/// <summary>
/// Gets Sensor Reading Factors
/// </summary>
internal ReadingFactorsResponse GetSensorFactors(byte SensorNumber, byte SensorReading)
{
ReadingFactorsResponse response = (ReadingFactorsResponse)this.IpmiSendReceive(
new ReadingFactorsRequest(SensorNumber, SensorReading), typeof(ReadingFactorsResponse));
return(response);
}
/// <summary>
/// Format Sensor Data Records
/// </summary>
internal void GetSdrMetatData(short id, decimal version, byte recordType, SdrRecord record, ref SdrCollection sdrMessages)
{
SdrRecordType sdrRecordType;
int sensorType = (int)recordType;
// convert message type to to enum or return unspecified
if (Enum.IsDefined(typeof(SdrRecordType), sensorType))
{
sdrRecordType = (SdrRecordType)sensorType;
}
else
{
sdrRecordType = SdrRecordType.Unspecified;
}
switch (sdrRecordType)
{
case SdrRecordType.Full: // Full Sensor
{
#region full Record
if (record.RecordData != null)
{
// Create sensor data record.
FullSensorRecord str;
// IPMI Spec [Table 43-1] Byte 24 Linearization
// [7] - reserved
// [6:0] - enum (linear, ln, log10, log2, e, exp10, exp2, 1/x, sqr(x), cube(x), sqrt(x),
// cube-1 (x) )
// 70h = non-linear. 71h-7Fh = non-linear, OEM defined.
byte linearByte = (byte)(record.RecordData[23] & 0x7F);
if (linearByte > 0x0B && linearByte <= 0x7F)
{
// get current sensor reading using get sensor reading ipmi command
SensorReadingResponse reading = (SensorReadingResponse)this.IpmiSendReceive(
new SensorReadingRequest(record.RecordData[7]), typeof(SensorReadingResponse));
if (reading.CompletionCode == 0)
{
// non linear sensors require the get sensor reading factores command to retrieve reading
// factors. ReadingFactorsRequest(Sensornumber, SensorReading)
ReadingFactorsResponse factors = (ReadingFactorsResponse)this.IpmiSendReceive(
new ReadingFactorsRequest(record.RecordData[7], reading.SensorReading), typeof(ReadingFactorsResponse));
// Initialize the sdr message class with reading & factors
str = new FullSensorRecord(id,
version,
sdrRecordType,
record,
factors.Factors,
factors.CompletionCode
);
}
else
{
// Initialize the sdr message class with reading & factors
str = new FullSensorRecord(id,
version,
sdrRecordType,
record,
new byte[6], // initialize with blank conversation factors.
reading.CompletionCode
);
}
}
else
{
// Initialize the sdr message class
str = new FullSensorRecord(id,
version,
sdrRecordType,
record,
record.completionCode
);
}
// append message to collection
sdrMessages.Add(str);
}
#endregion
}
break;
case SdrRecordType.Compact: // Compact Sensor
{
#region Compact Sensor
// Initialize the sdr message class
CompactSensorRecord sdr = new CompactSensorRecord(id,
version,
sdrRecordType,
record
);
//SdrRecordCompact(ref str, record);
sdrMessages.Add(sdr);
#endregion
}
break;
case SdrRecordType.EventOnly: // Event-Only
{
#region Event Only
SdrEventOnlyRecord sdr = new SdrEventOnlyRecord(id,
version,
sdrRecordType,
record
);
//SdrRecordCompact(ref str, record);
sdrMessages.Add(sdr);
#endregion
}
break;
case SdrRecordType.Association: // Entity Association
case SdrRecordType.DeviceRelative: // Device-relative Entity
case SdrRecordType.GenericDevice: // Generic Device Locator
case SdrRecordType.FRUDevice: // FRU Device Locator
case SdrRecordType.ManagementDevice: // Management Controller Device
case SdrRecordType.ManagementController: // Management Controller Confirmation
case SdrRecordType.BmcMessageChannel: // BMC Message Channel Info
case SdrRecordType.Oem: // OEM Record
default: // 0x0A = 0x0F reserved
break;
}
}