======================================
LowTmcLeafNodeCspSubarray Tango Device
======================================

    Tango device class for tmc csp subarray leafnode low
    

Properties
----------
.. index::
	single: AdapterTimeOut; LowTmcLeafNodeCspSubarray.AdapterTimeOut

.. py:attribute:: AdapterTimeOut
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevFloat
	:default value: 2

.. index::
	single: CommandTimeOutDefault; LowTmcLeafNodeCspSubarray.CommandTimeOutDefault

.. py:attribute:: CommandTimeOutDefault
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevFloat
	:default value: 30

.. index::
	single: CspSubarrayFQDN; LowTmcLeafNodeCspSubarray.CspSubarrayFQDN

.. py:attribute:: CspSubarrayFQDN
	:module: LowTmcLeafNodeCspSubarray

	FQDN of the CSP Subarray Tango Device .

	:data type: DevString

.. index::
	single: DelayCadence; LowTmcLeafNodeCspSubarray.DelayCadence

.. py:attribute:: DelayCadence
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevFloat

.. index::
	single: DelayModelTimeInAdvance; LowTmcLeafNodeCspSubarray.DelayModelTimeInAdvance

.. py:attribute:: DelayModelTimeInAdvance
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevShort
	:default value: 30

.. index::
	single: DelayValidityPeriod; LowTmcLeafNodeCspSubarray.DelayValidityPeriod

.. py:attribute:: DelayValidityPeriod
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevFloat

.. index::
	single: EventSubscriptionCheckPeriod; LowTmcLeafNodeCspSubarray.EventSubscriptionCheckPeriod

.. py:attribute:: EventSubscriptionCheckPeriod
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevFloat
	:default value: 1

.. index::
	single: GroupDefinitions; LowTmcLeafNodeCspSubarray.GroupDefinitions

.. py:attribute:: GroupDefinitions
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevVarStringArray

.. index::
	single: LivelinessCheckPeriod; LowTmcLeafNodeCspSubarray.LivelinessCheckPeriod

.. py:attribute:: LivelinessCheckPeriod
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevFloat
	:default value: 1

.. index::
	single: LoggingLevelDefault; LowTmcLeafNodeCspSubarray.LoggingLevelDefault

.. py:attribute:: LoggingLevelDefault
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevUShort
	:default value: 4

.. index::
	single: LoggingTargetsDefault; LowTmcLeafNodeCspSubarray.LoggingTargetsDefault

.. py:attribute:: LoggingTargetsDefault
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevVarStringArray
	:default value: ['tango::logger']

.. index::
	single: PSSDelayCadence; LowTmcLeafNodeCspSubarray.PSSDelayCadence

.. py:attribute:: PSSDelayCadence
	:module: LowTmcLeafNodeCspSubarray

	Cadence for delay calculation

	:data type: DevFloat
	:default value: 300.0

.. index::
	single: PSSDelayModelTimeInAdvance; LowTmcLeafNodeCspSubarray.PSSDelayModelTimeInAdvance

.. py:attribute:: PSSDelayModelTimeInAdvance
	:module: LowTmcLeafNodeCspSubarray

	Time in advance to calculate delays

	:data type: DevShort
	:default value: 600

.. index::
	single: PSSDelayValidityPeriod; LowTmcLeafNodeCspSubarray.PSSDelayValidityPeriod

.. py:attribute:: PSSDelayValidityPeriod
	:module: LowTmcLeafNodeCspSubarray

	Validity period for calculated delays

	:data type: DevFloat
	:default value: 600.0

.. index::
	single: PSTDelayCadence; LowTmcLeafNodeCspSubarray.PSTDelayCadence

.. py:attribute:: PSTDelayCadence
	:module: LowTmcLeafNodeCspSubarray

	Cadence for delay calculation

	:data type: DevFloat
	:default value: 300.0

.. index::
	single: PSTDelayModelTimeInAdvance; LowTmcLeafNodeCspSubarray.PSTDelayModelTimeInAdvance

.. py:attribute:: PSTDelayModelTimeInAdvance
	:module: LowTmcLeafNodeCspSubarray

	Time in advance to calculate delays

	:data type: DevShort
	:default value: 600

.. index::
	single: PSTDelayValidityPeriod; LowTmcLeafNodeCspSubarray.PSTDelayValidityPeriod

