/// <summary>
/// Updates the devices used in ZipatoDevices.
/// </summary>
public void Update()
{
for (int i = 0; i < Switches.Count; ++i)
{
var uuid = Switches[i].Uuid;
Switches[i] = new Switch(_zipato, uuid);
}
for (int i = 0; i < OnOffSwitches.Count; ++i)
{
var uuid = OnOffSwitches[i].Uuid;
OnOffSwitches[i] = new OnOff(_zipato, uuid);
}
for (int i = 0; i < Wallplugs.Count; ++i)
{
var uuid = Wallplugs[i].Uuid;
Wallplugs[i] = new Plug(_zipato, uuid);
}
for (int i = 0; i < Dimmers.Count; ++i)
{
var uuid = Dimmers[i].Uuid;
Dimmers[i] = new Dimmer(_zipato, uuid);
}
for (int i = 0; i < RGBControls.Count; ++i)
{
var uuid = RGBControls[i].Uuid;
RGBControls[i] = new RGBControl(_zipato, uuid);
}
Status = _zipato?.Data?.Status ?? Uncertain;
}
void ShowModuleScreen(Module m)
{
BaseWidget widget = null;
//
ModuleParameter widgetProperty = m.GetProperty("Widget.DisplayModule");
if (widgetProperty != null && !String.IsNullOrEmpty(widgetProperty.Value))
{
switch (widgetProperty.Value)
{
case "homegenie/generic/light":
case "homegenie/generic/switch":
widget = new Switch();
break;
case "homegenie/generic/dimmer":
widget = new Dimmer();
break;
case "homegenie/generic/colorlight":
widget = new ColorLight();
break;
case "weather/wunderground/conditions":
widget = new Weather();
break;
default:
break;
}
}
//
if (widget == null)
{
if (m.DeviceType == "Dimmer" || m.DeviceType == "Light" || m.DeviceType == "Shutter" || m.DeviceType == "Siren")
{
widget = new Dimmer();
}
else if (m.DeviceType == "Switch")
{
widget = new Switch();
}
}
//
if (widget != null)
{
widget.CloseButtonClicked += (sender, args) =>
{
this.Controls.Remove(widget);
this.Controls.Add(currentWidget);
widgetCycle.Start();
};
widget.Module = m;
widget.Dock = DockStyle.Fill;
//
widgetCycle.Stop();
this.Controls.Remove(currentWidget);
this.Controls.Add(widget);
}
}
public HomeTheatreFacade(
Dimmer dimmer, Dvd dvd, DvdPlayer dvdPlayer)
{
this.dvd = dvd;
this.dimmer = dimmer;
this.dvdPlayer = dvdPlayer;
}
public void AddLoadsFromCrestronDevice(int LoadID, Dimmer _dimmer)
{
foreach (LightLoad load in _dimmer.DimmingLoads)
{
LightingLoad newLoad = new LightingLoad(LoadID, load, _dimmer.Description);
this._loads.Add(newLoad);
}
}
public XmasScene1(IEnumerable <string> args, System.Collections.Specialized.NameValueCollection settings)
{
testPixels = new Pixel1D("G35", 50);
explosion1 = new Dimmer("Explosion 1");
explosion2 = new Dimmer("Explosion 2");
explosion3 = new Dimmer("Explosion 3");
explosion4 = new Dimmer("Explosion 4");
testButton = new DigitalInput("Test");
audioPlayer = new Physical.NetworkAudioPlayer(
settings["NetworkAudioPlayerIP"],
int.Parse(settings["NetworkAudioPlayerPort"]));
}
public TestScene1(IEnumerable <string> args)
{
georgeStrobeLight = new StrobeDimmer("George Strobe");
spiderLight = new StrobeColorDimmer("Spider Light");
skullsLight = new Dimmer("Skulls");
cobWebLight = new Dimmer("Cob Web");
blinkyEyesLight = new Switch("Blinky Eyes");
rgbLightRight = new StrobeColorDimmer("Light Right");
rgbLight3 = new StrobeColorDimmer("Light 3");
rgbLight4 = new StrobeColorDimmer("Light 4");
georgeMotor = new MotorWithFeedback("George Motor");
spiderLift = new Switch("Spider Lift");
pressureMat = new DigitalInput("Pressure Mat");
pulsatingEffect = new Effect.Pulsating(S(1), 0.2, 0.7);
flickerEffect = new Effect.Flicker(0.4, 0.6);
}
private void quickCollapseMenu()
{
LeftMenu.animate(WidthProperty, 300, 65, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
Dimmer.animate(OpacityProperty, 300, 0, 0);
AppToolbar.animate(OpacityProperty, 300, 1, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
LeftIconMenu.animate(WidthProperty, 300, 65, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
LeftTitleBar.animate(OpacityProperty, 100, 0, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
LeftPanelItems.animate(OpacityProperty, 150, 0, 100, new CubicEase {
EasingMode = EasingMode.EaseOut
});
}
private void expandMenu()
{
LeftMenu.animate(WidthProperty, 300, 360, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
Dimmer.animate(OpacityProperty, 300, .5);
AppToolbar.animate(OpacityProperty, 300, .3, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
LeftIconMenu.animate(WidthProperty, 300, 0, 0, new CubicEase {
EasingMode = EasingMode.EaseOut
});
LeftTitleBar.animate(OpacityProperty, 200, 1, 200, new CubicEase {
EasingMode = EasingMode.EaseOut
});
LeftPanelItems.animate(OpacityProperty, 300, 1, 300, new CubicEase {
EasingMode = EasingMode.EaseOut
});
}
/// <summary>
/// Invokes the DimmerChanged event.
