}
IReferenceFactory _or = nodeFactory.NewReference();
_or.IsInverse = !_rfx.Reference.IsForward;
_or.ReferenceType = _ReferenceType;
_or.TargetId = _rfx.BrowsePath(traceEvent);
break;
case ReferenceKindEnum.HasComponent:
if (_rfx.SourceNodeContext == this)
{
_children.Add(_rfx);
}
break;
case ReferenceKindEnum.HasProperty:
if ((_rfx.SourceNodeContext == this) && (!(_rfx.SourceNodeContext.UANode is UADataType) || _rfx.TargetNodeContext.UANode.BrowseName.CompareTo("EnumStrings") != 0))
{
_children.Add(_rfx);
}
break;
case ReferenceKindEnum.HasModellingRule:
m_ModelingRule = _rfx.GetModelingRule();
break;
case ReferenceKindEnum.HasSubtype: //TODO Part 3 7.10 HasSubtype - add test cases #35
m_BaseTypeNode = _rfx.SourceNodeContext;
break;
case ReferenceKindEnum.HasTypeDefinition: //Recognize problems with P3.7.13 HasTypeDefinition ReferenceType #39
m_BaseTypeNode = _rfx.TargetNodeContext;
_derivedChildren = _rfx.TargetNodeContext.GetDerivedChildren();
Debug.Assert(!IsProperty, "Has property ");
m_IsProperty = _rfx.TargetNodeContext.IsPropertyVariableType;
break;
}
}
_children = _children.Where <UAReferenceContext>(x => _derivedChildren == null || !_derivedChildren.ContainsKey(x.TargetNodeContext.m_BrowseName.Name)).ToList <UAReferenceContext>();
foreach (UAReferenceContext _rc in _children)
{
Validator.ValidateExportNode(_rc.TargetNodeContext, nodeFactory, _rc, traceEvent);
}
}
private static void CreateModelDesignStub(INodeContainer factory)
{
BuildError _err = BuildError.DanglingReferenceTarget;
IPropertyInstanceFactory _pr = factory.AddNodeFactory <IPropertyInstanceFactory>();
_pr.SymbolicName = new XmlQualifiedName(string.Format("{0}{1}", _err.Focus.ToString(), m_ErrorNumber++), "http://commsvr.com/OOIUA/SemanticData/UANodeSetValidation");
_pr.AddDescription("en-en", _err.Descriptor);
_pr.AddDisplayName("en-en", string.Format("ERROR{0}", m_ErrorNumber));
}
/// <summary>
/// Validates <paramref name="nodeContext"/> and exports it using an object of <see cref="IModelFactory"/> type.
/// </summary>
/// <param name="nodeContext">The node context to be validated and exported.</param>
/// <param name="exportFactory">A model export factory.</param>
/// <param name="parentReference">The reference to parent node.</param>
/// <param name="traceEvent">The trace event.</param>
/// <returns>An object of <see cref="INodeFactory"/>.</returns>
internal static void ValidateExportNode(IUANodeBase nodeContext, INodeContainer exportFactory, UAReferenceContext parentReference, Action <TraceMessage> traceEvent)
{
Debug.Assert(nodeContext != null, "Validator.ValidateExportNode the argument nodeContext is null.");
//TODO Handle HasComponent ReferenceType errors. #42
if (nodeContext.UANode == null)
{
