public string CreateFile(Feature f, string FilePath)
{
try
{
Directory.CreateDirectory(Path.Combine(FilePath, f.Name));
return Path.Combine(FilePath, f.Name);
}
catch (Exception e)
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't create directory '{0}', {1}", Path.Combine(FilePath, f.Name), e.Message), "error");
throw new DirectoryNotFoundException(e.Message, e);
}
}
/// <summary>
/// Create a file name
/// </summary>
/// <param name="f">The feature to create a file for</param>
/// <param name="FilePath">The path of the file</param>
/// <returns>The full name of the file to create</returns>
public string CreateFile(MohawkCollege.EHR.gpmr.COR.Feature f, string FilePath)
{
string fileName = Util.Util.MakeFriendly(f.Name);
// Render as
if (f.Annotations != null && f.Annotations.Exists(o => o is RenderAsAnnotation))
{
fileName = Util.Util.MakeFriendly((f.Annotations.Find(o => o is RenderAsAnnotation) as RenderAsAnnotation).RenderName);
}
fileName = Path.ChangeExtension(Path.Combine(Path.Combine(FilePath, "Vocabulary"), fileName), ".cs");
var enu = f as Enumeration;
if (!String.IsNullOrEmpty(Datatypes.GetBuiltinVocabulary(enu.Name)))
{
throw new InvalidOperationException("Enumeration is builtin to core library. Will not render");
}
// Is this code system even used?
if (!m_markedForUse.Exists(o => o.GetType().Equals(f.GetType()) && o.Name == f.Name))
{
if (enu.GetEnumeratedLiterals().Count > RimbaCsRenderer.MaxLiterals)
{
throw new InvalidOperationException(String.Format("Enumeration '{2}' too large, enumeration has {0} literals, maximum allowed is {1}",
enu.GetEnumeratedLiterals().Count, RimbaCsRenderer.MaxLiterals, enu.Name));
}
else
{
throw new InvalidOperationException("Enumeration is not used, or is an unbound concept domain!");
}
}
// First, if the feature is a value set we will always render it
if (File.Exists(fileName) && !(f as Enumeration).OwnerRealm.EndsWith(RimbaCsRenderer.prefRealm))
{
throw new InvalidOperationException("Enumeration has already been rendered from the preferred realm. Will not render this feature");
}
return(fileName);
}
private void ProcessSpecializations(ParameterModel p, List <AssociationEndSpecialization> list, TypeReference baseRef, MohawkCollege.EHR.gpmr.COR.Interaction interactionModel, TypeReference hint)
{
TypeReference parmRef = null;
foreach (var specialization in list) // This shouldn't ever be done ... ever, but this is v3 land
{
Class specClass = (ClassRepository[p.ToString(MifCompiler.NAME_FORMAT)] as MohawkCollege.EHR.gpmr.COR.SubSystem).OwnedClasses.Find(c => c.Name == specialization.ClassName);
if (specClass == null && hint != null)
{
// Find all sub-classes and see if the hint contains them
TypeReference specClassRef = hint.Class.SpecializedBy.Find(o => o.Class.Name == specialization.ClassName);
// Make the reference a concreate COR class
if (specClassRef != null)
{
specClass = specClassRef.Class;
}
}
if (specClass == null) // Do a CMET lookup
{
MohawkCollege.EHR.gpmr.COR.Feature cmetFeature = null;
if (ClassRepository.TryGetValue(specialization.ClassName, out cmetFeature))
{
specClass = (cmetFeature as CommonTypeReference).Class.Class;
}
else
{
System.Diagnostics.Trace.WriteLine(string.Format("Can't find specialization '{0}' for parameter '{1}' this traversal will be ignored.", specialization.ClassName, p.ParameterName), "warn");
continue;
}
}
parmRef = specClass.CreateTypeReference();
// Append the traversal name
AppendTraversalName(baseRef, p.ParameterName, specialization.TraversalName, parmRef, interactionModel, new Stack <string>());
if (specialization.Specialization.Count > 0)
{
ProcessSpecializations(p, specialization.Specialization, baseRef, interactionModel, parmRef);
}
}
}
/// <summary>
/// Create a length value change
/// </summary>
// TODO: Find a delta-set example that uses this so we can test.
// TODO: Can't determine if this changes maximum or minimum length, should bring this
// up with CHI to see if there is a definition for what this attribute changes
private void CreateLengthValueChange(Feature feature, Constraint constraint)
{
#region Length Value
// Validate the constraint
var lnConstraint = constraint.Value as ConstraintValue<Int32>;
Property ccFeature = feature as Property;
if (ccFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply the length value constraint against a a feature of type '{0}', skipping...", feature.GetType().Name), "error");
return;
}
// Validate the current default value
if (!lnConstraint.Original.Equals(ccFeature.MaxLength))
Trace.WriteLine(String.Format("Delta: Current length of '{0}' does not match original listed in the delta of '{1}', will continue processing anyways...", ccFeature.DefaultValue, lnConstraint.Original), "warn");
// Validate the annotation doesn't already exist
if (ccFeature.Annotations.Exists(o => o is LengthConstraintAnnotation && (o as LengthConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Length constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// Add the annotation to the feature
ccFeature.Annotations.Add(new LengthConstraintAnnotation()
{
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
NewValue = lnConstraint.New,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}
/// <summary>
/// Create a data type change
/// </summary>
private void CreateDatatypeChange(Feature feature, Constraint constraint)
{
#region Data Type Change
// 1. Validate constraint & target
var stConstriant = constraint.Value as ConstraintValue<String>;
Property ccFeature = feature as Property;
if (ccFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply data type change constraint against a feature of type '{0}', skipping...", feature.GetType().Name), "error");
return;
}
TypeReference trNew = this.ParseTypeReference(stConstriant.New),
trOld = this.ParseTypeReference(stConstriant.Original);
// 2. Validate current data type
if (trNew == null || trOld == null)
{
Trace.WriteLine(String.Format("Delta: Could not process '{0}' or '{1}', skipping...", stConstriant.Original, stConstriant.New), "error");
return;
}
if (!TypeReferenceEqual(ccFeature.Type, trOld))
Trace.WriteLine(String.Format("Delta: Current type of '{0}' is not '{1}' as specified in delta, rather it is '{2}', will continue processing anyways...", feature.Name,
trOld, ccFeature.Type), "warn");
// 3. Validate that the cardinality doesn't already exist
if (ccFeature.Annotations.Exists(o => o is DatatypeChangeConstraintAnnotation && (o as DatatypeChangeConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Datatype constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// 4. Append the annotation
ccFeature.Annotations.Add(new DatatypeChangeConstraintAnnotation()
{
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
NewValue = trNew,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}
/// <summary>
/// Create a change that modifies the fixed value
/// </summary>
private void CreateFixedValueChange(Feature feature, Constraint constraint)
{
#region Fixed Value
// 1. Validate constraint & target
var stConstriant = constraint.Value as ConstraintValue<String>;
Property ccFeature = feature as Property;
if (ccFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply fixed value change constraint against a feature of type '{0}', skipping...", feature.GetType().Name), "error");
return;
}
// 2. Validate current data type
if (stConstriant.Original != null && !stConstriant.Original.Equals(ccFeature.FixedValue))
Trace.WriteLine(String.Format("Delta: Current fixed value of '{0}' does not match original listed in delta of '{1}', will continue processing anyways...", ccFeature.FixedValue, stConstriant.Original), "warn");
// 3. Validate that the annotation doesn't already exist
if (ccFeature.Annotations.Exists(o => o is FixedValueConstraintAnnotation && (o as FixedValueConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Fixed value constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// 4. Append the annotation
ccFeature.Annotations.Add(new FixedValueConstraintAnnotation()
{
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
NewValue = stConstriant.New,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}
internal static Property Parse(ClassAttribute clsa, String vocabBindingRealm, ClassRepository cr, Dictionary <string, Package> derivationSuppliers)
{
// TODO: Support EnumerationValue stuff
Property retVal = new Property();
// Name (and busines names)
retVal.Name = clsa.Name;
foreach (BusinessName bn in clsa.BusinessName)
{
if (bn.Language == MifCompiler.Language || bn.Language == null)
{
retVal.BusinessName = bn.Name;
}
}
// Documentation
if (clsa.Annotations != null)
{
retVal.Documentation = DocumentationParser.Parse(clsa.Annotations.Documentation);
}
// Conformance
retVal.Conformance = clsa.IsMandatory ? ClassContent.ConformanceKind.Mandatory : clsa.Conformance == ConformanceKind.Required ? ClassContent.ConformanceKind.Required :
ClassContent.ConformanceKind.Optional;
if (retVal.Conformance != Property.ConformanceKind.Mandatory && clsa.MinimumMultiplicity == "1")
{
retVal.Conformance = Property.ConformanceKind.Populated;
}
// Min / Max occurs
if (retVal.Conformance == MohawkCollege.EHR.gpmr.COR.Property.ConformanceKind.Mandatory)
{
retVal.MinOccurs = "1";
}
else
{
retVal.MinOccurs = clsa.MinimumMultiplicity;
}
retVal.MaxOccurs = clsa.MaximumMultiplicity == "-1" ? "*" : clsa.MaximumMultiplicity;
retVal.MaxLength = clsa.MaximumLength;
retVal.MinLength = clsa.MinimumLength;
// Structural or non?
