public FuelLevel(SensorsTypeEnum.SensorsMode mode = SensorsTypeEnum.SensorsMode.MIN)
{
InitializeComponent();
this.DataContext = amvm;
amvm.DisplayMode = mode;
}
public TemperatureControl(SensorsTypeEnum.SensorsMode mode = SensorsTypeEnum.SensorsMode.MIN)
{
InitializeComponent();
this.DataContext = amvm;
amvm.DisplayMode = mode;
}
public UserControl GetSensor(SensorsTypeEnum.SensorsMode mode, DevicePresenter.Sensor model)
{
if (mode == SensorsTypeEnum.SensorsMode.MIN)
{
switch (model.Model.PrType)
{
case 1:
Discret.Min.DiscretMinDoor mDoor = new Discret.Min.DiscretMinDoor();
mDoor.Model = model;
return(mDoor);
case 2:
Discret.Min.DiscretMinWindow mWindow = new Discret.Min.DiscretMinWindow();
mWindow.Model = model;
return(mWindow);
case 3:
Discret.Min.DiscretMinLeakage mLeakage = new Discret.Min.DiscretMinLeakage();
mLeakage.Model = model;
return(mLeakage);
case 4:
Analog.Min.CurrentControl mCurrent = new Analog.Min.CurrentControl();
mCurrent.Model = model;
return(mCurrent);
case 5:
Analog.Min.TemperatureControl mTemper = new Analog.Min.TemperatureControl();
mTemper.Model = model;
return(mTemper);
case 6:
Analog.Min.WetnessControl mWet = new Analog.Min.WetnessControl();
mWet.Model = model;
return(mWet);
case 7:
Analog.Min.WetnessControl mWet2 = new Analog.Min.WetnessControl();
mWet2.Model = model;
return(mWet2);
case 8:
Analog.Min.WetnessControl mWet3 = new Analog.Min.WetnessControl();
mWet3.Model = model;
return(mWet3);
case 9:
Analog.Min.LightnessControl mLight = new Analog.Min.LightnessControl();
mLight.Model = model;
return(mLight);
case 10:
Analog.Min.BatteryControl bControl = new Analog.Min.BatteryControl();
bControl.Model = model;
return(bControl);
case 11:
Analog.Min.BatteryControl b24Control = new Analog.Min.BatteryControl(Analog.Min.BatteryControl.BatType.V24);
b24Control.Model = model;
return(b24Control);
case 12:
Analog.Min.EngineOnControl engControl = new Analog.Min.EngineOnControl();
engControl.Model = model;
return(engControl);
case 13:
Discret.Min.DiscretMinLock l = new Discret.Min.DiscretMinLock();
l.Model = model;
return(l);
case 14:
Discret.Min.DiscretMinSmoke smk = new Discret.Min.DiscretMinSmoke();
smk.Model = model;
return(smk);
case 15:
Discret.Min.DiscretMinMove move = new Discret.Min.DiscretMinMove();
move.Model = model;
return(move);
case 16:
Discret.Min.DiscretMinTrunk trunk = new Discret.Min.DiscretMinTrunk();
trunk.Model = model;
return(trunk);
case 17:
Analog.Min.WaterSwitch ws = new Analog.Min.WaterSwitch();
ws.Model = model;
return(ws);
case 18:
Analog.Min.FuelLevel fuel = new Analog.Min.FuelLevel();
fuel.Model = model;
return(fuel);
case 19:
Analog.Min.WaterLevel water = new Analog.Min.WaterLevel();
water.Model = model;
return(water);
case 20:
Analog.Min.OilPressure oil = new Analog.Min.OilPressure();
oil.Model = model;
return(oil);
case 21:
Analog.Min.RPMCounter rpm = new Analog.Min.RPMCounter();
rpm.Model = model;
return(rpm);
case 22:
Analog.Min.SmallShock ssh = new Analog.Min.SmallShock();
ssh.Model = model;
return(ssh);
case 23:
Analog.Min.BigShock bsh = new Analog.Min.BigShock();
bsh.Model = model;
return(bsh);
}
}
else if (mode == SensorsTypeEnum.SensorsMode.MAX)
{
switch (model.Model.PrType)
{
case 1:
Discret.Max.MxDoorControl MDoor = new Discret.Max.MxDoorControl();
MDoor.Sensor = model;
MDoor.SensorName = model.Model.Name;
return(MDoor);
case 2:
