public uint Initialize()
{
AdapterDevice myDevice = new AdapterDevice(DeviceName, VENDOR, MODEL, VERSION, SERIAL_NUMBER, DESCRIPTION);
AdapterProperty robotProperty = new AdapterProperty("Robot", "");
robotProperty.Attributes.Add(NewAttribute("Mode", "manual", E_ACCESS_TYPE.ACCESS_READWRITE));
robotProperty.Attributes.Add(NewAttribute("Direction", 0, E_ACCESS_TYPE.ACCESS_READWRITE));
robotProperty.Attributes.Add(NewAttribute("Speed", 5, E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(robotProperty);
AdapterProperty speechProperty = new AdapterProperty("Speech", "");
speechProperty.Attributes.Add(NewAttribute("Message", "Tell me a joke", E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(speechProperty);
myDevice.Methods.Add(new AdapterMethod("stop", "Stop", 0));
myDevice.Methods.Add(new AdapterMethod("forward", "Forward", 0));
myDevice.Methods.Add(new AdapterMethod("left", "Turn left", 0));
myDevice.Methods.Add(new AdapterMethod("right", "Turn right", 0));
myDevice.Methods.Add(new AdapterMethod("backward", "Backwards", 0));
myDevice.Methods.Add(new AdapterMethod("manual", "manual", 0));
myDevice.Methods.Add(new AdapterMethod("autonomous", "autonomous", 0));
myDevice.Methods.Add(new AdapterMethod("speak", "speak", 0));
devices.Add(myDevice);
return(ERROR_SUCCESS);
}
public HueBridgeDevice(Q42.HueApi.HueClient client, HueBridgeDescription desc, Adapter bridge) : base("PhilipsHue",
desc.Manufacturer, desc.ModelName, "", desc.SerialNumber, $"{desc.FriendlyName}\n{desc.ModelDescription} ({desc.ModelNumber})")
{
_client = client;
_description = desc;
_bridge = bridge;
_enableJoinMethod = new AdapterMethod("Link", "Puts the adapter into join mode", 0);
_enableJoinMethod.InvokeAction = Link;
_enableJoinMethod.OutputParams.Add(new AdapterValue("Result", "")
{
Data = ""
});
Methods.Add(_enableJoinMethod);
//var UpdateMethod = new AdapterMethod("Update", "Looks for any removed or added lights", 0);
//UpdateMethod.InvokeAction = UpdateDeviceList;
//Methods.Add(UpdateMethod);
//Check if bridge is already linked and registered
bool isLinked = false;
var container = ApplicationData.Current.LocalSettings.CreateContainer("RegisteredHueBridges", ApplicationDataCreateDisposition.Always);
if (container.Values.ContainsKey(desc.SerialNumber))
{
var key = container.Values[desc.SerialNumber] as string;
if (key != null)
{
(client as Q42.HueApi.LocalHueClient)?.Initialize(key);
isLinked = true;
UpdateDeviceList();
}
}
_isLinkedProperty = new AdapterProperty("Link", "com.dotMorten.PhilipsHueDSB.PhilipsHue");
_isLinkedProperty.Attributes.Add(new AdapterAttribute("IsLinked", isLinked, E_ACCESS_TYPE.ACCESS_READ)
{
COVBehavior = SignalBehavior.Always
});
this.Properties.Add(_isLinkedProperty);
if (desc.ModelName.EndsWith(" 2012")) //V1 bridge
{
Icon = new AdapterIcon("ms-appx:///AdapterLib/Icons/HueBridge1.png");
}
else if (desc.ModelName.EndsWith(" 2015")) //V2 bridge
{
Icon = new AdapterIcon("ms-appx:///AdapterLib/Icons/HueBridge2.png");
}
else //Fallback - use uri from descriptor
{
Icon = new AdapterIcon(desc.IconUri.OriginalString);
}
// change of value signal
CreateSignals();
}
internal AdapterProperty(AdapterProperty Other)
{
this.Name = Other.Name;
this.InterfaceHint = Other.InterfaceHint;
try
{
this.Attributes = new List<IAdapterAttribute>(Other.Attributes);
}
catch (OutOfMemoryException ex)
{
throw;
}
}
internal AdapterProperty(AdapterProperty Other)
{
this.Name = Other.Name;
this.InterfaceHint = Other.InterfaceHint;
try
{
this.Attributes = new List <IAdapterAttribute>(Other.Attributes);
}
catch (OutOfMemoryException ex)
{
throw;
}
}
internal AdapterProperty(AdapterProperty Other)