retVal.PropertyType = clsa.IsImmutable ? Property.PropertyTypes.Structural : Property.PropertyTypes.NonStructural;
// Default value
retVal.DefaultValue = clsa.DefaultValue;
retVal.Initializor = clsa.DefaultFrom == DefaultDeterminerKind.ITS ? Property.InitializorTypes.ITS :
clsa.DefaultFrom == DefaultDeterminerKind.Realm ? Property.InitializorTypes.Realm :
clsa.DefaultFrom == DefaultDeterminerKind.ReferencingAttribute ? Property.InitializorTypes.ReferencedAttributes : Property.InitializorTypes.DefaultValue;
if (clsa.DerivedFrom != null)
{
retVal.Realization = new List <ClassContent>();
foreach (var dei in clsa.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 (!cr.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, cr);
// Ditch if still can't find
if (!cr.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.AttributeName, dei.StaticModelDerivationId), "warn");
}
}
// Feature was found
var f = (ss as MohawkCollege.EHR.gpmr.COR.SubSystem).FindClass(dei.ClassName);
if (f != null)
{
ClassContent cc = f.GetFullContent().Find(o => o.Name == dei.AttributeName);
retVal.Realization.Add(cc);
}
else
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't find derivation class '{0}' for association '{1}' (derivation supplier {2})", dei.ClassName, dei.AttributeName, dei.StaticModelDerivationId), "warn");
}
}
}
// Derived from
retVal.DerivedFrom = clsa;
// Fixed Value
retVal.FixedValue = clsa.FixedValue;
// Sort key
retVal.SortKey = clsa.SortKey;
// Datatype
retVal.Type = TypeReferenceParser.Parse(clsa.Type);
// Update Modes
retVal.UpdateMode = clsa.UpdateModeDefault.ToString();
if (clsa.UpdateModesAllowed != null)
{
retVal.AllowedUpdateModes = new List <string>();
foreach (string s in clsa.UpdateModesAllowed.Split(','))
{
retVal.AllowedUpdateModes.Add(s);
}
}
// Supplier domains
if (clsa.Vocabulary != null)
{
if (clsa.Vocabulary.Code != null && !String.IsNullOrEmpty(clsa.Vocabulary.Code.Code)) // Fixed code
{
retVal.FixedValue = string.Format("{0}", clsa.Vocabulary.Code.Code);
}
// JF: If the code system is identified, then bind
if (clsa.Vocabulary.Code != null && !String.IsNullOrEmpty(clsa.Vocabulary.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"));
retVal.SupplierDomain = cr.Find(o => o is CodeSystem && (o as CodeSystem).Name.Equals(clsa.Vocabulary.Code.CodeSystemName)) as Enumeration;
if (retVal.SupplierDomain == null)
{
Trace.WriteLine(String.Format("'{0}' could not be bound to '{1}' as the code system was not found", clsa.Name, clsa.Vocabulary.Code.CodeSystemName), "warn");
}
}
if (clsa.Vocabulary.ConceptDomain != null)
{
retVal.SupplierDomain = cr.Find(o => o is ConceptDomain && (o as ConceptDomain).Name.Equals(clsa.Vocabulary.ConceptDomain.Name)) as Enumeration;
if (retVal.SupplierDomain == null && MifCompiler.hostContext.Mode == Pipeline.OperationModeType.Quirks)
{
retVal.SupplierDomain = cr.Find(o => o is Enumeration && o.Name.Equals(clsa.Vocabulary.ConceptDomain.Name)) as Enumeration;
if (retVal.SupplierDomain != null)
{
Trace.WriteLine(String.Format("'{0}' couldn't be bound to concept domain '{1}', '{2}' with name '{1}' was located, so the binding was changed", clsa.Name, clsa.Vocabulary.ConceptDomain.Name, retVal.SupplierDomain.EnumerationType), "quirks");
}
}
if (retVal.SupplierDomain == null)
{
Trace.WriteLine(String.Format("'{0}' could not be bound to '{1}' as the concept domain was not found", clsa.Name, clsa.Vocabulary.ConceptDomain.Name), "warn");
}
}
if (clsa.Vocabulary.ValueSet != null)
{
retVal.SupplierDomain = cr.Find(o => o is ValueSet && (o as ValueSet).Name.Equals(clsa.Vocabulary.ValueSet.Name)) as Enumeration;
if (retVal.SupplierDomain == null)
{
Trace.WriteLine(String.Format("'{0}' could not be bound to '{1}' as the value set was not found", clsa.Name, clsa.Vocabulary.ValueSet.Name), "warn");
}
if (!String.IsNullOrEmpty(clsa.Vocabulary.ValueSet.RootCode))
{
bool shouldFix = false;
if (retVal.SupplierDomain != null)
{
var enumLiteral = retVal.SupplierDomain.Literals.Find(o => o.Name == clsa.Vocabulary.ValueSet.RootCode);
shouldFix = enumLiteral != null && enumLiteral.RelatedCodes != null && enumLiteral.RelatedCodes.Count == 0;
}
if (shouldFix)
{
retVal.FixedValue = String.Format("{0}", clsa.Vocabulary.ValueSet.RootCode);
}
}
}
// Supplier strength(s)
if (clsa.Vocabulary.ValueSet != null)
{
retVal.SupplierStrength = clsa.Vocabulary.ValueSet.CodingStrength == CodingStrengthKind.CNE ? (Property.CodingStrengthKind?)Property.CodingStrengthKind.CodedNoExtensions:
clsa.Vocabulary.ValueSet.CodingStrength == CodingStrengthKind.CWE ? (Property.CodingStrengthKind?)Property.CodingStrengthKind.CodedNoExtensions : null;
}
// Supplier domain strength
if (retVal.SupplierDomain != null)
{
if (defaultCodingStrengths.ContainsKey(retVal.SupplierDomain.Name ?? "") && !retVal.SupplierStrength.HasValue)
{
retVal.SupplierStrength = defaultCodingStrengths[retVal.SupplierDomain.Name];
}
else
{
retVal.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");
}
}
}
return(retVal);
}
public void Compile()
{
// Already processing?
if (interactionModel == null || processingStack.Contains(interactionModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT)))
{
return;
}
// Add to the processing stack
processingStack.Add(interactionModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT));
// Otput the name of the package.
System.Diagnostics.Trace.WriteLine(string.Format("Compiling interaction model package '{0}'...", interactionModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT)), "debug");
// Check if the package has already been "compiled"
if (ClassRepository.ContainsKey(interactionModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT)))
{
return; // Already compiled
}
// Process the interaction
MohawkCollege.EHR.gpmr.COR.Interaction interaction = new MohawkCollege.EHR.gpmr.COR.Interaction();
interaction.Name = interactionModel.PackageLocation.ToString(MifCompiler.NAME_FORMAT);
//interaction.Realm = interactionModel.PackageLocation.Realm;
// Process business names
foreach (BusinessName bn in interactionModel.BusinessName ?? new List <BusinessName>())
{
if (bn.Language == MifCompiler.Language || bn.Language == null)
{
interaction.BusinessName = bn.Name;
}
}
// Process documentation
if (interactionModel.Annotations != null)
{
interaction.Documentation = DocumentationParser.Parse(interactionModel.Annotations.Documentation);
}
// Set the derivation from pointer
interaction.DerivedFrom = interactionModel;
// Trigger event
interaction.TriggerEvent = interactionModel.InvokingTriggerEvent.ToString(MifCompiler.NAME_FORMAT);
// Types
TypeReference tr = new TypeReference();
// Has the entry class been created yet?
if (!ClassRepository.ContainsKey(interactionModel.ArgumentMessage.ToString(MifCompiler.NAME_FORMAT)))
{
// Process
PackageParser.Parse(interactionModel.ArgumentMessage.ToString(MifCompiler.NAME_FORMAT), repository, ClassRepository);
}
var entry = (ClassRepository[interactionModel.ArgumentMessage.ToString(MifCompiler.NAME_FORMAT)] as MohawkCollege.EHR.gpmr.COR.SubSystem);
// Could we even find the model?