/// </summary>
/// <param name="dimmer">The dimmer that has been changed.</param>
/// <param name="properties">List of propertynames that have been changed.</param>
internal void OnDimmerChanged(Dimmer dimmer, List <string> properties)
{
if (ItemChanged != null)
{
try
{
ItemChanged(this, new ClientItemChangedEventArgs <NamedItem>(dimmer, properties));
}
catch
{
}
}
if (DimmerChanged != null)
{
try
{
DimmerChanged(this, new ClientItemChangedEventArgs <Dimmer>(dimmer, properties));
}
catch
{
}
}
}
public HalloweenScene1(IEnumerable <string> args, System.Collections.Specialized.NameValueCollection settings)
{
hours = new OperatingHours("Hours");
georgeStrobeLight = new StrobeDimmer("George Strobe");
spiderLight = new StrobeColorDimmer("Spider Light");
skullsLight = new Dimmer("Skulls");
cobWebLight = new Dimmer("Cob Web");
blinkyEyesLight = new Switch("Blinky Eyes");
rgbLightRight = new StrobeColorDimmer("Light Right");
georgeLight = new StrobeColorDimmer("George Light");
leftSkeletonLight = new StrobeColorDimmer("Skeleton Light");
georgeMotor = new MotorWithFeedback("George Motor");
candyLight = new StrobeColorDimmer("Candy Light");
spiderLift = new Switch("Slider Lift");
smokeMachine = new Switch("Smoke Machine");
spiderEyes = new Switch("Spider Eyes");
pressureMat = new DigitalInput("Pressure Mat");
testButton = new DigitalInput("Test");
pulsatingEffect1 = new Effect.Pulsating(S(2), 0.1, 0.4);
pulsatingEffect2 = new Effect.Pulsating(S(2), 0.3, 0.5);
candyPulse = new Effect.Pulsating(S(3), 0.01, 0.1);
flickerEffect = new Effect.Flicker(0.4, 0.6);
audioPlayer = new Physical.NetworkAudioPlayer(
settings["NetworkAudioPlayerIP"],
int.Parse(settings["NetworkAudioPlayerPort"]));
hours.AddRange("6:00 pm", "10:00 pm");
var testSequence = new Controller.Sequence("Test Sequence");
testSequence
.WhenExecuted
.Execute(instance =>
{
candyPulse.Start();
audioPlayer.PlayEffect("Laugh");
georgeMotor.SetVector(1.0, 160, S(5));
georgeStrobeLight.SetStrobe(0.55, 1.0);
georgeLight.SetStrobe(0.78, Color.Brown);
georgeMotor.WaitForVectorReached();
instance.WaitFor(S(2));
georgeStrobeLight.TurnOff();
georgeLight.TurnOff();
georgeMotor.SetVector(0.9, 0, S(6));
georgeMotor.WaitForVectorReached();
candyPulse.Stop();
});
var testSequence2 = new Controller.Sequence("Test Sequence 2");
testSequence2.WhenExecuted
.Execute(instance =>
{
audioPlayer.PlayEffect("348 Spider Hiss");
spiderLight.SetStrobe(0.78, Color.Red);
spiderLift.SetPower(true);
instance.WaitFor(S(3));
// Spider up
audioPlayer.PlayEffect("Scream");
spiderLift.SetPower(false);
instance.WaitFor(S(2));
spiderLight.TurnOff();
});
var testSequence3 = new Controller.Sequence("Test Sequence 3");
testSequence3.WhenExecuted
.Execute(instance =>
{
spiderEyes.SetPower(true);
instance.WaitFor(S(10));
spiderEyes.SetPower(false);
});
var mainSequence = new Controller.Sequence("Main Sequence");
mainSequence.WhenExecuted
.Execute(instance =>
{
pulsatingEffect1.Stop();
pulsatingEffect2.Stop();
flickerEffect.Stop();
blinkyEyesLight.SetPower(false);
candyLight.SetColor(Color.Red);
audioPlayer.PauseBackground();
audioPlayer.PlayEffect("Door-creak");
instance.WaitFor(S(2));
instance.WaitFor(S(2));
candyPulse.Stop();
candyLight.SetStrobe(1, Color.White);
instance.WaitFor(S(0.5));
candyLight.TurnOff();
instance.WaitFor(S(1));
audioPlayer.PlayEffect("348 Spider Hiss");
instance.WaitFor(S(0.5));
spiderLight.SetStrobe(0.78, Color.Red);
spiderLift.SetPower(true);
spiderEyes.SetPower(true);
instance.WaitFor(S(1));
audioPlayer.PlayEffect("348 Spider Hiss");
instance.WaitFor(S(2));
// Spider up
audioPlayer.PlayEffect("Scream");
spiderLift.SetPower(false);
spiderEyes.SetPower(false);
smokeMachine.SetPower(true);
instance.WaitFor(S(2));
spiderLight.TurnOff();
audioPlayer.PlayEffect("Violin screech");
instance.WaitFor(S(2));
// Skeleton to the right
// audioPlayer.PlayEffect("Ghostly");
rgbLightRight.SetStrobe(0.78, Color.Violet);
instance.WaitFor(MS(1000));
rgbLightRight.SetColor(Color.Red);
instance.WaitFor(MS(1000));
rgbLightRight.SetColor(Color.Blue);
instance.WaitFor(S(2));
rgbLightRight.TurnOff();
instance.WaitFor(S(1));
// Skeleton to the left
audioPlayer.PlayEffect("death-scream");
instance.WaitFor(S(0.5));
leftSkeletonLight.SetStrobe(0.78, Color.Pink);
instance.WaitFor(S(3));
smokeMachine.SetPower(false);
instance.WaitFor(S(1));
leftSkeletonLight.TurnOff();
// George
audioPlayer.PlayEffect("Laugh");
instance.WaitFor(MS(800));
georgeMotor.SetVector(1.0, 160, S(5));
georgeStrobeLight.SetStrobe(0.55, 1.0);
georgeLight.SetStrobe(0.78, Color.Brown);
georgeMotor.WaitForVectorReached();
instance.WaitFor(S(2));
georgeStrobeLight.TurnOff();
georgeLight.TurnOff();
candyPulse.MinBrightness = 0.05;
candyPulse.MaxBrightness = 1.0;
candyLight.SetColor(Color.Violet);
candyPulse.Start();
georgeMotor.SetVector(0.9, 0, S(6));
georgeMotor.WaitForVectorReached();
blinkyEyesLight.SetPower(true);
flickerEffect.Start();
pulsatingEffect1.Start();
instance.WaitFor(S(5));
smokeMachine.SetPower(true);
audioPlayer.PlayBackground();
// Wait for reset
instance.WaitFor(S(15));
pulsatingEffect2.Start();
candyPulse.MinBrightness = 0.01;
candyPulse.MaxBrightness = 0.1;
candyLight.SetColor(Color.Green);
smokeMachine.SetPower(false);
});
pressureMat.ActiveChanged += (sender, e) =>
{
if (e.NewState)
{
if (hours.IsOpen)
{
Executor.Current.Execute(mainSequence);
}
else
{
audioPlayer.PlayEffect("Laugh");
}
}
};
testButton.ActiveChanged += (sender, e) =>
{
if (e.NewState)
{
Executor.Current.Execute(mainSequence);
}
};
hours.OpenHoursChanged += (sender, e) =>
{
