public LampModeEventArgs(XmlElement root)
{
XmlNodeList nodelist = root.ChildNodes;
foreach (XmlNode node in nodelist)
{
switch (node.Name)
{
case "monitorCrosRefID":
monitorCrosRefID = Int32.Parse(node.InnerText);
break;
case "lamp":
lamp = (Lamp)Int32.Parse(node.InnerText);
break;
case "lampMode":
lampMode = (LampMode)Int32.Parse(node.InnerText);
break;
case "lampColor":
lampColor = (LampColor)Int32.Parse(node.InnerText);
break;
}
}
}
public string SetBrightnes(string settingBrightness)
{
if (State)
{
switch (settingBrightness)
{
case "dim":
LightBrightnes = RLamp.SetBrightness("dim");
return("radioLamp brightness set: " + LightBrightnes);
case "medium":
LightBrightnes = RLamp.SetBrightness("medium");
return("radioLamp brightness set: " + LightBrightnes);
case "hight":
LightBrightnes = RLamp.SetBrightness("hight");
return("radioLamp brightness set: " + LightBrightnes);
case "off":
default:
LightBrightnes = RLamp.SetBrightness("off");
return("radioLamp brightness set: " + LightBrightnes);
}
}
else
{
return("radioLamp is OFF");
}
}
public void SetLamp(Button lamp, LampMode lampmode)
{
byte data = (byte)((int)lampmode + (int)lamp * 5);
byte[] b = new byte[] { data };
_serialPort.Write(b, 0, b.Length);
Console.WriteLine($"SetLamp {lamp} {lampmode} = {data}");
}
public LampMode SetBrightness(string setting)
{
switch (setting)
{
case "dim":
Brightness = LampMode.dim;
return(Brightness);
case "medium":
Brightness = LampMode.mediumbright;
return(Brightness);
case "hight":
Brightness = LampMode.bright;
return(Brightness);
case "off":
default:
Brightness = LampMode.off;
return(Brightness);
}
}
/// <summary>
/// Turn on / off red and green lamp
/// </summary>
/// <param name="mode">Lamp mode</param>
/// <returns>True on success</returns>
public bool Lamps(LampMode mode)
{
UInt16 uiValue = 0;
ReturnValue ret = ReturnValue.ComOrderFailed;
switch (mode)
{
case LampMode.BothOff:
uiValue = (UInt16)OutputValue.LedBothOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
break;
case LampMode.BothOn:
uiValue = (UInt16)OutputValue.LedBothOn;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
break;
case LampMode.AltenateFlashing:
uiValue = (UInt16)OutputValue.LedAlternating;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
break;
case LampMode.SynchronousFlashing:
uiValue = (UInt16)OutputValue.LedFlashing;
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
break;
case LampMode.RedOnly:
uiValue = (UInt16)OutputValue.LedBothOff; //LedGreenOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
if (ret == ReturnValue.NoError)
{
uiValue = (UInt16)OutputValue.LedRed;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
}
break;
case LampMode.GreenOnly:
uiValue = (UInt16)OutputValue.LedBothOff; //LedRedOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
if (ret == ReturnValue.NoError)
{
uiValue = (UInt16)OutputValue.LedGreen;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
}
break;
}
return(ret == ReturnValue.NoError);
}
} //ctor for XML-serializable
public Lamp(bool state, LampMode mode) //ctor for injection
{
Brightness = mode;
}
/// <summary>Turn on or off red, yellow and green lamp</summary>
/// <param name="mode">Lamp mode</param>
/// <returns>True on success</returns>
public bool Lamps(LampMode mode)
{
UInt16 uiValue = 0;
ReturnValue ret = ReturnValue.ComOrderFailed;
switch (mode)
{
case LampMode.AllOff:
uiValue = (UInt16)OutputValue.LedAllOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
break;
case LampMode.AllOn:
uiValue = (UInt16)OutputValue.LedAllOn;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
break;
case LampMode.YellowOnly:
uiValue = (UInt16)OutputValue.LedAllOff; //LedGreenOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
if (ret == ReturnValue.NoError)
{
uiValue = (UInt16)OutputValue.LedYellowOn;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
}
break;
case LampMode.RedOnly:
uiValue = (UInt16)OutputValue.LedAllOff; //LedGreenOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
if (ret == ReturnValue.NoError)
{
uiValue = (UInt16)OutputValue.LedRed;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
}
break;
case LampMode.GreenOnly:
uiValue = (UInt16)OutputValue.LedAllOff; //LedRedOff;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
if (ret == ReturnValue.NoError)
{
uiValue = (UInt16)OutputValue.LedGreen;
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
if (ret == ReturnValue.Retry)
{
ret = mPort.Order(Comm.OrderByte.TesterOutputs, uiValue, mOrderDelay);
}
}
break;
}
return(ret == ReturnValue.NoError);
}
