public Command(string room, string item, string action, TheWorld world)
{
mSubCommands = new List<Command>();
//is item a device class?
bool itemIsDeviceClass = false;
EDeviceClass itemClass = EDeviceClass.Kinect;
Array vals = Enum.GetValues(typeof(EDeviceClass));
foreach (EDeviceClass c in vals)
{
if (SoundsLike.Get(c, false) == item)
{
itemIsDeviceClass = true;
itemClass = c;
break;
}
}
//convert the action to a devicecapabilitiesenum
EDeviceCapabilities actionResolved = EDeviceCapabilities.None;
vals = Enum.GetValues(typeof(EDeviceCapabilities));
foreach (EDeviceCapabilities c in vals)
{
if (SoundsLike.Get(c, true) == action)
{
actionResolved = c;
break;
}
}
//find the devices
foreach (Room rm in world.ListRooms())
{
if (room == "" || rm.Name == room)
{
foreach (Device d in rm.ListDevices())
{
bool hit = false;
if (itemIsDeviceClass)
{
if (itemClass == d.Class) hit = true;
}
else
{
if (item == d.FriendlyName) hit = true;
}
if (hit)
{
Command c = new Command(rm, d, actionResolved);
mSubCommands.Add(c);
}
}
}
}
}
public static TheWorld CreateTestWorld()
{
Room livingroom = new Room("living room");
Room study = new Room("study");
Room bedroom = new Room("bedroom");
Room corridor = new Room("corridor");
corridor.AddDoorway(livingroom);
corridor.AddDoorway(study);
corridor.AddDoorway(bedroom);
Device study_light = new Device("R1D1", "study light", EDeviceClass.Light, EDeviceProtocol.LWRF,
new DeviceCapabilities("Dimmer"), null);
Device bedroom_light = new Device("R2D1", "bedroom light", EDeviceClass.Light, EDeviceProtocol.LWRF,
new DeviceCapabilities("Dimmer"), null);
Device study_kinect = new Device("192.168.1.32", "study kinect", EDeviceClass.Kinect, EDeviceProtocol.AudioProto,
new DeviceCapabilities("AudioIn"), null);
Device bedroom_kinect = new Device("192.168.1.191", "bedroom kinect", EDeviceClass.Kinect, EDeviceProtocol.AudioProto,
new DeviceCapabilities("AudioIn"), null);
Device living_kinect = new Device("192.168.1.190", "living room kinect", EDeviceClass.Kinect, EDeviceProtocol.AudioProto,
new DeviceCapabilities("AudioIn"), null);
Dictionary<string,string> study_xbmc_args = new Dictionary<string,string>();
study_xbmc_args.Add("port", "8080");
study_xbmc_args.Add("user", "xbmc");
study_xbmc_args.Add("pass", "test");
Device study_xbmc = new Device("192.168.1.130", "study xbmc", EDeviceClass.XBMC, EDeviceProtocol.XBMC,
new DeviceCapabilities("XBMC"), study_xbmc_args);
Dictionary<string, string> bedroom_xbmc_args = new Dictionary<string, string>();
bedroom_xbmc_args.Add("port", "8080");
bedroom_xbmc_args.Add("user", "xbmc");
bedroom_xbmc_args.Add("pass", "xbmc");
Device bedroom_xbmc = new Device("192.168.1.191", "bedroom xbmc", EDeviceClass.XBMC, EDeviceProtocol.XBMC,
new DeviceCapabilities("XBMC"), bedroom_xbmc_args);
Dictionary<string, string> living_xbmc_args = new Dictionary<string, string>();
living_xbmc_args.Add("port", "8080");
living_xbmc_args.Add("user", "xbmc");
living_xbmc_args.Add("pass", "xbmc");