if (e.IsOpenNow)
{
pulsatingEffect1.Start();
pulsatingEffect2.Start();
flickerEffect.Start();
candyPulse.Start();
blinkyEyesLight.SetPower(true);
audioPlayer.PlayBackground();
}
else
{
pulsatingEffect1.Stop();
pulsatingEffect2.Stop();
flickerEffect.Stop();
candyPulse.Stop();
blinkyEyesLight.SetPower(false);
audioPlayer.PauseBackground();
}
};
// Have it turned off, but prepare it with blue color for the effect
rgbLightRight.SetColor(Color.Blue, 0);
candyLight.SetColor(Color.Green, 0);
pulsatingEffect1.AddDevice(rgbLightRight);
pulsatingEffect2.AddDevice(cobWebLight);
candyPulse.AddDevice(candyLight);
flickerEffect.AddDevice(skullsLight);
}
public override bool Call(ISmartHouse sh, out string output, params string[] args)
{
bool result = true;
output = null;
int max = 100;
int min = 0;
int step = 0;
int i = 0;
string devName;
if (args == null || args.Length == 0 || args.Length > 4)
{
output = MISSING_ARGS + Name;
return false;
}
else if (sh[args[i]] != null)
{
output = string.Format("Устройство с именем \"{0}\" уже есть в системе", args[i]);
return false;
}
devName = args[i];
if (args.Length > ++i)
{
if (!int.TryParse(args[i], out max))
{
output = string.Format("Второй аргумент \"{0}\" не является целым числом", args[i]);
return false;
}
}
if (args.Length > ++i)
{
if (!int.TryParse(args[i], out min))
{
output = string.Format("Третий аргумент \"{0}\" не является целым числом", args[i]);
return false;
}
}
else
{
min = max / 10;
}
if (args.Length > ++i)
{
if (!int.TryParse(args[i], out step))
{
output = string.Format("Четвёртый аргумент \"{0}\" не является целым числом", args[i]);
return false;
}
}
else
{
step = max / 10;
}
try
{
IAdjustable<int> dimmer = new Dimmer(max, min, step);
ISmartDevice dev = new SmartLamp(devName, dimmer);
sh.AddDevice(dev);
}
catch (Exception e)
{
output = e.Message;
return false;
}
return result;
}
public void CodigoProductoInvalido()
{
Dimmer dimmer = new Dimmer("Dimmer", "Variador de luz", "0501", Dimmer.ELampara.Incandescente);
}
public HomeTheatreFacade(Dimmer dimmer, Dvd dvd, DvdPlayer dvdPlayer)
{
_dvd = dvd;
_dimmer = dimmer;
_dvdPlayer = dvdPlayer;
}
public Xmas2013scene(IEnumerable <string> args)
{
hours = new OperatingHours("Hours");
timeline1 = new Controller.Timeline <string>(1);
stateMachine = new Controller.EnumStateMachine <States>("Main");
hatLightState = new Controller.IntStateMachine("Hats");
lightJesus = new StrobeColorDimmer("Jesus");
lightStar = new Dimmer("Star");
lightHat1 = new Dimmer("Hat 1");
lightHat2 = new Dimmer("Hat 2");
lightHat3 = new Dimmer("Hat 3");
lightHat4 = new Dimmer("Hat 4");
lightSnow1 = new Dimmer("Snow 1");
lightSnow2 = new Dimmer("Snow 2");
lightStairs1 = new Dimmer("Stair 1");
lightStairs2 = new Dimmer("Stairs 2");
lightGarland1 = new Dimmer("Garland 1");
lightGarland2 = new Dimmer("Garland 2");
lightGarland3 = new Dimmer("Garland 3");
lightGarland4 = new Dimmer("Garland 4");
lightString1 = new Dimmer("String 1");
lightString2 = new Dimmer("String 1");
lightXmasTree = new Dimmer("Xmas Tree");
lightDeerLarge = new Dimmer("Deer Large");
lightDeerSmall = new Dimmer("Deer Small");
lightTreeUp = new StrobeColorDimmer("Tree up");
switchSanta = new Switch("Santa");
switchDeerHuge = new Switch("Deer Huge");
lightTopperSmall = new Dimmer("Topper Small");
lightTopperLarge = new Dimmer("Topper Large");
lightNet1 = new Dimmer("Net 1");
lightNet2 = new Dimmer("Net 2");
lightVader = new StrobeColorDimmer("Vader");
light3wise = new StrobeColorDimmer("3wise");
pulsatingEffect1 = new Effect.Pulsating(S(4), 0.4, 1.0, false);
pulsatingStar = new Effect.Pulsating(S(2), 0.2, 0.4, false);
flickerEffect = new Effect.Flicker(0.5, 0.6, false);
faderIn = new Effect.Fader(S(2), 0.0, 1.0, false);
candyCane = new Controller.Sequence("Candy Cane");
twinkleSeq = new Controller.Sequence("Twinkle");
backgroundLoop = new Controller.Sequence("Background");
music1Seq = new Controller.Sequence("Christmas Canon");
starwarsCane = new Controller.Sequence("Starwars Cane");
fatherSeq = new Controller.Sequence("Father");
offHours1Seq = new Controller.Sequence("Off hours 1");
offHours2Seq = new Controller.Sequence("Off hours 2");
waveformSeq = new Controller.Sequence("Waveform");
allPixels = new VirtualPixel1D(100);
starwarsPixels = new VirtualPixel1D(50);
saberPixels = new VirtualPixel1D(60);
buttonTest = new DigitalInput("Test");
buttonStartInflatables = new DigitalInput("Inflatables");
buttonOverrideHours = new DigitalInput("Override hours", true);
buttonBlue = new DigitalInput("Blue");
buttonRed = new DigitalInput("Red");
switchButtonBlue = new Switch("Blue");
switchButtonRed = new Switch("Red");
elJesus = new Switch("Jesus Halo");
audioPlayer = new AudioPlayer("Audio");
popOut1Piano = new Effect.PopOut(S(0.4));
popOut1Drums = new Effect.PopOut(S(0.4));
popOut1DrumsFast = new Effect.PopOut(S(0.3));
popOut1Chord = new Effect.PopOut(S(0.4));
popOut1Solo = new Effect.PopOut(S(0.3));
popOut1Solo2 = new Effect.PopOut(S(0.2));
popOut1Choir = new Effect.PopOut(S(1.0));
popOut1Voice = new Effect.PopOut(S(1.0));
popOut1Vocal2 = new Effect.PopOut(S(2.0));
popOut1VocalLong = new Effect.PopOut(S(5.0));
popOut1End = new Effect.PopOut(S(5.0));
this.oscServer = new Expander.OscServer(10000);
raspberry.DigitalInputs[4].Connect(buttonRed);
raspberry.DigitalInputs[5].Connect(buttonBlue);
raspberry.DigitalOutputs[0].Connect(switchButtonBlue);
raspberry.DigitalOutputs[1].Connect(switchButtonRed);
raspberry.DigitalOutputs[2].Connect(elJesus);
raspberry.Connect(audioPlayer);
}
/// <summary>
/// Parse the content of one update message.
