private string CreateStructureAttribute(Class cls)
{
StringBuilder sb = new StringBuilder("[Structure(");
sb.AppendFormat("Name = \"{0}\", StructureType = StructureAttribute.StructureAttributeType.MessageType, IsEntryPoint = {1}, Model=\"{2}\", Publisher={3} )]", cls.Name,
cls.ContainerPackage.EntryPoint.Exists(o => o.Name == cls.Name) ? "true" : "false", cls.ContainerName, cls.Documentation != null ? "\"" + cls.Documentation.Copyright + "\"" : "null");
return sb.ToString();
}
private void CascadeGenerics(MohawkCollege.EHR.gpmr.COR.Class cls, Stack <string> CurrentlyProcessing)
{
if (cls == null || CurrentlyProcessing.Contains(cls.Name)) // Something to process and we aren't already processing it
{
return;
}
// Push on the current class
CurrentlyProcessing.Push(cls.Name);
foreach (ClassContent cc in cls.Content)
{
if (cc is Property)
{
// Now set the generics of the class to this
if ((cc as Property).Type.Class == null)
{
continue; // Base datatype so don't worry
}
CascadeGenerics((cc as Property).Type.Class, CurrentlyProcessing);
foreach (TypeParameter p in (cc as Property).Type.Class.TypeParameters ?? new List <TypeParameter>())
{
cls.AddTypeParameter(p);
(cc as Property).Type.AddGenericSupplier(p.ParameterName, p);
}
}
}
CurrentlyProcessing.Pop(); // Pop off the current class
}
internal static MohawkCollege.EHR.gpmr.COR.Class Parse(ClassBase cls, string vocabularyBindingRealm, ClassRepository cr, Dictionary <string, Package> derivationSuppliers)
{
// Return value
MohawkCollege.EHR.gpmr.COR.Class retVal = new MohawkCollege.EHR.gpmr.COR.Class();
// Name of the class
retVal.Name = cls.Name;
// Identify where this class came from
retVal.DerivedFrom = cls;
// Set the business name
foreach (BusinessName bn in cls.BusinessName)
{
if (bn.Language == MifCompiler.Language || bn.Language == null)
{
retVal.BusinessName = bn.Name;
}
}
// Set the documentation & Copyright
retVal.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
if (cls.Annotations != null)
{
retVal.Documentation = DocumentationParser.Parse(cls.Annotations.Documentation);
}
if (cls.Container.Header.Copyright != null)
{
retVal.Documentation.Copyright = string.Format("Copyright (C){0}, {1}", cls.Container.Header.Copyright.Year,
cls.Container.Header.Copyright.Owner);
}
// Set abstractiveness of the class
retVal.IsAbstract = cls.IsAbstract;
// Sort the properties and add them to the class
cls.Attribute.Sort(new ClassAttribute.Comparator());
retVal.Content = new List <ClassContent>();
foreach (ClassAttribute ca in cls.Attribute)
{
if (ca.Conformance == ConformanceKind.NotPermitted)
{
continue;
}
MohawkCollege.EHR.gpmr.COR.Property prp = PropertyParser.Parse(ca, vocabularyBindingRealm, cr, derivationSuppliers);
prp.Container = retVal;
retVal.AddContent(prp);
}
// Set sort key
retVal.SortKey = cls.SortKey;
// Return
return(retVal);
}
internal static MohawkCollege.EHR.gpmr.COR.Class Parse(ClassBase cls, string vocabularyBindingRealm, ClassRepository cr, Dictionary<string, Package> derivationSuppliers)
{
// Return value
MohawkCollege.EHR.gpmr.COR.Class retVal = new MohawkCollege.EHR.gpmr.COR.Class();
// Name of the class
retVal.Name = cls.Name;
// Identify where this class came from
retVal.DerivedFrom = cls;
// Set the business name
foreach (BusinessName bn in cls.BusinessName)
if (bn.Language == MifCompiler.Language || bn.Language == null)
retVal.BusinessName = bn.Name;
// Set the documentation & Copyright
retVal.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
if(cls.Annotations != null)
retVal.Documentation = DocumentationParser.Parse(cls.Annotations.Documentation);
if (cls.Container.Header.Copyright != null)
retVal.Documentation.Copyright = string.Format("Copyright (C){0}, {1}", cls.Container.Header.Copyright.Year,
cls.Container.Header.Copyright.Owner);
// Set abstractiveness of the class
retVal.IsAbstract = cls.IsAbstract;
// Sort the properties and add them to the class
cls.Attribute.Sort(new ClassAttribute.Comparator());
retVal.Content = new List<ClassContent>();
foreach (ClassAttribute ca in cls.Attribute)
{
if (ca.Conformance == ConformanceKind.NotPermitted) continue;
MohawkCollege.EHR.gpmr.COR.Property prp = PropertyParser.Parse(ca, vocabularyBindingRealm, cr,derivationSuppliers);
prp.Container = retVal;
retVal.AddContent(prp);
}
// Set sort key
retVal.SortKey = cls.SortKey;
// Return
return retVal;
}
public static List<String> MapInterfaces(Class c, string ownerNs)
{
List<String> retVal = new List<string>();
// Find which interfaces this class implements
foreach(var iface in s_heuristicData.Interfaces)
{
bool matches = true;
Enumeration supplierDomain = null;
foreach (var prop in iface.Properties)
{
Property p = c.Content.Find(o => (o is Property) && (o as Property).Type.Name != null &&
(o as Property).Type.Name.ToLower() + "." + o.Name.ToLower() == prop.DataType.ToLower() + "." + prop.Name.ToLower() &&
(o.MaxOccurs == "1" || o.MaxOccurs != "1" && prop.Name.StartsWith("LIST"))) as Property;
matches &= p != null;
if(matches)
supplierDomain = p.SupplierDomain;
}
// Determine if match was found
if (matches)
{
if (!String.IsNullOrEmpty(iface.GenericParameter))
{
string rv = iface.Name;
if (supplierDomain != null &&
!String.IsNullOrEmpty(EnumerationRenderer.WillRender(supplierDomain)))
{
if (retVal.Contains(rv))
retVal.Remove(rv);
rv += String.Format("<{1}>", ownerNs, EnumerationRenderer.WillRender(supplierDomain));
retVal.Add(rv);
}
}
else
retVal.Add(iface.Name);
}
}
return retVal;
}
/// <summary>
/// Generate the complex type
/// </summary>
/// <param name="cls">The class to generate the complex type for</param>
/// <param name="prefix">The prefix namespace for the class</param>
/// <param name="genericParameters">Generic parameters</param>
private XmlSchemaComplexType GenerateComplexType(Class cls, string prefix, List<TypeReference> genericParameters, List<String> includedModels, List<TypeReference> additionalCompileTargets)
{
if (cls != null && genericParameters != null && cls.TypeParameters != null && cls.TypeParameters.Count != genericParameters.Count)
return null;
if (cls == null)
{
Trace.WriteLine("Cannot generate complex type for null class", "error");
return null;
}
// Create the complex type
XmlSchemaComplexType complexType = new XmlSchemaComplexType()
{
Name = prefix != null ? String.Format("{0}.{1}.{2}", prefix, cls.ContainerName, cls.Name) : String.Format("{0}.{1}", cls.ContainerName, cls.Name),
IsAbstract = cls.IsAbstract
};
// Populate documentation for the type
if (!Documentation.IsEmpty(cls.Documentation))
{
XmlSchemaDocumentation documentation = new XmlSchemaDocumentation();
XmlDocument documentationMarkup = new XmlDocument();
documentationMarkup.LoadXml("<div xmlns=\"http://www.w3.org/1999/xhtml\">" + cls.Documentation.ToString() + "</div>");
documentation.Markup = new List<XmlNode>(documentationMarkup.ChildNodes.Cast<XmlNode>()).ToArray();
complexType.Annotation = new XmlSchemaAnnotation();
complexType.Annotation.Items.Add(documentation);
}
// Complex Content
XmlSchemaComplexContentExtension content = new XmlSchemaComplexContentExtension();
// Null flavors and stuff
if (cls.BaseClass != null)
{
// Add the import for model
if (!includedModels.Contains(cls.BaseClass.Class.ContainerName))
includedModels.Add(cls.BaseClass.Class.ContainerName);
// Set the extension
content.BaseTypeName = new XmlQualifiedName(cls.BaseClass.Name, targetNs);
}
else if(cls.CreateTypeReference().Name != baseClass)
content.BaseTypeName = new XmlQualifiedName(baseClass, targetNs);
// Sequence
XmlSchemaSequence sequence = new XmlSchemaSequence();
// Iterate through content
foreach (ClassContent cc in cls.Content)
{
if (cc is Property)
{
Property property = cc as Property;
TypeReference realReference = property.Type.Class == null && genericParameters != null ? genericParameters.Find(o => o is TypeParameter && (o as TypeParameter).ParameterName == property.Type.Name) : property.Type;
// Is this a property that really represents a choice?