if (entry == null)
{
System.Diagnostics.Trace.WriteLine(string.Format("Could not find the argument message '{0}', interaction '{1}' can't be processed",
interactionModel.ArgumentMessage.ToString(MifCompiler.NAME_FORMAT), interaction.Name), "error");
return;
}
else if (entry.EntryPoint.Count == 0)
{
System.Diagnostics.Trace.WriteLine(string.Format("Argument message '{0}' must have an entry point, interaction '{1}' can't be processed",
entry.Name, interaction.Name), "error");
return;
}
else if (entry.EntryPoint.Count != 1)
{
System.Diagnostics.Trace.WriteLine(string.Format("Ambiguous entry point for argument message '{0}', interaction '{1}' can't be processed", entry.Name, interaction.Name), "error");
return;
}
// Set the entry class
tr = entry.EntryPoint[0].CreateTypeReference();
tr.MemberOf = ClassRepository; // Set member of property
ProcessTypeParameters(interactionModel.ArgumentMessage.ParameterModel, tr, interaction);
interaction.MessageType = tr;
#region Response types
if (interactionModel.ReceiverResponsibilities != null)
{
// Create the array
interaction.Responses = new List <MohawkCollege.EHR.gpmr.COR.Interaction>();
// Iterate through
foreach (ReceiverResponsibility rr in interactionModel.ReceiverResponsibilities)
{
if (rr.InvokeInteraction == null)
{
System.Diagnostics.Trace.WriteLine("Invoking interaction on receiver responsibility is missing", "warn");
continue;
}
// Does the receiver responsibility exist in the class repository
if (!ClassRepository.ContainsKey(rr.InvokeInteraction.ToString(MifCompiler.NAME_FORMAT)))
{
InteractionCompiler icc = new InteractionCompiler();
icc.PackageRepository = repository;
icc.Package = repository.Find(o => o.PackageLocation.ToString(MifCompiler.NAME_FORMAT) == rr.InvokeInteraction.ToString(MifCompiler.NAME_FORMAT));
icc.ClassRepository = ClassRepository;
icc.Compile();
}
MohawkCollege.EHR.gpmr.COR.Feature foundFeature = null;
if (ClassRepository.TryGetValue(rr.InvokeInteraction.ToString(MifCompiler.NAME_FORMAT), out foundFeature))
{
// Reason element for documentation
if (rr.Reason != null && (rr.Reason.Language == MifCompiler.Language || rr.Reason.Language == null) &&
(rr.Reason.MarkupElements != null || rr.Reason.MarkupText != null))
{
MohawkCollege.EHR.gpmr.COR.Documentation.TitledDocumentation td = new MohawkCollege.EHR.gpmr.COR.Documentation.TitledDocumentation()
{
Title = "Reason", Name = "Reason", Text = new List <string>()
};
if (rr.Reason.MarkupText != null)
{
td.Text.Add(rr.Reason.MarkupText);
}
if (rr.Reason.MarkupElements != null)
{
foreach (XmlElement xe in rr.Reason.MarkupElements)
{
td.Text.Add(xe.OuterXml.Replace(" xmlns:html=\"http://www.w3.org/1999/xhtml\"", "").Replace("html:", ""));
}
}
// Append the documentation
if (interaction.Documentation == null)
{
interaction.Documentation = new MohawkCollege.EHR.gpmr.COR.Documentation();
}
if (interaction.Documentation.Other == null)
{
interaction.Documentation.Other = new List <MohawkCollege.EHR.gpmr.COR.Documentation.TitledDocumentation>();
}
interaction.Documentation.Other.Add(td);
}
interaction.Responses.Add(foundFeature as MohawkCollege.EHR.gpmr.COR.Interaction);
}
else
{
System.Diagnostics.Trace.WriteLine(String.Format("Can't find response interaction '{0}'...", rr.InvokeInteraction.ToString(MifCompiler.NAME_FORMAT)), "warn");
}
}
}
#endregion
// Fire the complete method
interaction.FireParsed();
}
/// <summary>
/// Apply constraints for the specified feature
/// </summary>
private void ApplyConstraint(Feature feature, Constraint constraint)
{
// Determine the type of constraint
switch (constraint.Type)
{
case ConstraintDeltaType.Conformance:
CreateConformanceChange(feature, constraint);
break;
case ConstraintDeltaType.Annotation:
CreateAnnotationChange(feature, constraint);
break;
case ConstraintDeltaType.Remove:
CreateRemoveChange(feature, constraint);
break;
case ConstraintDeltaType.BusinessName:
CreateBusinessNameChange(feature, constraint);
break;
case ConstraintDeltaType.Cardinality:
CreateCardinalityChange(feature, constraint);
break;
case ConstraintDeltaType.SubstituteCmet:
case ConstraintDeltaType.Datatype:
CreateDatatypeChange(feature, constraint);
break;
case ConstraintDeltaType.Fixed:
CreateFixedValueChange(feature, constraint);
break;
case ConstraintDeltaType.DefaultValue:
CreateDefaultValueChange(feature, constraint);
break;
case ConstraintDeltaType.Length:
CreateLengthValueChange(feature, constraint);
break;
case ConstraintDeltaType.VocabularyStrength:
CreateVocabularyStrengthChange(feature, constraint);
break;
case ConstraintDeltaType.VocabularyBinding:
CreateVocabularyDomainChange(feature, constraint);
break;
case ConstraintDeltaType.UpdateModeDefault:
case ConstraintDeltaType.UpdateModeValue:
{
Trace.WriteLine(String.Format("Delta: Update mode deltas are not supported by this delta engine"));
break;
}
default:
{
Trace.WriteLine(String.Format("Delta: Don't understand constraint of type '{0}'", constraint.Type), "warn");
break;
}
}
}
/// <summary>
/// Render the enumeration
/// </summary>
public void Render(string ownerPackage, string apiNs, Feature f, System.IO.TextWriter tw)
{
// Validate arguments
if (String.IsNullOrEmpty(ownerPackage))
throw new ArgumentNullException("ownerPackage");
if (String.IsNullOrEmpty(apiNs))
throw new ArgumentNullException("apiNs");
if (f == null || !(f is Enumeration))
throw new ArgumentException("Parameter must be of type Enumeration", "f");
Enumeration cls = f as Enumeration;
// enumeration is a concept domain? do the binding
if (cls is ConceptDomain && (cls as ConceptDomain).ContextBinding != null)
cls = (cls as ConceptDomain).ContextBinding[0];
else if (cls is ConceptDomain)
throw new InvalidOperationException("Won't render unbound concept domains");
tw.WriteLine("package {0}.vocabulary;", ownerPackage);
#region Render the imports
string[] apiImports = { "annotations.*", "datatypes.*", "datatypes.generic.*" },
jImports = { "java.lang.*", "java.util.*" };
foreach (var import in apiImports)
tw.WriteLine("import {0}.{1};", apiNs, import);
foreach (var import in jImports)
tw.WriteLine("import {0};", import);
#endregion
#region Render Class Signature
// Documentation
if (DocumentationRenderer.Render(cls.Documentation, 0).Length == 0)
tw.WriteLine("/** No Summary Documentation Found */");
else
tw.Write(DocumentationRenderer.Render(cls.Documentation, 0));
// Create structure annotation
tw.WriteLine(CreateStructureAnnotation(cls));
string renderName = cls.Name;
if (cls.Annotations != null && cls.Annotations.Exists(o => o is RenderAsAnnotation))
renderName = (cls.Annotations.Find(o => o is RenderAsAnnotation) as RenderAsAnnotation).RenderName;
// Create class signature
//tw.WriteLine("@Structure(name = \"{0}\", structureType = StructureType.{1})", cls.Name, cls.GetType().Name.ToUpper());
tw.Write("public class {0} implements {1}.interfaces.IEnumeratedVocabulary", Util.Util.MakeFriendly(renderName), apiNs);
tw.WriteLine("{");
#endregion
#region Render Properties
StringWriter sw = new StringWriter();
RenderLiterals(sw, cls, new List<string>(), new List<string>(), cls.Literals, renderName);
String tStr = sw.ToString();
tw.WriteLine(tStr);
#endregion
#region Render IEnumeratedVocabulary Methods
tw.WriteLine("\tpublic {0}(String code, String codeSystem) {{ this.m_code = code; this.m_codeSystem = codeSystem; }}", Util.Util.MakeFriendly(renderName));
tw.WriteLine("\tprivate final String m_code;");
tw.WriteLine("\tprivate final String m_codeSystem;");
tw.WriteLine("\tpublic String getCodeSystem() { return this.m_codeSystem; }");
tw.WriteLine("\tpublic String getCode() { return this.m_code; }");
tw.WriteLine("\t@Override");
tw.WriteLine("\tpublic String toString() { return this.m_code; }");
tw.WriteLine("\t@Override");
tw.WriteLine("\tpublic boolean equals(Object obj) {");
tw.WriteLine("\t\tif (this == obj)");
tw.WriteLine("\t\t\treturn true;");
tw.WriteLine("\t\tif (!super.equals(obj))");
tw.WriteLine("\t\t\treturn false;");
tw.WriteLine("\t\tif (getClass() != obj.getClass())");
tw.WriteLine("\t\t\treturn false;");
tw.WriteLine("\t\t\tif(obj instanceof String && this.m_code.equals(obj))");
tw.WriteLine("\t\t\treturn true;");
tw.WriteLine("\t\t\tif(obj instanceof org.marc.everest.interfaces.IEnumeratedVocabulary && this.m_code.equals(((org.marc.everest.interfaces.IEnumeratedVocabulary)obj).getCode()))");
tw.WriteLine("\t\t\treturn true;");
tw.WriteLine("\t\treturn false;");
tw.WriteLine("\t}");
#endregion
// End enumeration
tw.WriteLine("}");
}
/// <summary>
/// Add supported annotation
/// </summary>
private void AddSupportedAnnotation(Feature featureData)
{
if(!featureData.Annotations.Exists(o=>o is SupportedConstraintAnnotation && (o as SupportedConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
featureData.Annotations.Add(new SupportedConstraintAnnotation()
{
RealmCode = this.m_deltaSet.Realm.Code
});
if (featureData is Class)
foreach (var dat in (featureData as Class).Content)
AddSupportedAnnotation(dat);
else if (featureData is Choice)
foreach (var dat in (featureData as Choice).Content)
AddSupportedAnnotation(dat);
}
/// <summary>
/// Set the member of
/// </summary>
private void SetMemberOf(Feature feature, ClassRepository newOwner)
{
feature.MemberOf = newOwner;
if (feature is Class)
foreach (var p in (feature as Class).Content)
SetMemberOf(p, newOwner);
if (feature is Enumeration)
foreach (var p in (feature as Enumeration).Literals)
SetMemberOf(p, newOwner);
if (feature is Choice)
foreach (var p in (feature as Choice).Content)
SetMemberOf(p, newOwner);
}
/// <summary>
/// Determine if a factory is needed
/// </summary>
public string CreateFile(Feature f, string FilePath)
{
Class cls = f as Class;
if(cls.IsAbstract && cls.SpecializedBy != null && cls.SpecializedBy.Count > 0)
return Path.ChangeExtension(Path.Combine(Path.Combine(FilePath, cls.ContainerName.ToLower()), String.Format("{0}Factory", Util.Util.PascalCase(f.Name))), "java");
throw new NotSupportedException();
}
/// <summary>
/// Render the factory
/// </summary>
public void Render(string ownerPackage, string apiNs, Feature f, System.IO.TextWriter tw)
{
ClassRenderer.s_imports.Clear();
// Validate arguments
if (String.IsNullOrEmpty(ownerPackage))
throw new ArgumentNullException("ownerPackage");
if (String.IsNullOrEmpty(apiNs))
throw new ArgumentNullException("apiNs");
if (f == null || !(f is Class))
throw new ArgumentException("Parameter must be of type Class", "f");
// Create a local copy of the class
Class cls = f as Class;
StringWriter sw = new StringWriter();
tw.WriteLine("package {0}.{1};", ownerPackage, cls.ContainerName.ToLower());
#region Render Class Signature
// Documentation
if (DocumentationRenderer.Render(cls.Documentation, 0).Length == 0)
sw.WriteLine("\t/** No Summary Documentation Found */");
else
sw.Write(DocumentationRenderer.Render(cls.Documentation, 0));
// Create class signature
sw.Write("public final class {0}Factory", Util.Util.PascalCase(cls.Name));
// If class is generic class
string genericString = String.Empty;
foreach (TypeParameter tp in cls.TypeParameters ?? new List<TypeParameter>())
genericString += tp + ",";
if (!String.IsNullOrEmpty(genericString))
genericString = String.Format("<{0}>", genericString.Substring(0, genericString.Length - 1)); // get rid of trailing ,
sw.WriteLine("{");
#endregion
sw.WriteLine("\tprivate {0}Factory() {{ super(); }}\r\n", Util.Util.PascalCase(cls.Name));
// Create newInstanceMethod
sw.WriteLine("\tpublic static final {0} {1}Factory newInstance() {{", cls.TypeParameters != null && cls.TypeParameters.Count > 0 ? string.Format("<{0}>", genericString) : "", Util.Util.PascalCase(cls.Name));
sw.WriteLine("\t\treturn new {0}Factory{1}();", Util.Util.PascalCase(cls.Name), genericString);
sw.WriteLine("\t}");
// Move to a factory
// Is this an emtpy class that facilitates a choice?