/// </summary>
/// <param name="message">The update message as received from the Domotech iRemote Server</param>
private void ParsePollMessage(string message)
{
// The update message is a token string with a colon as separator
string[] msg = message.Split(':'); // Split the message into tokens
int index;
try
{
// The second number mostly represents the item index
index = int.Parse(msg[1]);
}
catch
{
index = 0;
}
int stepIndex;
List <string> properties = new List <string>();
switch (msg[0]) // The first number always represents the message type
{
#region ACHANGED
case "ACHANGED":
{ // Alarm parameter(s) changed
Alarm alarm = client.lists.alarmList[index];
bool active = (byte.Parse(msg[2]) != 0);
bool wasActive = (byte.Parse(msg[3]) != 0);
byte timesOn = byte.Parse(msg[4]);
if (alarm.active != active)
{
alarm.active = active;
properties.Add("Active");
}
if (alarm.wasActive != wasActive)
{
alarm.wasActive = wasActive;
properties.Add("WasActive");
}
if (alarm.timesOn != timesOn)
{
alarm.timesOn = timesOn;
properties.Add("TimesOn");
}
client.OnAlarmChanged(alarm, properties);
}
break;
#endregion
#region AIRCOCHANGED
case "AIRCOCHANGED":
{ // Room airco temperature changed
Room room = client.lists.roomList[index];
room.aircoTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("AircoTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region AIRCOONOFFCHANGED
case "AIRCOONOFFCHANGED":
{ // Room airco state changed
Room room = client.lists.roomList[index];
room.aircoEnabled = (byte.Parse(msg[2]) != 0);
properties.Add("AircoEnabled");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region AIRCOTCHANGED
case "AIRCOTCHANGED":
{ // Room airco type changed
Room room = client.lists.roomList[index];
room.aircoType = (RoomAircoType)byte.Parse(msg[2]);
properties.Add("AircoType");
client.OnRoomChanged(room, properties);
}
break;
#endregion
/*case "ALARMNROK":
* break;*/
/*case "ALARMOFF":
* break;*/
#region ALARMTEXTUPD
case "ALARMTEXTUPD":
{ // Alarm text changed
Alarm alarm = client.lists.alarmList[index];
alarm.name = msg[2];
properties.Add("Name");
client.OnAlarmChanged(alarm, properties);
}
break;
#endregion
#region ALLCHANGED
case "ALLCHANGED":
// Recall init
client.OnClientStatus(ClientStatusValue.ConfigChanged);
client.Disconnect(); // Thread will reconnect & redownload
break;
#endregion
/*case "ALSIL":
* break;*/
/*case "ARESET":
* break;*/
#region ASCHANGED
case "ASCHANGED":
{ // Room airco activity changed
Room room = client.lists.roomList[index];
room.aircoActive = (byte.Parse(msg[2]) != 0);
properties.Add("AircoActive");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region AU_BASCHANGED
case "AU_BASCHANGED":
{ // AudioZone bass value changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.bass = Core.ValueToBassTreble(byte.Parse(msg[2]));
properties.Add("Bass");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_MUTECHANGED
case "AU_MUTECHANGED":
{ // AudioZone mute value changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.mute = (byte.Parse(msg[2]) != 0);
properties.Add("Mute");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_ONOFFCHANGED
case "AU_ONOFFCHANGED":
{ // AudioZone state changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_SRCCHANGED
case "AU_SRCCHANGED":
{ // AudioZone source changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.inputSource = byte.Parse(msg[2]);
properties.Add("InputSource");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_TRECHANGED
case "AU_TRECHANGED":
{ // AudioZone treble changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.treble = Core.ValueToBassTreble(byte.Parse(msg[2]));
properties.Add("Treble");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_VOLCHANGED
case "AU_VOLCHANGED":
{ // AudioZone volume changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.volume = Core.ValueToVolume(byte.Parse(msg[2]));
properties.Add("Volume");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AUDIOINIT
case "AUDIOINIT":
// Return value of AudioInit
// 1 when audiocontroller found, 0 when not
client.lists.audioInitOk = (byte.Parse(msg[1]) != 0);
break;
#endregion
/*case "AUDIONROK":
* break;*/
#region AUSRCTEXTUPD
case "AUSRCTEXTUPD":
{ // AudioSrouce text changed
AudioSource audioSource = client.lists.audioSourceList[index];
audioSource.name = msg[2];
properties.Add("Name");
client.OnAudioSourceChanged(audioSource, properties);
}
break;
#endregion
#region AUZONTEXTUPD
case "AUZONTEXTUPD":
{ // AudioZone text changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.name = msg[2];
properties.Add("Name");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region B
case "B":
// Broadcast message from broadcastClientName
break;
#endregion
#region CLIENTNAME
case "CLIENTNAME":
// Set the client name for the next broadcast message
broadcastClientName = msg[1];
break;
#endregion
#region CLKCHANGED
case "CLKCHANGED":
// Domotech Master clock changed
client.lists.clockHour = byte.Parse(msg[1]);