// This sometimes happens when a property (namely ACT) points to an
// abstract class that has many different sub-traversals...
if (realReference != null &&
realReference.Class != null &&
realReference.Class.IsAbstract) // Choice
{
XmlSchemaChoice propertyChoice = new XmlSchemaChoice()
{
MinOccursString = property.MinOccurs,
MaxOccursString = property.MaxOccurs == "*" ? "unbounded" : property.MaxOccurs
};
List<XmlSchemaElement> elements = CreateChoice(property, realReference.Class, genericParameters, prefix, includedModels, additionalCompileTargets);
foreach (XmlSchemaElement ele in elements)
propertyChoice.Items.Add(ele);
sequence.Items.Add(propertyChoice);
}
else // The property is really a property
switch (property.PropertyType)
{
case Property.PropertyTypes.Structural:
content.Attributes.Add(CreateAttribute(property));
break;
default:
sequence.Items.Add(CreateElement(property, genericParameters, prefix, includedModels, additionalCompileTargets));
break;
}
}
else if (cc is Choice)
{
// Render the choice
XmlSchemaChoice choice = new XmlSchemaChoice()
{
MinOccursString = cc.MinOccurs,
MaxOccursString = cc.MaxOccurs == "*" ? "unbounded" : cc.MaxOccurs
};
List<XmlSchemaElement> elements = CreateChoice(cc as Choice, genericParameters, prefix, includedModels, additionalCompileTargets);
foreach (XmlSchemaElement element in elements)
choice.Items.Add(element);
sequence.Items.Add(choice);
}
}
// Now for the inherited classes, these could also be sent
if (cls.SpecializedBy.Count > 0)
{
XmlSchemaChoice childChoice = new XmlSchemaChoice();
//// Generate a choice for all child elements
//List<XmlSchemaElement> elements = GenerateChildChoices(cls, genericParameters, prefix, includedModels, additionalCompileTargets);
//foreach (XmlSchemaElement ele in elements)
// childChoice.Items.Add(ele);
}
content.Particle = sequence; // Sequence
// Add the sequence to the content
if (sequence.Items.Count > 0)
{
if (content.BaseTypeName != null && !String.IsNullOrEmpty(content.BaseTypeName.Name))
complexType.ContentModel = new XmlSchemaComplexContent() { Content = content };
else
complexType.Particle = sequence;
}
return complexType;
}
public static List<String> MapInterfaces(Class c)
{
List<String> retVal = new List<string>();
// Find which interfaces this class implements
foreach(KeyValuePair<Type, List<String>> kv in interfaces)
{
bool matches = true;
Enumeration supplierDomain = null;
foreach (String s in kv.Value)
{
Property p = c.Content.Find(o => (o is Property) &&
((o as Property).Type.Name != null && (o as Property).Type.Name.ToLower() + "." + o.Name.ToLower() == s.ToLower()) &&
(o.MaxOccurs == "1" || o.MaxOccurs != "1" && s.StartsWith("LIST"))) as Property;
matches &= p != null;
if(matches && p.SupplierStrength == Property.CodingStrengthKind.CodedNoExtensions)
supplierDomain = p.SupplierDomain;
}
// Determine if match was found
if (matches)
{
if (kv.Key.FullName.Contains("`"))
{
string rv = kv.Key.FullName.Substring(0, kv.Key.FullName.IndexOf("`"));
if (supplierDomain != null &&
!String.IsNullOrEmpty((EnumerationRenderer.WillRender(supplierDomain))))
{
if (retVal.Contains(rv))
retVal.Remove(rv);
rv += "<" + EnumerationRenderer.WillRender(supplierDomain) + ">";
retVal.Add(rv);
}
}
else
retVal.Add(kv.Key.FullName);
}
}
return retVal;
}
/// <summary>
/// Copy members from <paramref name="typeReference"/> into the class <paramref name="p"/> in the context of the
/// <paramref name="context"/>
/// </summary>
private void CopyMembers(TypeReference typeReference, Class p, ClassContent context)
{
if(typeReference.Class == null) throw new InvalidOperationException("Impossible condition to proceed");
foreach (ClassContent cc in typeReference.Class.Content)
{
// Can't use AddContent as that sorts the content and would mess up the outer loops
ClassContent newCc = cc.Clone() as ClassContent;
newCc.Container = p;
newCc.MemberOf = p.MemberOf;
newCc.Annotations.Add(new CodeCollapseAnnotation() { Name = context.Name, Order = 0, Property = context });
newCc.Annotations.Add(new CodeCollapseAnnotation() { Name = newCc.Name, Order = 1, Property = newCc});
// Assign code collapse attributes
p.Content.Add(newCc);
}
}
private string CreateCollapsedConstructor(Class cls, String ownerNs)
{
// Is there only one useful thing in this class?
Property pseudoProperty = new Property();
pseudoProperty.Name = "this";
pseudoProperty.Type = cls.CreateTypeReference();
// Determine the collapsed name
Stack<KeyValuePair<String, TypeReference>> collapseData = DetermineCollapsedName(pseudoProperty);
if (collapseData.Count > 0)
{
StringWriter sw = new StringWriter();
StringBuilder methodBody = new StringBuilder();
String methodParms = "", methodHelp = "";
// Create datatypes that will be used
string path = "this";
while (collapseData.Count > 0)
{
KeyValuePair<String, TypeReference> current = collapseData.Pop();
string dt = CreateDatatypeRef(current.Value, current.Value.Container as Property);
string pCasedName = Util.Util.PascalCase(current.Key) == dt ? current.Key :
Util.Util.PascalCase(current.Key) == Util.Util.PascalCase(cls.Name) ? Util.Util.PascalCase(current.Key) + (current.Value.Container as Property).Type.Class.Name : Util.Util.PascalCase(current.Key);
path += "." + pCasedName;
if (current.Key != "this")
methodBody.AppendFormat("\t\t\t{0} = new {1}();\r\n", path, CreateDatatypeRef(current.Value, new Property()));
if (collapseData.Count == 0) // Last item, generate factory method data
{
Dictionary<String, String[]> childFactoryMethod = CreateFactoryMethod(current.Value, path);
// Get mandatory stuff
methodBody.Append(childFactoryMethod["mandatory"][1]);
methodParms = childFactoryMethod["mandatory"][0];
methodHelp = childFactoryMethod["mandatory"][2];
}
}
if (String.IsNullOrEmpty(methodParms)) return "";
// Now generate the constructor
sw.WriteLine("\t\t/// <summary> CTOR Populates {0} </summary>", path);
sw.WriteLine(methodHelp);
sw.WriteLine("\t\tpublic {0}({1}) {{ ", Util.Util.PascalCase(cls.Name), methodParms.Remove(methodParms.Length - 1));
sw.WriteLine(methodBody.ToString());
sw.WriteLine("\t\t}");
return sw.ToString();
}
return "";
}
/// <summary>
/// Create the equality method
/// </summary>
private string CreateEqualityMethod(Class cls)
{
string genericString = "";
foreach (TypeParameter tp in cls.TypeParameters ?? new List<TypeParameter>())
genericString += tp + ",";
if(!String.IsNullOrEmpty(genericString))
genericString = genericString.Substring(0, genericString.Length - 1);
string dataReference = String.Format("{0}{1}",
Util.Util.PascalCase(cls.Name),
String.IsNullOrEmpty(genericString) ? "" : String.Format("<{0}>", genericString)
);
StringWriter swEquals = new StringWriter(),
swHash = new StringWriter();
// Method signatures
swEquals.WriteLine("\t\t/// <summary>Overload of the equality determiner</summary>\r\n\t\tpublic bool Equals({0} other)\r\n\t\t{{\r\n\t\t\tbool equal = true;",
dataReference
);
swHash.WriteLine("\t\t/// <summary>Overload of hash code</summary>\r\n\t\tpublic override int GetHashCode()\r\n\t\t{");
swHash.WriteLine("\t\tint result = 1;");
swEquals.WriteLine("\t\t\tif(other != null) {");
foreach (var prop in cls.Content)
{
if (prop is Property)
{
if (prop.MaxOccurs == "1" ||
(prop as Property).Type.CoreDatatypeName != null && Datatypes.IsCollectionType((prop as Property).Type))
swEquals.WriteLine("\t\t\t\tequal &= this.{0} != null ? this.{0}.Equals(other.{0}) : other.{0} == null;", CreatePascalCasedName(prop as Property));
else
{
swEquals.WriteLine("\t\t\t\tequal &= this.{0}.Count == other.{0}.Count;", CreatePascalCasedName(prop as Property));
swEquals.WriteLine("\t\t\t\tfor(int i = 0; i < (equal ? this.{0}.Count : 0); i++) equal &= this.{0}[i] != null ? this.{0}[i].Equals(other.{0}[i]) : other.{0}[i] == null;", CreatePascalCasedName(prop as Property));
