[ResourceConsumption(ResourceScope.Assembly | ResourceScope.Machine)] // FindType method call.
private MetaType InitDerivedTypes(TypeMapping typeMap)
{
Type type = ((MappedMetaModel)Model).FindType(typeMap.Name);
if (type == null)
{
throw Error.CouldNotFindRuntimeTypeForMapping(typeMap.Name);
}
MappedType rowType = new MappedType(this.Model, this.Table, typeMap, type, this);
return(this.InitInheritedType(typeMap, rowType));
}
[ResourceConsumption(ResourceScope.Assembly | ResourceScope.Machine)] // InitDerivedTypes method call.
private MetaType InitInheritedType(TypeMapping typeMap, MappedType type)
{
this.derivedTypes.Add(type.Type, type);
if (typeMap.InheritanceCode != null)
{ // Mapping with no inheritance code: For example, an unmapped intermediate class in a hierarchy.
if (this.Discriminator == null)
{
throw Error.NoDiscriminatorFound(type.Name);
}
if (type.Type.IsAbstract)
{
throw Error.AbstractClassAssignInheritanceDiscriminator(type.Type);
}
object keyValue = DBConvert.ChangeType(typeMap.InheritanceCode, this.Discriminator.Type);
foreach (object d in inheritanceCodes.Keys)
{
// if the keys are equal, or if they are both strings containing only spaces
// they are considered equal
if ((keyValue.GetType() == typeof(string) && ((string)keyValue).Trim().Length == 0 &&
d.GetType() == typeof(string) && ((string)d).Trim().Length == 0) ||
object.Equals(d, keyValue))
{
throw Error.InheritanceCodeUsedForMultipleTypes(keyValue);
}
}
if (type.InheritanceCode != null)
{
throw Error.InheritanceTypeHasMultipleDiscriminators(type);
}
type.SetInheritanceCode(keyValue);
this.inheritanceCodes.Add(keyValue, type);
if (typeMap.IsInheritanceDefault)
{
if (this.inheritanceDefault != null)
{
throw Error.InheritanceTypeHasMultipleDefaults(type);
}
this.inheritanceDefault = type;
}
}
// init sub-inherited types
foreach (TypeMapping tm in typeMap.DerivedTypes)
{
this.InitDerivedTypes(tm);
}
return(type);
}
[ResourceConsumption(ResourceScope.Assembly | ResourceScope.Machine)] // InitDerivedTypes method call.
private MetaType InitInheritedType(TypeMapping typeMap, MappedType type) {
this.derivedTypes.Add(type.Type, type);
if (typeMap.InheritanceCode != null) { // Mapping with no inheritance code: For example, an unmapped intermediate class in a hierarchy.
if (this.Discriminator == null)
throw Error.NoDiscriminatorFound(type.Name);
if (type.Type.IsAbstract)
throw Error.AbstractClassAssignInheritanceDiscriminator(type.Type);
object keyValue = DBConvert.ChangeType(typeMap.InheritanceCode, this.Discriminator.Type);
foreach (object d in inheritanceCodes.Keys) {
// if the keys are equal, or if they are both strings containing only spaces
// they are considered equal
if ((keyValue.GetType() == typeof(string) && ((string)keyValue).Trim().Length == 0 &&
d.GetType() == typeof(string) && ((string)d).Trim().Length == 0) ||
object.Equals(d, keyValue)) {
throw Error.InheritanceCodeUsedForMultipleTypes(keyValue);
}
}
if (type.inheritanceCode != null)
throw Error.InheritanceTypeHasMultipleDiscriminators(type);
type.inheritanceCode = keyValue;
this.inheritanceCodes.Add(keyValue, type);
if (typeMap.IsInheritanceDefault) {
if (this.inheritanceDefault != null)
throw Error.InheritanceTypeHasMultipleDefaults(type);
this.inheritanceDefault = type;
}
}
// init sub-inherited types
foreach (TypeMapping tm in typeMap.DerivedTypes) {
this.InitDerivedTypes(tm);
}
return type;
}
[ResourceConsumption(ResourceScope.Assembly | ResourceScope.Machine)] // FindType method call.
private MetaType InitDerivedTypes(TypeMapping typeMap) {
Type type = ((MappedMetaModel)Model).FindType(typeMap.Name);
if (type == null)
throw Error.CouldNotFindRuntimeTypeForMapping(typeMap.Name);
MappedType rowType = new MappedType(this.Model, this.Table, typeMap, type, this);
return this.InitInheritedType(typeMap, rowType);
}