client.lists.clockMinute = byte.Parse(msg[2]);
break;
#endregion
#region DCHANGED
case "DCHANGED":
{ // Dimmer parameter(s) changed
Dimmer dimmer = client.lists.dimmerList[index];
byte value = byte.Parse(msg[2]);
bool state = (byte.Parse(msg[3]) != 0);
if (dimmer.value != value)
{
dimmer.value = value;
properties.Add("Value");
}
if (dimmer.state != state)
{
dimmer.state = state;
properties.Add("State");
}
client.OnDimmerChanged(dimmer, properties);
}
break;
#endregion
#region DIMMERTEXTUPD
case "DIMMERTEXTUPD":
{ // Dimmer text changed
Dimmer dimmer = client.lists.dimmerList[index];
dimmer.name = msg[2];
properties.Add("Name");
client.OnDimmerChanged(dimmer, properties);
}
break;
#endregion
#region GOODBYE
case "GOODBYE":
// Domotech iRemote Server is shutting down
// Stop polling & warn user
break;
#endregion
#region INSTRNROK
case "INSTRNROK":
break;
#endregion
#region LCHANGED
case "LCHANGED":
{ // Light state changed
Light light = client.lists.lightList[index];
light.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnLightChanged(light, properties);
}
break;
#endregion
#region LIGHTTEXTUPD
case "LIGHTTEXTUPD":
{ // Light text changed
Light light = client.lists.lightList[index];
light.name = msg[2];
properties.Add("Name");
client.OnLightChanged(light, properties);
}
break;
#endregion
#region LOGVARTEXTUPD
case "LOGVARTEXTUPD":
{ // LogVar text changed
LogVar logVar = client.lists.logVarList[index];
logVar.name = msg[2];
properties.Add("Name");
client.OnLogVarChanged(logVar, properties);
}
break;
#endregion
#region MASTERINIT
case "MASTERINIT":
// Domotech iRemote Server started to download the
// configuration from the Domotech Master.
// Disable GUI until this operation has finished.
break;
#endregion
#region MASTERLOST
case "MASTERLOST":
// Serial connection between the Domotech iRemote Server and
// Domotech Master is lost.
// Disable GUI until the connection is fixed.
break;
#endregion
/*case "OK":
* break;*/
/*case "ROOMNROK":
* break;*/
#region ROOMTEXTUPD
case "ROOMTEXTUPD":
{ // Room text changed
Room room = client.lists.roomList[index];
room.name = msg[2];
properties.Add("Name");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region SCENNROK
case "SCENNROK":
{ // Scenario has been executed
Scenario scenario = client.lists.scenarioList[index];
scenario.busy = false;
properties.Add("Busy");
client.OnScenarioChanged(scenario, properties);
}
break;
#endregion
#region SCENTEXTUPD
case "SCENTEXTUPD":
{ // Scenario text changed
Scenario scenario = client.lists.scenarioList[index];
scenario.name = msg[2];
properties.Add("Name");
client.OnScenarioChanged(scenario, properties);
}
break;
#endregion
#region SCHANGED
case "SCHANGED":
{ // Socket state changed
Socket socket = client.lists.socketList[index];
socket.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnSocketChanged(socket, properties);
}
break;
#endregion
#region SHUTTERTEXTUPD
case "SHUTTERTEXTUPD":
{ // Shutter text changed
Shutter shutter = client.lists.shutterList[index];
shutter.name = msg[2];
properties.Add("Name");
client.OnShutterChanged(shutter, properties);
}
break;
#endregion
#region SOCKETTEXTUPD
case "SOCKETTEXTUPD":
{ // Socket text changed
Socket socket = client.lists.socketList[index];
socket.name = msg[2];
properties.Add("Name");
client.OnSocketChanged(socket, properties);
}
break;
#endregion
#region TATIMCHANGED
case "TATIMCHANGED":
{ // Time of step in temp curve changed
stepIndex = int.Parse(msg[2]);
Room room = client.lists.roomList[index];
CurveStep curveStep = room.CurveSteps[stepIndex];
byte hour = byte.Parse(msg[3]);
byte minute = byte.Parse(msg[4]);
if (curveStep.hour != hour)
{
curveStep.hour = hour;
properties.Add("Hour");
}
if (curveStep.minute != minute)
{
curveStep.minute = minute;
properties.Add("Minute");
}
client.OnCurveStepChanged(curveStep, properties);
}
break;
#endregion
#region TATMPCHANGED
case "TATMPCHANGED":
{ // Temperature of step in temp curve changed
stepIndex = int.Parse(msg[2]);
Room room = client.lists.roomList[index];
CurveStep curveStep = room.CurveSteps[stepIndex];
curveStep.temperature = Core.TempToDegrees(int.Parse(msg[3]));
properties.Add("Temperature");
client.OnCurveStepChanged(curveStep, properties);
}
break;
#endregion
#region TCCHANGED
case "TCCHANGED":
{ // Room temperature correction changed
Room room = client.lists.roomList[index];
room.tempCorrection = Core.CorrectionToDegrees(byte.Parse(msg[2]));
properties.Add("TempCorrection");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TCHANGED
case "TCHANGED":
{ // Room measured temperature changed
Room room = client.lists.roomList[index];
room.measuredTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("MeasuredTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TDCHANGED
case "TDCHANGED":
{ // Room day temperature changed
Room room = client.lists.roomList[index];
room.dayTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("DayTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TIMCHANGED
