public static MohawkCollege.EHR.gpmr.COR.SubSystem Parse(GlobalStaticModel p)
{
MohawkCollege.EHR.gpmr.COR.SubSystem retVal = Parse(p as Package);
// Backup copyright
string copy = retVal.Documentation.Copyright;
// Parse documentation
if (p.Annotations != null)
retVal.Documentation = DocumentationParser.Parse(p.Annotations.Documentation);
else
retVal.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
retVal.Documentation.Copyright = copy;
UpdateLegalInfo(retVal.Documentation, p.Header);
// TODO: AppInfo here
// Business name of the entry point overrides the business name of the subsystem
if (retVal.BusinessName == null && p.OwnedEntryPoint != null && p.OwnedEntryPoint[0].BusinessName != null)
foreach (BusinessName bn in p.OwnedEntryPoint[0].BusinessName)
if (bn.Language == MifCompiler.Language || bn.Language == "")
retVal.BusinessName = bn.Name;
// Fire parsed event. This will trigger any class repositories in the current app domain
// to add the feature to their repository
retVal.FireParsed();
return retVal;
}
/// <summary>
/// Create a class element
/// </summary>
/// <param name="modelElement"></param>
/// <param name="gsm"></param>
/// <returns></returns>
private ModelElement CreateFlatModelElement(MohawkCollege.EHR.HL7v3.MIF.MIF20.ModelElement modelElement, GlobalStaticModel gsm)
{
if (modelElement is SerializedClass)
return CreateFlatClass(modelElement as SerializedClass, gsm);
else if (modelElement is SerializedCommonModelElementRef)
return CreateFlatCMETRef(modelElement as SerializedCommonModelElementRef, gsm);
else
return modelElement;
}
/// <summary>
/// Create a flat CMET Ref
/// </summary>
private ModelElement CreateFlatCMETRef(SerializedCommonModelElementRef serializedCommonModelElementRef, GlobalStaticModel gsm)
{
CommonModelElementRef retVal = new CommonModelElementRef()
{
Annotations = serializedCommonModelElementRef.Annotations,
BusinessName = serializedCommonModelElementRef.BusinessName,
CmetName = serializedCommonModelElementRef.CmetName ?? serializedCommonModelElementRef.Name,
DerivedFrom = serializedCommonModelElementRef.DerivedFrom,
IsAbstract = serializedCommonModelElementRef.IsAbstract,
Name = serializedCommonModelElementRef.Name,
SortKey = serializedCommonModelElementRef.SortKey,
SupplierStructuralDomain = serializedCommonModelElementRef.SupplierStructuralDomain
};
retVal.Argument = new List<ClassBindingArgument>(10);
return retVal;
}
/// <summary>
/// Create specialization children
/// </summary>
private List<ClassGeneralization> CreateSpecializationChildren(List<SerializedClassGeneralization> childSpecializations, GlobalStaticModel ownedModel)
{
List<ClassGeneralization> retVal = new List<ClassGeneralization>(childSpecializations.Count);
// Iterate through specializations
foreach (var child in childSpecializations)
{
// Create class generialization
ClassGeneralization cg = new ClassGeneralization()
{
Annotations = child.Annotations,
Conformance = child.Conformance,
IsMandatory = child.IsMandatory,
SortKey = child.SortKey
};
var classItem = CreateFlatModelElement(child.SpecializedClass.Content as ModelElement, ownedModel);
if (classItem is Class)
cg.ChildClassName = (classItem as Class).Name;
else if (classItem is CommonModelElementRef)
Trace.WriteLine("fixme: Don't support CMET refs here", "warn"); // TODO: Create a common model element ref thingy here
ownedModel.OwnedClass.Add(new ClassElement() { Choice = classItem });
retVal.Add(cg);
}
return retVal;
}
/// <summary>
/// Create flat associations from the serialized models
/// </summary>
private IEnumerable<Association> CreateFlatAssociations(List<SerializedAssociationEnd> associations, GlobalStaticModel ownedModel)
{
List<Association> retVal = new List<Association>(associations.Count);
foreach (var assoc in associations)
{
// Conver the serialized association to flat association
Association flatAssoc = new Association()
{
Annotations = assoc.Annotations,
SortKey = assoc.SortKey
};
flatAssoc.Ends = new List<Relationship>() { assoc.SourceConnection.Content };
// Since a flat association simply points to a class name, we need to add the serialized class to the
// owned model as a class and reference it by name
var classItem = CreateFlatModelElement(assoc.TargetConnection.ParticipantClass.Content as ModelElement, ownedModel);
string assocName = null;
if (classItem is Class)
assocName = (classItem as Class).Name;
else if(classItem is CommonModelElementRef)
assocName = (classItem as CommonModelElementRef).Name;
flatAssoc.Ends.Add(new AssociationEnd()
{
Annotations = assoc.TargetConnection.Annotations,
BusinessName = assoc.TargetConnection.BusinessName,
ChoiceItem = assoc.TargetConnection.ChoiceItem,
Conformance = assoc.TargetConnection.Conformance,
DerivedFrom = assoc.TargetConnection.DerivedFrom,
IsMandatory = assoc.TargetConnection.IsMandatory,
MaximumMultiplicity = assoc.TargetConnection.MaximumMultiplicity,
MinimumMultiplicity = assoc.TargetConnection.MinimumMultiplicity,
Name = assoc.TargetConnection.Name,
ParticipantClassName = assocName,
ReferenceHistory = assoc.TargetConnection.ReferenceHistory,
SortKey = assoc.TargetConnection.SortKey,
UpdateModeDefault = assoc.TargetConnection.UpdateModeDefault,
UpdateModesAllowed = assoc.TargetConnection.UpdateModesAllowed
});
ownedModel.OwnedClass.Add(new ClassElement() { Choice = classItem });
retVal.Add(flatAssoc);
}
return retVal;
}
/// <summary>
/// Create a flat class from a serialized class
/// </summary>
private Class CreateFlatClass(SerializedClass serializedClass, GlobalStaticModel ownedModel)
{
// Convert SerializedClass to regular class
Class cele = new Class()
{
Annotations = serializedClass.Annotations,
Attribute = serializedClass.Attribute,
Behavior = serializedClass.Behavior,
BusinessName = serializedClass.BusinessName,
Container = ownedModel,
DerivedFrom = serializedClass.DerivedFrom,
InterestedCommittee = serializedClass.InterestedCommittee,
IsAbstract = serializedClass.IsAbstract,
Name = serializedClass.Name,
SortKey = serializedClass.SortKey,
StewardCommittee = serializedClass.StewardCommittee,
SupplierStructuralDomain = serializedClass.SupplierStructuralDomain
};
cele.SpecializationChild = CreateSpecializationChildren(serializedClass.SpecializationChild, ownedModel);
// Process associations
if (serializedClass.Association != null)
{
if(ownedModel.OwnedAssociation == null)
ownedModel.OwnedAssociation = new List<Association>(serializedClass.Association.Count);
// Create owned associations
ownedModel.OwnedAssociation.AddRange(CreateFlatAssociations(serializedClass.Association, ownedModel));
}
return cele;
}