}
swHash.WriteLine("result = 17 * result + ((this.{0} == null) ? 0 : this.{0}.GetHashCode());", CreatePascalCasedName(prop as Property));
}
else
{
if ((prop as Choice).Content.Count == 0)
{
Trace.WriteLine("Skipping equality check for choice with 0 choice elements", "warn");
continue;
}
swEquals.WriteLine("\t\t\t\tequal &= this.{0} != null ? this.{0}.Equals(other.{0}) : other.{0} == null;", CreatePascalCasedName(prop as Choice));
swHash.WriteLine("result = 17 * result + ((this.{0} == null) ? 0 : this.{0}.GetHashCode());", CreatePascalCasedName(prop as Choice));
}
}
swEquals.WriteLine("\t\t\t\treturn equal;");
swEquals.WriteLine("\t\t\t}");
swEquals.WriteLine("\t\t\treturn false;");
swEquals.WriteLine("\t\t}");
swEquals.WriteLine("\t\t/// <summary>Overload of the equality determiner</summary>\r\n\t\tpublic override bool Equals(Object obj)\r\n\t\t{");
swEquals.WriteLine("\t\t\tif(obj is {0}) return Equals(obj as {0});", dataReference);
swEquals.WriteLine("\t\t\treturn base.Equals(obj);");
swEquals.WriteLine("\t\t}");
swHash.WriteLine("\t\t\treturn result;\r\n\t\t}");
return String.Format("{0}\r\n{1}", swEquals.ToString(), swHash.ToString());
}
public virtual void Compile()
{
string modelName = staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT);
System.Diagnostics.Trace.WriteLine(string.Format("Compiling static model package '{0}'...", modelName), "debug");
// Check if the package has already been "compiled"
if (ClassRepository.ContainsKey(staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT)))
{
return; // Already compiled
}
// Create a COR namespace or package area based on the static model
MohawkCollege.EHR.gpmr.Pipeline.Compiler.Mif20.Parsers.SubsystemParser.Parse(staticModel);
// Static Model Derivation Suppliers
Dictionary <string, Package> derivationSuppliers = new Dictionary <string, Package>();
foreach (StaticModelDerivation smd in staticModel.DerivedFrom)
{
derivationSuppliers.Add(smd.StaticModelDerivationId, this.repository.Find(smd.TargetStaticModel) as Package);
}
// Compile owned entry points first
foreach (var ep in staticModel.OwnedEntryPoint)
{
var cls = staticModel.OwnedClass.Find(o => o.Choice is MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class && (o.Choice as MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class).Name == ep.ClassName);
if (cls != null)
{
ProcessClassElement(cls, derivationSuppliers);
}
}
// Compile all contained classes in the package
foreach (ClassElement c in staticModel.OwnedClass)
{
ProcessClassElement(c, derivationSuppliers);
}
// Get a ref to the current sub-system
MohawkCollege.EHR.gpmr.COR.SubSystem ss = (ClassRepository[staticModel.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT)]
as MohawkCollege.EHR.gpmr.COR.SubSystem);
// Compile all contained associations
foreach (Association a in staticModel.OwnedAssociation)
{
ParseAssociation(a, derivationSuppliers);
}
// Process entry points
foreach (EntryPoint ep in staticModel.OwnedEntryPoint)
{
// Find the class
MohawkCollege.EHR.gpmr.COR.Class cls = ss.FindClass(ep.ClassName);
// The ProcStack keeps track of the properties the CascadeGenerics is
// processing so that we don't get a stack overflow
Stack <string> procStack = new Stack <string>();
// Process any generic providers that need to be cascaded down to child properties
// This is required for interactions to function properly.
CascadeGenerics(cls, procStack);
// Assign as the ep
if (ss.EntryPoint == null)
{
ss.EntryPoint = new List <MohawkCollege.EHR.gpmr.COR.Class>(); // Have to do this here so we don't have E/P array with 0 elements
}
ss.EntryPoint.Add(cls);
}
}
public void ParseAssociation(Association asc, Dictionary <string, Package> derivationSuppliers)
{
// There are two scenarios
// A: Two traversable connections
// B: A traversable and non traversable end
// Case A: Two traversable connections, this means that the connection appears in both classes
if (asc.Ends[0] is AssociationEnd && asc.Ends[1] is AssociationEnd)
{
// Make processing a little easier
AssociationEnd[] ends = new AssociationEnd[] {
asc.Ends[0] as AssociationEnd,
asc.Ends[1] as AssociationEnd
};
// Loop so we write the code once
for (int i = 0; i < 2; i++)
{
Property p = new Property();
p.Name = ends[i].Name;
// Business Name
foreach (BusinessName bn in ends[i].BusinessName ?? new List <BusinessName>())
{
if (bn.Language == MifCompiler.Language || bn.Language == null)
{
p.BusinessName = bn.Name;
}
}
// The multiplicity of the opposing end influences the property on this end of the
// association
p.MinOccurs = ends[1 - i].MinimumMultiplicity;
p.MaxOccurs = ends[1 - i].MaximumMultiplicity;
p.Conformance = ends[1 - i].IsMandatory ? ClassContent.ConformanceKind.Mandatory :
ends[1 - i].Conformance == ConformanceKind.Required ? ClassContent.ConformanceKind.Required :
ends[1 - i].MinimumMultiplicity == "1" ? ClassContent.ConformanceKind.Populated :
ClassContent.ConformanceKind.Optional;
// The type of this end is the type of the association
p.Type = CreateTypeReference(ends[i], p);
if (p.Type.Name == null)
{
if (p.Documentation == null)
{
p.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
}
if (p.Documentation.Description == null)
{
p.Documentation.Description = new List <string>();
}
p.Documentation.Description.Add(String.Format("GPMR: Association to type '{0}' was ignored and set as nothing as '{0}' could not be found. You should consider revising this", ends[i].ParticipantClassName));
}
// Traversable association
p.PropertyType = Property.PropertyTypes.TraversableAssociation;
// Annotations
if (asc.Annotations != null)
{
p.Documentation = MohawkCollege.EHR.gpmr.Pipeline.Compiler.Mif20.Parsers.DocumentationParser.Parse(asc.Annotations.Documentation);
}
// Find the class this end belongs in
if (!ClassRepository.ContainsKey(string.Format("{0}.{1}", staticModel.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT),
ends[1 - i].ParticipantClassName)))
{
throw new Exception(string.Format("Can't bind property '{0}' to class '{1}'... Class does not exist", p.Name, ends[1 - i].ParticipantClassName));
}
// Set derivation
p.DerivedFrom = asc;
p.SortKey = asc.SortKey;
try
{
if (ends[i].DerivedFrom != null)
{
p.Realization = new List <ClassContent>();
foreach (var dei in ends[i].DerivedFrom)
{
MohawkCollege.EHR.gpmr.COR.Feature f = null;
if (!ClassRepository.TryGetValue(string.Format("{0}.{1}", derivationSuppliers[dei.StaticModelDerivationId].PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : derivationSuppliers[dei.StaticModelDerivationId].PackageLocation.ToString(MifCompiler.NAME_FORMAT),
dei.ClassName), out f))
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't find derivation class '{0}' for association '{1}'", dei.ClassName, ends[i].Name), "debug");
}
else
{
ClassContent cc = (f as MohawkCollege.EHR.gpmr.COR.Class).GetFullContent().Find(o => o.Name == dei.AssociationEndName);
p.Realization.Add(cc);
}
}
}
}
catch (Exception ex)
{
Trace.WriteLine(String.Format("Cannot append derivation information to {0} (reason:{1})", ends[i].Name, ex.ToString()), "error");
}
// Add to repository
if (ends[1 - i].Conformance != ConformanceKind.NotPermitted)
{
(ClassRepository[string.Format("{0}.{1}", staticModel.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT),
ends[1 - i].ParticipantClassName)] as MohawkCollege.EHR.gpmr.COR.Class).AddContent(p);
}
}
}
else // Case 2: A traversable and non-traversable connection,
{
AssociationEnd ae = (asc.Ends[0] as AssociationEnd) ?? (asc.Ends[1] as AssociationEnd);
NonTraversableAssociationEnd ntae = (asc.Ends[0] as NonTraversableAssociationEnd) ?? (asc.Ends[1] as NonTraversableAssociationEnd);
// Start to process the property.
