/// <summary>
/// Saves the current settings to unit memory
/// </summary>
/// <returns>True if save is successful, false if failed.</returns>
public bool SettingsSave()
{
string workingLine;
return(_port.SendCommandSingleTest("&s", "&s", out workingLine, echoComTraffic: _echoComTraffic));
}
/// <summary>
/// Gets a ControlsObject that represents the current status of all CVLS Controls
/// </summary>
/// <returns>The current ControlsObject</returns>
public ControlsObject GetAll()
{
var i = 0;
string line;
if (!_port.SendCommandSingleTest("&*c", "&*c", out line, true))
{
return(null);
}
var tokens = line.Split(',');
if (tokens.Length != 56)
{
return(null);
}
var controlsBuilder = new ControlsObject.Builder();
#region LED Settings
var ledBuilder = new LedObject.Builder
{
DemoMode = tokens[i++] == "1",
TriggerMode = tokens[i++] == "1" ? TriggerModes.Combined : TriggerModes.Independent,
KnobMode = (KnobControl)int.Parse(tokens[i++]),
ChannelMode = tokens[i++] == "1" ? ChannelModes.Single : ChannelModes.Quad,
Enable = tokens[i++] == "1",
Power = int.Parse(tokens[i++]) * 0.1
};
for (var j = 1; j <= 4; j++)
{
ledBuilder.Channel((Enums.Channels)j, new LedChannelObject.Builder
{
Enabled = tokens[i++] == "1",
Power = int.Parse(tokens[i++]) * 0.1,
ShutdownPolarity = tokens[i++] == "1" ? SignalPolarity.ActiveHigh : SignalPolarity.ActiveLow
}.Build());
}
controlsBuilder.Led = ledBuilder.Build();
#endregion
#region Continuous Strobe
var continuousStrobeBuilder = new ContinuousStrobeObject.Builder
{
Enable = tokens[i++] == "1",
ChannelMode = tokens[i++] == "1" ? ChannelModes.Single : ChannelModes.Quad,
Frequency = int.Parse(tokens[i++])
};
for (var j = 1; j <= 4; j++)
{
continuousStrobeBuilder.Channel((Enums.Channels)j, new ContinuousStrobeChannelObject.Builder
{
DutyCycle = int.Parse(tokens[i++]) * 0.1,
PhaseShift = int.Parse(tokens[i++]) * 0.1,
WavePolarity = tokens[i++] == "1" ? SignalPolarity.ActiveHigh : SignalPolarity.ActiveLow
}.Build());
}
controlsBuilder.ContinuousStrobe = continuousStrobeBuilder.Build();
#endregion
#region Triggered Strobe
var triggeredStrobeBuilder = new TriggeredStrobeObject.Builder
{
Enable = tokens[i++] == "1",
TriggerMode = tokens[i++] == "1" ? TriggerModes.Combined : TriggerModes.Independent,
ChannelMode = tokens[i++] == "1" ? ChannelModes.Single : ChannelModes.Quad
};
for (var j = 1; j <= 4; j++)
{
triggeredStrobeBuilder.Channel((Enums.Channels)j, new TriggeredStrobeChannelObject.Builder
{
Delay = int.Parse(tokens[i++]),
OnTime = int.Parse(tokens[i++]),
EdgeType = tokens[i++] == "1" ? EdgeTypes.FallingEdge : EdgeTypes.RisingEdge
}.Build());
}
controlsBuilder.TriggeredStrobe = triggeredStrobeBuilder.Build();
#endregion
#region Equalizer Settings
controlsBuilder.Equalizer = new EqualizerObject.Builder
{
Enable = tokens[i++] == "1",
Delay = int.Parse(tokens[i++]),
Target = int.Parse(tokens[i++]),
LightOutput = int.Parse(tokens[i++]),
PowerOutput = double.Parse(tokens[i++])
}.Build();
#endregion
#region Fan Settings
controlsBuilder.Fan = new FanObject.Builder
{
ManualOverride = tokens[i++] == "1",
Speed = int.Parse(tokens[i]) * 0.1
}.Build();
#endregion
return(controlsBuilder.Build());
}
/// <summary>
/// Gets a StatusObject that represents the current status of the CVLS Unit
/// </summary>
/// <returns>The current StatusObject</returns>
public StatusObject GetAll()
{
var statusObjectBuilder = new StatusObject.Builder();
var i = 0;
string line;
if (!_port.SendCommandSingleTest("&*s", "&*s", out line, true))
{
return(null);
}
var tokens = line.Split(',');
if (tokens.Length != 25)
{
return(null);
}
try
{
#region Parse Data Stream
statusObjectBuilder.TemperatureLed = new TemperatureObject.Builder
{
Temperature = double.Parse(tokens[i++].Split(' ')[0]),
Status = (StatusIndicators)int.Parse(tokens[i++]),
ThermistorStatus = (StatusIndicators)int.Parse(tokens[i++])
}.Build();
statusObjectBuilder.TemperatureBoard = new TemperatureObject.Builder
{
Temperature = double.Parse(tokens[i++].Split(' ')[0]),
Status = (StatusIndicators)int.Parse(tokens[i++]),
ThermistorStatus = (StatusIndicators)int.Parse(tokens[i++])
}.Build();
statusObjectBuilder.VoltageRefOut = new VoltageObject.Builder
{
Voltage = double.Parse(tokens[i++].Split(' ')[0]),
Status = (StatusIndicators)int.Parse(tokens[i++])
}.Build();
statusObjectBuilder.VoltageInput = new VoltageObject.Builder
{
Voltage = double.Parse(tokens[i++].Split(' ')[0]),
Status = (StatusIndicators)int.Parse(tokens[i++])
}.Build();
statusObjectBuilder.Fan = new FanStatusObject.Builder
{
Speed = int.Parse(tokens[i++].Split(' ')[0]),
Status = (StatusIndicators)int.Parse(tokens[i++])
}.Build();
var systemObjectBuilder = new SystemObject.Builder
{
SystemMode = (SystemMode)int.Parse(tokens[i++])
};
statusObjectBuilder.Equalizer = new EqualizerStatusObject.Builder
{
Mode = (EqualizerStatus)int.Parse(tokens[i++]),
Status = (StatusIndicators)int.Parse(tokens[i++])
}.Build();
systemObjectBuilder.LightFeedBack = int.Parse(tokens[i++]);
systemObjectBuilder.LastCommandSource = (CommandSource)int.Parse(tokens[i++]);
systemObjectBuilder.UserMode = (UserMode)int.Parse(tokens[i++]);
systemObjectBuilder.KnobMode = (KnobControl)int.Parse(tokens[i++]);
systemObjectBuilder.Time = new TimeObject(uint.Parse(tokens[i++]));
statusObjectBuilder.System = systemObjectBuilder.Build();
statusObjectBuilder.Memory = new MemoryObject.Builder
{
CustomerSettings = uint.Parse(tokens[i++]),
FactorySettings = uint.Parse(tokens[i++]),
Firmware = uint.Parse(tokens[i++]),
Exceptions = uint.Parse(tokens[i++])
}.Build();
statusObjectBuilder.Identification = new IdentificationObject.Builder
{
SerialFull = tokens[i],
Serial = uint.Parse(tokens[i].Split(':')[1]),
Model = tokens[i].Split(':')[0]
}.Build();
#endregion
}
catch
{
return(null);
}
return(statusObjectBuilder.Build());
}
/// <summary>
///
/// </summary>
/// <returns></returns>
public bool ClearLogs()
{
string workingLine;
return(_port.SendCommandSingleTest("&o3", "&o3", out workingLine, echoComTraffic: _echoComTraffic));
}