if (cls.SpecializedBy != null && cls.SpecializedBy.Count > 0 &&
cls.IsAbstract)
{
//// NB: In Java apparently super classes' static methods are acceessable
//// in child classes which is different than .NET, so we're not going to cascade specializers
foreach (TypeReference tr in cls.SpecializedBy)
{
if (tr.Class == null || tr.Class.ContainerName == "RIM" && !RimbaJavaRenderer.GenerateRim ||
tr.Class.IsAbstract)
continue;
Class child = tr.Class;
// Create factory for the child
Dictionary<String, String[]> ctors = ClassRenderer.CreateFactoryMethod(tr, "retVal", ownerPackage);
// Write factory
foreach (var kv in ctors)
{
string methodSignature = String.Format("{1}.{0}.{2}.create{3}", cls.ContainerName, ownerPackage, Util.Util.PascalCase(cls.Name), Util.Util.PascalCase(child.Name)),
publicName = methodSignature;
// Regex for extracting the parameter type rather than the type/name
Regex parmRegex = new Regex(@"(([\w<>,.]*)\s(\w*)),?\s?");
MatchCollection parmMatches = parmRegex.Matches(kv.Value[0]);
foreach (Match match in parmMatches)
methodSignature += match.Groups[1].Value.Substring(0, match.Groups[1].Value.IndexOf(" "));
// JF: Added to protected against rendering the same factory method
if (s_methodDeclarations.Contains(methodSignature))
continue;
s_methodDeclarations.Add(methodSignature);
// Render if there is even any content
if (kv.Value[0].Length > 0)
{
string clsDoc = DocumentationRenderer.Render(child.Documentation, 1);
string ctorClassName = String.Format("{0}.{2}.{1}", ownerPackage, tr.Class.Name, tr.Class.ContainerName.ToLower());
//// import already exists?
//if(!s_imports.Exists(o=>o.EndsWith(Util.Util.PascalCase(tr.Class.Name))))
//{
// s_imports.Add(ctorClassName);
// ctorClassName = ctorClassName.Substring(ctorClassName.LastIndexOf(".") + 1);
//}
//if (s_imports.Contains(ctorClassName))
// ctorClassName = ctorClassName.Substring(ctorClassName.LastIndexOf(".") + 1);
if (clsDoc.Contains("*/"))
sw.Write(clsDoc.Substring(0, clsDoc.LastIndexOf("*/")));
sw.WriteLine("* This function creates a new instance of {5}.{1}\r\n\t {4}\r\n\t*/\t\n\tpublic final {0} create{2}({3}) {{ ", ctorClassName, tr.Class.Name, Util.Util.PascalCase(child.Name), kv.Value[0].Substring(0, kv.Value[0].Length - 1), kv.Value[2], tr.Class.ContainerName.ToLower(), Util.Util.PascalCase(cls.Name)
);
sw.WriteLine("\t\t{0} retVal = new {0}();", ctorClassName);
sw.WriteLine("{0}", kv.Value[1]);
sw.WriteLine("\t\treturn retVal;");
sw.WriteLine("\t}");
if (!factoryMethods.ContainsKey(tr.Name))
factoryMethods.Add(tr.Name, new List<MohawkCollege.EHR.gpmr.Pipeline.Renderer.Java.Renderer.ClassRenderer.FactoryMethodInfo>());
MohawkCollege.EHR.gpmr.Pipeline.Renderer.Java.Renderer.ClassRenderer.FactoryMethodInfo myInfo = new MohawkCollege.EHR.gpmr.Pipeline.Renderer.Java.Renderer.ClassRenderer.FactoryMethodInfo(publicName, kv.Value[2], methodSignature);
//Match the regular expression below and capture its match into backreference number 1 «(([\w<>,]*?)\s(\w*),?\s?)»
//Match the regular expression below and capture its match into backreference number 2 «([\w<>,]*?)»
//Match a single character present in the list below «[\w<>,]*?»
//Between zero and unlimited times, as few times as possible, expanding as needed (lazy) «*?»
//A word character (letters, digits, etc.) «\w»
//One of the characters “<>,” «<>,»
//Match a single character that is a “whitespace character” (spaces, tabs, line breaks, etc.) «\s»
//Match the regular expression below and capture its match into backreference number 3 «(\w*)»
//Match a single character that is a “word character” (letters, digits, etc.) «\w*»
//Between zero and unlimited times, as many times as possible, giving back as needed (greedy) «*»
//Match the character “,” literally «,?»
//Between zero and one times, as many times as possible, giving back as needed (greedy) «?»
//Match a single character that is a “whitespace character” (spaces, tabs, line breaks, etc.) «\s?»
//Between zero and one times, as many times as possible, giving back as needed (greedy) «?»
foreach (Match match in parmMatches)
myInfo.parameters.Add(match.Groups[1].Value);
// ADd the factory signature to the dictionary
factoryMethods[tr.Name].Add(myInfo);
}
}
}
//#endregion
}
// End class
sw.WriteLine("}");
#region Render the imports
string[] apiImports = { "annotations.*", "datatypes.*", "datatypes.generic.*" },
jImports = { "java.lang.*", "java.util.*" };
foreach (var import in apiImports)
tw.WriteLine("import {0}.{1};", apiNs, import);
foreach (var import in jImports)
tw.WriteLine("import {0};", import);
foreach (var import in ClassRenderer.s_imports)
{
if (!import.EndsWith(String.Format(".{0}", Util.Util.PascalCase(f.Name))))
tw.WriteLine("import {0};", import);
}
tw.WriteLine(sw.ToString());
#endregion
if (cls.ContainerName == "RIM" && String.Format("{0}.rim.{1}", ownerPackage, Util.Util.PascalCase(cls.Name)) != RimbaJavaRenderer.RootClass && !RimbaJavaRenderer.GenerateRim)
throw new NotSupportedException("RIM Elements will not be rendered");
}
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);
}
public void Render(string OwnerNS, string apiNs, MohawkCollege.EHR.gpmr.COR.Feature f, System.IO.TextWriter tw)
{
StringWriter sw = new StringWriter();
// Make a strong typed reference to enumeration
Enumeration enu = f as Enumeration;
// enumeration is a concept domain? do the binding
if (enu is ConceptDomain && (enu as ConceptDomain).ContextBinding != null)
{
enu = (enu as ConceptDomain).ContextBinding[0];
}
else if (enu is ConceptDomain)
{
throw new InvalidOperationException("Won't render unbound concept domains");
}
#region Usings
// Validate Usings
string[] usings = new string[] { "Attributes", "Interfaces", "DataTypes" };
foreach (string s in usings)
{
sw.WriteLine("using {1}.{0};", s, apiNs);
}
sw.WriteLine("using System.ComponentModel;");
#endregion
sw.WriteLine("namespace {0}.Vocabulary {{", OwnerNS); // start ns
// Generate the documentation
if (DocumentationRenderer.Render(enu.Documentation, 1).Length == 0)
{
sw.WriteLine("\t/// <summary>{0}</summary>", enu.BusinessName ?? "No Documentation Found");
}
else
{
sw.Write(DocumentationRenderer.Render(enu.Documentation, 1));
}
// Generate the structure attribute
sw.WriteLine("\t[Structure(Name = \"{0}\", CodeSystem = \"{1}\", StructureType = StructureAttribute.StructureAttributeType.{2}, Publisher = {3})]", enu.Name, enu.ContentOid, enu.GetType().Name, enu.Documentation != null ? "\"" + enu.Documentation.Copyright + "\"" : "null");
sw.WriteLine("#if !WINDOWS_PHONE");
sw.WriteLine("\t[Serializable]");
sw.WriteLine("#endif");
string renderName = enu.Name;
if (enu.Annotations != null && enu.Annotations.Exists(o => o is RenderAsAnnotation))
{
renderName = (enu.Annotations.Find(o => o is RenderAsAnnotation) as RenderAsAnnotation).RenderName;
}
// Generate enum
sw.WriteLine("\tpublic enum {0} {{ ", Util.Util.MakeFriendly(renderName));
List <String> rendered = new List <string>(),
mnemonics = new List <string>();
RenderLiterals(sw, enu, rendered, mnemonics, enu.Literals);
String tStr = sw.ToString();
tStr = tStr.Remove(tStr.LastIndexOf(","));
tStr += ("\r\n\t}");
tStr += ("\r\n}"); // end ns
// Write to tw
tw.Write(tStr);
}
/// <summary>
/// Create a file for the enumeration
/// </summary>
public string CreateFile(Feature f, string filePath)
{
string fileName = Util.Util.MakeFriendly(f.Name);
// Render as
if (f.Annotations != null && f.Annotations.Exists(o => o is RenderAsAnnotation))
fileName = Util.Util.MakeFriendly((f.Annotations.Find(o => o is RenderAsAnnotation) as RenderAsAnnotation).RenderName);
fileName = Path.ChangeExtension(Path.Combine(Path.Combine(filePath, "vocabulary"), Util.Util.MakeFriendly(fileName)), ".java");
var enu = f as Enumeration;
if (!String.IsNullOrEmpty(Datatypes.GetBuiltinVocabulary(enu.Name)))
throw new InvalidOperationException("Enumeration is builtin to core library. Will not render");
// Is this code system even used?