string _msg = string.Format("The node {0} is undefined", nodeContext.NodeIdContext);
BuildError _be = null;
if (parentReference == null || parentReference.ReferenceKind == ReferenceKindEnum.HasProperty)
{
_be = BuildError.UndefinedHasPropertyTarget;
}
else
{
_be = BuildError.UndefinedHasComponentTarget;
}
TraceMessage _traceMessage = TraceMessage.BuildErrorTraceMessage(_be, _msg);
traceEvent(_traceMessage);
CreateModelDesignStub(exportFactory);
}
else
{
string nodeType = nodeContext.UANode.GetType().Name;
switch (nodeType)
{
case "UAReferenceType":
CreateNode <IReferenceTypeFactory, UAReferenceType>(exportFactory.AddNodeFactory <IReferenceTypeFactory>, nodeContext, (x, y) => Update(x, y, traceEvent), UpdateType, traceEvent);
break;
case "UADataType":
CreateNode <IDataTypeFactory, UADataType>(exportFactory.AddNodeFactory <IDataTypeFactory>, nodeContext, (x, y) => Update(x, y, nodeContext.UAModelContext, traceEvent), UpdateType, traceEvent);
break;
case "UAVariableType":
CreateNode <IVariableTypeFactory, UAVariableType>(exportFactory.AddNodeFactory <IVariableTypeFactory>, nodeContext, (x, y) => Update(x, y, nodeContext, traceEvent), UpdateType, traceEvent);
break;
case "UAObjectType":
CreateNode <IObjectTypeFactory, UAObjectType>(exportFactory.AddNodeFactory <IObjectTypeFactory>, nodeContext, Update, UpdateType, traceEvent);
break;
case "UAView":
CreateNode <IViewInstanceFactory, UAView>(exportFactory.AddNodeFactory <IViewInstanceFactory>, nodeContext, (x, y) => Update(x, y, traceEvent), UpdateInstance, traceEvent);
break;
case "UAMethod":
CreateNode <IMethodInstanceFactory, UAMethod>(exportFactory.AddNodeFactory <IMethodInstanceFactory>, nodeContext, (x, y) => Update(x, y, nodeContext, parentReference, traceEvent), UpdateInstance, traceEvent);
break;
case "UAVariable":
if (parentReference == null || parentReference.ReferenceKind == ReferenceKindEnum.HasProperty)
{
CreateNode <IPropertyInstanceFactory, UAVariable>(exportFactory.AddNodeFactory <IPropertyInstanceFactory>, nodeContext, (x, y) => Update(x, y, nodeContext, parentReference, traceEvent), UpdateInstance, traceEvent);
}
else
{
CreateNode <IVariableInstanceFactory, UAVariable>(exportFactory.AddNodeFactory <IVariableInstanceFactory>, nodeContext, (x, y) => Update(x, y, nodeContext, parentReference, traceEvent), UpdateInstance, traceEvent);
}
break;
case "UAObject":
CreateNode <IObjectInstanceFactory, UAObject>(exportFactory.AddNodeFactory <IObjectInstanceFactory>, nodeContext, (x, y) => Update(x, y, traceEvent), UpdateInstance, traceEvent);
break;
default:
Debug.Assert(false, "Wrong node type");
break;
}
}
}
/// <summary>
/// Processes the node references to calculate all relevant properties. Must be called after finishing import of all the parent models.