case "TIMCHANGED":
{ // Timer parameter(s) changed
Timer timer = client.lists.timerList[index];
byte day = byte.Parse(msg[2]);
byte hour = byte.Parse(msg[3]);
byte minute = byte.Parse(msg[4]);
if (timer.day != day)
{
timer.day = day;
properties.Add("Day");
}
if (timer.hour != hour)
{
timer.hour = hour;
properties.Add("Hour");
}
if (timer.minute != minute)
{
timer.minute = minute;
properties.Add("Minute");
}
client.OnTimerChanged(timer, properties);
}
break;
#endregion
/*case "TIMERADDED":
* break;*/
/*case "TIMERNROK":
* break;*/
/*case "TIMERREMOVED":
* break;*/
#region TIMONOFFCHANGED
case "TIMONOFFCHANGED":
{ // Timer state changed
Timer timer = client.lists.timerList[index];
timer.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnTimerChanged(timer, properties);
}
break;
#endregion
#region TNCHANGED
case "TNCHANGED":
{ // Room night temperature changed
Room room = client.lists.roomList[index];
room.nightTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("NightTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TONOFFCHANGED
case "TONOFFCHANGED":
{ // Room temperature control state changed
Room room = client.lists.roomList[index];
room.tempEnabled = (byte.Parse(msg[2]) != 0);
properties.Add("TempEnabled");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TSCHANGED
case "TSCHANGED":
{ // Room temperature control activity changed
Room room = client.lists.roomList[index];
room.tempActive = (byte.Parse(msg[2]) != 0);
properties.Add("TempActive");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TTCHANGED
case "TTCHANGED":
{ // Room temperature control type changed
Room room = client.lists.roomList[index];
room.tempType = (RoomTempType)byte.Parse(msg[2]);
properties.Add("TempType");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region VCHANGED
case "VCHANGED":
{ // LogVar state changed
LogVar logVar = client.lists.logVarList[index];
logVar.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnLogVarChanged(logVar, properties);
}
break;
#endregion
}
}
public XmasScene2(IEnumerable <string> args, System.Collections.Specialized.NameValueCollection settings)
{
hours = new OperatingHours("Hours");
if (!args.Contains("TEST"))
{
hours.AddRange("5:00 pm", "10:00 pm");
hours.AddRange("5:00 am", "7:00 am");
}
lightNetRight = new Dimmer("Net Right");
lightGarlandRight = new Dimmer("Garland Right");
lightHatsRight = new Dimmer("Hats Right");
lightTreesRight = new Dimmer("Trees Right");
lightReindeers = new Dimmer("Reindeers");
lightIcicles = new Dimmer("Icicles");
lightNetLeft = new Dimmer("Net Left");
lightTree = new Dimmer("Tree");
lightGarlandLeft = new Dimmer("Garland Left");
lightUnused1 = new Dimmer("Unused 1");
lightUnused2 = new Dimmer("Unused 2");
lightJesus = new StrobeColorDimmer("Jesus");
lightCeiling1 = new StrobeColorDimmer("Ceiling 1");
lightCeiling2 = new StrobeColorDimmer("Ceiling 2");
lightCeiling3 = new StrobeColorDimmer("Ceiling 3");
lightVader = new StrobeColorDimmer("Vader");
buttonLightRed = new Switch("Button Red");
buttonLightBlue = new Switch("Button Blue");
elLightsaber = new Switch("Lightsaber");
elJesus = new Switch("Jesus Halo");
bigReindeer = new Switch("Big Reindeer");
buttonBlue = new DigitalInput("Button Blue");
buttonRed = new DigitalInput("Button Red");
buttonStartReindeer = new DigitalInput("Start Reindeer");
timeline = new Controller.Timeline <string>(1);
stateMachine = new Controller.EnumStateMachine <States>("Main");
candyCane = new Controller.Sequence("Candy Cane");
starwarsCane = new Controller.Sequence("Starwars Cane");
backgroundLoop = new Controller.Sequence("Background");
musicSeq = new Controller.Sequence("Christmas Canon");
buttonSeq = new Controller.Sequence("Buttons");
fatherSeq = new Controller.Sequence("Father");
breathSeq = new Controller.Sequence("Breath");
laserSeq = new Controller.Sequence("Laser");
allPixels = new VirtualPixel1D(100);
pulsatingEffect1 = new Effect.Pulsating(S(2), 0.3, 1.0, false);
pulsatingEffect2 = new Effect.Pulsating(S(2), 0.3, 1.0, false);
popOutPiano = new Effect.PopOut(S(0.4));
popOutDrums = new Effect.PopOut(S(0.4));
popOutDrumsFast = new Effect.PopOut(S(0.3));
popOutChord = new Effect.PopOut(S(0.4));
popOutSolo = new Effect.PopOut(S(0.3));
popOutSolo2 = new Effect.PopOut(S(0.2));
popOutChoir = new Effect.PopOut(S(1.0));
popOutVoice = new Effect.PopOut(S(1.0));
popOutVocal2 = new Effect.PopOut(S(2.0));
popOutVocalLong = new Effect.PopOut(S(5.0));
popOutEnd = new Effect.PopOut(S(5.0));
popOutPiano
.AddDevice(lightIcicles);
popOutDrums
.AddDevice(lightReindeers)
.AddDevice(lightHatsRight);
popOutDrumsFast
.AddDevice(lightCeiling1)
.AddDevice(allPixels);
popOutChord
.AddDevice(lightTree)
.AddDevice(lightCeiling2)
.AddDevice(lightCeiling3);
popOutSolo
.AddDevice(lightNetLeft)
.AddDevice(lightNetRight)
.AddDevice(lightCeiling1)
.AddDevice(lightCeiling3)
.SetPriority(2);
popOutSolo2
.AddDevice(lightCeiling1)
.AddDevice(lightCeiling3)
.SetPriority(2);
popOutChoir
.AddDevice(lightGarlandRight)
