private void MapComplexType(SourceItem sourceElement, string path, Stack <XmlQualifiedName> parentComplexTypeNames)
{
XmlQualifiedName qualifiedComplexTypeName = sourceElement.XsdType.QualifiedName;
if (parentComplexTypeNames.Contains(qualifiedComplexTypeName))
{
return;
}
string complexTypeName = sourceElement.XsdTypeName;
if ((IsMappedToBcc(sourceElement)))
{
MapComplexTypeToCdt(sourceElement, parentComplexTypeNames, qualifiedComplexTypeName,
complexTypeName, path);
}
else
{
List <ElementMapping> childMappings = GetChildMappings(sourceElement, parentComplexTypeNames,
qualifiedComplexTypeName, path);
ComplexTypeMapping complexTypeMapping = CreateComplexTypeMappingForChildMappings(childMappings, sourceElement.XsdTypeName, sourceElement.Name);
if (complexTypeMapping != null)
{
complexTypeMappings.GetAndCreate(complexTypeName).Add(complexTypeMapping);
}
}
}
public override bool ResolveTypeMapping(SchemaMapping schemaMapping)
{
if (BccTypeMapping == null)
{
//complexTypeName + ((IBcc)GetTargetElement(sourceElement)).Cdt.Name
ComplexTypeMapping complexTypeMapping =
schemaMapping.GetComplexTypeToCdtMapping(SourceItem.XsdTypeName + Bcc.Cdt.Name);
//ComplexTypeMapping complexTypeMapping = schemaMapping.GetComplexTypeMapping(sourceElement.XsdType);
if (!complexTypeMapping.IsMappedToCdt)
{
throw new MappingError("Complex typed element '" + SourceItem.Path +
"' mapped to BCC, but the complex type is not mapped to a CDT.");
}
if (complexTypeMapping.TargetCdt.Id != Bcc.Cdt.Id)
{
throw new MappingError("Complex typed element '" + SourceItem.Path +
"' mapped to BCC with CDT other than the target CDT for the complex type.");
}
BccTypeMapping = complexTypeMapping;
}
return(true);
}
protected bool ChildrenEqual(ComplexTypeMapping other)
{
if (other.children.Count != children.Count)
{
return(false);
}
for (int i = 0; i < children.Count; i++)
{
if (!Equals(other.children[i], children[i]))
{
return(false);
}
}
return(true);
}
private AbieSpec GenerateAbieSpec(ComplexTypeMapping complexTypeMapping, IAcc acc, string name)
{
List <BbieSpec> bbieSpecs = new List <BbieSpec>();
bbieSpecs.AddRange(GenerateBbieSpecs(complexTypeMapping.BccMappings(acc)));
bbieSpecs.AddRange(GenerateBbieSpecs(complexTypeMapping.SplitMappings(), acc));
var abieSpec = new AbieSpec
{
BasedOn = acc,
Name = name,
Bbies = bbieSpecs,
};
abieSpecs.Add(abieSpec);
asbiesToGenerate.GetAndCreate(name).AddRange(DetermineAsbiesToGenerate(complexTypeMapping.AsccMappings(acc)));
return(abieSpec);
}
private static ComplexTypeMapping GetComplexTypeMappingWithMostChildren(List <ComplexTypeMapping> mappings)
{
if (mappings.Count > 0)
{
ComplexTypeMapping complexTypeMapping = mappings[0];
foreach (ComplexTypeMapping mapping in mappings)
{
if (mapping.NumberOfChildren > complexTypeMapping.NumberOfChildren)
{
complexTypeMapping = mapping;
}
}
return(complexTypeMapping);
}
return(ComplexTypeMapping.NullComplexTypeMapping);
}
public override bool ResolveTypeMapping(SchemaMapping schemaMapping)
{
ComplexTypeMapping complexTypeMapping = schemaMapping.GetComplexTypeMapping(SourceItem.XsdType);
if (!complexTypeMapping.IsMappedToSingleACC)
{
throw new MappingError("Complex typed element '" + SourceItem.Path +
"' mapped to ASCC, but the complex type is not mapped to a single ACC: TargetACCs: [" + string.Join(", ", complexTypeMapping.TargetACCs.Select(acc => acc.Name).ToArray()) + "], number of children mapped to ASMAs: " + complexTypeMapping.AsmaMappings.Count() + ".");
}
IAcc complexTypeACC = complexTypeMapping.TargetACCs.ElementAt(0);
if (complexTypeACC.Id != Ascc.AssociatedAcc.Id)
{
throw new MappingError("Complex typed element '" + SourceItem.Path +
"' mapped to ASCC with associated ACC other than the target ACC for the complex type.");
}
TargetMapping = complexTypeMapping;
return(true);
}
private void GenerateBdtSpecsFromComplexTypeMapping(ComplexTypeMapping complexTypeMapping)
{
if (complexTypeMapping is ComplexTypeToCdtMapping)
{
ComplexTypeToCdtMapping cdtMapping = (ComplexTypeToCdtMapping)complexTypeMapping;
List <BdtSupSpec> supSpecs = new List <BdtSupSpec>();
foreach (AttributeOrSimpleElementToSupMapping supMapping in cdtMapping.GetSupMappings())
{
BdtSupSpec bdtSupSpec = BdtSpec.CloneCdtSup(supMapping.Sup);