{
this.Name = Other.Name;
this.InterfaceHint = Other.InterfaceHint;
try
{
this.Attributes = new List <IAdapterAttribute>(Other.Attributes);
}
catch (OutOfMemoryException ex)
{
Debug.WriteLine("Out of memory while trying to allocate adapter property parameter containers." + ex.Message);
throw;
}
}
public uint Initialize()
{
AdapterDevice myDevice = new AdapterDevice(DeviceName, VENDOR, MODEL, VERSION, SERIAL_NUMBER, DESCRIPTION);
AdapterProperty robotProperty = new AdapterProperty("Robot", "");
robotProperty.Attributes.Add(NewAttribute("Mode", "manual", E_ACCESS_TYPE.ACCESS_READWRITE));
robotProperty.Attributes.Add(NewAttribute("Direction", 0, E_ACCESS_TYPE.ACCESS_READWRITE));
robotProperty.Attributes.Add(NewAttribute("Speed", 5, E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(robotProperty);
myDevice.Methods.Add(new AdapterMethod("stop", "Stop", 0));
myDevice.Methods.Add(new AdapterMethod("forward", "Forward", 0));
myDevice.Methods.Add(new AdapterMethod("left", "Turn left", 0));
myDevice.Methods.Add(new AdapterMethod("right", "Turn right", 0));
myDevice.Methods.Add(new AdapterMethod("backward", "Backwards", 0));
myDevice.Methods.Add(new AdapterMethod("joke", "Tell me a joke", 0));
myDevice.Methods.Add(new AdapterMethod("banner", "Banner Control", 0));
AdapterProperty lightProperty = new AdapterProperty("Light", "");
lightProperty.Attributes.Add(NewAttribute("Mode", "off", E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(lightProperty);
AdapterProperty speechProperty = new AdapterProperty("Speech", "");
speechProperty.Attributes.Add(NewAttribute("Volume", 4, E_ACCESS_TYPE.ACCESS_READWRITE));
speechProperty.Attributes.Add(NewAttribute("Message", "Tell me a joke", E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(speechProperty);
AdapterProperty bannerProperty = new AdapterProperty("Banner", "");
bannerProperty.Attributes.Add(NewAttribute("Pre", "Maker Den", E_ACCESS_TYPE.ACCESS_READWRITE));
bannerProperty.Attributes.Add(NewAttribute("Post", "Data Den", E_ACCESS_TYPE.ACCESS_READWRITE));
bannerProperty.Attributes.Add(NewAttribute("Calibration", 0, E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(bannerProperty);
devices.Add(myDevice);
return ERROR_SUCCESS;
}
public HueBridgeDevice(Q42.HueApi.HueClient client, HueBridgeDescription desc, Adapter bridge) : base("PhilipsHue",
desc.Manufacturer, desc.ModelName, "", desc.SerialNumber, $"{desc.FriendlyName}\n{desc.ModelDescription} ({desc.ModelNumber})")
{
_client = client;
_description = desc;
_bridge = bridge;
_enableJoinMethod = new AdapterMethod("Link", "Puts the adapter into join mode", 0);
_enableJoinMethod.InvokeAction = Link;
_enableJoinMethod.OutputParams.Add(new AdapterValue("Result", "") { Data = "" });
Methods.Add(_enableJoinMethod);
//var UpdateMethod = new AdapterMethod("Update", "Looks for any removed or added lights", 0);
//UpdateMethod.InvokeAction = UpdateDeviceList;
//Methods.Add(UpdateMethod);
//Check if bridge is already linked and registered
bool isLinked = false;
var container = ApplicationData.Current.LocalSettings.CreateContainer("RegisteredHueBridges", ApplicationDataCreateDisposition.Always);
if(container.Values.ContainsKey(desc.SerialNumber))
{
var key = container.Values[desc.SerialNumber] as string;
if (key != null)
{
(client as Q42.HueApi.LocalHueClient)?.Initialize(key);
isLinked = true;
UpdateDeviceList();
}
}
else
{
Link();
}
_isLinkedProperty = new AdapterProperty("Link", "com.dotMorten.PhilipsHueDSB.PhilipsHue");
_isLinkedProperty.Attributes.Add(new AdapterAttribute("IsLinked", isLinked, E_ACCESS_TYPE.ACCESS_READ) { COVBehavior = SignalBehavior.Always });