.AddDevice(lightTreesRight)
.AddDevice(lightCeiling1);
popOutVoice
.AddDevice(lightGarlandLeft)
.AddDevice(lightCeiling3);
popOutVocal2
.AddDevice(lightReindeers)
.AddDevice(allPixels)
.SetPriority(10);
popOutVocalLong
.AddDevice(lightNetRight)
.AddDevice(lightGarlandRight)
.AddDevice(lightHatsRight)
.SetPriority(10);
popOutEnd
.AddDevice(lightIcicles)
.AddDevice(lightReindeers)
.AddDevice(lightHatsRight)
.AddDevice(lightCeiling1)
.AddDevice(lightCeiling2)
.AddDevice(lightCeiling3)
.AddDevice(lightGarlandRight)
.AddDevice(lightGarlandLeft)
.AddDevice(lightTreesRight)
.AddDevice(lightNetRight)
.AddDevice(lightNetLeft)
.AddDevice(allPixels)
.SetPriority(100);
timeline.AddMs(0, "INIT");
timeline.PopulateFromCSV("Christmas Canon Rock All Labels.csv");
int state = 0;
int halfSolo = 0;
timeline.TimelineTrigger += (sender, e) =>
{
switch (e.Step)
{
case 62:
// First drum
state = 1;
allPixels.TurnOff();
break;
case 69:
state = 2;
lightCeiling2.SetOnlyColor(Color.Green);
lightCeiling3.SetOnlyColor(Color.Blue);
break;
case 136:
// First solo
state = 3;
allPixels.TurnOff();
lightCeiling2.SetOnlyColor(Color.White);
lightCeiling3.SetOnlyColor(Color.Red);
break;
case 265:
// First choir
allPixels.TurnOff();
state = 4;
break;
case 396:
// Vocal 2
state = 5;
allPixels.SetAllOnlyColor(Color.Blue);
break;
case 497:
// Second solo
state = 6;
allPixels.TurnOff();
lightCeiling2.SetOnlyColor(Color.White);
lightCeiling3.SetOnlyColor(Color.Red);
break;
case 561:
// End second solo
state = 7;
allPixels.TurnOff();
break;
case 585:
// End third solo
state = 8;
allPixels.TurnOff();
break;
case 721:
// End third solo
state = 9;
allPixels.TurnOff();
break;
}
switch (e.Code)
{
case "INIT":
state = 0;
halfSolo = 0;
lightCeiling1.SetColor(Color.White, 0);
lightCeiling2.SetColor(Color.Blue, 0);
lightCeiling3.SetColor(Color.Red, 0);
break;
case "N1":
popOutPiano.Pop(0.4);
if (state == 0)
{
allPixels.Inject(Color.Red, 0.5);
}
break;
case "N2":
popOutPiano.Pop(0.6);
if (state == 0)
{
allPixels.Inject(Color.White, 0.5);
}
break;
case "N3":
popOutPiano.Pop(0.8);
if (state == 0)
{
allPixels.Inject(Color.Blue, 0.5);
}
break;
case "N4":
popOutPiano.Pop(1.0);
if (state == 0)
{
allPixels.Inject(Color.Black, 0.0);
}
break;
case "Base":
popOutDrums.Pop(1.0);
if (state < 3)
{
allPixels.SetAllOnlyColor(Color.Purple);
popOutDrumsFast.Pop(1.0);
}
break;
case "Cymbal":
popOutDrums.Pop(1.0);
if (state < 3)
{
allPixels.SetAllOnlyColor(Color.Green);
popOutDrumsFast.Pop(1.0);
}
break;
case "Chord":
popOutChord.Pop(1.0);
break;
case "Solo":
popOutSolo.Pop(1.0);
if ((halfSolo++ % 2) == 0)
{
popOutSolo2.Pop(0.8);
}
if (state == 3 || state == 6 || state == 8)
{
Color pixCol = Color.Black;
switch (e.Step % 4)
{
case 0:
pixCol = Color.Red;
break;
case 1:
pixCol = Color.Yellow;
break;
case 2:
pixCol = Color.Blue;
break;
case 3:
pixCol = Color.Pink;
break;
}
allPixels.Inject(pixCol, 1.0);
}
break;
case "Choir":
popOutChoir.Pop(1.0);
break;
case "Voice":
popOutVoice.Pop(1.0);
break;
case "Vocal2":
popOutVocal2.Pop(1.0);
break;
case "Long":
popOutVocalLong.Pop(1.0);
break;
case "LongUp":
// TODO
break;
case "Down":
// TODO
break;
case "End":
EverythingOff();
popOutEnd.Pop(1.0);
break;
default:
this.log.Information("Unhandled code: " + e.Code);
break;
}
};
audioPlayer = new Physical.NetworkAudioPlayer(
settings["NetworkAudioPlayerIP"],
int.Parse(settings["NetworkAudioPlayerPort"]));
}
public TestRenard1(IEnumerable <string> args)
{
buttonTest1 = new DigitalInput("Test 1");
testLight1 = new Dimmer("Test 1");
}
public HalloweenScene2013B(IEnumerable <string> args)
{
this.lastFogRun = DateTime.Now;
stateMachine = new Controller.EnumStateMachine <States>("Main");
pulsatingEffect1 = new Effect.Pulsating(S(2), 0.1, 0.5, false);
pulsatingEffect2 = new Effect.Pulsating(S(2), 0.2, 0.8, false);
flickerEffect = new Effect.Flicker(0.4, 0.6, false);
flickerEffect2 = new Effect.Flicker(0.4, 0.6, false);
popOutEffect = new Effect.PopOut(S(1));
hoursSmall = new OperatingHours("Hours Small");
hoursFull = new OperatingHours("Hours Full");
buttonMotionCat = new DigitalInput("Walkway Motion");
buttonMotionBeauty = new DigitalInput("Beauty Motion");
buttonTriggerStairs = new DigitalInput("Stairs Trigger 1");
buttonTriggerPopup = new DigitalInput("Popup Trigger");
buttonTestA = new DigitalInput("Test A");
buttonTestB = new DigitalInput("Test B");
buttonTestC = new DigitalInput("Test C");
buttonTestSpider = new DigitalInput("Spider");
switchDeadendDrive = new Switch("Deadend dr");
catLights = new Switch("Cat lights");
catFan = new Switch("Cat");
georgeMotor = new MotorWithFeedback("George Motor");
lightPopup = new StrobeDimmer("Popup light");
lightGeorge = new StrobeColorDimmer("George light");
lightBeauty = new StrobeColorDimmer("Beauty light");
lightFloor = new StrobeColorDimmer("Floor light");
lightSign = new StrobeColorDimmer("Sign");
skullsLight = new Dimmer("Skulls");
lightTreeGhost = new Dimmer("Ghosts in tree");
skullsLight2 = new Dimmer("Skulls 2");