ClassContent cc;
if (ae.ChoiceItem != null && ae.ChoiceItem.Count > 0)
{
cc = new Choice();
}
else
{
cc = new Property();
}
cc.Name = ae.Name;
// Business Name
foreach (BusinessName bn in ae.BusinessName ?? new List <BusinessName>())
{
if (bn.Language == MifCompiler.Language || bn.Language == null)
{
cc.BusinessName = bn.Name;
}
}
// The multiplicity of the opposing end influences the property on this end of the
// association
cc.MinOccurs = ae.MinimumMultiplicity;
cc.MaxOccurs = ae.MaximumMultiplicity;
cc.Conformance = ae.IsMandatory ? ClassContent.ConformanceKind.Mandatory :
ae.Conformance == ConformanceKind.Required && ae.MinimumMultiplicity == "1" ? ClassContent.ConformanceKind.Populated :
ae.Conformance == ConformanceKind.Required ? ClassContent.ConformanceKind.Required :
ClassContent.ConformanceKind.Optional;
#region Bind To Class
// Find the class on the traversable end, we'll need to append the property to it
if (!ClassRepository.ContainsKey(string.Format("{0}.{1}", staticModel.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT),
ntae.ParticipantClassName)))
{
System.Diagnostics.Trace.WriteLine(string.Format("Can't bind property '{0}' to class '{1}'... Class does not exist", cc.Name, ntae.ParticipantClassName), "error");
}
//throw new Exception(string.Format("Can't bind property '{0}' to class '{1}'... Class does not exist", p.Name, ae.ParticipantClassName));
else if (ae.Conformance != ConformanceKind.NotPermitted) // Append the property to the class
{
MohawkCollege.EHR.gpmr.COR.Class cls = ClassRepository[string.Format("{0}.{1}", staticModel.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT),
ntae.ParticipantClassName)] as MohawkCollege.EHR.gpmr.COR.Class;
cls.AddContent(cc);
// Add template parameter
if (templateParameters.ContainsKey(ae.ParticipantClassName))
{
cls.AddTypeParameter(templateParameters[ae.ParticipantClassName]);
}
}
else
{
return;
}
#endregion
// Choice or property?
if (cc is Property)
{
Property p = cc as Property;
p.Type = CreateTypeReference(ae, p);
if (p.Type.Name == null)
{
if (p.Documentation == null)
{
p.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
}
if (p.Documentation.Description == null)
{
p.Documentation.Description = new List <string>();
}
p.Documentation.Description.Add(String.Format("GPMR: Association to type '{0}' was ignored and set as nothing as '{0}' could not be found. You should consider revising this", ae.ParticipantClassName));
}
// Traversable association
p.PropertyType = Property.PropertyTypes.TraversableAssociation;
}
else // Choice
{
Choice chc = cc as Choice;
chc.MemberOf = ClassRepository;
chc.Content = new List <ClassContent>();
// Get a type reference to the CMET or main type to be used
TypeReference trf = CreateTypeReference(ae, cc);
// Cannot find association
if (trf.Name == null)
{
if (chc.Documentation == null)
{
chc.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
}
if (chc.Documentation.Description == null)
{
chc.Documentation.Description = new List <string>();
}
chc.Documentation.Description.Add(String.Format("GPMR: Association to type '{0}' was ignored and set as nothing as '{0}' could not be found. You should consider revising this", ae.ParticipantClassName));
}
// Warn
if (trf.Class == null)
{
throw new InvalidOperationException(String.Format("Cannot make association to class '{0}' as it was not defined!", ae.ParticipantClassName));
}
if (ae.ChoiceItem.Count != trf.Class.SpecializedBy.Count)
{
System.Diagnostics.Trace.WriteLine(string.Format("Number of choices on property does not match the number of child classes for its data type for association '{0}'", cc.Name), "warn");
}
chc.Content.AddRange(ProcessAssociations(ae, ae.ChoiceItem, trf, chc));
/*
* // Specializations
* List<TypeReference> specializations = new List<TypeReference>(trf.Class.SpecializedBy);
*
* // Flatten choice members
* for (int i = 0; i < ae.ChoiceItem.Count ; i++)
* if (ae.ChoiceItem[i].Specialization != null && ae.ChoiceItem[i].Specialization.Count > 0)
* {
* AssociationEndSpecialization aes = ae.ChoiceItem[i]; // Get local reference
* // Remove redundant data
* ae.ChoiceItem.RemoveAt(i); // Remove the redundant choice item
* i--; // redo this item
* // is this a cmet?
* if (ClassRepository.ContainsKey(aes.ClassName) && ClassRepository[aes.ClassName] is CommonTypeReference)
* {
* specializations.RemoveAll(o => o.Name == (ClassRepository[aes.ClassName] as CommonTypeReference).Class.Name);
* specializations.AddRange((ClassRepository[aes.ClassName] as CommonTypeReference).Class.Class.SpecializedBy);
* }
*
* ae.ChoiceItem.AddRange(aes.Specialization); // Now add the choices
* }
*
* int ip = 0;
*
* // Add choice members
* foreach (AssociationEndSpecialization aes in ae.ChoiceItem)
* {
* Property p = new Property();
*
* // Now, construct the properties from the CMET entries
* // Try ...
*
* var rClassName = specializations.Find(o => o.Class != null && o.Class.Name.Equals(aes.ClassName));
*
* // Determine if this is a CMET
* if (ClassRepository.ContainsKey(aes.ClassName) && ClassRepository[aes.ClassName] is CommonTypeReference)
* p.Type = (ClassRepository[aes.ClassName] as CommonTypeReference).Class;
* else if (rClassName != null) // Try using the inheritence method
* p.Type = rClassName;
* else if (ClassRepository.ContainsKey(String.Format("{0}.{1}", staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT), aes.ClassName)))
* p.Type = ((ClassRepository[String.Format("{0}.{1}", staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT), aes.ClassName)] as MohawkCollege.EHR.gpmr.COR.Class).CreateTypeReference());
* else
* {
* System.Diagnostics.Trace.WriteLine(string.Format("Class '{2}' of CMET '{1}' could not be found or was not processed. The processing of the property '{0}' in '{3}.{4}' will NOT continue", cc.Name, aes.ClassName, ae.ParticipantClassName, staticModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT), ntae.ParticipantClassName), "error");
* break;
* }
*
* p.PropertyType = Property.PropertyTypes.TraversableAssociation;
*
* // Fix bug with optional choice
* p.MinOccurs = chc.MinOccurs;
* p.MaxOccurs = chc.MaxOccurs;
* p.Conformance = chc.Conformance;
*
* p.DerivedFrom = aes;
* p.Documentation = p.Type.ClassDocumentation;
*
* p.MemberOf = ClassRepository;
* p.Container = chc;
*
* // Traversal names
* p.Name = aes.TraversalName;
*
* chc.Content.Add(p);
*
* ip++;
* }
*/
}
// Annotations
if (asc.Annotations != null)
{
cc.Documentation = MohawkCollege.EHR.gpmr.Pipeline.Compiler.Mif20.Parsers.DocumentationParser.Parse(asc.Annotations.Documentation);
}
// Set derivation
cc.DerivedFrom = asc;
cc.SortKey = ae.SortKey;
try
{
if (ae.DerivedFrom != null)
{
cc.Realization = new List <ClassContent>();
foreach (var dei in ae.DerivedFrom)
{
MohawkCollege.EHR.gpmr.COR.Feature ss = null;
Package derivationPkg = null;
if (!derivationSuppliers.TryGetValue(dei.StaticModelDerivationId, out derivationPkg) || derivationPkg == null)
{
continue;
}
// Has the package been compiled?
if (!ClassRepository.TryGetValue(string.Format("{0}", derivationPkg.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : derivationPkg.PackageLocation.ToString(MifCompiler.NAME_FORMAT)), out ss))
{
// Attempt to parse
PackageParser.Parse(derivationPkg.PackageLocation.ToString(MifCompiler.NAME_FORMAT), derivationPkg.MemberOfRepository, ClassRepository);
// Ditch if still can't find
if (!ClassRepository.TryGetValue(string.Format("{0}", derivationPkg.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : derivationPkg.PackageLocation.ToString(MifCompiler.NAME_FORMAT)), out ss))
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't find derivation class '{0}' for association '{1}' (derivation supplier {2})", dei.ClassName, dei.AssociationEndName, dei.StaticModelDerivationId), "warn");
}
}
// Feature was found
var f = (ss as MohawkCollege.EHR.gpmr.COR.SubSystem).FindClass(dei.ClassName);
if (f != null)
{
// Realized Class content
ClassContent rcc = f.GetFullContent().Find(o => o.Name == dei.AssociationEndName);
cc.Realization.Add(rcc);
}
else
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't find derivation class '{0}' for association '{1}' (derivation supplier {2})", dei.ClassName, dei.AssociationEndName, dei.StaticModelDerivationId), "warn");
}
}
}
}
catch (Exception ex)
{
Trace.WriteLine(String.Format("Cannot append derivation information to {0} (reason:{1})", ae.Name, ex.ToString()), "error");
}
(cc.Container as MohawkCollege.EHR.gpmr.COR.Class).Content.Sort(new ClassContent.Comparator());
}
}
internal static MohawkCollege.EHR.gpmr.COR.Class Parse(ClassParameterInfo classInfo)
{
// Has this been processed?