this.Properties.Add(_isLinkedProperty);
//if (desc.IconUri != null)
// Icon = new AdapterIcon(desc.IconUri.OriginalString);
Icon = new AdapterIcon("ms-appx:///AdapterLib/Icons/PhilipsHueIcon.png");
// change of value signal
CreateSignals();
}
public uint Initialize()
{
AdapterDevice myDevice = new AdapterDevice(DeviceName, VENDOR, MODEL, VERSION, SERIAL_NUMBER, DESCRIPTION);
AdapterProperty robotProperty = new AdapterProperty("Robot", "");
robotProperty.Attributes.Add(NewAttribute("Mode", "manual", E_ACCESS_TYPE.ACCESS_READWRITE));
robotProperty.Attributes.Add(NewAttribute("Direction", 0, E_ACCESS_TYPE.ACCESS_READWRITE));
robotProperty.Attributes.Add(NewAttribute("Speed", 5, E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(robotProperty);
AdapterProperty speechProperty = new AdapterProperty("Speech", "");
speechProperty.Attributes.Add(NewAttribute("Message", "Tell me a joke", E_ACCESS_TYPE.ACCESS_READWRITE));
myDevice.Properties.Add(speechProperty);
myDevice.Methods.Add(new AdapterMethod("stop", "Stop", 0));
myDevice.Methods.Add(new AdapterMethod("forward", "Forward", 0));
myDevice.Methods.Add(new AdapterMethod("left", "Turn left", 0));
myDevice.Methods.Add(new AdapterMethod("right", "Turn right", 0));
myDevice.Methods.Add(new AdapterMethod("backward", "Backwards", 0));
myDevice.Methods.Add(new AdapterMethod("manual", "manual", 0));
myDevice.Methods.Add(new AdapterMethod("autonomous", "autonomous", 0));
myDevice.Methods.Add(new AdapterMethod("speak", "speak", 0));
devices.Add(myDevice);
return ERROR_SUCCESS;
}
public uint Initialize()
{
AdapterDevice devicePin5 = new AdapterDevice("Switch 1", "Rohit Narayan", "Testing Model", "0.0.1", "000000001", "Controls Pin 5");
AdapterDevice devicePin6 = new AdapterDevice("Switch 2", "Rohit Narayan", "Testing Model", "0.0.1", "000000001", "Controls Pin 6");
AdapterDevice devicePin12 = new AdapterDevice("Switch 3", "Rohit Narayan", "Testing Model", "0.0.1", "000000001", "Controls Pin 12");
AdapterDevice devicePin16 = new AdapterDevice("Switch 4", "Rohit Narayan", "Testing Model", "0.0.1", "000000001", "Controls Pin 16");
// Define GPIO Pin-5 as device property. Device contains properties
AdapterProperty gpioPin_Property5 = new AdapterProperty(PIN_NAME5, PIN_INTERFACE_HINT5);
// Define and set GPIO Pin-5 value. Device contains properties that have one or more attributes.
pinValueData5 = (int)pin5.Read();
AdapterValue pinValueAttr5 = new AdapterValue(PIN_VALUE_NAME5, pinValueData5);
gpioPin_Property5.Attributes.Add(pinValueAttr5);
// Define GPIO Pin-6 as device property. Device contains properties
AdapterProperty gpioPin_Property6 = new AdapterProperty(PIN_NAME6, PIN_INTERFACE_HINT6);
// Define and set GPIO Pin-6 value. Device contains properties that have one or more attributes.
pinValueData6 = (int)pin6.Read();
AdapterValue pinValueAttr6 = new AdapterValue(PIN_VALUE_NAME6, pinValueData6);
gpioPin_Property6.Attributes.Add(pinValueAttr6);
// Define GPIO Pin-12 as device property. Device contains properties
AdapterProperty gpioPin_Property12 = new AdapterProperty(PIN_NAME12, PIN_INTERFACE_HINT12);
// Define and set GPIO Pin-12 value. Device contains properties that have one or more attributes.
pinValueData12 = (int)pin12.Read();
AdapterValue pinValueAttr12 = new AdapterValue(PIN_VALUE_NAME12, pinValueData12);
gpioPin_Property12.Attributes.Add(pinValueAttr12);
// Define GPIO Pin-16 as device property. Device contains properties
AdapterProperty gpioPin_Property16 = new AdapterProperty(PIN_NAME16, PIN_INTERFACE_HINT16);
// Define and set GPIO Pin-16 value. Device contains properties that have one or more attributes.
