MagicHomeController.NET 0.4

Port of AceFloof's MagicHomeController to C#

With this class you can control devices that are compatible with the "Magic Home" app

Provided as is without warranty

Usage:

Instantiating new Devices

Use one of the constructor overloads

new Device(IPAddress ip, DeviceType type);
new Device(EndPoint endPoint, DeviceType type);

Device Types as defined in the DeviceType enum:

• DeviceType.Rgb
• DeviceType.RgbWarmwhite
• DeviceType.RgbWarmwhiteColdwhite
• DeviceType.Bulb // V.4+
• DeviceType.LegacyBulb // V.3-

Examples:

Device controller1 = new Device(IPAddress.Parse("192.168.178.123"), DeviceType.Rgb);
Device controller2 = new Device(new IPEndPoint(IPAddress.Parse("192.168.178.1"), 1234), DeviceType.RgbWarmwhite);

Turning the controller on and off

Use the methods

void Device.TurnOn();
void Device.TurnOff();

Setting colors

Use one of the method overloads

void Device.SetColor(byte r, byte g, byte b);
void Device.SetColor(byte r, byte g, byte b, byte ww);
void Device.SetColor(byte r, byte g, byte b, byte ww, byte cw);

or the extension method

void Device.SetColor(System.Drawing.Color color);
void Device.SetColor(System.Drawing.Color color, byte ww);
void Device.SetColor(System.Drawing.Color color, byte ww, byte cw);

Examples:

controller1.SetColor(255, 255, 255);
controller1.SetColor(Color.DarkBlue);

Using the built-in preset modes

Use the method

void Device.SetPreset(PresetMode presetMode, byte presetDelay);

a presetDelay of 1 is fastest, and 24 is slowest.

Example:

controller1.SetPreset(PresetMode.RgbFade, 10);

Preset modes as defined in the PresetMode enum:

• RgbFade
• RedPulse
• GreenPulse
• BluePulse
• YellowPulse
• CyanPulse
• VioletPulse
• WhitePulse
• RedGreenAlternatePulse
• RedBlueAlternatePulse
• GreenBlueAlternatePulse
• DiscoFlash
• RedFlash
• GreenFlash
• BlueFlash
• YellowFlash
• CyanFlash
• VioletFlash
• WhiteFlash
• ColorChange
• NormalRgb (Will be set automatically with SetColor() and only returned from GetDeviceStatus())

Getting the current device status

Use the method

DeviceStatus Device.GetDeviceStatus();

This will return a DeviceStatus Object with the following Properties:

• bool On // if set to false, device is off
• PresetMode Mode // if set to PresetMode.NormalRgb, PresetDelay property is ignored, else RGBW properties are ignored
• byte PresetDelay // described in Using the built-in preset modes
• byte Red
• byte Green
• byte Blue
• byte? White1
• byte? White2

Using Timers

Setting the current time

Use the method

void Device.SetTime(DateTime dateTime);

Example call:

controller1.SetTime(DateTime.Now);

Getting the time currently set

Use the method

DateTime Device.GetTime();

Getting all timers

Use the method

IEnumerable<Timer> Device.GetTimers();

This will return an IEnumerable of Timer objects further described below.

Setting all timers

Use the method

void Device.SetTimers(IEnumerable<Timer> timers);

This takes an IEnumerable of Timer objects further described below.

There can be up to 6 Timers at once.

The Timer object

It has the following properties:

• bool Active // Timer is active / inactive
• TimerDays RepeatDays // further described below
• DateTime Date // further described below
• DeviceStatus Status // status to set (described under Getting the current device status)

The value of RepeatDays is described in the TimerDays flags enum and can be one or a combination of the following values:

• None
• Monday
• Tuesday
• Wednesday
• Thursday
• Friday
• Saturday
• Sunday
• Everyday
• Weekdays

where Everyday is an alias of Monday | Tuesday | Wednesday | Thursday | Friday | Saturday | Sunday and Weekdays is an alias of Monday | Tuesday | Wednesday | Thursday | Friday

If RepeatDays is set to None then the Timer is only executed at the exact date and time that is set with Date.

If RepeatDays is set to anything different, only the Time Part of Date is relevant and the Timer executes at the specified Time every day in RepeatDays.

Example usage (Turn the controller on every Monday and Tuesday at 15:30 with the color blue, turn the controller off every Monday and Tuesday at 18:00 and turn the controller on (white flashing with a delay of 10) at this time tomorrow.):

IList<Timer> timers = new List<Timer>();
timers.Add(new Timer
{
	Active = true,
	RepeatDays = TimerDays.Monday | TimerDays.Tuesday,
	Date = new DateTime(1, 1, 1, 15, 30, 00),
	Status = new DeviceStatus
	{
		On = true,
		Mode = PresetMode.NormalRgb,
		Red = 0,
		Green = 0,
		Blue = 255,
		White1 = 0
	}
});

timers.Add(new Timer
{
	Active = true,
	RepeatDays = TimerDays.Monday | TimerDays.Tuesday,
	Date = new DateTime(1, 1, 1, 18, 00, 00),
	Status = new DeviceStatus
	{
		On = false
	}
});

timers.Add(new Timer
{
	Active = true,
	RepeatDays = TimerDays.None,
	Date = DateTime.Now.AddDays(1),
	Status = new DeviceStatus
	{
		On = true,
		Mode = PresetMode.WhiteFlash,
		PresetDelay = 10
	}
});

controller1.SetTimers(timers);

Scanning for Devices

Use one of the the static method overloads

IEnumerable<DeviceFindResult> DeviceFinder.FindDevices();
IEnumerable<DeviceFindResult> DeviceFinder.FindDevices(Endpoint endPoint);
IEnumerable<DeviceFindResult> DeviceFinder.FindDevices(Endpoint endPoint, int timeoutMilliseconds);

This will return an IEnumerable of DeviceFindResult objects with the following Properties:

• IpAddress
• MacAddress
• Model

Example usage:

IEnumerable<Device> allDevices = DeviceFinder.FindDevices().Select(x => new Device(x.IpAddress, DeviceType.RgbWarmwhite))