/// <summary>
/// This sample demonstrates how to implement an app which subscribes the events of the NCU (= PLC + NCK).
/// </summary>
public static void Main()
{
// Setup a custom OEM message provider for system and non-system events.
NcuEvent.MessageProvider = new OemEventMessageProvider();
// To reset the used message provider to NcuEventMessageProvider.Default:
////NcuEvent.MessageProvider = null;
// In case you want to provide system and non-system messages using a resource file:
////NcuEvent.MessageProvider = NcuEventMessageProvider.Load(@".\Messages.de-DE.txt");
// or using the OEM message provider:
////var fallback = NcuEventMessageProvider.Load(@".\Messages.de-DE.txt");
////NcuEvent.MessageProvider = new OemEventMessageProvider(fallback);
// To prepare a "template" resource file you can use:
////NcuEventMessageProvider.Default.Save(@".\Messages.en-US.txt");
// The following setup connects to a Sinumerik SolutionLine (Sl)
// Just replace "sl" with "pl" to connect to a Sinumerik PowerLine instead.
using (var client = new SinumerikClient("s840d.sl://192.168.0.80")) {
client.Connect();
client.SubscribeEvents(HandleEvents);
Console.WriteLine("Subscribed!");
Console.ReadLine();
}
}
/// <summary>
/// This sample demonstrates how to implement an app which subscribes the events of the NCU (= PLC + NCK).
/// </summary>
public static void Main()
{
// The following setup connects to a Sinumerik SolutionLine (Sl)
// Just replace "sl" with "pl" to connect to a Sinumerik PowerLine instead.
using (var client = new SinumerikClient("s840d.sl://192.168.0.80")) {
client.Connect();
client.SubscribeEvents(HandleEvents);
Console.WriteLine("Subscribed!");
Console.ReadLine();
}
}