/// </summary>
/// <param name="nodeFactory">The node container.</param>
/// <param name="validator">The validator.</param>
/// <exception cref="ArgumentNullException"><paramref name="nodeFactory"/> must not be null.</exception>
void IUANodeBase.CalculateNodeReferences(INodeFactory nodeFactory, IValidator validator)
{
if (nodeFactory == null)
{
throw new ArgumentNullException(nameof(nodeFactory), $"{nodeFactory} must not be null in {nameof(IUANodeBase.CalculateNodeReferences)}");
}
if (validator is null)
{
throw new ArgumentNullException(nameof(validator), $"{nameof(validator)} must not be null in {nameof(IUANodeBase.CalculateNodeReferences)}");
}
List <UAReferenceContext> _children = new List <UAReferenceContext>();
foreach (UAReferenceContext _rfx in m_AddressSpaceContext.GetMyReferences(this))
{
switch (_rfx.ReferenceKind)
{
case ReferenceKindEnum.Custom:
XmlQualifiedName _ReferenceType = _rfx.GetReferenceTypeName();
if (_ReferenceType == XmlQualifiedName.Empty)
{
BuildError _err = BuildError.DanglingReferenceTarget;
Log.TraceEvent(TraceMessage.BuildErrorTraceMessage(_err, "Information"));
}
IReferenceFactory _or = nodeFactory.NewReference();
_or.IsInverse = !_rfx.Reference.IsForward;
_or.ReferenceType = _ReferenceType;
_or.TargetId = _rfx.BrowsePath();
break;
case ReferenceKindEnum.HasComponent:
if (_rfx.SourceNode == this)
{
_children.Add(_rfx);
}
break;
case ReferenceKindEnum.HasProperty:
if ((_rfx.SourceNode == this) && (_rfx.SourceNode.UANode.NodeClassEnum != NodeClassEnum.UADataType))
{
_children.Add(_rfx);
}
break;
case ReferenceKindEnum.HasModellingRule:
break;
case ReferenceKindEnum.HasSubtype:
break;
case ReferenceKindEnum.HasTypeDefinition: //Recognize problems with P3.7.13 HasTypeDefinition ReferenceType #39
IsProperty = _rfx.TargetNode.IsPropertyVariableType;
break;
}
}
Dictionary <string, IUANodeBase> _derivedChildren = m_BaseTypeNode == null ? new Dictionary <string, IUANodeBase>() : m_BaseTypeNode.GetDerivedInstances();
foreach (UAReferenceContext _rc in _children)
{
try
{
IUANodeBase _instanceDeclaration = null;
if (!string.IsNullOrEmpty(_rc.TargetNode.BrowseName.Name))
{
_instanceDeclaration = _derivedChildren.ContainsKey(_rc.TargetNode.BrowseName.Name) ? _derivedChildren[_rc.TargetNode.BrowseName.Name] : null;
}
if (_rc.TargetNode.Equals(_instanceDeclaration))
{
continue;
}
_rc.TargetNode.RemoveInheritedValues(_instanceDeclaration);
validator.ValidateExportNode(_rc.TargetNode, nodeFactory, _rc);
}
catch (Exception) { throw; }
}
}
/// <summary>
/// Validates <paramref name="nodeContext" /> and exports it using an object of <see cref="IModelFactory" /> type.
/// </summary>
/// <param name="nodeContext">The node context to be validated and exported.</param>
/// <param name="exportFactory">A model export factory.</param>
/// <param name="parentReference">The reference to parent node.</param>
/// <exception cref="ApplicationException">In {nameof(ValidateExportNode)}</exception>
public void ValidateExportNode(IUANodeBase nodeContext, INodeContainer exportFactory, UAReferenceContext parentReference)
{
Debug.Assert(nodeContext != null, "Validator.ValidateExportNode the argument nodeContext is null.");
//TODO Handle HasComponent ReferenceType errors. #42
if (Object.ReferenceEquals(nodeContext.UANode, null))
{
string _msg = string.Format("The node {0} is undefined", nodeContext.NodeIdContext);
BuildError _be = null;
if (parentReference == null || parentReference.ReferenceKind == ReferenceKindEnum.HasProperty)
{
_be = BuildError.UndefinedHasPropertyTarget;
}
else
{
_be = BuildError.UndefinedHasComponentTarget;
}
TraceMessage _traceMessage = TraceMessage.BuildErrorTraceMessage(_be, _msg);
Log.TraceEvent(_traceMessage);
CreateModelDesignStub(exportFactory);
}
else
{