Device living_xbmc = new Device("192.168.1.190", "living room xbmc", EDeviceClass.XBMC, EDeviceProtocol.XBMC,
new DeviceCapabilities("XBMC"), living_xbmc_args);
study.AddDevice(study_xbmc);
study.AddDevice(study_kinect);
study.AddDevice(study_light);
bedroom.AddDevice(bedroom_xbmc);
bedroom.AddDevice(bedroom_kinect);
bedroom.AddDevice(bedroom_light);
livingroom.AddDevice(living_xbmc);
livingroom.AddDevice(living_kinect);
TheWorld ret = new TheWorld();
ret.AddRoom(livingroom);
ret.AddRoom(study);
ret.AddRoom(bedroom);
ret.AddRoom(corridor);
ret.CurrentLocation = study;
return ret;
}
public Form1()
{
InitializeComponent();
Form1.server = this;
//recogSAPI = new AudioRecog_SAPI();
//recogSAPI.RecognitionSuccessful += new AudioRecog.RecognitionSuccessfulDelegate(r_RecognitionSuccessful);
//recogSphinx = new AudioRecog_CMUSphinx();
//recogSphinx.RecognitionSuccessful += new AudioRecog.RecognitionSuccessfulDelegate(r_RecognitionSuccessful);
Thread.CurrentThread.CurrentCulture = new CultureInfo("en-GB");
Thread.CurrentThread.CurrentUICulture = new CultureInfo("en-GB");
Talker = new SpeechOut();
Talker.AddEndpoint("beast", null);
lwrf = new LWRF();
clkActions = new Dictionary<string, Tuple<bool, bool,string>>();
Recog = new AudioRecogHolder();
Recog.RegisterRecogEngine(new AudioRecog_SAPI());
Recog.RegisterRecogEngine(new AudioRecog_CMUSphinx());
Recog.RecognitionSuccessful += new AudioRecogHolder.RecognitionSuccessfulDelegate(Recog_RecognitionSuccessful);
mControllables = new List<IControllable>();
//Controllables
theWorld = TheWorld.CreateTestWorld();
mControllables.Add(theWorld);
clk = new AlarmClock();
clk.ControllableEvent += new IControllableEventDelegate(clk_ControllableEvent);
mControllables.Add(clk);
List<Device> devs = theWorld.ListDevicesByCaps(null, EDeviceCapabilities.Special_XBMC);
if (devs != null)
{
foreach (Device d in devs)
{
XBMC xbmc = new XBMC(d.ID, d.Args["port"], d.Args["user"], d.Args["pass"]);
if (!xbmc.VerifyConnection())
{
Form1.updateLog("Couldn't connect to XBMC at " + d.ID + ":" + d.Args["port"],
ELogLevel.Warning, ELogType.XBMC);
d.Disable();
continue;
}
xbmc.ControllableEvent += new IControllableEventDelegate(xbmc_ControllableEvent);
mControllables.Add(xbmc);
d.Instance = xbmc;
}
}
protos = new DeviceProtocolMappings();
protos.SetWorld(theWorld);
List<string> done = new List<string>();
foreach (IControllable ic in mControllables)
{
Recog.AddControllable(ic);
}
p = new AudioProto();
p.Listen(s_port);
p.NewAudioStream += new AudioProto.NewAudioStreamDelegate(p_NewAudioStream);
prog1.Minimum = 0;
prog1.Maximum = 250;
prog2.Minimum = 0;
prog2.Maximum = 250;
prog3.Minimum = 0;
prog3.Maximum = 250;
progCmd1.Minimum = 0;
progCmd1.Maximum = 250;
progCmd2.Minimum = 0;
progCmd2.Maximum = 250;
progCmd3.Minimum = 0;
progCmd3.Maximum = 250;
UpdateControlD += new UpdateControlDelegate(UpdateControl);
tick = new System.Timers.Timer();
tick.Elapsed += new ElapsedEventHandler(tick_Elapsed);
tick.Interval = 1000;
tick.Start();
}
public void SetWorld(TheWorld world)
{
mWorld = world;
}