public override void onAdd(BlockSymbol blockSymbol, Client client)
{
APlay.Common.Logging.Logger.LogDesigned(2, "OnAdd(blockSymbol) Pos: " + blockSymbol.PositionX + "/" + blockSymbol.PositionY, "AplayTest.Server.Sheet");
var undoObject = new BlockSymbolUndoable(blockSymbol);
_undoService.AddInsert(Id, undoObject, BlockSymbols.Count, "Adding new Block", client.Id);
BlockSymbols.Add(blockSymbol);
}
public override void onRemove(BlockSymbol blockSymbol, Client client)
{
//this.SyncedWithBlockSymbol(blockSymbol);
APlay.Common.Logging.Logger.LogDesigned(2, "Sheet.onRemove called", "AplayTest.Server.Sheet");
var toBeDeleted = BlockSymbols.First(t => t.Id == blockSymbol.Id);
var index = BlockSymbols.IndexOf(toBeDeleted);
_undoService.StartTransaction(client.Id, "Removing Block [" + toBeDeleted.Id + "]");
var undoableBlockSymbol = blockSymbol.CreateUndoable();
blockSymbol.PrepareForRemove(client.Id);
_undoService.AddRemove(Id, undoableBlockSymbol, index, "Removing Block [" + toBeDeleted.Id + "]", client.Id);
BlockSymbols.RemoveAt(index);
var connections = blockSymbol.onGetAttachedConnections().ToList();
var connectionsindexList = new List <int>();
foreach (var connection in connections)
{
index = Connections.IndexOf(connection);
if (index >= 0)
{
connectionsindexList.Add(index);
}
}
connectionsindexList.Sort();
for (int i = connectionsindexList.Count - 1; i >= 0; i--)
{
var connection = connections[connectionsindexList[i]];
connection.PrepareForRemove(client.Id);
var undoableConnection = connection.CreateUndoble();
_undoService.AddRemove(Id, undoableConnection, connectionsindexList[i], "Removing connection [" + undoableConnection.Id + "]", client.Id);
Connections.Remove(connection);
}
_undoService.EndTransaction(client.Id);
}
private void UndoServiceOnActiveStateChanged(object sender, ActiveStateChangedEventArgs e)
{
foreach (var change in e.ChangeSet.Where(c => c.OwnerId == Id))
{
APlay.Common.Logging.Logger.LogDesigned(2,
"ActiveStateChanged received and updated state. OwnerId: " + change.OwnerId,
"AplayTest.Server.Sheet");
if (change.ChangeReason == ChangeReason.InsertAt)
{
if (change.Undoable is BlockSymbolUndoable)
{
BlockSymbols.Insert(change.IndexAt,
_blockSymbolFactory.Create((BlockSymbolUndoable)change.Undoable, e.ChangeSet));
}
else if (change.Undoable is ConnectionUndoable)
{
Connections.Insert(change.IndexAt,
_connectionFactory.Create((ConnectionUndoable)change.Undoable, e.ChangeSet));
}
}
else if (change.ChangeReason == ChangeReason.RemoveAt)
{
if (change.Undoable is BlockSymbolUndoable)
{
BlockSymbols.RemoveAt(change.IndexAt);
_blockSymbolFactory.Remove(change.Undoable.Id);
}
else if (change.Undoable is ConnectionUndoable)
{
Connections.RemoveAt(change.IndexAt);
_connectionFactory.Remove(change.Undoable.Id);
}
}
var storedObject = change.Undoable as SheetUndoable;
if (storedObject != null)
{
if (change.ChangeReason == ChangeReason.Update)
{
Name = storedObject.Name;
}
}
Dump();
}
}
private void Dump()
{
var dump = "Sheet:" + Name + ", Conns. #: " + Connections.Count + ", BlockSymbol #: " + BlockSymbols.Count +
", Connectors #: " +
BlockSymbols.Count;
foreach (var blockSymbol in BlockSymbols)
{
dump += "\n" + blockSymbol.Dump();
}
foreach (var connector in BlockSymbols.SelectMany(b => b.Connectors))
{
dump += "\n" + connector.Dump();
}
foreach (var connection in Connections)
{
dump += "\n" + connection.Dump();
}
Console.WriteLine(dump);
}
