// Convert byte to Analog Status
private void UnMarshall()
{
for (int i = 0, idx = 0; i < _numBytes; i += 2, idx++)
{
_status[idx] = SerialMessage.PackWord(_payload, i + 2);
}
}
public SwitchStatusEvent(LcDataPacket packet) : base(packet)
{
if (null != packet)
{
_sw = (SwitchID)packet.Data[0];
_status = SerialMessage.PackWord(packet.Data, 1);
}
}
public VersionEvent(byte[] Data) : base(CmdIDType.GET_VERSION)
{
UIMajor = SerialMessage.PackWord(Data, 0);
UIMinor = SerialMessage.PackWord(Data, 2);
UIBuild = SerialMessage.PackWord(Data, 4);
CtlMajor = SerialMessage.PackWord(Data, 6);
CtlMinor = SerialMessage.PackWord(Data, 8);
CtlBuild = SerialMessage.PackWord(Data, 10);
}
public LedDataInfo(byte[] data, int start)
{
response_Low_mA = (UInt16)SerialMessage.PackWord(data, start); start += 2;
response_High_mA = (UInt16)SerialMessage.PackWord(data, start); start += 2;
slope = (float)SerialMessage.GetFloat(data, start); start += 4;
intercept = (float)SerialMessage.GetFloat(data, start); start += 4;
lowCurrent = (UInt16)SerialMessage.PackWord(data, start); start += 2;
highCurrent = (UInt16)SerialMessage.PackWord(data, start); start += 2;
nomCurrent = (UInt16)SerialMessage.PackWord(data, start); start += 2;
}
public VersionEvent(LcDataPacket packet)
: base(CmdIDType.GET_VERSION, null)
{
UIMajor = SerialMessage.PackWord(packet.Data, 0);
UIMinor = SerialMessage.PackWord(packet.Data, 2);
UIBuild = SerialMessage.PackWord(packet.Data, 4);
CtlMajor = SerialMessage.PackWord(packet.Data, 6);
CtlMinor = SerialMessage.PackWord(packet.Data, 8);
CtlBuild = SerialMessage.PackWord(packet.Data, 10);
}
// Convert Analog data to send
private void Marshall()
{
short idx = 0;
// Need 2 bytes for each channel
_payload = new byte[_numChannels * 2];
foreach (short ch in _status)
{
SerialMessage.SplitWord(ch, ref _payload, idx);
idx += 2;
}
}
public PatientResult(byte[] data)
{
int idx = 0;
sample_status = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
// Pb
Results[0] = new MeasuredResults();
Results[0].mask = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
Results[0].result = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
// Hgb
Results[1] = new MeasuredResults();
Results[1].mask = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
Results[1].result = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
// Hct
Results[2] = new MeasuredResults();
Results[2].mask = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
Results[2].result = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
LotCode = Encoding.ASCII.GetString(data, idx, 6);
idx += 6;
PID = Encoding.ASCII.GetString(data, idx, 20);
idx += 20;
OID = Encoding.ASCII.GetString(data, idx, 15);
idx += 15;
HgbMultApplied = data[idx];
idx += 1;
DiagFlags = SerialMessage.PackWord(data, idx);
idx += 2;
timestamp = (int)SerialMessage.PackDWord(data, idx);
idx += 4;
timeOffsetMins = (Int16)SerialMessage.PackWord(data, idx);
idx += 2;
crc = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
}
public OpticalCalEvent(LcDataPacket packet)
: base(CmdIDType.GET_OPTICAL_CAL, null)
{
target = (UInt16)SerialMessage.PackWord(packet.Data, 0);
int idx = 2;
// 8 LED Data Info
for (int i = 0; i < 8; i++, idx += 18)
{
ledData[i] = new LedDataInfo(packet.Data, idx);
ledData[i].LED = i;
}
//idx += 14;
CRC = (UInt16)SerialMessage.PackWord(packet.Data, idx);
}
public ADCData(byte[] Data)
{
VDAC2 = SerialMessage.PackWord(Data, 0);
TEMP = SerialMessage.PackWord(Data, 2);
OPTICAL = SerialMessage.PackWord(Data, 4);
IMEAS2 = SerialMessage.PackWord(Data, 6);
FBK1 = SerialMessage.PackWord(Data, 8);
VDAC1 = SerialMessage.PackWord(Data, 10);
IMEAS1 = SerialMessage.PackWord(Data, 12);
FBK2 = SerialMessage.PackWord(Data, 14);
VDRIVE1 = SerialMessage.PackWord(Data, 16);
OPTICAL_DIAG = SerialMessage.PackWord(Data, 18);
STRAY = SerialMessage.PackWord(Data, 20);
EMPTY = SerialMessage.PackWord(Data, 22);
FILLED = SerialMessage.PackWord(Data, 24);
}
protected string Flag(ushort mask)
{
if (SerialMessage.IsBitSet(mask, Constants.RESULT_HIGH_BIT))
{
return("High");
}
if (SerialMessage.IsBitSet(mask, Constants.RESULT_LOW_BIT))
{
return("Low");
}
if (SerialMessage.IsBitSet(mask, Constants.RESULT_INCALC_BIT))
{
