/// <summary>
/// This is a sample Micr Framework Dpws client application. This console application is designed
/// to excercise the features of the MFWsdStack client classes. This application creates an instance of
/// a SimpleServiceClient class. This class is derived DpwsClientServices. When an instance of this class
/// is created the MFWsdStack services start automatically. Unlike the Device services that require an actual
/// Start command. This sample app will wait for a hello discovery request. Wen received it will probe for
/// services that implement a SimpleService type. Te Dpws Interop sample service implements this type. For each
/// probe match received (up to 10) a resolve request is sent to endpoints obtained from the resolve matches.
/// For each resolve match the app sends a Get request to the device hosting the service. The app then uses the
/// metadata in the get response to call 1way, 2way methods on the service and then subscribes to the SimpleEvent
/// and ItegerEvent hosted by the interop service. When the client receives each event from the service it sends
/// an Unsubscribe for each event and waits for another hello. The application processes one hello at a time.
/// resolve match
/// </summary>
public static void Main()
{
// Turn console messages on
Console.Verbose = true;
System.Ext.Console.Write("Application started...");
// Wait for DHCP (on LWIP devices)
while (true)
{
IPAddress ip = IPAddress.GetDefaultLocalAddress();
if (ip != IPAddress.Any)
{
break;
}
Thread.Sleep(1000);
}
// Create a test application thread
TestApplication testApp = new TestApplication();
Thread testAppThread = new Thread(new ThreadStart(testApp.Run));
testAppThread.Start();
}
/// <summary>
/// This is a sample Micr Framework Dpws client application. This console application is designed
/// to excercise the features of the MFWsdStack client classes. This application creates an instance of
/// a SimpleServiceClient class. This class is derived DpwsClientServices. When an instance of this class
/// is created the MFWsdStack services start automatically. Unlike the Device services that require an actual
/// Start command. This sample app will wait for a hello discovery request. Wen received it will probe for
/// services that implement a SimpleService type. Te Dpws Interop sample service implements this type. For each
/// probe match received (up to 10) a resolve request is sent to endpoints obtained from the resolve matches.
/// For each resolve match the app sends a Get request to the device hosting the service. The app then uses the
/// metadata in the get response to call 1way, 2way methods on the service and then subscribes to the SimpleEvent
/// and ItegerEvent hosted by the interop service. When the client receives each event from the service it sends
/// an Unsubscribe for each event and waits for another hello. The application processes one hello at a time.
/// resolve match
/// </summary>
public static void Main()
{
// Turn console messages on
Console.Verbose = true;
System.Ext.Console.Write("Application started...");
// Create a test application thread
TestApplication testApp = new TestApplication();
Thread testAppThread = new Thread(new ThreadStart(testApp.Run));
testAppThread.Start();
}
/// <summary>
/// This is a sample Micr Framework Dpws client application. This console application is designed
/// to excercise the features of the MFWsdStack client classes. This application creates an instance of
/// a SimpleServiceClient class. This class is derived DpwsClientServices. When an instance of this class
/// is created the MFWsdStack services start automatically. Unlike the Device services that require an actual
/// Start command. This sample app will wait for a hello discovery request. Wen received it will probe for
/// services that implement a SimpleService type. Te Dpws Interop sample service implements this type. For each
/// probe match received (up to 10) a resolve request is sent to endpoints obtained from the resolve matches.
/// For each resolve match the app sends a Get request to the device hosting the service. The app then uses the
/// metadata in the get response to call 1way, 2way methods on the service and then subscribes to the SimpleEvent
/// and ItegerEvent hosted by the interop service. When the client receives each event from the service it sends
/// an Unsubscribe for each event and waits for another hello. The application processes one hello at a time.
/// resolve match
/// </summary>
public static void Main()
{
// Turn console messages on
Console.Verbose = true;
System.Ext.Console.Write("Application started...");
// Create a test application thread
TestApplication testApp = new TestApplication();
Thread testAppThread = new Thread(new ThreadStart(testApp.Run));
testAppThread.Start();
}
/// <summary>
/// This is a sample Micr Framework Dpws client application. This console application is designed
/// to excercise the features of the MFWsdStack client classes. This application creates an instance of
/// a SimpleServiceClient class. This class is derived DpwsClientServices. When an instance of this class
/// is created the MFWsdStack services start automatically. Unlike the Device services that require an actual
/// Start command. This sample app will wait for a hello discovery request. Wen received it will probe for
/// services that implement a SimpleService type. Te Dpws Interop sample service implements this type. For each
/// probe match received (up to 10) a resolve request is sent to endpoints obtained from the resolve matches.
/// For each resolve match the app sends a Get request to the device hosting the service. The app then uses the
/// metadata in the get response to call 1way, 2way methods on the service and then subscribes to the SimpleEvent
/// and ItegerEvent hosted by the interop service. When the client receives each event from the service it sends
/// an Unsubscribe for each event and waits for another hello. The application processes one hello at a time.
/// resolve match
/// </summary>
public static void Main()
{
// Turn console messages on
Console.Verbose = true;
System.Ext.Console.Write("Application started...");
// Wait for DHCP (on LWIP devices)
while (true)
{
IPAddress ip = IPAddress.GetDefaultLocalAddress();
if (ip != IPAddress.Any) break;
Thread.Sleep(1000);
}
// Create a test application thread
TestApplication testApp = new TestApplication();
Thread testAppThread = new Thread(new ThreadStart(testApp.Run));
testAppThread.Start();
}