.. py:attribute:: PSTDelayValidityPeriod
	:module: LowTmcLeafNodeCspSubarray

	Validity period for calculated delays

	:data type: DevFloat
	:default value: 600.0

.. index::
	single: SkaLevel; LowTmcLeafNodeCspSubarray.SkaLevel

.. py:attribute:: SkaLevel
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevShort
	:default value: 4

.. index::
	single: TelmodelPath; LowTmcLeafNodeCspSubarray.TelmodelPath

.. py:attribute:: TelmodelPath
	:module: LowTmcLeafNodeCspSubarray

	Telmodel path for array layout.

	:data type: DevString

.. index::
	single: TelmodelSource; LowTmcLeafNodeCspSubarray.TelmodelSource

.. py:attribute:: TelmodelSource
	:module: LowTmcLeafNodeCspSubarray

	Telmodel source for array layout.

	:data type: DevString

.. index::
	single: WeatherStationDevName; LowTmcLeafNodeCspSubarray.WeatherStationDevName

.. py:attribute:: WeatherStationDevName
	:module: LowTmcLeafNodeCspSubarray

	:data type: DevString

Attributes
----------
.. index::
	single: State; LowTmcLeafNodeCspSubarray.State

.. py:attribute:: State
	:module: LowTmcLeafNodeCspSubarray

	The operational state of the device as enumeration.

	:access: READ
	:data type: DevState
	:data format: SCALAR

.. index::
	single: Status; LowTmcLeafNodeCspSubarray.Status

.. py:attribute:: Status
	:module: LowTmcLeafNodeCspSubarray

	More detailed textual information about the device's status.

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: adminMode; LowTmcLeafNodeCspSubarray.adminMode

.. py:attribute:: adminMode
	:module: LowTmcLeafNodeCspSubarray

	The Admin Mode of the device. It may interpret the current device condition and condition of all managed devices to set this. Most possibly an aggregate attribute.

	:access: READ_WRITE
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: buildState; LowTmcLeafNodeCspSubarray.buildState

.. py:attribute:: buildState
	:module: LowTmcLeafNodeCspSubarray

	Read the Build State of the device.

	:return: the build state of the device

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: commandTimeOut; LowTmcLeafNodeCspSubarray.commandTimeOut

.. py:attribute:: commandTimeOut
	:module: LowTmcLeafNodeCspSubarray

	Command execution time limit.

	:access: READ_WRITE
	:data type: DevUShort
	:data format: SCALAR

.. index::
	single: commandedState; LowTmcLeafNodeCspSubarray.commandedState

.. py:attribute:: commandedState
	:module: LowTmcLeafNodeCspSubarray

	The last commanded Operating State of the device. Initial string is "None".  Only other strings it can change to is "OFF", "STANDBY" or "ON", following the Off(), Standby() or On() commands. If the state transition commands are long running commands the commanded state will only update when the long running command starts executing.

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: controlMode; LowTmcLeafNodeCspSubarray.controlMode

.. py:attribute:: controlMode
	:module: LowTmcLeafNodeCspSubarray

	The control mode of the device are REMOTE, LOCAL Tango Device accepts only from a ‘local’ client and ignores commands and queries received from TM or any other ‘remote’ clients. The Local clients has to release LOCAL control before REMOTE clients can take control again.

	:access: READ_WRITE
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: cspSubarrayAdminMode; LowTmcLeafNodeCspSubarray.cspSubarrayAdminMode

.. py:attribute:: cspSubarrayAdminMode
	:module: LowTmcLeafNodeCspSubarray

	Admin Mode of Csp Subarray

	:access: READ
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: cspSubarrayDevName; LowTmcLeafNodeCspSubarray.cspSubarrayDevName

.. py:attribute:: cspSubarrayDevName
	:module: LowTmcLeafNodeCspSubarray

	No description

	:access: READ_WRITE
	:data type: DevString
	:data format: SCALAR

.. index::
	single: cspSubarrayObsState; LowTmcLeafNodeCspSubarray.cspSubarrayObsState

.. py:attribute:: cspSubarrayObsState
	:module: LowTmcLeafNodeCspSubarray

	Obs State of Csp Subarray Obs State

	:access: READ_WRITE
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: delayModel; LowTmcLeafNodeCspSubarray.delayModel

.. py:attribute:: delayModel
	:module: LowTmcLeafNodeCspSubarray

	No description

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelError; LowTmcLeafNodeCspSubarray.delayModelError

.. py:attribute:: delayModelError
	:module: LowTmcLeafNodeCspSubarray

	String representing the last DelayModel error.