if (classInfo.CompilerRepository.ContainsKey(string.Format("{0}.{1}", classInfo.ScopedPackageName, classInfo.Class.Name)))
{
return(null);
}
// Get the vocabulary realm that this package is bound to
string vocabularyRealm = classInfo.MifContainer is StaticModel && (classInfo.MifContainer as StaticModel).ImportedVocabularyModelPackage != null ? (classInfo.MifContainer as StaticModel).ImportedVocabularyModelPackage.Realm : null;
// Parse the common (class base) portion of the classes
MohawkCollege.EHR.gpmr.COR.Class retVal = Parse(classInfo.Class as ClassBase, vocabularyRealm, classInfo.CompilerRepository, classInfo.DerivationSuppliers);
// Base class
retVal.BaseClass = classInfo.EnforcedBaseClass;
// Containing subsystem
retVal.ContainerPackage = classInfo.CompilerRepository[classInfo.ScopedPackageName] as MohawkCollege.EHR.gpmr.COR.SubSystem;
// Fire parsed event
retVal.FireParsed();
#region Specializations
retVal.SpecializedBy = new List <TypeReference>();
// Iterate through each child class and process where neccessary
foreach (ClassGeneralization cg in (classInfo.Class as MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class).SpecializationChild)
{
TypeReference tr = new TypeReference();
tr.Name = string.Format("{0}.{1}", classInfo.ScopedPackageName, cg.ChildClassName); // Make a ref to the child class
tr.MemberOf = classInfo.CompilerRepository;
bool isCMET = false;
// Get the child class
if (classInfo.MifContainer is GlobalStaticModel)
{
// Get the CMET reference from the MIF class hierarchy
ClassElement ce = (classInfo.MifContainer as GlobalStaticModel).OwnedClass.Find(delegate(ClassElement c)
{
if (c != null && c.Choice != null && c.Choice is CommonModelElementRef)
{
return((c.Choice as CommonModelElementRef).Name == cg.ChildClassName);
}
else
{
return(false);
}
});
string cmetName = ce != null ? (ce.Choice as CommonModelElementRef).CmetName ?? (ce.Choice as CommonModelElementRef).Name : "";
// Determine if the reference is a cmet and gathe t
isCMET = cmetName != null && ce != null && classInfo.CompilerRepository.ContainsKey(cmetName) &&
classInfo.CompilerRepository[cmetName] is CommonTypeReference;
if (isCMET) // A CMET was successfully resolved
{
tr = (classInfo.CompilerRepository[cmetName] as CommonTypeReference).Class;
}
else if (ce != null && MifCompiler.cmetBindings.ContainsKey(cmetName)) // A CMET was not resolved, but a binding exists!
{
string boundModel = MifCompiler.cmetBindings[cmetName];
MohawkCollege.EHR.gpmr.COR.Feature boundSubSystem = null;
if (classInfo.CompilerRepository.TryGetValue(boundModel, out boundSubSystem))
{
tr = (boundSubSystem as MohawkCollege.EHR.gpmr.COR.SubSystem).EntryPoint[0].CreateTypeReference();
}
else
{
PackageParser.Parse(boundModel, classInfo.MifContainer.MemberOfRepository, classInfo.CompilerRepository);
}
}
else if (ce != null) // MIF References a CMET but one was never processed? This is odd!
{
System.Diagnostics.Trace.WriteLine(string.Format("CMET '{0}' was never processed, therefore CommonModelElementRef can't be processed in file '{1}'", cmetName, classInfo.ScopedPackageName), "warn");
continue;
}
}
// The child class has not been processed yet
if (!classInfo.CompilerRepository.ContainsKey(tr.Name))
{
if (isCMET) // Explicit, have to process another model
{
PackageParser.ParseClassFromPackage(tr.Name, classInfo.MifContainer.MemberOfRepository, classInfo.CompilerRepository);
// Assign the base class
//if ((classInfo.CompilerRepository[tr.Name] as MohawkCollege.EHR.gpmr.COR.Class).BaseClass != null)
// System.Diagnostics.Debugger.Break();
}
else
{
ClassParameterInfo parm2 = new ClassParameterInfo();
parm2.Class = (classInfo.MifContainer as StaticModel).OwnedClass.Find(o => (o.Choice is MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class && string.Format("{0}.{1}", classInfo.ScopedPackageName, (o.Choice as MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class).Name) == tr.Name)).Choice as ClassBase;
parm2.CompilerRepository = classInfo.CompilerRepository;
parm2.DerivationSuppliers = classInfo.DerivationSuppliers;
parm2.MifContainer = classInfo.MifContainer;
parm2.ScopedPackageName = classInfo.ScopedPackageName;
parm2.EnforcedBaseClass = retVal.CreateTypeReference();
ClassParser.Parse(parm2);
}
}
// Add to specialization list
MohawkCollege.EHR.gpmr.COR.Feature f = null;
if (classInfo.CompilerRepository.TryGetValue(tr.Name, out f))
{
retVal.SpecializedBy.Add((f as MohawkCollege.EHR.gpmr.COR.Class).CreateTypeReference());
(f as MohawkCollege.EHR.gpmr.COR.Class).BaseClass = retVal.CreateTypeReference();
}
else
{
Trace.WriteLine(String.Format("Cannot find base class '{0}' for '{1}'. Base class must exist before it can be specialized", tr.Name, retVal.Name), "error");
}
}
#endregion
// Assign Temporary Membership to the compiler class repository so the
// locating of a structural member will succeed
retVal.MemberOf = classInfo.CompilerRepository;
// Is a classCode enforcement placed on this class?
#region Supplier Structural Domain
if (classInfo.Class.SupplierStructuralDomain != null && classInfo.Class.SupplierStructuralDomain.Code != null)
{
MohawkCollege.EHR.gpmr.COR.Property clsa = retVal.FindMember("classCode", false, MohawkCollege.EHR.gpmr.COR.Property.PropertyTypes.Structural);
if (clsa == null)// Class code is derived... we need to override it
{
clsa = retVal.FindMember("classCode", true, MohawkCollege.EHR.gpmr.COR.Property.PropertyTypes.Structural);
// Any class code defined?
if (clsa != null)
{
clsa = PropertyParser.Parse(clsa.DerivedFrom as ClassAttribute, vocabularyRealm, classInfo.CompilerRepository, classInfo.DerivationSuppliers);
retVal.AddContent(clsa);
}
else // Makes no sense, we have a class code enforcement but no class code?
{
if (MifCompiler.hostContext.Mode == Pipeline.OperationModeType.Quirks)
{
Trace.WriteLine(String.Format("Supplier domain is specified on class '{0}' which has class code. Since GPMR is in quirks mode, the classCode attribute will be created", retVal.Name), "quirks");
clsa = new Property();
clsa.Name = "classCode";
clsa.PropertyType = Property.PropertyTypes.Structural;
clsa.Conformance = ClassContent.ConformanceKind.Mandatory;
retVal.AddContent(clsa);
}
else
{
throw new InvalidOperationException("Shouldn't be here. Supplier domain specified on a class with no classCode");
}
}
}
#region Now populate the code domain
// Supplier domains
if (classInfo.Class.SupplierStructuralDomain != null)
{
var supplierStruct = classInfo.Class.SupplierStructuralDomain;
if (supplierStruct.Code != null && !String.IsNullOrEmpty(supplierStruct.Code.Code)) // Fixed code
{
clsa.FixedValue = string.Format("{0}", supplierStruct.Code.Code);
}
// JF: If the code system is identified, then bind
if (supplierStruct.Code != null && !String.IsNullOrEmpty(supplierStruct.Code.CodeSystemName)) // Very odd thing that is present in UV mifs
{
Trace.WriteLine(String.Format("'{0}' is specified as fixed code's code system, however no fixed code is present. Assuming this is a bound code system instead", "assumption"));
clsa.SupplierDomain = classInfo.CompilerRepository.Find(o => o is CodeSystem && (o as CodeSystem).Name.Equals(supplierStruct.Code.CodeSystemName)) as Enumeration;
if (clsa.SupplierDomain == null)
{
Trace.WriteLine(String.Format("'{0}' could not be bound to '{1}' as the code system was not found", clsa.Name, supplierStruct.Code.CodeSystemName), "warn");
}
}
if (supplierStruct.ConceptDomain != null)
{
clsa.SupplierDomain = classInfo.CompilerRepository.Find(o => o is ConceptDomain && (o as ConceptDomain).Name.Equals(supplierStruct.ConceptDomain.Name)) as Enumeration;
if (clsa.SupplierDomain == null)
{
Trace.WriteLine(String.Format("'{0}' could not be bound to '{1}' as the concept domain was not found", clsa.Name, supplierStruct.ConceptDomain.Name), "warn");
}
}
if (supplierStruct.ValueSet != null)
{
clsa.SupplierDomain = classInfo.CompilerRepository.Find(o => o is ValueSet && (o as ValueSet).Name.Equals(supplierStruct.ValueSet.Name)) as Enumeration;
if (clsa.SupplierDomain == null)
{
Trace.WriteLine(String.Format("'{0}' could not be bound to '{1}' as the value set was not found", clsa.Name, supplierStruct.ValueSet.Name), "warn");
}
bool shouldFix = false;
if (clsa.SupplierDomain != null)
{
var enumLiteral = clsa.SupplierDomain.Literals.Find(o => o.Name == supplierStruct.ValueSet.RootCode);
shouldFix = enumLiteral != null && enumLiteral.RelatedCodes != null && enumLiteral.RelatedCodes.Count == 0;
}
if (shouldFix)
{
clsa.FixedValue = String.Format("{0}", supplierStruct.ValueSet.RootCode);
}
}
// Supplier strength(s)
if (supplierStruct.ValueSet != null)
{
clsa.SupplierStrength = supplierStruct.ValueSet.CodingStrength == CodingStrengthKind.CNE ? (Property.CodingStrengthKind?)Property.CodingStrengthKind.CodedNoExtensions:
supplierStruct.ValueSet.CodingStrength == CodingStrengthKind.CWE ? (Property.CodingStrengthKind?)Property.CodingStrengthKind.CodedNoExtensions : null;
}
else
{
clsa.SupplierStrength = Property.CodingStrengthKind.CodedNoExtensions;
System.Diagnostics.Trace.WriteLine(string.Format("No vocabulary value set on property {0}! Defaulting to CNE for supplier strength", retVal.Name), "assumption");
}
}
//if (classInfo.Class.SupplierStructuralDomain.Code != null)
