private static void ProcessOpList(OpList opList)
{
foreach (var disconnectOp in opList.OfOpType <DisconnectOp>())
{
Log.Information(disconnectOp.Reason);
}
}
private void CompleteCommands(OpList opList)
{
foreach (var op in opList.Ops)
{
switch (op.OpType)
{
case OpType.ReserveEntityIdsResponse:
CompleteCommand(op.ReserveEntityIdsResponseOp);
break;
case OpType.CreateEntityResponse:
CompleteCommand(op.CreateEntityResponseOp);
break;
case OpType.DeleteEntityResponse:
CompleteCommand(op.DeleteEntityResponseOp);
break;
case OpType.EntityQueryResponse:
CompleteCommand(op.EntityQueryResponseOp);
break;
case OpType.CommandResponse:
CompleteCommand(op.CommandResponseOp);
break;
}
}
}
public static bool TryGetWorkerFlagChange(this OpList opList, string flagName, out string newValue)
{
newValue = string.Empty;
var found = false;
foreach (var op in opList.OfOpType <FlagUpdateOp>().Where(op => op.Name == flagName))
{
newValue = op.Value;
// Don't break early, ensure that the last received flag update is the one that's applied.
found = true;
}
return(found);
}
public void ProcessOpList(OpList opList)
{
foreach (var op in opList.OfOpType <ComponentUpdateOp>().OfComponent(componentId))
{
if (!op.Update.SchemaData.HasValue || !getEvents(op.Update.SchemaData.Value, out var newEvents))
{
continue;
}
foreach (var evt in newEvents)
{
eventBuffer.Enqueue(evt);
}
}
}
public void ProcessOpList(OpList list)
{
Activated = ImmutableHashSet <EntityId> .Empty;
Deactivated = ImmutableHashSet <EntityId> .Empty;
foreach (var op in list.OfOpType <AddComponentOp>())
{
Added(op);
}
foreach (var op in list.OfOpType <RemoveComponentOp>())
{
Removed(op);
}
}
private Task StartBackgroundOpsGathering()
{
return(Task.Factory.StartNew(() =>
{
// We have to resort to polling here since connection.GetOpList doesn't provide a means of cancellation
try
{
while (!processOpsCts.Token.IsCancellationRequested)
{
if (GetConnectionStatusCode() != ConnectionStatusCode.Success)
{
break;
}
OpList opList;
lock (connectionLock)
{
var rawOps = connection.GetOpList(1);
if (rawOps.GetOpCount() == 0)
{
continue;
}
opList = new OpList(rawOps);
}
// NB: finish processing the OpList before adding it to the queue, since it will be Disposed on whatever thread is enumerating the ops collection.
CompleteCommands(opList);
ops.Add(opList);
}
}
finally
{
ops.CompleteAdding();
}
}, TaskCreationOptions.LongRunning));
}
public static IEnumerable <T> OfOpType <T>(this OpList ops) where T : struct
{
if (!TypeMaps.TryGetValue(typeof(T), out var opType))
{
throw new ArgumentException($"{typeof(T).Name} is not a SpatialOS op type.");
}
foreach (var op in ops)
{
if (op.OpType != opType)
{
continue;
}
switch (opType)
{
case OpType.Disconnect:
yield return(ReinterpretCast <DisconnectOp, T>(op.DisconnectOp));
break;
case OpType.FlagUpdate:
yield return(ReinterpretCast <FlagUpdateOp, T>(op.FlagUpdateOp));
break;
case OpType.LogMessage:
yield return(ReinterpretCast <LogMessageOp, T>(op.LogMessageOp));
break;
case OpType.Metrics:
yield return(ReinterpretCast <MetricsOp, T>(op.MetricsOp));
break;
case OpType.CriticalSection:
yield return(ReinterpretCast <CriticalSectionOp, T>(op.CriticalSectionOp));
break;
case OpType.AddEntity:
yield return(ReinterpretCast <AddEntityOp, T>(op.AddEntityOp));
break;
case OpType.RemoveEntity:
yield return(ReinterpretCast <RemoveEntityOp, T>(op.RemoveEntityOp));
break;
case OpType.ReserveEntityIdsResponse:
yield return(ReinterpretCast <ReserveEntityIdsResponseOp, T>(op.ReserveEntityIdsResponseOp));
break;
case OpType.CreateEntityResponse:
yield return(ReinterpretCast <CreateEntityResponseOp, T>(op.CreateEntityResponseOp));
break;
case OpType.DeleteEntityResponse:
yield return(ReinterpretCast <DeleteEntityResponseOp, T>(op.DeleteEntityResponseOp));
break;
case OpType.EntityQueryResponse:
yield return(ReinterpretCast <EntityQueryResponseOp, T>(op.EntityQueryResponseOp));
break;
case OpType.AddComponent:
yield return(ReinterpretCast <AddComponentOp, T>(op.AddComponentOp));
break;
case OpType.RemoveComponent:
yield return(ReinterpretCast <RemoveComponentOp, T>(op.RemoveComponentOp));
break;
case OpType.AuthorityChange:
yield return(ReinterpretCast <AuthorityChangeOp, T>(op.AuthorityChangeOp));
break;
case OpType.ComponentUpdate:
yield return(ReinterpretCast <ComponentUpdateOp, T>(op.ComponentUpdateOp));
break;
case OpType.CommandRequest:
yield return(ReinterpretCast <CommandRequestOp, T>(op.CommandRequestOp));
break;
case OpType.CommandResponse:
yield return(ReinterpretCast <CommandResponseOp, T>(op.CommandResponseOp));
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}