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam1; LowTmcLeafNodeCspSubarray.delayModelPSSBeam1

.. py:attribute:: delayModelPSSBeam1
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 1

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam10; LowTmcLeafNodeCspSubarray.delayModelPSSBeam10

.. py:attribute:: delayModelPSSBeam10
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 10

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam11; LowTmcLeafNodeCspSubarray.delayModelPSSBeam11

.. py:attribute:: delayModelPSSBeam11
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 11

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam12; LowTmcLeafNodeCspSubarray.delayModelPSSBeam12

.. py:attribute:: delayModelPSSBeam12
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 12

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam13; LowTmcLeafNodeCspSubarray.delayModelPSSBeam13

.. py:attribute:: delayModelPSSBeam13
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 13

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam14; LowTmcLeafNodeCspSubarray.delayModelPSSBeam14

.. py:attribute:: delayModelPSSBeam14
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 14

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam15; LowTmcLeafNodeCspSubarray.delayModelPSSBeam15

.. py:attribute:: delayModelPSSBeam15
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 15

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam16; LowTmcLeafNodeCspSubarray.delayModelPSSBeam16

.. py:attribute:: delayModelPSSBeam16
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 16

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam17; LowTmcLeafNodeCspSubarray.delayModelPSSBeam17

.. py:attribute:: delayModelPSSBeam17
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 17

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam18; LowTmcLeafNodeCspSubarray.delayModelPSSBeam18

.. py:attribute:: delayModelPSSBeam18
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 18

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam19; LowTmcLeafNodeCspSubarray.delayModelPSSBeam19

.. py:attribute:: delayModelPSSBeam19
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 19

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam2; LowTmcLeafNodeCspSubarray.delayModelPSSBeam2

.. py:attribute:: delayModelPSSBeam2
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 2

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam20; LowTmcLeafNodeCspSubarray.delayModelPSSBeam20

.. py:attribute:: delayModelPSSBeam20
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 20

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam21; LowTmcLeafNodeCspSubarray.delayModelPSSBeam21

.. py:attribute:: delayModelPSSBeam21
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 21

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam22; LowTmcLeafNodeCspSubarray.delayModelPSSBeam22

.. py:attribute:: delayModelPSSBeam22
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 22

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam23; LowTmcLeafNodeCspSubarray.delayModelPSSBeam23

.. py:attribute:: delayModelPSSBeam23
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 23

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam24; LowTmcLeafNodeCspSubarray.delayModelPSSBeam24

.. py:attribute:: delayModelPSSBeam24
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 24

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam25; LowTmcLeafNodeCspSubarray.delayModelPSSBeam25

.. py:attribute:: delayModelPSSBeam25
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 25

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam26; LowTmcLeafNodeCspSubarray.delayModelPSSBeam26

.. py:attribute:: delayModelPSSBeam26
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 26

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam27; LowTmcLeafNodeCspSubarray.delayModelPSSBeam27

.. py:attribute:: delayModelPSSBeam27
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 27

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam28; LowTmcLeafNodeCspSubarray.delayModelPSSBeam28

.. py:attribute:: delayModelPSSBeam28
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 28

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam29; LowTmcLeafNodeCspSubarray.delayModelPSSBeam29

.. py:attribute:: delayModelPSSBeam29
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 29

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam3; LowTmcLeafNodeCspSubarray.delayModelPSSBeam3

.. py:attribute:: delayModelPSSBeam3
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 3

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam30; LowTmcLeafNodeCspSubarray.delayModelPSSBeam30

.. py:attribute:: delayModelPSSBeam30
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 30

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam4; LowTmcLeafNodeCspSubarray.delayModelPSSBeam4

.. py:attribute:: delayModelPSSBeam4
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 4

