public override AbstractObjectInfo CreateCopy(IDictionary <OID, AbstractObjectInfo> cache, bool onlyData)
{
var array = GetArray();
var length = array.Length;
var atomicNativeObjectInfos = new AtomicNativeObjectInfo[length];
for (var i = 0; i < length; i++)
{
var aoi = (AbstractObjectInfo)array[i];
atomicNativeObjectInfos[i] = aoi.CreateCopy(cache, onlyData) as AtomicNativeObjectInfo;
}
var arrayOfAoi = new ArrayObjectInfo(atomicNativeObjectInfos);
arrayOfAoi.SetRealArrayComponentClassName(_realArrayComponentClassName);
arrayOfAoi.SetComponentTypeId(_componentTypeId);
return(arrayOfAoi);
}
private static object BuildOneInstance(AtomicNativeObjectInfo objectInfo)
{
var odbTypeId = objectInfo.GetOdbTypeId();
return CheckIfNull(objectInfo, odbTypeId);
}
private long WriteAtomicNativeObject(AtomicNativeObjectInfo anoi, bool writeInTransaction,
int totalSpaceIfString = -1)
{
var startPosition = FileSystemProcessor.FileSystemInterface.GetPosition();
var odbTypeId = anoi.GetOdbTypeId();
WriteNativeObjectHeader(odbTypeId, anoi.IsNull(), BlockTypes.BlockTypeNativeObject, writeInTransaction);
if (anoi.IsNull())
{
// Even if object is null, reserve space for to simplify/enable in
// place update
FileSystemProcessor.FileSystemInterface.EnsureSpaceFor(anoi.GetOdbType());
return startPosition;
}
var @object = anoi.GetObject();
switch (odbTypeId)
{
case OdbType.ByteId:
{
FileSystemProcessor.FileSystemInterface.WriteByte(((byte) @object), writeInTransaction);
break;
}
case OdbType.SByteId:
{
FileSystemProcessor.FileSystemInterface.WriteSByte(((sbyte)@object), writeInTransaction);
break;
}
case OdbType.BooleanId:
{
FileSystemProcessor.FileSystemInterface.WriteBoolean(((bool) @object), writeInTransaction);
break;
}
case OdbType.CharacterId:
{
FileSystemProcessor.FileSystemInterface.WriteChar(((char) @object), writeInTransaction);
break;
}
case OdbType.FloatId:
{
FileSystemProcessor.FileSystemInterface.WriteFloat(((float) @object), writeInTransaction);
break;
}
case OdbType.DoubleId:
{
FileSystemProcessor.FileSystemInterface.WriteDouble(((double) @object), writeInTransaction);
break;
}
case OdbType.IntegerId:
{
FileSystemProcessor.FileSystemInterface.WriteInt(((int) @object), writeInTransaction);
break;
}
case OdbType.UIntegerId:
{
FileSystemProcessor.FileSystemInterface.WriteUInt(((uint)@object), writeInTransaction); // native attr
break;
}
case OdbType.LongId:
{
FileSystemProcessor.FileSystemInterface.WriteLong(((long)@object), writeInTransaction); // native attr
break;
}
case OdbType.ULongId:
{
FileSystemProcessor.FileSystemInterface.WriteULong(((ulong)@object), writeInTransaction); // native attr
break;
}
case OdbType.ShortId:
{
FileSystemProcessor.FileSystemInterface.WriteShort(((short) @object), writeInTransaction);
break;
}
case OdbType.UShortId:
{
FileSystemProcessor.FileSystemInterface.WriteUShort(((ushort)@object), writeInTransaction);
break;
}
case OdbType.DecimalId:
{
FileSystemProcessor.FileSystemInterface.WriteBigDecimal((Decimal) @object, writeInTransaction);
break;
}
case OdbType.DateId:
{
FileSystemProcessor.FileSystemInterface.WriteDate((DateTime) @object, writeInTransaction);
break;
}
case OdbType.StringId:
{
FileSystemProcessor.FileSystemInterface.WriteString((string) @object, writeInTransaction, totalSpaceIfString);
break;
}
case OdbType.OidId:
{
var oid = ((ObjectOID) @object).ObjectId;
FileSystemProcessor.FileSystemInterface.WriteLong(oid, writeInTransaction);
break;
}
case OdbType.ObjectOidId:
{
var ooid = ((ObjectOID) @object).ObjectId;
FileSystemProcessor.FileSystemInterface.WriteLong(ooid, writeInTransaction);
break;
}
case OdbType.ClassOidId:
{
var coid = ((ClassOID) @object).ObjectId;
FileSystemProcessor.FileSystemInterface.WriteLong(coid, writeInTransaction);
break;
}
default:
{
var typeId = odbTypeId.ToString();
var message =
"native type with odb type id " + typeId + " (" + OdbType.GetNameFromId(odbTypeId) + ") for attribute ? is not suported";
throw new OdbRuntimeException(NDatabaseError.InternalError.AddParameter(message));
}
}
return startPosition;
}
