private static void OutputGenericMessage(Communication.MessageTypeFlags flags, string reply)
{
if (_partialCodeReply != null)
{
reply = _partialCodeReply + reply;
_partialCodeReply = null;
}
if (flags.HasFlag(Communication.MessageTypeFlags.PushFlag))
{
_partialCodeReply = reply;
}
else if (reply != "")
{
MessageType type = flags.HasFlag(Communication.MessageTypeFlags.ErrorMessageFlag) ? MessageType.Error
: flags.HasFlag(Communication.MessageTypeFlags.WarningMessageFlag) ? MessageType.Warning
: MessageType.Success;
Model.Provider.Output(type, reply);
}
}
private static void HandleCodeReply()
{
DataTransfer.ReadCodeReply(out Communication.MessageTypeFlags flags, out string reply);
// TODO implement logging here
// TODO check for "File %s will print in %" PRIu32 "h %" PRIu32 "m plus heating time" and modify simulation time
// Deal with generic replies. Keep this check in sync with RepRapFirmware
if (flags.HasFlag(Communication.MessageTypeFlags.UsbMessage) && flags.HasFlag(Communication.MessageTypeFlags.AuxMessage) &&
flags.HasFlag(Communication.MessageTypeFlags.HttpMessage) && flags.HasFlag(Communication.MessageTypeFlags.TelnetMessage))
{
OutputGenericMessage(flags, reply.TrimEnd());
return;
}
// Check if this is a targeted message. If yes, send it to the corresponding code being executed
bool replyHandled = false;
if (flags.HasFlag(Communication.MessageTypeFlags.BinaryCodeReplyFlag))
{
foreach (CodeChannel channel in CodeChannels)
{
Communication.MessageTypeFlags channelFlag = (Communication.MessageTypeFlags)(1 << (int)channel);
if (flags.HasFlag(channelFlag))
{
using (Channels[channel].Lock())
{
replyHandled = Channels[channel].HandleReply(flags, reply);
}
break;
}
}
}
if (!replyHandled && !flags.HasFlag(Communication.MessageTypeFlags.CodeQueueMessage))
{
// If the message could not be processed, output a warning. Should never happen except for queued codes
Console.WriteLine($"[warn] Received out-of-sync code reply ({flags}: {reply.TrimEnd()})");
}
}