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam5; LowTmcLeafNodeCspSubarray.delayModelPSSBeam5

.. py:attribute:: delayModelPSSBeam5
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 5

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam6; LowTmcLeafNodeCspSubarray.delayModelPSSBeam6

.. py:attribute:: delayModelPSSBeam6
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 6

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam7; LowTmcLeafNodeCspSubarray.delayModelPSSBeam7

.. py:attribute:: delayModelPSSBeam7
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 7

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam8; LowTmcLeafNodeCspSubarray.delayModelPSSBeam8

.. py:attribute:: delayModelPSSBeam8
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 8

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSSBeam9; LowTmcLeafNodeCspSubarray.delayModelPSSBeam9

.. py:attribute:: delayModelPSSBeam9
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PSS Beam 9

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSTBeam1; LowTmcLeafNodeCspSubarray.delayModelPSTBeam1

.. py:attribute:: delayModelPSTBeam1
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PST Beam 1

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelPSTBeam2; LowTmcLeafNodeCspSubarray.delayModelPSTBeam2

.. py:attribute:: delayModelPSTBeam2
	:module: LowTmcLeafNodeCspSubarray

	Delay Model PST Beam 2

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam01; LowTmcLeafNodeCspSubarray.delayModelStationBeam01

.. py:attribute:: delayModelStationBeam01
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 1

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam02; LowTmcLeafNodeCspSubarray.delayModelStationBeam02

.. py:attribute:: delayModelStationBeam02
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 2

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam03; LowTmcLeafNodeCspSubarray.delayModelStationBeam03

.. py:attribute:: delayModelStationBeam03
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 3

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam04; LowTmcLeafNodeCspSubarray.delayModelStationBeam04

.. py:attribute:: delayModelStationBeam04
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 4

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam05; LowTmcLeafNodeCspSubarray.delayModelStationBeam05

.. py:attribute:: delayModelStationBeam05
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 5

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam06; LowTmcLeafNodeCspSubarray.delayModelStationBeam06

.. py:attribute:: delayModelStationBeam06
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 6

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam07; LowTmcLeafNodeCspSubarray.delayModelStationBeam07

.. py:attribute:: delayModelStationBeam07
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 7

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: delayModelStationBeam08; LowTmcLeafNodeCspSubarray.delayModelStationBeam08

.. py:attribute:: delayModelStationBeam08
	:module: LowTmcLeafNodeCspSubarray

	Delay Model Station Beam 8

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: healthInfo; LowTmcLeafNodeCspSubarray.healthInfo

.. py:attribute:: healthInfo
	:module: LowTmcLeafNodeCspSubarray

	JSON string representing the health information.

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: healthState; LowTmcLeafNodeCspSubarray.healthState

.. py:attribute:: healthState
	:module: LowTmcLeafNodeCspSubarray

	Health state of the monitored CSP Subarray

	:access: READ
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: isAdminModeEnabled; LowTmcLeafNodeCspSubarray.isAdminModeEnabled

.. py:attribute:: isAdminModeEnabled
	:module: LowTmcLeafNodeCspSubarray

	No description

	:access: READ_WRITE
	:data type: DevBoolean
	:data format: SCALAR

.. index::
	single: isSubsystemAvailable; LowTmcLeafNodeCspSubarray.isSubsystemAvailable

.. py:attribute:: isSubsystemAvailable
	:module: LowTmcLeafNodeCspSubarray

	Boolean Flag for sub system available

	:access: READ
	:data type: DevBoolean
	:data format: SCALAR

.. index::
	single: lastDeviceInfoChanged; LowTmcLeafNodeCspSubarray.lastDeviceInfoChanged

.. py:attribute:: lastDeviceInfoChanged
	:module: LowTmcLeafNodeCspSubarray

	Json String representing the last device changed in the

	internal model.

	:access: READ
	:data type: DevString
	:data format: SCALAR

.. index::
	single: loggingLevel; LowTmcLeafNodeCspSubarray.loggingLevel

.. py:attribute:: loggingLevel
	:module: LowTmcLeafNodeCspSubarray

	Read the logging level of the device.

	Initialises to LoggingLevelDefault on startup.
	See :py:class:`~ska_control_model.LoggingLevel`

	:return:  Logging level of the device.