if (!m_markedForUse.Exists(o => o.GetType().Equals(f.GetType()) && o.Name == f.Name))
{
if (enu.GetEnumeratedLiterals().Count > RimbaJavaRenderer.MaxLiterals)
throw new InvalidOperationException(String.Format("Enumeration '{2}' too large, enumeration has {0} literals, maximum allowed is {1}",
enu.GetEnumeratedLiterals().Count, RimbaJavaRenderer.MaxLiterals, enu.Name));
else
throw new InvalidOperationException("Enumeration is not used, or is an unbound concept domain!");
}
// First, if the feature is a value set we will always render it
if (File.Exists(fileName) && !(f as Enumeration).OwnerRealm.EndsWith(RimbaJavaRenderer.prefRealm))
throw new InvalidOperationException("Enumeration has already been rendered from the preferred realm. Will not render this feature");
return fileName;
}
/// <summary>
/// Create a vocbulary change strength
/// </summary>
private void CreateVocabularyStrengthChange(Feature feature, Constraint constraint)
{
#region Default Value
// Validate the constraint
var strConstraint = constraint.Value as ConstraintValue<String>;
Property ccFeature = feature as Property;
if (ccFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply the vocabulary strength constraint against a a feature of type '{0}', skipping...", feature.GetType().Name), "error");
return;
}
// Default
Property.CodingStrengthKind newStrength = Property.CodingStrengthKind.CodedNoExtensions;
// Parse the new value
switch (strConstraint.New)
{
case "CWE":
newStrength = Property.CodingStrengthKind.CodedWithExtensions;
break;
case "CNE":
break;
default:
Trace.WriteLine(String.Format("Delta: Don't understand coding strength '{0}', ignoring...", strConstraint.New), "warn");
return;
}
// Validate the annotation doesn't already exist
if (ccFeature.Annotations.Exists(o => o is SupplierStrengthConstraintAnnotation && (o as SupplierStrengthConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Supplier constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// Add the annotation to the feature
ccFeature.Annotations.Add(new SupplierStrengthConstraintAnnotation()
{
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
NewValue = newStrength,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}
public void Render(string ownerPackage, string apiNs, Feature f, System.IO.TextWriter tw)
{
ClassRenderer.s_imports.Clear();
// Validate arguments
if (String.IsNullOrEmpty(ownerPackage))
throw new ArgumentNullException("ownerPackage");
if (String.IsNullOrEmpty(apiNs))
throw new ArgumentNullException("apiNs");
if (f == null || !(f is Interaction))
throw new ArgumentException("Parameter must be of type Enumeration", "f");
this.generatedFactoryMethods = new List<string>();
// Get a strongly typed reference to the
Interaction interaction = f.Clone() as Interaction;
interaction.MemberOf = f.MemberOf;
StringWriter sw = new StringWriter();
#endregion
// HACK: If there is no description on the interaction then we'll
// HACK: add the business name as a description
// TODO: Remove this and come up with a better solution
if (interaction.Documentation == null ||
interaction.Documentation.Description == null)
interaction.Documentation = new Documentation()
{
Description = new List<string>() { interaction.BusinessName }
};
// Determine if this class is an interaction
bool isIInteraction = true;
string[] members = {
"creationtime",
"versioncode",
"interactionid",
"processingmodecode"
};
foreach (var m in members)
isIInteraction &= interaction.MessageType.Class.Content.Exists(o => o.Name.ToLower() == m);
sw.Write(DocumentationRenderer.Render(interaction.Documentation, 0));
sw.WriteLine("@Structure(name = \"{0}\", structureType = StructureType.INTERACTION)", interaction.Name);
sw.WriteLine("@Interaction(name=\"{1}\", triggerEvent = \"{0}\")", interaction.TriggerEvent, interaction.Name);
sw.WriteLine("@InteractionResponses( value = {");
List<String> resp = new List<string>();
foreach (Interaction response in interaction.Responses)
{
if (resp.Contains(response.Name)) continue;
sw.WriteLine("\t@Interaction(name = \"{0}\", triggerEvent = \"{1}\"){2}", response.Name, response.TriggerEvent, response == interaction.Responses.Last() ? "" : ",");
resp.Add(response.Name);
}
sw.WriteLine("})");
sw.WriteLine("public class {0} extends {1} {2} {{", interaction.Name, CreateInteractionDatatype(interaction.MessageType, ownerPackage),
isIInteraction ? "implements IInteraction" : "");
#region Constants
// Get the trigger event
sw.WriteLine("\t/** Gets the default trigger event to be used for this interaction */");
sw.WriteLine("\tpublic static CV<String> defaultTriggerEvent() {{ return new CV<String>(\"{0}\", \"{1}\"); }}", interaction.TriggerEvent, triggerEventOid, apiNs);
// Get the interaction id
sw.WriteLine("\t/** Gets the interaction ID of this interaction */");
sw.WriteLine("\tpublic static II defaultInteractionId() {{ return new II(\"{1}\", \"{0}\"); }}", interaction.Name, interactionIdOid, apiNs);
// Get the profile id
if (!String.IsNullOrEmpty(profileId))
{
sw.WriteLine("\t/** Gets the profile id of this interaction */");
sw.WriteLine("\tpublic static LIST<II> defaultProfileId() {{ LIST<II> retVal = new LIST<II>(); retVal.add(new II (\"{0}\", \"{1}\")); return retVal; }}", profileIdOid, profileId, apiNs);
}
#endregion
#region Constructors
sw.WriteLine("\t/** Creates a new, empty instance of {0} */", interaction.Name);
sw.WriteLine("\tpublic {0}() {{ super(); }}\r\n", interaction.Name);
//string ctor_parameters = "";
//string ctor_body = "";
//foreach (ClassContent cc in interaction.MessageType.Class.Content)
//{
// if (cc.Conformance == ClassContent.ConformanceKind.Mandatory) // Mandatory ctor
// {
// if (cc is Property && ((cc as Property).FixedValue == null || (cc as Property).PropertyType == Property.PropertyTypes.TraversableAssociation))
// {
// Property p = cc as Property;
// TypeReference tr = Datatypes.MapDatatype(p.Type);
// // Documentation
// if (p.Documentation != null && p.Documentation.Definition != null && p.Documentation.Definition.Count > 0)
// sw.WriteLine("\t\t/// <param name=\"{0}\">{1}</param>", p.Name, p.Documentation.Definition[0]);
// // Now the signature
// ctor_parameters += string.Format("{0} {1},", ClassRenderer.CreateDatatypeRef(tr, p), p.Name);
// ctor_body += string.Format("\t\t\tthis.{0} = {1};\r\n", Util.Util.PascalCase(p.Name), p.Name);
// }
// else
// {
// }
// }
//}
//// Write CTOR
//if (ctor_parameters.Length > 0)
//{
// sw.WriteLine("\t\t/// <summary>\r\n\t\t/// CTOR for all mandatory elements\r\n\t\t/// </summary>");
// sw.WriteLine("\t\tpublic {0}({1}) : base() {{ \r\n\t\t{2}\t\t}}", interaction.Name, ctor_parameters.Substring(0, ctor_parameters.Length - 1), ctor_body);
//}
Dictionary<String, String[]> ctors = ClassRenderer.CreateFactoryMethod(interaction.MessageType, "this", true, ownerPackage);
// Write CTOR
List<String> wroteParms = new List<string>(); // Keep track of the parameters used
foreach (KeyValuePair<String, String[]> kv in ctors)
{
if (kv.Value[0].Length > 0 && !wroteParms.Contains(kv.Value[0]))
{
wroteParms.Add(kv.Value[0]);
sw.WriteLine("\t/**\r\n\t * CTOR for all {0} elements\r\n\t", kv.Key);
sw.WriteLine(kv.Value[2]);
sw.WriteLine("\t*/\r\n\tpublic {0}({1}) {{ \r\n\t\tsuper();\r\n{2}\t}}", interaction.Name, kv.Value[0].Substring(0, kv.Value[0].Length - 1), kv.Value[1]);
}
}
#endregion
#region Creator for payload, control act, etc...