switch (nodeContext.UANode.NodeClassEnum)
{
case NodeClassEnum.UADataType:
CreateNode <IDataTypeFactory, UADataType>(exportFactory.AddNodeFactory <IDataTypeFactory>, nodeContext, (x, y) => Update(x, y), UpdateType);
break;
case NodeClassEnum.UAMethod:
CreateNode <IMethodInstanceFactory, UAMethod>(exportFactory.AddNodeFactory <IMethodInstanceFactory>, nodeContext, (x, y) => Update(x, y, parentReference), UpdateInstance);
break;
case NodeClassEnum.UAObject:
CreateNode <IObjectInstanceFactory, UAObject>(exportFactory.AddNodeFactory <IObjectInstanceFactory>, nodeContext, (x, y) => Update(x, y), UpdateInstance);
break;
case NodeClassEnum.UAObjectType:
CreateNode <IObjectTypeFactory, UAObjectType>(exportFactory.AddNodeFactory <IObjectTypeFactory>, nodeContext, Update, UpdateType);
break;
case NodeClassEnum.UAReferenceType:
CreateNode <IReferenceTypeFactory, UAReferenceType>(exportFactory.AddNodeFactory <IReferenceTypeFactory>, nodeContext, (x, y) => Update(x, y), UpdateType);
break;
case NodeClassEnum.UAVariable:
if (parentReference.ReferenceKind == ReferenceKindEnum.HasProperty)
{
CreateNode <IPropertyInstanceFactory, UAVariable>(exportFactory.AddNodeFactory <IPropertyInstanceFactory>, nodeContext, (x, y) => Update(x, y, nodeContext, parentReference), UpdateInstance);
}
else
{
CreateNode <IVariableInstanceFactory, UAVariable>(exportFactory.AddNodeFactory <IVariableInstanceFactory>, nodeContext, (x, y) => Update(x, y, nodeContext, parentReference), UpdateInstance);
}
break;
case NodeClassEnum.UAVariableType:
CreateNode <IVariableTypeFactory, UAVariableType>(exportFactory.AddNodeFactory <IVariableTypeFactory>, nodeContext, (x, y) => Update(x, y), UpdateType);
break;
case NodeClassEnum.UAView:
CreateNode <IViewInstanceFactory, UAView>(exportFactory.AddNodeFactory <IViewInstanceFactory>, nodeContext, (x, y) => Update(x, y), UpdateInstance);
break;
case NodeClassEnum.Unknown:
throw new ApplicationException($"In {nameof(ValidateExportNode)} unexpected NodeClass value");
}
}
}
/// <summary>
/// creates new <see cref="TraceMessage" /> to be used for diagnostic purpose
/// </summary>
/// <param name="error">The <see cref="BuildError"/> to be added to the <see cref="TraceMessage"/>.</param>
/// <param name="message">The new <see cref="TraceMessage" /> containing the <paramref name="message" />.</param>
/// <returns>The new <see cref="TraceMessage" /> diagnostic message.</returns>
public static TraceMessage BuildErrorTraceMessage(BuildError error, string message)
{
return new TraceMessage(error, TraceEventType.Information, message);
}
private TraceMessage(BuildError buildError, TraceEventType traceLevel, string message)
{
BuildError = buildError;
TraceLevel = traceLevel;
Message = message;
}
private TraceMessage(BuildError buildError, TraceEventType traceLevel, string message)
{
BuildError = buildError;
TraceLevel = traceLevel;
Message = message;
}
/// <summary>
/// Returns a <see cref="System.String" /> that represents this instance.
/// </summary>
/// <returns>A <see cref="System.String" /> that represents this instance.</returns>
public override string ToString()
{
return(String.Format("Trace: {0}, Error {1} {2}", TraceLevel, BuildError.ToString(), Message));
}
/// <summary>
/// creates new <see cref="TraceMessage" /> to be used for diagnostic purpose
/// </summary>
/// <param name="error">The <see cref="BuildError"/> to be added to the <see cref="TraceMessage"/>.</param>
/// <param name="message">The new <see cref="TraceMessage" /> containing the <paramref name="message" />.</param>
/// <returns>The new <see cref="TraceMessage" /> diagnostic message.</returns>
public static TraceMessage BuildErrorTraceMessage(BuildError error, string message)
{
return(new TraceMessage(error, TraceEventType.Information, message));
}