	:access: READ_WRITE
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: loggingTargets; LowTmcLeafNodeCspSubarray.loggingTargets

.. py:attribute:: loggingTargets
	:module: LowTmcLeafNodeCspSubarray

	Read the additional logging targets of the device.

	Note that this excludes the handlers provided by the ska_ser_logging
	library defaults - initialises to LoggingTargetsDefault on startup.

	:return:  Logging level of the device.

	:access: READ_WRITE
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 4

.. index::
	single: longRunningCommandIDsInQueue; LowTmcLeafNodeCspSubarray.longRunningCommandIDsInQueue

.. py:attribute:: longRunningCommandIDsInQueue
	:module: LowTmcLeafNodeCspSubarray

	Read the IDs of the long running commands in the queue.

	Every client that executes a command will receive a command ID as response.
	Keep track of IDs currently allocated.
	Entries are removed `self._command_tracker._removal_time` seconds
	after they have finished.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 66

.. index::
	single: longRunningCommandInProgress; LowTmcLeafNodeCspSubarray.longRunningCommandInProgress

.. py:attribute:: longRunningCommandInProgress
	:module: LowTmcLeafNodeCspSubarray

	Read the name(s) of the currently executing long running command(s).

	Name(s) of command and possible abort in progress or empty string(s).

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 2

.. index::
	single: longRunningCommandProgress; LowTmcLeafNodeCspSubarray.longRunningCommandProgress

.. py:attribute:: longRunningCommandProgress
	:module: LowTmcLeafNodeCspSubarray

	Read the progress of the currently executing long running command(s).

	ID, progress of the currently executing command(s).
	Clients can subscribe to on_change event and wait
	for the ID they are interested in.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 4

.. index::
	single: longRunningCommandResult; LowTmcLeafNodeCspSubarray.longRunningCommandResult

.. py:attribute:: longRunningCommandResult
	:module: LowTmcLeafNodeCspSubarray

	Read the result of the completed long running command.

	Reports unique_id, json-encoded result.
	Clients can subscribe to on_change event and wait for
	the ID they are interested in.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 2

.. index::
	single: longRunningCommandStatus; LowTmcLeafNodeCspSubarray.longRunningCommandStatus

.. py:attribute:: longRunningCommandStatus
	:module: LowTmcLeafNodeCspSubarray

	Read the status of the currently executing long running commands.

	ID, status pairs of the currently executing commands.
	Clients can subscribe to on_change event and wait for the
	ID they are interested in.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 132

.. index::
	single: longRunningCommandsInQueue; LowTmcLeafNodeCspSubarray.longRunningCommandsInQueue

.. py:attribute:: longRunningCommandsInQueue
	:module: LowTmcLeafNodeCspSubarray

	Read the long running commands in the queue.

	Keep track of which commands are that are currently known about.
	Entries are removed `self._command_tracker._removal_time` seconds
	after they have finished.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 66

.. index::
	single: lrcExecuting; LowTmcLeafNodeCspSubarray.lrcExecuting

.. py:attribute:: lrcExecuting
	:module: LowTmcLeafNodeCspSubarray

	Expose a signal as a Tango attribute.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 2

.. index::
	single: lrcFinished; LowTmcLeafNodeCspSubarray.lrcFinished

.. py:attribute:: lrcFinished
	:module: LowTmcLeafNodeCspSubarray

	Expose a signal as a Tango attribute.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 100

.. index::
	single: lrcProtocolVersions; LowTmcLeafNodeCspSubarray.lrcProtocolVersions

.. py:attribute:: lrcProtocolVersions
	:module: LowTmcLeafNodeCspSubarray

	Return supported protocol versions.

	:return: A tuple containing the lower and upper bounds of supported long running
		command protocol versions.

	:access: READ
	:data type: DevLong64
	:data format: SPECTRUM
	:max_dim_x: 2

.. index::
	single: lrcQueue; LowTmcLeafNodeCspSubarray.lrcQueue

.. py:attribute:: lrcQueue
	:module: LowTmcLeafNodeCspSubarray

	Expose a signal as a Tango attribute.