// Owner namespace
if (interaction.MessageType.GenericSupplier != null)
foreach (TypeReference tr in interaction.MessageType.GenericSupplier)
sw.WriteLine(GenerateFactoryMethod(tr, ownerPackage));
#endregion
#region Interaction members
if (isIInteraction)
{
sw.WriteLine("\t\t/** Implementation of generic IInteraction.ControlActEvent Property */");
// Create the control act event
if (interaction.MessageType.GenericSupplier != null && interaction.MessageType.GenericSupplier.Count > 0)
{
Property cactProperty = interaction.MessageType.Class.Content.Find(o => o is Property && (o as Property).Type.Name == interaction.MessageType.Class.TypeParameters[0].ParameterName) as Property;
if (cactProperty == null)
;
string cactName = Util.Util.PascalCase(cactProperty.Name);
sw.WriteLine("\t\tObject getControlAct() {");
sw.WriteLine("\t\t\treturn this.get{0}();", cactName);
sw.WriteLine("\t\t}");
}
else
{
sw.WriteLine("\t\tObject getControlAct() {");
sw.WriteLine("\t\t\treturn null;");
sw.WriteLine("\t\t}");
}
}
#endregion
sw.WriteLine("}");
#region Usings
// Interactions package
tw.WriteLine("package {0}.interaction;", ownerPackage);
#region Render the imports
string[] apiImports = { "annotations.*", "datatypes.*", "datatypes.generic.*", "interfaces.IGraphable", "interfaces.IInteraction" },
jImports = { "java.lang.*", "java.util.*" };
foreach (var import in apiImports)
tw.WriteLine("import {0}.{1};", apiNs, import);
foreach (var import in jImports)
tw.WriteLine("import {0};", import);
foreach (var import in ClassRenderer.s_imports)
tw.WriteLine("import {0};", import);
#endregion
tw.WriteLine(sw.ToString());
}
/// <summary>
/// Create a vocabulary domain change
/// </summary>
private void CreateVocabularyDomainChange(Feature feature, Constraint constraint)
{
#region Vocabulary Domain Change
// 1. Validate the constraint
var vocConstraint = constraint.Value as VocabularyConstraintValue;
Property ccFeature = feature as Property;
if (ccFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply the vocabulary binding constraint against a a feature of type '{0}', skipping...", feature.GetType().Name), "error");
return;
}
// 2. Validate the parameters
Type originalType = typeof(Enumeration),
newType = typeof(Enumeration);
// Type map
Dictionary<DomainSourceType, Type> typeMap = new Dictionary<DomainSourceType, Type>()
{
{ DomainSourceType.CodeSystem, typeof(CodeSystem) },
{ DomainSourceType.ConceptDomain, typeof(ConceptDomain) },
{ DomainSourceType.ValueSet, typeof(ValueSet) }
};
// Map
if (!typeMap.TryGetValue(vocConstraint.OriginalSourceType, out originalType))
{
Trace.WriteLine(String.Format("Delta: Don't understand the source type of the vocabulary constraint '{0}', skipping", vocConstraint.OriginalSourceType), "error");
return;
}
else if (!typeMap.TryGetValue(vocConstraint.NewSourceType, out newType))
{
Trace.WriteLine(String.Format("Delta: Don't understand the destination type of the vocabulary constraint '{0}', skipping", vocConstraint.NewSourceType), "error");
return;
}
// a. Validate original source parameters
if (!ccFeature.SupplierDomain.Equals(vocConstraint.OriginalDomain) ||
ccFeature.SupplierDomain != null && !ccFeature.SupplierDomain.GetType().Equals(originalType))
Trace.WriteLine(String.Format("Delta: Current supplier domain '{2}:{0}' does not match original listed in the delta of '{3}:{1}', will continue processing anyways...", ccFeature.SupplierDomain, vocConstraint.OriginalDomain, ccFeature.SupplierDomain.GetType().Name, originalType.Name), "warn");
// b. Validate the destination parameters
// Try to get the destination vocabulary domain
ClassRepository cr = ccFeature.MemberOf ?? ccFeature.Container.MemberOf;
Feature targetEnum = null;
if (cr != null && !cr.TryGetValue(vocConstraint.NewDomain, out targetEnum))
Trace.WriteLine(String.Format("Delta: Could not find vocabulary '{0}' in repository! Cannot verify parameters", vocConstraint.NewDomain), "warn");
else if (targetEnum != null && !targetEnum.GetType().Equals(newType))
Trace.WriteLine(String.Format("Delta: Could not verify the destination vocabulary type. Actual type is '{0}:{1}', delta set describes '{2}:{3}'",
targetEnum.GetType().Name, targetEnum.Name, vocConstraint.NewSourceType, vocConstraint.NewDomain), "warn");
// Identify the new type
object newValue = (object)targetEnum ?? (object)vocConstraint.NewDomain;
// Validate the annotation doesn't already exist
if (ccFeature.Annotations.Exists(o => o is SupplierDomainConstraintAnnotation && (o as SupplierDomainConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Supplier domain constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// Add the annotation to the feature
ccFeature.Annotations.Add(new SupplierDomainConstraintAnnotation()
{
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
NewValue = newValue,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}
/// TODO: Explanation of parameters missing: f and FilePath
/// Description of the value returned missing
/// <summary>
/// Create interaction
/// </summary>
public string CreateFile(Feature f, string FilePath)
{
return Path.ChangeExtension(Path.Combine(Path.Combine(FilePath, "Interaction"), f.Name), "cs");
}
/// <summary>
/// Create a conformance change annotation
/// </summary>
private void CreateConformanceChange(Feature feature, Constraint constraint)
{
#region Conformance Change
// 1. Validate the constraint is against a property
ClassContent pFeature = feature as ClassContent;
if (pFeature == null)
{
Trace.WriteLine(String.Format("Delta: Conformance constraint cannot be applied against a '{1}' named '{0}'", feature.Name, feature.GetType().Name), "error");
return;
}
// 2. Validate the conformance old value is in fact a match
ConstraintValue<String> stConstraint = constraint.Value as ConstraintValue<string>;
if (stConstraint == null || stConstraint.Original.ToLower() != pFeature.Conformance.ToString().ToLower())
{
Trace.WriteLine(String.Format("Delta: Conformance constraint cannot be applied because the original value of '{0}' does not match the actual original property conformance of '{1}'",
stConstraint.Original.ToLower(), pFeature.Conformance.ToString().ToLower()), "error");
return;
}
// Map the SCREAMING CAPS to ScreamingCaps
string friendlyValue = String.Format("{0}{1}", stConstraint.New[0], stConstraint.New.Substring(1).ToLower());
if (friendlyValue == "Not_allowed")
friendlyValue = "NotAllowed";
// 3. Verify a constraint for the same jurisdication has not already been added
if (feature.Annotations.Exists(o => o is ConformanceConstraintAnnotation && (o as ConformanceConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Conformance constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
feature.Annotations.Add(
new ConformanceConstraintAnnotation()
{
NewValue = (Property.ConformanceKind)Enum.Parse(typeof(Property.ConformanceKind), friendlyValue),
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
RealmName = this.m_deltaSet.MetaData.Description
}
);
#endregion
}
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());
}
}
/// <summary>
/// Generate feature
/// </summary>
private bool GenerateFeature(KeyValuePair<FeatureRendererAttribute, IFeatureRenderer> fr, Feature f, string[][] templateFields, string projectName, TextWriter jFileList, Dictionary<String, StringCollection> parameters, string sourcePath)
{
string file = String.Empty;
try // To write the file
{
// Start the rendering
file = fr.Value.CreateFile(f, Path.Combine(sourcePath, JabaUtils.PackageNameToDirectory(projectName)));
// Is the renderer for a file
if (fr.Key.IsFile)
{
TextWriter tw = File.CreateText(file);
try // Render the file
{
string Header = Template.Default; // Set the header to the default
// Populate template fields
foreach (String[] st in templateFields)
Header = Header.Replace(st[0], st[1]);
// Write header
tw.Write(Header);
// Render the template out
fr.Value.Render(parameters["rimbapi-target-ns"][0], parameters["rimbapi-api-ns"][0], f, tw);
jFileList.WriteLine(file);
}
finally
{
tw.Close();
}
return true;
}
return true;
}
catch (NotSupportedException)
{
if (!String.IsNullOrEmpty(file)) File.Delete(file);
return false;
}
catch (Exception e)
{
if (!String.IsNullOrEmpty(file)) File.Delete(file);
System.Diagnostics.Trace.WriteLine(String.Format("Could not write file '{0}', {1}", file, e.Message), "error");
return false;
}
}
/// <summary>
/// Create an annotation change delta
/// </summary>
private void CreateAnnotationChange(Feature feature, Constraint constraint)
{
#region Annotation Change
AnnotationConstraintValue acv = constraint.Value as AnnotationConstraintValue;
if (acv.ChangeType == ChangeType.Remove)
{
// Determine modification type