return("InCalc");
}
return("None");
}
protected UnitsEnum ToUnits(ushort mask)
{
if (SerialMessage.IsBitSet(mask, Constants.G_DL_BIT))
{
return(UnitsEnum.g_dL);
}
if (SerialMessage.IsBitSet(mask, Constants.MMOL_L_BIT))
{
return(UnitsEnum.mm_L);
}
if (SerialMessage.IsBitSet(mask, Constants.UG_DL_BIT))
{
return(UnitsEnum.ug_dL);
}
if (SerialMessage.IsBitSet(mask, Constants.PER_EST_BIT))
{
return(UnitsEnum.per_est);
}
if (SerialMessage.IsBitSet(mask, Constants.MG_DL_BIT))
{
return(UnitsEnum.mg_dL);
}
if (SerialMessage.IsBitSet(mask, Constants.NG_ML_BIT))
{
return(UnitsEnum.ng_mL);
}
if (SerialMessage.IsBitSet(mask, Constants.UMOL_L_BIT))
{
return(UnitsEnum.umol_L);
}
if (SerialMessage.IsBitSet(mask, Constants.PMOL_L_BIT))
{
return(UnitsEnum.pmol_L);
}
return(UnitsEnum.None);
}
protected string Units(ushort mask)
{
if (SerialMessage.IsBitSet(mask, Constants.G_DL_BIT))
{
return("g/dL");
}
if (SerialMessage.IsBitSet(mask, Constants.MMOL_L_BIT))
{
return("mmol/L");
}
if (SerialMessage.IsBitSet(mask, Constants.UG_DL_BIT))
{
return("ug/dL");
}
if (SerialMessage.IsBitSet(mask, Constants.PER_EST_BIT))
{
return("% est.");
}
if (SerialMessage.IsBitSet(mask, Constants.MG_DL_BIT))
{
return("mg/dL");
}
if (SerialMessage.IsBitSet(mask, Constants.NG_ML_BIT))
{
return("ng/mL");
}
if (SerialMessage.IsBitSet(mask, Constants.UMOL_L_BIT))
{
return("umol/L");
}
if (SerialMessage.IsBitSet(mask, Constants.PMOL_L_BIT))
{
return("pmol/L");
}
return("None");
}
protected FlagsEnum ToFlags(ushort mask)
{
if (SerialMessage.IsBitSet(mask, Constants.RESULT_HIGH_BIT))
{
return(FlagsEnum.High);
}
else if (SerialMessage.IsBitSet(mask, Constants.RESULT_LOW_BIT))
{
return(FlagsEnum.Low);
}
else if (SerialMessage.IsBitSet(mask, Constants.RESULT_INCALC_BIT))
{
return(FlagsEnum.Incalc);
}
else
{
return(FlagsEnum.None);
}
}
public EventLog(byte[] data)
{
int idx = 0;
time = (Int32)SerialMessage.PackDWord(data, idx);
idx += 4;
timeOffsetMins = (Int16)SerialMessage.PackWord(data, idx);
idx += 2;
eventID = data[idx];
idx += 1;
parameter = Encoding.ASCII.GetString(data, idx, 21);
idx += 21;
result = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
crc = (UInt16)SerialMessage.PackWord(data, idx);
}
public MFGLog(byte[] data)
{
int idx = 0;
serialNumber = Encoding.ASCII.GetString(data, idx, 12);
idx += 12;
numSerialNumberUpdates = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
UIVerMajor = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
UIVerMinor = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
UIVerBuild = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
numUIFirmwareUpdates = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
RTVerMajor = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
RTVerMinor = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
RTVerBuild = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
numRTFirmwareUpdates = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
BT_FirmwareVersion = Encoding.ASCII.GetString(data, idx, 30);
idx += 30;
masterResetDateTime = (int)SerialMessage.PackDWord(data, idx);
idx += 4;
numMasterResets = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
mfgResetDateTime = (int)SerialMessage.PackDWord(data, idx);
idx += 4;
numMfgResets = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
numOnTimeMins = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
numOnTimeMinsSinceMfgReset = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
// CRC Of Manufacturing Info
crc = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
for (int i = 0; i < 25; i++)
{
events[i] = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
}
totalNonFatalSystemErrors = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
totalFatalSystemErrors = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
for (int i = 0; i < 50; i++)
{
nonFatalErrors[i] = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
}
for (int i = 0; i < 50; i++)
{
fatalErrors[i] = (UInt32)SerialMessage.PackDWord(data, idx);
idx += 4;
}
// CRC Of Manufacturing Counter Data
crc = (UInt16)SerialMessage.PackWord(data, idx);
idx += 2;
// CRC Of Entire Manufacturing Data Log
crc = (UInt16)SerialMessage.PackWord(data, idx);
}
public LEDStatusType(byte[] Data)
