public void AddChannels(List<Channel> channels)
{
foreach (Channel c in channels.Where(x => x.Enabled > 0))
{
Dictionary<String, String> ConnectionOptions = StringToDictionary.Convert(c.ConnectionString);
// TODO: Try/catch around this to continue after hitting a bad channel
switch (c.Type.ToLower())
{
case "tcpclient":
if (ConnectionOptions.Keys.Contains("address") && ConnectionOptions.Keys.Contains("port"))
{
UInt16 port = Convert.ToUInt16(ConnectionOptions["port"]);
if (port == 0) throw new FormatException();
// TODO timespan option
IChannel ch = DNP3Manager.AddTCPClient(c.Name, LogLevel.Info, TimeSpan.FromSeconds(5), ConnectionOptions["address"], port);
ChannelWrapper wr = new ChannelWrapper(c, ch);
wr.OnStateChanged += this.ChannelStateChanged;
wr.Channel.AddStateListener(new Action<ChannelState>(wr.StateChanged));
Channels.Add(wr);
}
break;
case "serial":
if (ConnectionOptions.Keys.Contains("port") && ConnectionOptions.Keys.Contains("baud"))
{
UInt16 baud = Convert.ToUInt16(ConnectionOptions["baud"]);
if (baud == 0) throw new FormatException();
// TODO: more serial settings
SerialSettings ss = new SerialSettings(ConnectionOptions["port"], baud, 8, 1, Parity.NONE, FlowControl.NONE);
// TODO: timespan option
IChannel ch = DNP3Manager.AddSerial(c.Name, LogLevel.Info, TimeSpan.FromSeconds(5), ss);
ChannelWrapper wr = new ChannelWrapper(c, ch);
wr.OnStateChanged += this.ChannelStateChanged;
wr.Channel.AddStateListener(new Action<ChannelState>(wr.StateChanged));
Channels.Add(wr);
}
break;
}
}
}
private void refresh_channels(ChannelWrapper updated)
{
this.BeginInvoke(new Action(refresh_channels2));
}