bdtSupSpec.Name = supMapping.BIEName;
supSpecs.Add(bdtSupSpec);
}
BdtSpec bdtSpec = BdtSpec.CloneCdt(complexTypeMapping.TargetCdt, complexTypeMapping.BIEName);
bdtSpec.Sups = supSpecs;
bdtSpecs.Add(bdtSpec);
}
}
private void GenerateAbieAndMaSpecsFromComplexTypeMapping(ComplexTypeMapping complexTypeMapping)
{
if (complexTypeMapping is ComplexTypeToAccMapping)
{
GenerateAbieSpec(complexTypeMapping, complexTypeMapping.TargetACCs.ElementAt(0), complexTypeMapping.BIEName);
}
else if (complexTypeMapping is ComplexTypeToMaMapping)
{
string maName = complexTypeMapping.ComplexTypeName;
maSpecs.Add(new MaSpec
{
Name = maName,
});
List <AsmaToGenerate> asmasToGenerateForThisMa = asmasToGenerate.GetAndCreate(maName);
foreach (IAcc acc in complexTypeMapping.TargetACCs)
{
var accABIESpec = GenerateAbieSpec(complexTypeMapping, acc, complexTypeMapping.ComplexTypeName + "_" + acc.Name);
asmasToGenerateForThisMa.Add(new AsmaToGenerate(bieLibrary, acc.Name, accABIESpec.Name));
}
foreach (var asmaMapping in complexTypeMapping.AsmaMappings)
{
if (asmaMapping.TargetMapping is ComplexTypeToAccMapping)
{
asmasToGenerateForThisMa.Add(new AsmaToGenerate(bieLibrary, asmaMapping.BIEName,
asmaMapping.TargetMapping.BIEName));
}
else
{
asmasToGenerateForThisMa.Add(new AsmaToGenerate(docLibrary, asmaMapping.BIEName,
asmaMapping.TargetMapping.BIEName));
}
}
}
}
public SchemaMapping(MapForceMapping mapForceMapping, XmlSchemaSet xmlSchemaSet, ICcLibrary ccLibrary, ICctsRepository cctsRepository)
{
sourceItemStore = new MapForceSourceItemTree(mapForceMapping, xmlSchemaSet);
targetElementStore = new TargetElementStore(mapForceMapping, ccLibrary, cctsRepository);
mappingFunctionStore = new MappingFunctionStore(mapForceMapping, targetElementStore);
RootElementMapping = MapElement(sourceItemStore.RootSourceItem, "/" + sourceItemStore.RootSourceItem.Name, new Stack <XmlQualifiedName>());
elementMappings.Add(RootElementMapping);
elementMappings = new List <ElementMapping>(ResolveTypeMappings(elementMappings));
foreach (KeyValuePair <string, List <ComplexTypeMapping> > pair in complexTypeMappings)
{
foreach (ComplexTypeMapping complexTypeMapping in pair.Value)
{
complexTypeMapping.RemoveInvalidAsmaMappings();
}
}
Dictionary <string, List <ComplexTypeMapping> > relevantComplexTypeMappings = new Dictionary <string, List <ComplexTypeMapping> >();
foreach (KeyValuePair <string, List <ComplexTypeMapping> > pair in complexTypeMappings)
{
string complexTypeName = pair.Key;
ComplexTypeMapping relevantMapping = GetComplexTypeMappingWithMostChildren(pair.Value);
if (relevantMapping is ComplexTypeToMaMapping)
{
relevantMapping = CreateComplexTypeMappingForChildMappings(relevantMapping.Children, complexTypeName, relevantMapping.SourceElementName);
}
if (relevantMapping != null)
{
relevantComplexTypeMappings[complexTypeName] = new List <ComplexTypeMapping> {
relevantMapping
};
}
}
complexTypeMappings = relevantComplexTypeMappings;
foreach (ElementMapping elementMapping in elementMappings)
{
if (elementMapping is AsmaMapping)
{
AsmaMapping asmaMapping = (AsmaMapping)elementMapping;
ComplexTypeMapping complexTypeMapping = CreateComplexTypeMappingForChildMappings(asmaMapping.TargetMapping.Children, asmaMapping.TargetMapping.ComplexTypeName, asmaMapping.TargetMapping.SourceElementName);
asmaMapping.TargetMapping = complexTypeMapping;
}
}
foreach (KeyValuePair <string, List <ComplexTypeMapping> > pair in complexTypeMappings)
{
foreach (ComplexTypeMapping complexTypeMapping in pair.Value)
{
complexTypeMapping.RemoveInvalidAsmaMappings();
}
}
// The following lines of code were used for the CEC 2010 paper evaluation.
//Console.Out.WriteLine("Kennzahl 3 (implizite Mappings): haendisch");
//Console.Out.WriteLine("Kennzahl 4 (Anzahl der gemappten Elemente)): " + (elementMappings.Count + simpleTypeMappings.Count + complexTypeMappings.Count));
//Console.Out.WriteLine("Importer Kennzahl 3a (anhand elementMapping variable): " + elementMappings.Count);
//Console.Out.WriteLine("Importer Kennzahl 3b (anhand simpleTypeMappings): " + simpleTypeMappings.Count);
//Console.Out.WriteLine("Importer Kennzahl 3c (anhand complexTypeMappings): " + complexTypeMappings.Count);
}
