Package org.sentrysoftware.ipmi.core.coding.commands.sdr.record

Class FullSensorRecord

java.lang.Object
org.sentrysoftware.ipmi.core.coding.commands.sdr.record.SensorRecord
org.sentrysoftware.ipmi.core.coding.commands.sdr.record.FullSensorRecord
public class FullSensorRecord extends SensorRecord
Wrapper class for Full Sensor Record format

  • Constructor Details

    • FullSensorRecord

      public FullSensorRecord()

  • Method Details

    • setSensorOwnerId

      public void setSensorOwnerId(byte sensorOwnerId)

    • getSensorOwnerId

      public byte getSensorOwnerId()

    • getAddressType

      public AddressType getAddressType()

    • setAddressType

      public void setAddressType(AddressType addressType)

    • getChannelNumber

      public byte getChannelNumber()

    • setChannelNumber

      public void setChannelNumber(byte channelNumber)

    • getSensorOwnerLun

      public byte getSensorOwnerLun()

    • setSensorOwnerLun

      public void setSensorOwnerLun(byte sensorOwnerLun)

    • getSensorNumber

      public byte getSensorNumber()

    • setSensorNumber

      public void setSensorNumber(byte sensorNumber)

    • getEntityId

      public EntityId getEntityId()

    • setEntityId

      public void setEntityId(EntityId entityId)

    • isEntityPhysical

      public boolean isEntityPhysical()

    • setEntityPhysical

      public void setEntityPhysical(boolean entityPhysical)

    • getEntityInstanceNumber

      public byte getEntityInstanceNumber()

    • setEntityInstanceNumber

      public void setEntityInstanceNumber(byte entityInstanceNumber)

    • isHysteresisReadable

      public boolean isHysteresisReadable()

    • setHysteresisReadable

      public void setHysteresisReadable(boolean hysteresisReadable)

    • isThresholdsReadable

      public boolean isThresholdsReadable()

    • setThresholdsReadable

      public void setThresholdsReadable(boolean thresholdsReadable)

    • getSensorType

      public SensorType getSensorType()

    • setSensorType

      public void setSensorType(SensorType sensorType)

    • getEventReadingType

      public int getEventReadingType()

    • setEventReadingType

      public void setEventReadingType(int eventReadingType)

    • getRateUnit

      public RateUnit getRateUnit()

    • setRateUnit

      public void setRateUnit(RateUnit rateUnit)

    • getModifierUnitUsage

      public ModifierUnitUsage getModifierUnitUsage()

    • setModifierUnitUsage

      public void setModifierUnitUsage(ModifierUnitUsage modifierUnitUsage)

    • getSensorBaseUnit

      public SensorUnit getSensorBaseUnit()

    • setSensorBaseUnit

      public void setSensorBaseUnit(SensorUnit sensorBaseUnit)

    • getSensorModifierUnit

      public SensorUnit getSensorModifierUnit()

    • setSensorModifierUnit

      public void setSensorModifierUnit(SensorUnit sensorModifierUnit)

    • getTolerance

      public double getTolerance()

    • setTolerance

      public void setTolerance(double mTolerance)

    • getAccuracy

      public double getAccuracy()

    • setAccuracy

      public void setAccuracy(double bAccuracy)

    • getSensorDirection

      public SensorDirection getSensorDirection()

    • setSensorDirection

      public void setSensorDirection(SensorDirection sensorDirection)

    • getNominalReading

      public double getNominalReading()

    • setNominalReading

      public void setNominalReading(double nominalReading)

    • getNormalMaximum

      public double getNormalMaximum()

    • setNormalMaximum

      public void setNormalMaximum(double normalMaximum)

    • getNormalMinimum

      public double getNormalMinimum()

    • setNormalMinimum

      public void setNormalMinimum(double normalMinimum)

    • getSensorMaximumReading

      public double getSensorMaximumReading()

    • setSensorMaximumReading

      public void setSensorMaximumReading(double sensorMaximumReading)

    • getSensorMinmumReading

      public double getSensorMinmumReading()

    • setSensorMinmumReading

      public void setSensorMinmumReading(double sensorMinmumReading)

    • getUpperNonRecoverableThreshold

      public double getUpperNonRecoverableThreshold()

    • setUpperNonRecoverableThreshold

      public void setUpperNonRecoverableThreshold(double upperNonRecoverableThreshold)

    • getLowerNonRecoverableThreshold

      public double getLowerNonRecoverableThreshold()

    • setLowerNonRecoverableThreshold

      public void setLowerNonRecoverableThreshold(double lowerNonRecoverableThreshold)

    • getUpperCriticalThreshold

      public double getUpperCriticalThreshold()

    • setUpperCriticalThreshold

      public void setUpperCriticalThreshold(double upperCriticalThreshold)

    • getLowerCriticalThreshold

      public double getLowerCriticalThreshold()

    • setLowerCriticalThreshold

      public void setLowerCriticalThreshold(double lowerCriticalThreshold)

    • getUpperNonCriticalThreshold

      public double getUpperNonCriticalThreshold()

    • setUpperNonCriticalThreshold

      public void setUpperNonCriticalThreshold(double upperNonCriticalThreshold)

    • getLowerNonCriticalThreshold

      public double getLowerNonCriticalThreshold()

    • setLowerNonCriticalThreshold

      public void setLowerNonCriticalThreshold(double lowerNonCriticalThreshold)

    • getName

      public String getName()

    • setName

      public void setName(String name)

    • calcFormula

      public double calcFormula(int value)
      Converts to units-based value using the 'y=Mx+B' formula. 1's or 2's complement signed or unsigned per flag bits in Sensor Units 1.
      Parameters:
      value - - Value to be converted. Length of 8 is assumed.
      Returns:
      converted value

    • getSensorResolution

      public double getSensorResolution()