Discret.Max.MxWindowControl MWindow = new Discret.Max.MxWindowControl();
MWindow.Sensor = model;
MWindow.SensorName = model.Model.Name;
return(MWindow);
case 3:
Discret.Max.MxLeakageControl MLeak = new Discret.Max.MxLeakageControl();
MLeak.Sensor = model;
MLeak.SensorName = model.Model.Name;
return(MLeak);
case 4:
case 5:
case 6:
case 7:
case 8:
case 9:
case 10:
Analog.Max.MxAnalogDefaultNew MLight = new Analog.Max.MxAnalogDefaultNew(model);
return(MLight);
case 16:
Discret.Max.MxTrunkControl MTrunk = new Discret.Max.MxTrunkControl();
MTrunk.Sensor = model;
MTrunk.SensorName = model.Model.Name;
return(MTrunk);
}
}
else if (mode == SensorsTypeEnum.SensorsMode.HIST)
{
switch (model.Model.PrType)
{
case 1:
Discret.Min.DiscretMinDoor mDoor = new Discret.Min.DiscretMinDoor();
mDoor.Model = model;
return(mDoor);
case 2:
Discret.Min.DiscretMinWindow mWindow = new Discret.Min.DiscretMinWindow();
mWindow.Model = model;
return(mWindow);
case 3:
Discret.Min.DiscretMinLeakage mLeakage = new Discret.Min.DiscretMinLeakage();
mLeakage.Model = model;
return(mLeakage);
case 4:
Analog.Min.CurrentControl mCurrent = new Analog.Min.CurrentControl(SensorsTypeEnum.SensorsMode.HIST);
mCurrent.Model = model;
return(mCurrent);
case 5:
Analog.Min.TemperatureControl mTemper = new Analog.Min.TemperatureControl(SensorsTypeEnum.SensorsMode.HIST);
mTemper.Model = model;
return(mTemper);
case 6:
Analog.Min.WetnessControl mWet = new Analog.Min.WetnessControl();
mWet.Model = model;
return(mWet);
case 7:
Analog.Min.WetnessControl mWet2 = new Analog.Min.WetnessControl();
mWet2.Model = model;
return(mWet2);
case 8:
Analog.Min.WetnessControl mWet3 = new Analog.Min.WetnessControl();
mWet3.Model = model;
return(mWet3);
case 9:
Analog.Min.LightnessControl mLight = new Analog.Min.LightnessControl();
mLight.Model = model;
return(mLight);
case 10:
Analog.Min.BatteryControl bControl = new Analog.Min.BatteryControl();
bControl.Model = model;
return(bControl);
case 11:
Analog.Min.BatteryControl b24Control = new Analog.Min.BatteryControl(Analog.Min.BatteryControl.BatType.V24);
b24Control.Model = model;
return(b24Control);
case 12:
Analog.Min.EngineOnControl engControl = new Analog.Min.EngineOnControl();
engControl.Model = model;
return(engControl);
case 13:
Discret.Min.DiscretMinLock l = new Discret.Min.DiscretMinLock();
l.Model = model;
return(l);
case 14:
Discret.Min.DiscretMinSmoke smk = new Discret.Min.DiscretMinSmoke();
smk.Model = model;
return(smk);
case 15:
Discret.Min.DiscretMinMove move = new Discret.Min.DiscretMinMove();
move.Model = model;
return(move);
case 16:
Discret.Min.DiscretMinTrunk trunk = new Discret.Min.DiscretMinTrunk();
trunk.Model = model;
return(trunk);
case 17:
Analog.Min.WaterSwitch ws = new Analog.Min.WaterSwitch();
ws.Model = model;
return(ws);
case 18:
Analog.Min.FuelLevel fuel = new Analog.Min.FuelLevel();
fuel.Model = model;
return(fuel);
case 19:
Analog.Min.WaterLevel water = new Analog.Min.WaterLevel();
water.Model = model;
return(water);
case 20:
Analog.Min.OilPressure oil = new Analog.Min.OilPressure();
oil.Model = model;
return(oil);
case 21:
Analog.Min.RPMCounter rpm = new Analog.Min.RPMCounter();
rpm.Model = model;
return(rpm);
case 22:
Analog.Min.SmallShock ssh = new Analog.Min.SmallShock();
ssh.Model = model;
return(ssh);
case 23:
Analog.Min.BigShock bsh = new Analog.Min.BigShock();
bsh.Model = model;
return(bsh);
}
}
return(null);
}