	:access: READ
	:data type: DevString
	:data format: SPECTRUM
	:max_dim_x: 32

.. index::
	single: simulationMode; LowTmcLeafNodeCspSubarray.simulationMode

.. py:attribute:: simulationMode
	:module: LowTmcLeafNodeCspSubarray

	When TRUE the device is using a simulator

	:access: READ_WRITE
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: testMode; LowTmcLeafNodeCspSubarray.testMode

.. py:attribute:: testMode
	:module: LowTmcLeafNodeCspSubarray

	If TEST the device is using testing logic

	:access: READ_WRITE
	:data type: DevEnum
	:data format: SCALAR

.. index::
	single: versionId; LowTmcLeafNodeCspSubarray.versionId

.. py:attribute:: versionId
	:module: LowTmcLeafNodeCspSubarray

	Read the Version Id of the device.

	:return: the version id of the device

	:access: READ
	:data type: DevString
	:data format: SCALAR

Commands
--------
.. index::
	single: Abort; LowTmcLeafNodeCspSubarray.Abort

.. py:method:: Abort() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: information-only string

.. index::
	single: AbortCommands; LowTmcLeafNodeCspSubarray.AbortCommands

.. py:method:: AbortCommands() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: returns (None): A tuple containing a return code and a string
		message indicating status. The message is for
		information purpose only.

.. index::
	single: AssignResources; LowTmcLeafNodeCspSubarray.AssignResources

.. py:method:: AssignResources(DevString) -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	:param argin: (not documented)

	:type argin: DevString

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: CheckLongRunningCommandStatus; LowTmcLeafNodeCspSubarray.CheckLongRunningCommandStatus

.. py:method:: CheckLongRunningCommandStatus(DevString) -> DevString
	:module: LowTmcLeafNodeCspSubarray

	command id

	:returns: TaskStatus

.. index::
	single: Configure; LowTmcLeafNodeCspSubarray.Configure

.. py:method:: Configure(DevString) -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	:param argin: (not documented)

	:type argin: DevString

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: DebugDevice; LowTmcLeafNodeCspSubarray.DebugDevice

.. py:method:: DebugDevice() -> DevUShort
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: The TCP port the debugger is listening on.

.. index::
	single: End; LowTmcLeafNodeCspSubarray.End

.. py:method:: End() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: EndScan; LowTmcLeafNodeCspSubarray.EndScan

.. py:method:: EndScan() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: GetVersionInfo; LowTmcLeafNodeCspSubarray.GetVersionInfo

.. py:method:: GetVersionInfo() -> DevVarStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: returns (None): The result code and the command unique ID

.. index::
	single: Init; LowTmcLeafNodeCspSubarray.Init

.. py:method:: Init() -> DevVoid
	:module: LowTmcLeafNodeCspSubarray

	Init

.. index::
	single: Off; LowTmcLeafNodeCspSubarray.Off

.. py:method:: Off() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: [ResultCode][message or command id]

.. index::
	single: On; LowTmcLeafNodeCspSubarray.On

.. py:method:: On() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: [ResultCode][message or command id]

.. index::
	single: ReleaseAllResources; LowTmcLeafNodeCspSubarray.ReleaseAllResources

.. py:method:: ReleaseAllResources() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: Reset; LowTmcLeafNodeCspSubarray.Reset

.. py:method:: Reset() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: [ResultCode][message or command id]

.. index::
	single: Restart; LowTmcLeafNodeCspSubarray.Restart

.. py:method:: Restart() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: Scan; LowTmcLeafNodeCspSubarray.Scan

.. py:method:: Scan(DevString) -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	:param argin: (not documented)

	:type argin: DevString

	:returns: :return: (not documented)
		:rtype: DevVarLongStringArray

.. index::
	single: SetAdminMode; LowTmcLeafNodeCspSubarray.SetAdminMode

.. py:method:: SetAdminMode(DevEnum) -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	The input string in JSON format.

	:returns: (ReturnType, 'informational message')

.. index::
	single: Standby; LowTmcLeafNodeCspSubarray.Standby

.. py:method:: Standby() -> DevVarLongStringArray
	:module: LowTmcLeafNodeCspSubarray

	No input parameter (DevVoid)

	:returns: [ResultCode][message or command id]