lightSpiderWeb = new Dimmer("Spiderweb");
lightEyes = new Switch("Eyes");
audioCat = new AudioPlayer("Audio Cat");
audioGeorge = new AudioPlayer("Audio George");
audioBeauty = new AudioPlayer("Audio Beauty");
audioSpider = new AudioPlayer("Audio Spider");
switchHand = new Switch("Hand");
switchHead = new Switch("Head");
switchDrawer1 = new Switch("Drawer 1");
switchDrawer2 = new Switch("Drawer 2");
switchPopEyes = new Switch("Pop Eyes");
switchPopUp = new Switch("Pop Up");
switchSpider = new Switch("Spider");
switchSpiderEyes1 = new Switch("Spider Eyes 1");
switchSpiderEyes2 = new Switch("Spider Eyes 2");
switchFog = new Switch("Fog");
allPixels = new VirtualPixel1D(28 + 50);
// Cat
raspberry1.DigitalInputs[0].Connect(buttonMotionCat);
raspberry1.DigitalInputs[4].Connect(buttonTriggerStairs, true);
raspberry1.DigitalOutputs[0].Connect(switchDeadendDrive);
raspberry1.DigitalOutputs[1].Connect(switchFog);
raspberry1.Motor.Connect(georgeMotor);
raspberry1.Connect(audioCat);
// Beauty
raspberry2.Connect(audioBeauty);
raspberry2.DigitalOutputs[7].Connect(switchHand);
raspberry2.DigitalOutputs[2].Connect(switchHead);
raspberry2.DigitalOutputs[5].Connect(switchDrawer1);
raspberry2.DigitalOutputs[6].Connect(switchDrawer2);
raspberry2.DigitalOutputs[3].Connect(switchPopEyes);
raspberry2.DigitalOutputs[4].Connect(switchPopUp);
raspberry2.DigitalInputs[5].Connect(buttonMotionBeauty, true);
raspberry2.DigitalInputs[6].Connect(buttonTriggerPopup, true);
// Background/George
raspberry3.Connect(audioGeorge);
// Spider
raspberry4.Connect(audioSpider);
raspberry4.DigitalOutputs[0].Connect(switchSpider);
raspberry4.DigitalOutputs[2].Connect(switchSpiderEyes1);
raspberry4.DigitalOutputs[3].Connect(switchSpiderEyes2);
}
void DisplayAllChannelsValuesVerital(Dimmer oDimmer)
{
if (oDimmer == null)
{
return;
}
if (oDimmer.Areas == null)
{
return;
}
byte bytAreaID = 1;
int DataGridHeight = 0;
// get ready satble header and other basic information
RowMergeView oDg = (RowMergeView)this.Controls.Find("Dg" + totalDimmers.ToString(), false)[0];
oDg.ColumnHeadersHeight = 48;
// oDg.Columns.Add("Clm1", "Remark");
oDg.Columns.Add("Clm1", "Zone");
oDg.Columns.Add("Clm2", "Channel");
oDg.Columns.Add("Clm3", "Name");
for (int i = 0; i <= 12; i++)
{
//显示所有列的信息 运行时间和回路数
oDg.Columns.Add("Clm" + (i + 4).ToString(), "场景 " + i.ToString());
oDg.Columns[3 + i].Width = oDg.Width / 20;
}
oDg.AddSpanHeader(0, 16, oDimmer.DeviceName);
for (byte bytTmp = 1; bytTmp <= oDimmer.Areas.Count; bytTmp++)
{
bytAreaID = bytTmp;
Dimmer.Area oArea = null;
foreach (Dimmer.Area Tmp in oDimmer.Areas)
{
if (Tmp.ID == bytAreaID)
{
oArea = Tmp;
break;
}
}
if (oArea.Scen == null)
{
return;
}
foreach (Dimmer.Channel oChn in oDimmer.Chans)
{
if (oChn.intBelongs == bytAreaID)
{
object[] oTmp = new object[16];
oTmp[0] = "区" + bytAreaID.ToString();
oTmp[1] = oChn.ID;
oTmp[2] = oChn.Remark;
for (int i = 0; i < 13; i++)
{
oTmp[3 + i] = oArea.Scen[i].light[oChn.ID - 1].ToString();
}
oDg.Rows.Add(oTmp);
DataGridHeight += 30;
}
}
}
oDg.MergeColumnNames.Add("Clm1");
oDg.Height = DataGridHeight;
totalDimmers++;
}
static void Main(string[] args)
{
//Intancio una nueva empresa y dos nuevos clientes
Empresa miEmpresa = new Empresa("Electronica de control");
Cliente clienteUno = new Cliente("Juan", "Perez", Cliente.EMetodoDePago.Efectivo, 123);
Cliente clienteDos = new Cliente("Jose", "Gomez", Cliente.EMetodoDePago.Tarjeta, 124);
//Agrego los clientes a la lista de ventas
miEmpresa.Ventas.Add(clienteUno);
miEmpresa.Ventas.Add(clienteDos);
try
{
Dimmer dimmer1 = new Dimmer("Dimmer", "Variador de luz", "DI 0501", Dimmer.ELampara.LED);
miEmpresa += dimmer1;
clienteUno += dimmer1;
}
catch (ProductoInvalidoException ex)
{
Console.WriteLine(ex.Message);
}
try
{
Dimmer dimmer2 = new Dimmer("Dimmer", "", "DI 7901", Dimmer.ELampara.Incandescente);
miEmpresa += dimmer2;
clienteDos += dimmer2;
}
catch (ProductoInvalidoException ex)
{
Console.WriteLine(ex.Message);
}
try
{
DetectorMovimiento detector1 = new DetectorMovimiento("Detector de movimiento", null, "DE 2987", DetectorMovimiento.ETipoColocacion.Pared);
miEmpresa += detector1;
clienteUno += detector1;
}
catch (ProductoInvalidoException ex)
{
Console.WriteLine(ex.Message);
}
try
{
DetectorMovimiento detector2 = new DetectorMovimiento("Detector de movimiento", "Detector IR", "DE 2981", DetectorMovimiento.ETipoColocacion.Techo);
miEmpresa += detector2;
clienteDos += detector2;
}
catch (ProductoInvalidoException ex)
{
Console.WriteLine(ex.Message);
}
try
{
Serializacion <Cliente> serializacion = new Serializacion <Cliente>();
serializacion.Serializar(clienteUno, "ClienteUno.xml");
serializacion.Serializar(clienteDos, "ClienteDos.xml");
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
Console.WriteLine("---------------------------------------------");
Console.WriteLine(clienteUno.Facturacion());
Console.WriteLine("---------------------------------------------");
Console.WriteLine(clienteDos.Facturacion());
Console.ReadKey();
}