// clsa.FixedValue = string.Format("{0}{1}", classInfo.Class.SupplierStructuralDomain.Code.CodeSystem == null ? "" : classInfo.Class.SupplierStructuralDomain.Code.CodeSystem + ":", classInfo.Class.SupplierStructuralDomain.Code.Code);
//if (classInfo.Class.SupplierStructuralDomain.ConceptDomain != null)
// clsa.SupplierDomain = classInfo.Class.SupplierStructuralDomain.ConceptDomain.Name;
//if (classInfo.Class.SupplierStructuralDomain.ValueSet != null)
//{
// clsa.SupplierStrength = classInfo.Class.SupplierStructuralDomain.ValueSet.CodingStrength == CodingStrengthKind.CNE ? (Property.CodingStrengthKind?)Property.CodingStrengthKind.CodedNoExtensions :
// classInfo.Class.SupplierStructuralDomain.ValueSet.CodingStrength == CodingStrengthKind.CWE ? (Property.CodingStrengthKind?)Property.CodingStrengthKind.CodedNoExtensions : null;
// clsa.SupplierDomainValueSet = classInfo.Class.SupplierStructuralDomain.ValueSet.Id;
//}
//else
//{
// clsa.SupplierStrength = Property.CodingStrengthKind.CodedNoExtensions;
// System.Diagnostics.Trace.WriteLine(string.Format("No vocabulary value set on property {0}! Defaulting to CNE for supplier strength", retVal.Name), "assumption");
//}
#endregion
}
#endregion
// All specifications
#region Specializations
//if ((classInfo.Class as MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class).SpecializationChild != null && (classInfo.Class as MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class).SpecializationChild.Count > 0)
//{
// retVal.SpecializedBy = new List<MohawkCollege.EHR.gpmr.COR.TypeReference>();
// foreach (ClassGeneralization cg in (classInfo.Class as MohawkCollege.EHR.HL7v3.MIF.MIF20.StaticModel.Flat.Class).SpecializationChild)
// {
// MohawkCollege.EHR.gpmr.COR.TypeReference specRef = new MohawkCollege.EHR.gpmr.COR.TypeReference();
// specRef.Name = string.Format("{0}.{1}", classInfo.ScopedPackageName, cg.ChildClassName);
// MohawkCollege.EHR.gpmr.COR.Property noProp = new MohawkCollege.EHR.gpmr.COR.Property();
// noProp.Container = retVal;
// specRef.Container = noProp;
// retVal.SpecializedBy.Add(specRef);
// }
//}
#endregion
#region Behaviors
// State machine on the class
if (classInfo.Class.Behavior != null)
{
// Find the property that this state machine acts on
Property stateProperty = retVal.FindMember(classInfo.Class.Behavior.SupplierStateAttributeName, false, Property.PropertyTypes.NonStructural | Property.PropertyTypes.Structural);
stateProperty.StateMachine = StateMachineParser.Parse(classInfo.Class.Behavior);
}
#endregion
#region Derivation Supplier
if (classInfo.Class.DerivedFrom != null)
{
// Init retVal projection
retVal.Realizations = new List <MohawkCollege.EHR.gpmr.COR.TypeReference>();
// Iterate through each class this class is a projection of (is based on)
foreach (ClassDerivation cd in classInfo.Class.DerivedFrom)
{
try
{
// See if this class has been parsed
Package derivationPackage = null;
if (!classInfo.DerivationSuppliers.TryGetValue(cd.StaticModelDerivationId, out derivationPackage) || derivationPackage == null)
{
continue;
}
MohawkCollege.EHR.gpmr.COR.Feature ss = null;
// Has the package been compiled?
if (!classInfo.CompilerRepository.TryGetValue(string.Format("{0}", derivationPackage.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : derivationPackage.PackageLocation.ToString(MifCompiler.NAME_FORMAT)), out ss))
{
// Attempt to parse
PackageParser.Parse(derivationPackage.PackageLocation.ToString(MifCompiler.NAME_FORMAT), derivationPackage.MemberOfRepository, classInfo.CompilerRepository);
// Ditch if still can't find
if (!classInfo.CompilerRepository.TryGetValue(string.Format("{0}", derivationPackage.PackageLocation.Artifact == ArtifactKind.RIM ? "RIM" : derivationPackage.PackageLocation.ToString(MifCompiler.NAME_FORMAT)), out ss) || ss == null)
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't find derivation class '{0}' (derivation supplier {1})", cd.ClassName, cd.StaticModelDerivationId), "warn");
}
}
// Attempt to parse
MohawkCollege.EHR.gpmr.COR.SubSystem supplierSubSystem = ss as MohawkCollege.EHR.gpmr.COR.SubSystem;
// Find the class
MohawkCollege.EHR.gpmr.COR.Class supplierClass = classInfo.CompilerRepository[string.Format("{0}.{1}", supplierSubSystem.Name, cd.ClassName)] as MohawkCollege.EHR.gpmr.COR.Class;
// Add a realization
retVal.Realizations.Add(supplierClass.CreateTypeReference());
// Now do some processing
foreach (ClassContent cc in supplierClass.Content)
{
ClassContent rcc = null;
// Find the class content we are talking about
if (cc is Property)
{
rcc = retVal.FindMember(cc.Name, true, (cc as MohawkCollege.EHR.gpmr.COR.Property).PropertyType);
}
else
{
; //TODO: Clean up choices so they match the realization class. Not sure if this supposed to be done
}
// Correct Items
if (rcc != null)
{
if (MohawkCollege.EHR.gpmr.COR.Documentation.IsEmpty(rcc.Documentation))// Correct documentation
{
rcc.Documentation = cc.Documentation;
}
// Removed: This was supposed to correct missing supplier domains from the RMIMs using the RIM data, however it does
// cause some issues.
// if (rcc is MohawkCollege.EHR.gpmr.COR.Property && (rcc as MohawkCollege.EHR.gpmr.COR.Property).SupplierDomain == null &&
// (cc as MohawkCollege.EHR.gpmr.COR.Property).SupplierDomain != null)
// {
// (rcc as MohawkCollege.EHR.gpmr.COR.Property).SupplierDomain = (cc as MohawkCollege.EHR.gpmr.COR.Property).SupplierDomain;
// (rcc as MohawkCollege.EHR.gpmr.COR.Property).SupplierStrength = (cc as MohawkCollege.EHR.gpmr.COR.Property).SupplierStrength;
// }
}
}
}
catch (Exception e)
{
System.Diagnostics.Trace.WriteLine(string.Format("Could not find derivation supplier information for {0}", retVal.Name), "warn");
}
}
}
#endregion
#region Correct Vocabulary
// This is quite a problem, when a property is bound to a value set, and that value set
// is merely a pointer to other value sets of data we need to correct the pointer
foreach (var property in retVal.Content)
{
// If the content is a property and it has a supplier domain, try to find the supplier domain
if (property is Property && (property as Property).SupplierDomain != null)
{
// Now to correct the reference
if ((property as Property).SupplierDomain.EnumerationReference != null &&
(property as Property).SupplierDomain.EnumerationReference.Count == 1)
{
(property as Property).SupplierDomain = (property as Property).SupplierDomain.EnumerationReference[0];
}
}
}
#endregion
// Sort the class content
retVal.Content.Sort(new ClassContent.Comparator());
// Return
return(retVal);
}
/// <summary>
/// Replace references in the class content <paramref name="cc"/> from <paramref name="s"/>
/// to <paramref name="f"/>
/// </summary>
private void ReplaceReferences(Class s, Class f, ClassContent cc)
{
string fqnF = String.Format("{0}.{1}", f.ContainerName, f.Name),
fqnS = String.Format("{0}.{1}", s.ContainerName, s.Name);
if (cc is Property && (cc as Property).Type.Name == fqnS)
UpdateReference((cc as Property).Type, fqnS, fqnF);
else if (cc is Choice)
foreach (var c in (cc as Choice).Content)
ReplaceReferences(s, f, c);
// Alternate traversals
if(cc is Property)
foreach (var alt in (cc as Property).AlternateTraversalNames ?? new List<Property.AlternateTraversalData>())
if (alt.CaseWhen.Name.Equals(fqnS))
{
alt.CaseWhen.Name = fqnF;
alt.CaseWhen.MemberOf = s.MemberOf;
}
}
/// <summary>
/// Replace references in the repository from <paramref name="s"/> to
/// <paramref name="f"/>
/// </summary>
private void ReplaceReferences(Class s, Class f)
{
// Get all classes
var classes = from cls in Repository
where cls.Value is Class
select cls.Value as Class;
string fqnF = String.Format("{0}.{1}", f.ContainerName, f.Name),
fqnS = String.Format("{0}.{1}", s.ContainerName, s.Name);
// Iterate through classes and update the references
foreach (var cls in classes)
{
// Replace the base class
if (cls.BaseClass != null && cls.BaseClass.Name == fqnS)
cls.BaseClass.Name = fqnF;
// Replace all references
foreach (ClassContent cc in cls.Content)
ReplaceReferences(s, f, cc);
// Replace sub classes
if (cls.SpecializedBy != null)
{
foreach (TypeReference tr in cls.SpecializedBy)
UpdateReference(tr, fqnS, fqnF);
}
}
// Iterate through interactions and update any references
var interactions = from cls in Repository
where cls.Value is Interaction
select cls.Value as Interaction;
foreach (var interaction in interactions)
UpdateReference(interaction.MessageType, fqnS, fqnF);
// Iterate through type references (CMETS) and update any referneces
var cmets = from cls in Repository
where cls.Value is CommonTypeReference && (cls.Value as CommonTypeReference).Class.Name == fqnS
select cls.Value as CommonTypeReference;
foreach (var cmet in cmets)
UpdateReference(cmet.Class, fqnS, fqnF);
}
/// <summary>
/// Generate a choice structure for all child classes of <paramref name="property"/>
/// </summary>
private List<XmlSchemaElement> CreateChoice(Property property, Class cls, List<TypeReference> genericParameters, string prefix, List<string> includedModels, List<TypeReference> additionalCompileTargets)
{
List<XmlSchemaElement> retVal = new List<XmlSchemaElement>();
// Iterate through the child classes
foreach (TypeReference tr in cls.SpecializedBy)
{
if (tr.Class == null) continue; // Not interested in non-implementable classes!