pinValueData16 = (int)pin16.Read();
AdapterValue pinValueAttr16 = new AdapterValue(PIN_VALUE_NAME16, pinValueData16);
gpioPin_Property16.Attributes.Add(pinValueAttr16);
devicePin5.Properties.Add(gpioPin_Property5);
devicePin6.Properties.Add(gpioPin_Property6);
devicePin12.Properties.Add(gpioPin_Property12);
devicePin16.Properties.Add(gpioPin_Property16);
devices.Add(devicePin5);
devices.Add(devicePin6);
devices.Add(devicePin12);
devices.Add(devicePin16);
return ERROR_SUCCESS;
}
public void AddDevice(Device device, bool isNew)
{
var deviceId = device.deviceId;
var friendlyId = device.friendlyId;
var manufacturer = device.manufacturer != null ? device.manufacturer : "Manufacturer";
AdapterDevice adapterDevice = null;
Task <HttpResponseMessage> response = httpClient.GetAsync(new Uri(DCGWUrl + "devices/" + deviceId)).AsTask();
string body = response.Result.Content.ReadAsStringAsync().AsTask().Result;
//DeviceProfiles deviceProifles = JsonConvert.DeserializeObject<DeviceProfiles>(JObject.Parse(body).ToString());
foreach (var eep in device.eeps)
{
var eepName = eep.eep;
response = httpClient.GetAsync(new Uri(DCGWUrl + "profiles/" + eepName)).AsTask();
body = response.Result.Content.ReadAsStringAsync().AsTask().Result;
ProfileDefination profileInfo = JsonConvert.DeserializeObject <ProfileDefination>(JObject.Parse(body).ToString());
var profile = profileInfo.profile;
var functionGroups = profile.functionGroups;
var title = profile.title != null ? profile.title : "TitleDesciption";
if (isLampProfile(eepName))
{
adapterDevice = new Lamp(friendlyId, manufacturer, eepName, "0", deviceId, title);
((Lamp)adapterDevice).Adapter = this;
}
else
{
adapterDevice = new AdapterDevice(friendlyId, manufacturer, eepName, "0", deviceId, title);
foreach (var functionGroup in functionGroups)
{
string titleFG = functionGroup.title != null ? functionGroup.title : "Property";
string direction = direction = functionGroup.direction;;
var functions = functionGroup.functions;
var property = new AdapterProperty(titleFG, "");
foreach (var function in functions)
{
var key = function.key;
var description = function.description;
var defaultValue = function.defaultValue;
var values = function.values;
string meaning = null;
Range range = null;
double min = 0.0;
double max = 0.0;
double step = 0.0;
string unit = null;
if (defaultValue == null)
{
var valueTk = values.First <Value>();
meaning = valueTk.meaning;
range = valueTk.range;
defaultValue = valueTk.value;
if (range != null)
{
min = range.min;
max = range.max;
step = range.step;
unit = range.unit;
defaultValue = range.min;
}
}
object defaultData = Windows.Foundation.PropertyValue.CreateString(defaultValue.ToString());
var valueAttr = new AdapterAttribute(key, defaultData, deviceId, E_ACCESS_TYPE.ACCESS_READWRITE);
if (range != null)
{
valueAttr.Annotations.Add("min", defaultValue.ToString());
valueAttr.Annotations.Add("max", max.ToString());
valueAttr.Annotations.Add("range", step.ToString());
valueAttr.Annotations.Add("unit", unit);
}
if (direction.Equals("from"))
{
valueAttr = new AdapterAttribute(key, defaultData, deviceId, E_ACCESS_TYPE.ACCESS_READ);
}
else if (direction.Equals("both"))
{
object valueDataTest = Windows.Foundation.PropertyValue.CreateString("");
//This is a workaround to know if device supports both functionality
//500 is response status for read only property and 400 for device that support both direct,
//status is 400 because we are sending no value (valueDataTest is emplty string)
uint status = SetHttpValue("devices/" + deviceId + "/state", valueDataTest, key);
if (status == 500)
{
valueAttr = new AdapterAttribute(key, defaultData, deviceId, E_ACCESS_TYPE.ACCESS_READ);
}
}
valueAttr.COVBehavior = SignalBehavior.Always;
adapterDevice.AddChangeOfValueSignal(property, valueAttr.Value);
property.Attributes.Add(valueAttr);
}
adapterDevice.Properties.Add(property);
}
}
}
IAdapterMethod Delete = new AdapterMethod("Delete", "Delete EO device", 0, "devices/" + deviceId);
adapterDevice.Methods.Add(Delete);
AdapterDevice AddedDevice = (AdapterDevice)GetObject(devicesDict, deviceId);
if (AddedDevice == null)
{
this.devicesDict.Add(deviceId, adapterDevice);
//update device list in the bridge if device is added when bridge is running
if (isNew)
{
dsbBridge.UpdateDeviceCustome(adapterDevice, false);
}
this.NotifyDeviceArrival(adapterDevice);
}
}