public override NodeAVL SetParent(IPersistentStore store, NodeAVL n)
{
NodeAVLDisk node = this;
RowAVLDisk row = this.row;
if (!row.KeepInMemory(true))
{
row = (RowAVLDisk)store.Get(this.row, true);
node = (NodeAVLDisk)row.GetNode(this._iId);
}
if (!row.IsInMemory())
{
row.KeepInMemory(false);
throw Error.RuntimeError(0xc9, "NodeAVLDisk");
}
row.SetNodesChanged();
node._iParent = (n == null) ? -1 : n.GetPos();
if ((n != null) && !n.IsInMemory())
{
n = this.FindNode(store, n.GetPos());
}
node.nParent = n;
row.KeepInMemory(false);
return(node);
}
public NodeAVLDisk(RowAVLDisk r, IRowInputInterface input, int id)
{
this._iLeft = -1;
this._iParent = -1;
this._iRight = -1;
this.row = r;
this._iId = id;
this.iData = r.GetPos();
base.IBalance = input.ReadInt();
this._iLeft = input.ReadInt();
if (this._iLeft <= 0)
{
this._iLeft = -1;
}
this._iRight = input.ReadInt();
if (this._iRight <= 0)
{
this._iRight = -1;
}
this._iParent = input.ReadInt();
if (this._iParent <= 0)
{
this._iParent = -1;
}
}
public override void Replace(IPersistentStore store, Index index, NodeAVL n)
{
NodeAVLDisk node = this;
RowAVLDisk row = this.row;
if (!row.KeepInMemory(true))
{
row = (RowAVLDisk)store.Get(this.row, true);
node = (NodeAVLDisk)row.GetNode(this._iId);
}
if (node._iParent == -1)
{
if (n != null)
{
n = n.SetParent(store, null);
}
store.SetAccessor(index, n);
}
else
{
bool isLeft = node.IsFromLeft(store);
node.GetParent(store).Set(store, isLeft, n);
}
row.KeepInMemory(false);
}
public override Row GetNewCachedObject(Session session, object obj)
{
int num2 = this._rowIdSequence;
this._rowIdSequence = num2 + 1;
int position = num2;
if (this._isCached)
{
Row row2 = new RowAVLDisk(base.table, (object[])obj);
this.Add(row2);
if (this._isTempTable)
{
RowAction.AddInsertAction(session, base.table, row2);
}
return(row2);
}
this._memoryRowCount++;
if (this._useCache && (this._memoryRowCount > this._maxMemoryRowCount))
{
this.ChangeToDiskTable();
return(this.GetNewCachedObject(session, obj));
}
RowAVL row = new RowAVL(base.table, (object[])obj, position);
row.SetNewNodes();
if (this._isTempTable)
{
RowAction action = new RowAction(session, base.table, 1, row, null);
row.rowAction = action;
}
return(row);
}
public NodeAVLDisk(RowAVLDisk r, int id)
{
this._iLeft = -1;
this._iParent = -1;
this._iRight = -1;
this.row = r;
this._iId = id;
this.iData = r.GetPos();
}
private NodeAVLDisk FindNode(IPersistentStore store, int pos)
{
NodeAVLDisk node = null;
RowAVLDisk disk2 = (RowAVLDisk)store.Get(pos, false);
if (disk2 != null)
{
node = (NodeAVLDisk)disk2.GetNode(this._iId);
}
return(node);
}
public override Row GetNewCachedObject(Session session, object obj)
{
RowAVL wavl = new RowAVLDisk(base.table, (object[])obj);
this.Add(wavl);
if (session != null)
{
RowAction action = new RowAction(session, base.table, 1, wavl, null);
wavl.rowAction = action;
}
return(wavl);
}
public override ICachedObject Get(IRowInputInterface input)
{
ICachedObject obj2;
try
{
obj2 = new RowAVLDisk(base.table, input);
}
catch (IOException exception)
{
throw Error.GetError(0x1d2, exception);
}
return(obj2);
}
public override NodeAVL SetBalance(IPersistentStore store, int b)
{
NodeAVLDisk node = this;
RowAVLDisk row = this.row;
if (!row.KeepInMemory(true))
{
row = (RowAVLDisk)store.Get(this.row, true);
node = (NodeAVLDisk)row.GetNode(this._iId);
}
if (!row.IsInMemory())
{
throw Error.RuntimeError(0xc9, "NodeAVLDisk");
}
row.SetNodesChanged();
node.IBalance = b;
row.KeepInMemory(false);
return(node);
}