else if (tr.Class.IsAbstract && tr.Class.SpecializedBy.Count > 0) retVal.AddRange(CreateChoice(property, tr.Class, genericParameters, prefix, includedModels, additionalCompileTargets));
// Clone the property and set the type reference to what we really want to set it up as
Property choiceProperty = property.Clone() as Property;
choiceProperty.MemberOf = property.MemberOf;
choiceProperty.Type = tr;
// Generate a choice element for this option
XmlSchemaElement element = CreateElement(choiceProperty, genericParameters, prefix, includedModels, additionalCompileTargets);
// Find the correct name for this element
if (element.Name == property.Name && property.AlternateTraversalNames != null && property.AlternateTraversalNames.Count > 0)
{
MohawkCollege.EHR.gpmr.COR.Property.AlternateTraversalData name = property.AlternateTraversalNames.Find(o => o.CaseWhen.Name == tr.Name &&
(o.InteractionOwner.Name == prefix || prefix == null));
if (name.TraversalName != null) element.Name = name.TraversalName;
}
else
element.Name = tr.Class.Name;
retVal.Add(element);
}
return retVal;
}
private string CreateValidateFunction(Class cls)
{
StringWriter sw = new StringWriter(),
swEx = new StringWriter();
sw.WriteLine("\t\t/// <summary> Validates that the current instance meets conformance rules specified in the model </summary>");
sw.WriteLine("\t\t/// <returns>True if this instance is valid, false otherwise</returns>");
sw.WriteLine("\t\t/// <remarks>Provides only basic validation functionality</remarks>");
sw.WriteLine("\t\tpublic {0} bool Validate() {{\r\n\t\t\tbool isValid = {1};\r\n\t\t\tif(!isValid) return false;",
"RIM." + Util.Util.PascalCase(cls.Name) == RimbaCsRenderer.RootClass ? "virtual" : "override", "RIM." + Util.Util.PascalCase(cls.Name) == RimbaCsRenderer.RootClass ? "true" : "base.Validate()");
swEx.WriteLine("\t\t/// <summary> Validates that the current instance meets conformance rules specified in the model returning the detected errors</summary>");
swEx.WriteLine("\t\t/// <returns>A list of detected errors</returns>");
swEx.WriteLine("\t\t/// <remarks>Provides only basic validation functionality</remarks>");
swEx.WriteLine("\t\tpublic {0} IEnumerable<MARC.Everest.Connectors.IResultDetail> ValidateEx() {{\r\n\t\t\tList<MARC.Everest.Connectors.IResultDetail> retVal = {1};",
"RIM." + Util.Util.PascalCase(cls.Name) == RimbaCsRenderer.RootClass ? "virtual" : "override", "RIM." + Util.Util.PascalCase(cls.Name) == RimbaCsRenderer.RootClass ? "new List<MARC.Everest.Connectors.IResultDetail>()" : "base.ValidateEx() as List<MARC.Everest.Connectors.IResultDetail>");
// Write the validation function
foreach (ClassContent cc in cls.Content)
{
string pCasedName = String.Empty;
if (cc is Property)
{
pCasedName = CreatePascalCasedName(cc as Property);
TypeReference tr = Datatypes.MapDatatype((cc as Property).Type);
string dt = CreateDatatypeRef(tr, cc as Property);
}
else
{
if ((cc as Choice).Content.Count == 0)
{
Trace.WriteLine("Skipping validation for choice element with no choices", "warn");
continue;
}
pCasedName = CreatePascalCasedName(cc as Choice);
}
// If this property is mandatory or populated then it must have a valid value
if (cc.Conformance == ClassContent.ConformanceKind.Mandatory || cc.Conformance == ClassContent.ConformanceKind.Populated)
{
if (cc.MaxOccurs != "1")
{
sw.WriteLine("\t\t\tisValid &= this.{0} != null && this.{0}.Count <= {1} && this.{0}.Count >= {2};", pCasedName, cc.MaxOccurs == "*" ? "int.MaxValue" : cc.MaxOccurs, cc.MinOccurs);
swEx.WriteLine("\t\t\tif(!(this.{0} != null && this.{0}.Count <= {1} && this.{0}.Count >= {2})) retVal.Add(new MARC.Everest.Connectors.InsufficientRepetitionsResultDetail(MARC.Everest.Connectors.ResultDetailType.Error, \"{0} must have between {2} and {1} elements\", \"{0}\")); ", pCasedName, cc.MaxOccurs == "*" ? "int.MaxValue" : cc.MaxOccurs, cc.MinOccurs);
}
else
{
sw.WriteLine("\t\t\t#region Validate {0}", pCasedName);
sw.WriteLine("\t\t\tif(this.{0} == null) return false; // automatically not valid", pCasedName);
sw.WriteLine("\t\t\telse {");
sw.WriteLine("\t\t\t\tSystem.Reflection.MethodInfo mi = this.{0}.GetType().GetMethod(\"Validate\");", pCasedName);
sw.WriteLine("\t\t\t\tisValid &= (mi != null) ? ((bool)mi.Invoke(this.{0}, null)) : true;", pCasedName);
sw.WriteLine("\t\t\t}");
sw.WriteLine("\t\t\t#endregion");
swEx.WriteLine("\t\t\t#region Validate {0}", pCasedName);
swEx.WriteLine("\t\t\tif(this.{0} == null) retVal.Add(new MARC.Everest.Connectors.MandatoryElementMissingResultDetail(MARC.Everest.Connectors.ResultDetailType.Error, \"{0} does not meet criteria for {1} element\", \"{0}\"));", pCasedName, cc.Conformance);
swEx.WriteLine("\t\t\telse {");
swEx.WriteLine("\t\t\t\tSystem.Reflection.MethodInfo mi = this.{0}.GetType().GetMethod(\"ValidateEx\");", pCasedName);
swEx.WriteLine("\t\t\t\tif(mi != null) {{ foreach(var res in (IEnumerable<MARC.Everest.Connectors.IResultDetail>)mi.Invoke(this.{0}, null)) {{ \r\n\t\t\t\t if(res.Location != null) res.Location = \"{0}.\" + res.Location; \r\n\t\t\t\t else res.Location = \"{0}\"; \r\n\t\t\t\t retVal.Add(res); \r\n\t\t\t }} \r\n\t\t\t }} ", pCasedName);
swEx.WriteLine("\t\t\t}");
swEx.WriteLine("\t\t\t#endregion");
}
}
}
sw.WriteLine("\t\t\treturn isValid;\r\n\t\t}");
swEx.WriteLine("\t\t\treturn retVal;\r\n\t\t}");
sw.WriteLine("\r\n\r\n{0}", swEx);
return sw.ToString();
}
/// <summary>
/// Gets a common backing type for a particular property type reference through children
/// Handles when data types change through child implementations ( handled by .NET via NEW )
/// </summary>
private TypeReference GetBackingFieldTypeThroughChildren(Property property, Class searchClass)
{
TypeReference initialType = property.Type;
foreach (var child in searchClass.SpecializedBy) // iterate through children
{
var childProp = child.Class.Content.Find(o => o.Name == property.Name);
if (childProp is Property)
{
TypeReference candidate = GetBackingFieldTypeThroughChildren(childProp as Property, child.Class);
if (!candidate.Name.Equals(initialType.Name))
initialType = new TypeReference() { Name = null };
}
}
return initialType;
}
/// <summary>
/// Create the structure annotation
/// </summary>
private string CreateStructureAnnotation(Class cls)
{
return String.Format("@Structure(name = \"{0}\", structureType = StructureType.MESSAGETYPE, isEntryPoint = {1}, model =\"{2}\", publisher = {3})", cls.Name, cls.ContainerPackage.EntryPoint.Exists(o => o.Name == cls.Name) ? "true" : "false", cls.ContainerName, cls.Documentation != null ? "\"" + cls.Documentation.Copyright + "\"" : "Structure.NULL");
}
/// <summary>
/// Create the equality method
/// </summary>
private string CreateEqualityMethod(Class cls)
{
string genericString = "";
foreach (TypeParameter tp in cls.TypeParameters ?? new List<TypeParameter>())
genericString += tp + ",";
if (!String.IsNullOrEmpty(genericString))
genericString = genericString.Substring(0, genericString.Length - 1);
string dataReference = String.Format("{0}{1}",
Util.Util.PascalCase(cls.Name),
String.IsNullOrEmpty(genericString) ? "" : String.Format("<{0}>", genericString)
);
StringWriter swEquals = new StringWriter(),
swHash = new StringWriter();