{
State = Data[26];
Color = (OpticalLedID)Data[27];
Current = SerialMessage.PackWord(Data, 28);
}
public int Marshall(ref byte[] Payload)
{
ushort idx = 3;
// Button Type
Payload[idx] = (byte)_Type;
idx += 1;
//ushort day=5, month=11, year=2015;
SerialMessage.SplitWord((ushort)_Expiration.Day, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord((ushort)_Expiration.Month, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord((ushort)_Expiration.Year, ref Payload, idx);
idx += 2;
byte[] ascii = Encoding.ASCII.GetBytes(_LotCode);
foreach (Byte b in ascii)
{
Payload[idx++] = b;
}
// idx += (short)Constants.LOT_LEN; // 12
SerialMessage.SplitWord(MeasureTime, ref Payload, idx);
idx += 2;
// target values and ranges
// Level 1
SerialMessage.SplitWord(_Pb_Level1_target, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord(_Pb_Level1_range, ref Payload, idx);
idx += 2;
// Level2
SerialMessage.SplitWord(_Pb_Level2_target, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord(_Pb_Level2_range, ref Payload, idx);
idx += 2;
if (_Type == QCType.QC_PB_HGB)
{
// Level 1
SerialMessage.SplitWord(_Hgb_Level1_target, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord(_Hgb_Level1_range, ref Payload, idx);
idx += 2;
// Level2
SerialMessage.SplitWord(_Hgb_Level2_target, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord(_Hgb_Level2_range, ref Payload, idx);
idx += 2;
// Level3
SerialMessage.SplitWord(_Hgb_Level3_target, ref Payload, idx);
idx += 2;
SerialMessage.SplitWord(_Hgb_Level3_range, ref Payload, idx);
idx += 2;
}
return(idx);
} // Marshall()
public POSTLog(byte[] data)
{
int idx = 0;
time = (Int32)SerialMessage.PackDWord(data, idx);
idx += 4;
timeOffsetMins = (short)SerialMessage.PackWord(data, idx);
idx += 2;
UIConfig = (short)SerialMessage.PackWord(data, idx);
idx += 2;
RTConfig = (short)SerialMessage.PackWord(data, idx);
idx += 2;
temp = (Int16)SerialMessage.PackWord(data, idx);
idx += 2;
dacaPosRail = (short)SerialMessage.PackWord(data, idx);
idx += 2;
dacaZero = (short)SerialMessage.PackWord(data, idx);
idx += 2;
dacaNegRail = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1SingleElectrodePos = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1SingleElectrodeZero = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1SingleElectrodeNeg = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain3Pos = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain2Pos = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain1Pos = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain0Pos = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain3Neg = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain2Neg = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain1Neg = (short)SerialMessage.PackWord(data, idx);
idx += 2;
meas1DummyElectrodeGain0Neg = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalOffIntensity = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentViolet = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityViolet = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentBlue = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityBlue = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentGreen = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityGreen = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentRed = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityRed = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentLed4 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityLed4 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentLed5 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityLed5 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentLed6 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityLed6 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalCurrentLed7 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
opticalIntensityLed7 = (short)SerialMessage.PackWord(data, idx);
idx += 2;
fanSpeed = (short)SerialMessage.PackWord(data, idx);
idx += 2;
crc = (UInt16)SerialMessage.PackWord(data, idx);
}
public ConfigData(byte[] data)
{
crc = (UInt16)SerialMessage.PackWord(data, 0);
settings = (ushort)SerialMessage.PackWord(data, 2);
}