var modType = AnnotationConstraintAnnotation.ModificationTargetType.Other;
switch (acv.Type)
{
case AnnotationType.Description:
modType = AnnotationConstraintAnnotation.ModificationTargetType.Description;
break;
case AnnotationType.UseageNotes:
modType = AnnotationConstraintAnnotation.ModificationTargetType.Usage;
break;
case AnnotationType.Rationale:
modType = AnnotationConstraintAnnotation.ModificationTargetType.Rationale;
break;
}
feature.Annotations.Add(new AnnotationConstraintAnnotation()
{
AnnotationType = modType,
ChangeType = ChangeType.Remove,
RealmCode = this.m_deltaSet.Realm.Code
});
}
else
switch (acv.Type)
{
case AnnotationType.UseageNotes:
case AnnotationType.Description:
case AnnotationType.Rationale:
// 1. Validate the current value is equal
if (feature.Documentation == null ||
acv.Type == AnnotationType.Description &&
(feature.Documentation.Description == null ||
feature.Documentation.Description.Count == 0 ||
!feature.Documentation.Description[0].Equals(acv.Original)) ||
acv.Type == AnnotationType.UseageNotes &&
(feature.Documentation.Usage == null ||
feature.Documentation.Usage.Count == 0 ||
!feature.Documentation.Usage[0].Equals(acv.Original)) ||
acv.Type == AnnotationType.Rationale &&
(feature.Documentation.Rationale == null ||
feature.Documentation.Rationale.Count == 0 ||
!feature.Documentation.Rationale[0].Equals(acv.Original)))
Trace.WriteLine(String.Format("Delta: Annotation constraint for '{0}' of type '{1}' does not have the same origial content, this may be an error!", feature.Name, acv.Type), "warn");
// 2. Add the annotation
feature.Annotations.Add(new AnnotationConstraintAnnotation()
{
AnnotationType = acv.Type == AnnotationType.Description ? AnnotationConstraintAnnotation.ModificationTargetType.Description : acv.Type == AnnotationType.Rationale ? AnnotationConstraintAnnotation.ModificationTargetType.Rationale : AnnotationConstraintAnnotation.ModificationTargetType.Usage,
ChangeType = acv.ChangeType,
NewValue = acv.New,
RealmCode = this.m_deltaSet.Realm.Code,
RealmName = this.m_deltaSet.MetaData.Description
});
break;
case AnnotationType.Constraint:
// 1. Create a new titled documentation
feature.Annotations.Add(new AnnotationConstraintAnnotation()
{
AnnotationType = AnnotationConstraintAnnotation.ModificationTargetType.Constraint,
ChangeType = acv.ChangeType,
NewValue = acv.New,
RealmCode = this.m_deltaSet.Realm.Code,
RealmName = this.m_deltaSet.MetaData.Description
});
break;
case AnnotationType.DesignComments:
case AnnotationType.Mapping:
case AnnotationType.OpenIssue:
case AnnotationType.OtherNotes:
// 1. Create a new titled documentation
feature.Annotations.Add(new AnnotationConstraintAnnotation()
{
AnnotationType = AnnotationConstraintAnnotation.ModificationTargetType.Other,
ChangeType = acv.ChangeType,
NewValue = acv.New,
RealmCode = this.m_deltaSet.Realm.Code,
RealmName = this.m_deltaSet.MetaData.Description
});
break;
}
#endregion
}
public void Render(string OwnerNS, string apiNs, Feature f, System.IO.TextWriter tw)
{
this.generatedFactoryMethods = new List<string>();
// Get a strongly typed reference to the
Interaction interaction = f.Clone() as Interaction;
interaction.MemberOf = f.MemberOf;
StringWriter sw = new StringWriter();
#region Usings
// Validate Usings
string[] usings = new string[] { "Attributes", "Interfaces", "DataTypes", "DataTypes.Primitives" };
// API usings
foreach (string s in usings)
sw.WriteLine("using {1}.{0};", s, apiNs);
// Owner Usings
foreach (String s in GatherUsings(interaction.MessageType))
sw.WriteLine("using {0}.{1};", OwnerNS, s);
if(f.MemberOf.Find(o=>o is Enumeration) != null)
sw.WriteLine("using {0}.Vocabulary;", OwnerNS);
#endregion
// HACK: If there is no description on the interaction then we'll
// HACK: add the business name as a description
// TODO: Remove this and come up with a better solution
if (interaction.Documentation == null ||
interaction.Documentation.Description == null)
interaction.Documentation = new Documentation()
{
Description = new List<string>() { interaction.BusinessName }
};
// Determine if the interaction is an IInteraction
bool isIInteraction = true;
string[] members = {
"creationtime",
"versioncode",
"interactionid",
"processingmodecode"
};
foreach (var m in members)
isIInteraction &= interaction.MessageType.Class.Content.Exists(o => o.Name.ToLower() == m);
sw.WriteLine("namespace {0}.Interactions {{\r\n", OwnerNS);
var vLength = sw.ToString().Length;
sw.Write(DocumentationRenderer.Render(interaction.Documentation, 1));
if (sw.ToString().Length == vLength)
sw.WriteLine("\t/// <summary>{0}</summary>", interaction.BusinessName != null ? interaction.BusinessName.Replace("\n", "").Replace("\r", "") : interaction.Name);
sw.WriteLine("\t[Structure(Name = \"{0}\", StructureType = StructureAttribute.StructureAttributeType.Interaction)]", interaction.Name);
sw.WriteLine("\t[Interaction(TriggerEvent = \"{0}\")]", interaction.TriggerEvent);
sw.WriteLine("\t#if !WINDOWS_PHONE");
sw.WriteLine("\t[Serializable]");
sw.WriteLine("\t#endif");
sw.WriteLine("\t[System.CodeDom.Compiler.GeneratedCode(\"gpmr\",\"{0}\")]", Assembly.GetEntryAssembly().GetName().Version.ToString());
foreach (Interaction response in interaction.Responses)
sw.WriteLine("\t[InteractionResponse(Name = \"{0}\", TriggerEvent = \"{1}\")]", response.Name, response.TriggerEvent);
sw.WriteLine("\t[System.ComponentModel.Description(\"{0}\")]", interaction.BusinessName != null ? interaction.BusinessName.Replace("\n", "").Replace("\r", "") : interaction.Name);
sw.WriteLine("\tpublic class {0} : {1}{2} {{", interaction.Name, CreateInteractionDatatype(interaction.MessageType), isIInteraction ? ", MARC.Everest.Interfaces.IInteraction" : "");
#region Constants
// Get the trigger event
sw.WriteLine("\t\t/// <summary> Gets the default trigger event to be used for this interaction </summary>");
sw.WriteLine("\t\tpublic static CV<String> GetTriggerEvent() {{ return new CV<String>(\"{0}\", \"{1}\"); }}", interaction.TriggerEvent, triggerEventOid);
// Get the interaction id
sw.WriteLine("\t\t/// <summary> Gets the interaction ID of this interaction </summary>");
sw.WriteLine("\t\tpublic static II GetInteractionId() {{ return new II(new OID(\"{1}\"), \"{0}\"); }}", interaction.Name, interactionIdOid);
// Get the profile id
if (!String.IsNullOrEmpty(profileId))
{
sw.WriteLine("\t\t/// <summary> Gets the profile id of this interaction </summary>");
sw.WriteLine("\t\tpublic static LIST<II> GetProfileId() {{ return new LIST<II>() {{ new II (new OID(\"{0}\"), \"{1}\") }}; }}", profileIdOid, profileId);
}
#endregion
#region Constructors
sw.WriteLine("\t\t/// <summary> Creates a new, empty instance of {0} </summary>", interaction.Name);
sw.WriteLine("\t\tpublic {0}() : base() {{ }}\r\n", interaction.Name);
//string ctor_parameters = "";
//string ctor_body = "";
//foreach (ClassContent cc in interaction.MessageType.Class.Content)
//{
// if (cc.Conformance == ClassContent.ConformanceKind.Mandatory) // Mandatory ctor
// {
// if (cc is Property && ((cc as Property).FixedValue == null || (cc as Property).PropertyType == Property.PropertyTypes.TraversableAssociation))
// {
// Property p = cc as Property;
// TypeReference tr = Datatypes.MapDatatype(p.Type);
// // Documentation
// if (p.Documentation != null && p.Documentation.Definition != null && p.Documentation.Definition.Count > 0)
// sw.WriteLine("\t\t/// <param name=\"{0}\">{1}</param>", p.Name, p.Documentation.Definition[0]);
// // Now the signature
// ctor_parameters += string.Format("{0} {1},", ClassRenderer.CreateDatatypeRef(tr, p), p.Name);
// ctor_body += string.Format("\t\t\tthis.{0} = {1};\r\n", Util.Util.PascalCase(p.Name), p.Name);
// }
// else
// {
// }
// }
//}
//// Write CTOR
//if (ctor_parameters.Length > 0)
//{
// sw.WriteLine("\t\t/// <summary>\r\n\t\t/// CTOR for all mandatory elements\r\n\t\t/// </summary>");
// sw.WriteLine("\t\tpublic {0}({1}) : base() {{ \r\n\t\t{2}\t\t}}", interaction.Name, ctor_parameters.Substring(0, ctor_parameters.Length - 1), ctor_body);
//}
Dictionary<String, String[]> ctors = ClassRenderer.CreateFactoryMethod(interaction.MessageType, "this", true);
// Write CTOR
List<String> wroteParms = new List<string>(); // Keep track of the parameters used
foreach (KeyValuePair<String, String[]> kv in ctors)
{
if (kv.Value[0].Length > 0 && !wroteParms.Contains(kv.Value[0]))
{
wroteParms.Add(kv.Value[0]);
sw.WriteLine("\t\t/// <summary>\r\n\t\t/// CTOR for all {0} elements\r\n\t\t/// </summary>", kv.Key);
sw.WriteLine(kv.Value[2]);
sw.WriteLine("\t\tpublic {0}({1}) : base() {{ \r\n\t\t{2}\t\t}}", interaction.Name, kv.Value[0].Substring(0, kv.Value[0].Length - 1), kv.Value[1]);
}
}
#endregion
#region Creator for payload, control act, etc...
