internal void ExportSet(int oid, byte[] data)
{
Btree btree = new Btree(data, ObjectHeader.Sizeof);
storage.AssignOid(btree, oid);
writer.Write(" <TenderBaseImpl.PersistentSet id=\"" + oid + "\">\n");
btree.Export(this);
writer.Write(" </TenderBaseImpl.PersistentSet>\n");
}
internal void ExportIndex(int oid, byte[] data, string name)
{
Btree btree = new Btree(data, ObjectHeader.Sizeof);
storage.AssignOid(btree, oid);
writer.Write(" <" + name + " id=\"" + oid + "\" unique=\"" + (btree.unique ? '1' : '0') + "\" type=\"" + ClassDescriptor.signature[btree.type] + "\">\n");
btree.Export(this);
writer.Write(" </" + name + ">\n");
}
internal void ExportMultiFieldIndex(int oid, byte[] data)
{
Btree btree = new Btree(data, ObjectHeader.Sizeof);
storage.AssignOid(btree, oid);
writer.Write(" <TenderBaseImpl.BtreeMultiFieldIndex id=\"" + oid + "\" unique=\"" + (btree.unique ? '1' : '0') + "\" class=");
int offs = ExportString(data, Btree.Sizeof);
int nFields = Bytes.Unpack4(data, offs);
offs += 4;
for (int i = 0; i < nFields; i++)
{
writer.Write(" field" + i + "=");
offs = ExportString(data, offs);
}
writer.Write(">\n");
int nTypes = Bytes.Unpack4(data, offs);
offs += 4;
compoundKeyTypes = new int[nTypes];
for (int i = 0; i < nTypes; i++)
{
compoundKeyTypes[i] = Bytes.Unpack4(data, offs);
offs += 4;
}
btree.Export(this);
compoundKeyTypes = null;
writer.Write(" </TenderBaseImpl.BtreeMultiFieldIndex>\n");
}
internal void ExportFieldIndex(int oid, byte[] data)
{
Btree btree = new Btree(data, ObjectHeader.Sizeof);
storage.AssignOid(btree, oid);
writer.Write(" <TenderBaseImpl.BtreeFieldIndex id=\"" + oid + "\" unique=\"" + (btree.unique ? '1' : '0') + "\" class=");
int offs = ExportString(data, Btree.Sizeof);
writer.Write(" field=");
offs = ExportString(data, offs);
writer.Write(" autoinc=\"" + Bytes.Unpack8(data, offs) + "\">\n");
btree.Export(this);
writer.Write(" </TenderBaseImpl.BtreeFieldIndex>\n");
}