private static void AddSink(DimmableLightDiscovery sender, UPnPDevice d)
{
Console.WriteLine("Added Device: " + d.FriendlyName);
// To interface with a service, instantiate the appropriate wrapper class on the appropriate service
// Traverse the device heirarchy to the correct device, and invoke 'GetServices', passing in the static field 'SERVICE_NAME'
// of the appropriate wrapper class. This method returns an array of all services with this service type. For most purposes,
// there will only be one service, in which case you can use array index 0.
// Save a reference to this instance of the wrapper class for later use.
CpDimming Dimming = new CpDimming(d.GetServices(CpDimming.SERVICE_NAME)[0]);
sw = new CpSwitchPower(d.GetServices(CpSwitchPower.SERVICE_NAME)[0]);
// To subscribe to Events, call the '_subscribe' method of the wrapper class. The only parameter is
// the duration of the event. A good value is 300 seconds.
//Dimming._subscribe(300);
// The wrapper class exposes all the evented state variables through events in the form 'OnStateVariable_xx', where xx is the variable name.
// The wrapper class exposes methods in two formats. Asyncronous and Syncronous. The Async method calls are exposed simply
// by the name of the method. The Syncronous version is the same, except with the word, 'Sync_' prepended to the name.
// Asyncronous responses to th async method calls are dispatched through the event in the format, 'OnResult_x' where x is the method name.
// Note: All arguments are automatically type checked. Allowed Values are abstracted through enumerations, that are defined in the wrapper class.
// To access the list of allowed values or ranges for a given device, refer to the property 'Values_XXX' for a list of the allowed values for a
// given state variable. Similarly, refer to the properties 'HasMaximum_XXX', 'HasMinimum_XXX', 'Maximum_XXX', and 'Minimum_XXX' where XXX is the variable name, for the Max/Min values.
// To determine if a given service implements a particular StateVariable or Method, use the properties, 'HasStateVariableXXX' and 'HasActionXXX' where XXX is the method/variable name.
}
static void Main(string[] args)
{
System.Console.WriteLine("UPnP .NET Framework Stack");
System.Console.WriteLine("StackBuilder Build#Device Builder Build#1.0.4144.25068");
DimmableLightDiscovery disco = new DimmableLightDiscovery();
disco.OnAddedDevice += new DimmableLightDiscovery.DiscoveryHandler(AddSink);
disco.OnRemovedDevice += new DimmableLightDiscovery.DiscoveryHandler(RemoveSink);
System.Console.WriteLine("Press return to stop CP.");
disco.Start();
string x = "";
bool bo = new bool();
object obj = new object();
//CpSwitchPower.Delegate_OnResult_GetStatus del = CpSwitchPower.Delegate_OnResult_GetStatus();
while (x != "q")
{
x = System.Console.ReadLine();
if (x == "on")
sw.SetTarget(true);
else if (x == "off")
sw.SetTarget(false);
else if (x == "check")
{
sw.Sync_GetTarget(out bo);
Console.WriteLine(bo);
}
}
}
static void Main(string[] args)
{
System.Console.WriteLine("UPnP .NET Framework Stack");
System.Console.WriteLine("StackBuilder Build#Device Builder Build#1.0.4144.25068");
DimmableLightDiscovery disco = new DimmableLightDiscovery();
disco.OnAddedDevice += new DimmableLightDiscovery.DiscoveryHandler(AddSink);
disco.OnRemovedDevice += new DimmableLightDiscovery.DiscoveryHandler(RemoveSink);
System.Console.WriteLine("Press return to stop CP.");
disco.Start();
System.Console.ReadLine();
}
private static void RemoveSink(DimmableLightDiscovery sender, UPnPDevice d)
{
Console.WriteLine("Removed Device: " + d.FriendlyName);
}