// Owner namespace
if(interaction.MessageType.GenericSupplier != null)
foreach (TypeReference tr in interaction.MessageType.GenericSupplier)
sw.WriteLine(GenerateFactoryMethod(tr, OwnerNS));
if (isIInteraction)
{
// Version code
sw.WriteLine("\t\t/// <summary>Implementation of version code</summary>");
sw.WriteLine("\t\tMARC.Everest.DataTypes.Interfaces.ICodedSimple MARC.Everest.Interfaces.IInteraction.VersionCode { get { return this.VersionCode; } }");
// Version code
sw.WriteLine("\t\t/// <summary>Implementation of processing mode code</summary>");
sw.WriteLine("\t\tMARC.Everest.DataTypes.Interfaces.ICodedSimple MARC.Everest.Interfaces.IInteraction.ProcessingModeCode { get { return this.ProcessingModeCode; } }");
sw.WriteLine("\t\t/// <summary>Implementation of generic IInteraction.ControlActEvent Property</summary>");
// Create the control act event
if (interaction.MessageType.GenericSupplier != null && interaction.MessageType.GenericSupplier.Count > 0)
{
Property cactProperty = interaction.MessageType.Class.Content.Find(o => o is Property && (o as Property).Type.Name == interaction.MessageType.Class.TypeParameters[0].ParameterName) as Property;
if (cactProperty == null)
;
string cactName = cactProperty.Type.Name == interaction.MessageType.Class.TypeParameters[0].ParameterName ? Util.Util.MakeFriendly(cactProperty.Name) : Util.Util.PascalCase(cactProperty.Name);
sw.WriteLine("\t\tSystem.Object MARC.Everest.Interfaces.IInteraction.ControlAct {");
sw.WriteLine("\t\t\tget {{ return this.{0}; }}", cactName);
sw.WriteLine("\t\t\tset {{ this.{1} = value as {0}; }}", CreateInteractionDatatype(interaction.MessageType.GenericSupplier[0]), cactName);
sw.WriteLine("\t\t}");
}
else
{
sw.WriteLine("\t\tSystem.Object MARC.Everest.Interfaces.IInteraction.ControlAct {");
sw.WriteLine("\t\t\tget { return null; }");
sw.WriteLine("\t\t\tset { ; }");
sw.WriteLine("\t\t}");
}
}
#endregion
sw.WriteLine("\t}");
sw.WriteLine("}");
tw.WriteLine(sw);
}
/// <summary>
/// Create a remove change delta
/// </summary>
private void CreateRemoveChange(Feature feature, Constraint constraint)
{
#region Remove Change
// 1. Find the feature that is to be removed
Feature removeFeature = null;
ClassContent pFeature = feature as ClassContent;
RemoveConstraintValue rcv = constraint.Value as RemoveConstraintValue;
if (rcv.RelationshipName == feature.Name)
removeFeature = feature;
else if (!String.IsNullOrEmpty(rcv.OwnedEntryPoint) && !String.IsNullOrEmpty(rcv.ClassName))
{
if (feature is Property)
{
var ssContainer = ((feature as Property).Container as Class).ContainerPackage;
if (ssContainer != null && ssContainer.Name.Equals(rcv.OwnedEntryPoint))
removeFeature = ssContainer.OwnedClasses.Find(o => o.Name.Equals(rcv.ClassName));
}
}
// 2. Validate the feature
if (removeFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply remove constraint on '{0}.{1}{2}' as the path was not found...",
rcv.OwnedEntryPoint, rcv.ClassName, rcv.RelationshipName == null ? "" : "." + rcv.RelationshipName), "error");
return;
}
// 3. Apply the remove constraint
if (removeFeature.Annotations.Exists(o => o is RemoveConstraintAnnotation && (o as RemoveConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Conformance constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
removeFeature.Annotations.Add(
new RemoveConstraintAnnotation()
{
ChangeType = ChangeType.Remove,
RealmCode = this.m_deltaSet.Realm.Code,
RealmName = this.m_deltaSet.MetaData.Description
}
);
// 4. Remove the supported constraint
removeFeature.Annotations.RemoveAll(o => o is SupportedConstraintAnnotation && (o as SupportedConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code);
#endregion
}
/// <summary>
/// Optimize the <paramref name="feature"/>
/// </summary>
public MohawkCollege.EHR.gpmr.COR.Feature Optimize(MohawkCollege.EHR.gpmr.COR.Feature f, CombineLog workingLog)
{
string qualifiedName = String.Format("{0}.{1}", (f as Class).ContainerName, f.Name);
// Garbage bin
List <String> classGarbageBin = new List <string>();
List <ClassContent> contentGarbageBin = new List <ClassContent>();
// Still valid to process this feature
if (!Repository.ContainsKey(qualifiedName))
{
return(null); // Can't process non-existant class
}
// First determine if a class that is identical to this already exists
FeatureComparer comparer = new FeatureComparer();
var matchingFeatures = from kv in Repository
where comparer.Compare(kv.Value, f) == 0
select kv.Value;
CombineInfo currentCombinationLog = new CombineInfo();
// Find matching features in each of the sub-systems
if (matchingFeatures.Count() > 1 && CorCollapserPipelineTrigger.combine == true)
{
System.Diagnostics.Trace.WriteLine(String.Format("{0} other classes can be represented by this class", matchingFeatures.Count()), "debug");
currentCombinationLog.Destination = qualifiedName;
foreach (var s in matchingFeatures)
{
string qName = String.Format("{0}.{1}", (s as Class).ContainerName, s.Name);
if (qName != qualifiedName)
{
System.Diagnostics.Trace.WriteLine(String.Format("\tReplaces '{0}'", qName), "debug");
currentCombinationLog.Class.Add(qName);
// Copy alternate traversal data
foreach (ClassContent cc in (s as Class).Content)
{
if (cc is Property && (cc as Property).AlternateTraversalNames != null)
{
if (((f as Class).Content.Find(o => o.Name == cc.Name) as Property).AlternateTraversalNames == null)
{
((f as Class).Content.Find(o => o.Name == cc.Name) as Property).AlternateTraversalNames = new List <Property.AlternateTraversalData>();
}
((f as Class).Content.Find(o => o.Name == cc.Name) as Property).AlternateTraversalNames.AddRange((cc as Property).AlternateTraversalNames);
}
}
// Replace referneces
ReplaceReferences(s as Class, f as Class);
// Add an annotation
f.Annotations.Add(new CodeCombineAnnotation((s as Class).CreateTypeReference()));
// Remove this class (Add it to the garbage bin)
classGarbageBin.Add(qName);
}
}
workingLog.CombineOps.Add(currentCombinationLog);
}
// Now collapse members
if (CorCollapserPipelineTrigger.collapse)
{
for (int i = 0; i < (f as Class).Content.Count; i++)
{
ClassContent cc = (f as Class).Content[i];
// Determine if it is a candidate for collapsing needless complexity
if (IsCandidateForMeaninglessComplexityCollapse(cc))
{
while (IsCandidateForMeaninglessComplexityCollapse(cc))
{
System.Diagnostics.Trace.WriteLine(string.Format("\tCollapsing '{0}'", cc.Name), "debug");
CollapseMemberType(cc, f as Class);
}
}
// Determine if it is a candidate for collapsing the entire type
else if (IsCandidateForTypeCollapse(cc))
{
System.Diagnostics.Trace.WriteLine(string.Format("\tCollapsing '{0}'", cc.Name), "debug");
CopyMembers((cc as Property).Type, f as Class, cc);
contentGarbageBin.Add(cc);
}
}
// Clean up garbage bin
(f as Class).Content.RemoveAll(a => contentGarbageBin.Contains(a));
(f as Class).Content.Sort(new ClassContent.Comparator());
}
// Clean the garbage bin
foreach (string s in classGarbageBin)
{
Repository.Remove(s);
}
return(null);
}
/// <summary>
/// Create a change that modifies the business name
/// </summary>
private void CreateBusinessNameChange(Feature feature, Constraint constraint)
{
#region Business Name Change
// 1. Validate constraint if possible
BusinessNameConstraintAnnotation bnc = new BusinessNameConstraintAnnotation();
var stConstraint = constraint.Value as ConstraintValue<String>;
if (stConstraint.Original != null && !stConstraint.Original.Equals(feature.BusinessName))
Trace.WriteLine(String.Format("Delta: Business name constraint original text does not match actual business name on feature '{0}'", feature.Name), "warn");
// 2. Check for duplicates
if (feature.Annotations.Exists(o => o is BusinessNameConstraintAnnotation && (o as BusinessNameConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Business name constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// 3. Append constraint
feature.Annotations.Add(new BusinessNameConstraintAnnotation()
{
RealmCode = this.m_deltaSet.Realm.Code,
NewValue = stConstraint.New,
ChangeType = ChangeType.Edit,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}
/// TODO: Explanation of parameters missing: OwnerNS, apiNs, f and tw
/// Summary explanation needed
public void Render(String OwnerNS, String apiNs, MohawkCollege.EHR.gpmr.COR.Feature f, System.IO.TextWriter tw)
{
return; // no file is created
}
/// <summary>
/// Create a cardinality change
/// </summary>
private void CreateCardinalityChange(Feature feature, Constraint constraint)
{
#region Cardinality Change
// 1. Validate constraint & target
CardinalityConstraintValue ccv = constraint.Value as CardinalityConstraintValue;
ClassContent ccFeature = feature as ClassContent;
if (ccFeature == null)
{
Trace.WriteLine(String.Format("Delta: Cannot apply cardinality constraint against a feature of type '{0}', skipping...", feature.GetType().Name), "error");
return;
}
// 2. Validate existing data
if ((ccv.OriginalMaxValue.HasValue ? ccv.OriginalMaxValue.ToString() != ccFeature.MaxOccurs : ccFeature.MaxOccurs != "*") ||
(ccv.OriginalMinValue.HasValue ? ccv.OriginalMinValue.ToString() != ccFeature.MinOccurs : ccFeature.MaxOccurs != null))
Trace.WriteLine(String.Format("Delta: Applying cardinality constraint on '{0}' even though original Min/Max occurs do not match!", feature.Name), "warn");
// 3. Validate that the cardinality doesn't already exist
if (ccFeature.Annotations.Exists(o => o is CardinalityConstraintAnnotation && (o as CardinalityConstraintAnnotation).RealmCode == this.m_deltaSet.Realm.Code))
{
Trace.WriteLine(String.Format("Delta: Cardinality constraint has already been applied to '{0}'", feature.Name), "error");
return;
}
// 4. Append the annotation
ccFeature.Annotations.Add(new CardinalityConstraintAnnotation()
{
ChangeType = ChangeType.Edit,
RealmCode = this.m_deltaSet.Realm.Code,
MaxOccurs = ccv.NewMaxValue.HasValue ? ccv.NewMaxValue.Value.ToString() : "*",
MinOccurs = ccv.NewMinValue.HasValue ? ccv.NewMinValue.Value.ToString() : null,
RealmName = this.m_deltaSet.MetaData.Description
});
#endregion
}