// Method signatures
swEquals.WriteLine("\t\t/** Overload of the equality determiner */\r\n\t\tpublic boolean equals({0} other)\r\n\t\t{{\r\n\t\t\tboolean equal = true;",
dataReference
);
swHash.WriteLine("\t\t/** Overload of hash code */\r\n\t\t@Override\r\n\t\tpublic int hashCode()\r\n\t\t{");
swHash.WriteLine("\t\tint result = 31;");
swEquals.WriteLine("\t\t\tif(other != null) {");
foreach (var prop in cls.Content)
{
if (prop is Property)
{
if (prop.MaxOccurs == "1" ||
(prop as Property).Type.CoreDatatypeName != null && Datatypes.IsCollectionType((prop as Property).Type))
swEquals.WriteLine("\t\t\t\tequal &= this.get{0}() != null ? this.get{0}().equals(other.get{0}()) : other.get{0}() == null;", Util.Util.PascalCase(prop.Name));
else
{
swEquals.WriteLine("\t\t\t\tequal &= this.get{0}().size() == other.get{0}().size();", Util.Util.PascalCase(prop.Name));
swEquals.WriteLine("\t\t\t\tfor(int i = 0; i < (equal ? this.get{0}().size() : 0); i++) equal &= this.get{0}().get(i) != null ? this.get{0}().get(i).equals(other.get{0}().get(i)) : other.get{0}().get(i) == null;", Util.Util.PascalCase(prop.Name));
}
swHash.WriteLine("result = 17 * result + ((this.get{0}() == null) ? 0 : this.get{0}().hashCode());", Util.Util.PascalCase(prop.Name));
}
else
{
if ((prop as Choice).Content.Count == 0)
{
Trace.WriteLine("Skipping equality check for choice with 0 choice elements", "warn");
continue;
}
swEquals.WriteLine("\t\t\t\tequal &= this.get{0}() != null ? this.get{0}().equals(other.get{0}()) : other.get{0}() == null;", Util.Util.PascalCase(prop.Name));
swHash.WriteLine("result = 17 * result + ((this.get{0}() == null) ? 0 : this.get{0}().hashCode());", Util.Util.PascalCase(prop.Name));
}
}
swEquals.WriteLine("\t\t\t\treturn equal;");
swEquals.WriteLine("\t\t\t}");
swEquals.WriteLine("\t\t\treturn false;");
swEquals.WriteLine("\t\t}");
swEquals.WriteLine("\t\t/** Overload of the equality determiner*/\r\n\t\t@Override\r\n\t\tpublic boolean equals(Object obj)\r\n\t\t{");
// Replace Subject<Act> with Subject<?>
if (cls.TypeParameters != null && cls.TypeParameters.Count > 0)
dataReference = Util.Util.PascalCase(cls.Name);
swEquals.WriteLine("\t\t\tif(obj instanceof {0}) return this.equals(({0})obj);", dataReference);
swEquals.WriteLine("\t\t\treturn super.equals(obj);");
swEquals.WriteLine("\t\t}");
swHash.WriteLine("\t\t\treturn result;\r\n\t\t}");
return String.Format("{0}\r\n{1}", swEquals.ToString(), swHash.ToString());
}
private TypeReference GenerateCombinedType(List<TypeReference> matching)
{
Class generatedClass = new Class();
generatedClass.Name = "";
generatedClass.MemberOf = matching[0].Class.MemberOf;
generatedClass.ContainerPackage = (matching[0].Class as Class).ContainerPackage;
generatedClass.Content = new List<ClassContent>();
// Combine everything
foreach (var t in matching)
{
generatedClass.Name += t.Class.Name;
List<Property> elements = FlattenPropertyHierarchy(t.Class.Content);
int order = 0;
foreach (var ele in elements)
{
Property clonedElement = ele.Clone() as Property,
currentGeneratedElement = generatedClass.Content.Find(o => o.Name == ele.Name) as Property; // clone the property
clonedElement.Container = generatedClass;
if (ele.Container is Choice)
clonedElement.Realization = (ele.Container as Choice).Realization;
if (currentGeneratedElement == null) // Doesn't already exist!
generatedClass.Content.Insert(order, clonedElement);
else if (currentGeneratedElement != null && currentGeneratedElement.Type.Name != ele.Type.Name && ele.Type.Class != null) // a property with the same name but with different type exists
// Combine those classes
currentGeneratedElement.Type = GenerateCombinedType(new List<TypeReference>() { currentGeneratedElement.Type, ele.Type });
order++;
}
}
return generatedClass.CreateTypeReference();
}
/// <summary>
/// Collapse the data type of <paramref name="cc"/> so that it is the only meaningful data type provided by its
/// natural type
/// </summary>
private void CollapseMemberType(ClassContent cc, Class context)
{
if(!(cc is Property)) throw new InvalidOperationException("Can't collapse this member type"); // Not a candidate
// The condition for this type of collection is that the referenced type:
// 1. Provides only ONE property (after --collapse-ignore are removed)
// 2. The ONE property is mandatory (must be provided)
List<ClassContent> content = (cc as Property).Type.Class.GetFullContent();
content.RemoveAll(a => CorCollapserPipelineTrigger.collapseIgnore.Contains(a.Name)); // Remove the ignore
if (CorCollapserPipelineTrigger.collapseIgnoreFixed)
content.RemoveAll(o => o is Property && !String.IsNullOrEmpty((o as Property).FixedValue) && (o as Property).PropertyType == Property.PropertyTypes.Structural);
if(content.Count != 1) throw new InvalidOperationException("Can't collapse type with more than one meaningful content"); // can't collapse this relation as there is more than sub-property
ClassContent candidate = content[0];
cc.Annotations.Add(new CodeCollapseAnnotation() { Name = cc.Name, Order = 0, Property = cc as Property });
// Has this collapsed member had any collapsing
if (candidate.Annotations.Count > 0)
{
// Get all code collapse annotations from the candidate
List<Annotation> collapseAnnotations = candidate.Annotations.FindAll(o => o is CodeCollapseAnnotation);
// Find one that links it to the candidate
//collapseAnnotations.RemoveAll(o => candidate.Annotations.Count(ca => (ca as CodeCollapseAnnotation).Property == (o as CodeCollapseAnnotation).Property) != 1);
CodeCollapseAnnotation oldCca = null;
foreach (CodeCollapseAnnotation cca in collapseAnnotations)
{
cca.Order = cc.Annotations.Count;
if (cc.Annotations.Count(ca =>ca is CodeCollapseAnnotation && (ca as CodeCollapseAnnotation).Property == cca.Property) == 0)
cc.Annotations.Add(cca);
oldCca = cca;
}
}
else
cc.Annotations.Add(new CodeCollapseAnnotation() { Name = candidate.Name, Order = 1, Property = candidate as Property });
// Determine a better name
if (CorCollapserPipelineTrigger.collapseSpecialNaming)
{
// We collapse the collapsee's name into the parent by default.
string preferredName = candidate.Name;
// If the container for the property already has an element by the name we prefer, we must
// or the collapsee's name is in the useless words list we must keep the current name, or if the
// parent's name is in the structurally important collection
if((cc.Container as Class).GetFullContent().Find(o=>o.Name == preferredName) != null || CorCollapserPipelineTrigger.uselessWords.Contains(preferredName)
|| CorCollapserPipelineTrigger.importantWords.Contains(cc.Name))
preferredName = cc.Name;
cc.Name = preferredName;
}
// Now determine if we can collapse
(cc as Property).Type = (candidate as Property).Type.Clone() as TypeReference;
(cc as Property).SupplierDomain = (candidate as Property).SupplierDomain;
(cc as Property).SupplierStrength = (candidate as Property).SupplierStrength;
(cc as Property).Type.Container = cc;
(cc as Property).Type.MemberOf = cc.MemberOf;
// Update documentation
if((cc as Property).Documentation == null &&
candidate.Documentation != null)
(cc as Property).Documentation = candidate.Documentation;
}
