Chapter 16. Appendix F – config.ini file

Name

Description

Settings

General settings group of entries.

Calibration

Calibration related group of entries.

Instruments

Instrument settings group.

DataStream

Settings used in data streaming configuration.

Viewer

Data viewer group.

AnaloguePowerBoard

Power board configuration group of entries.

Section:

[Settings]

Entry:

Experimental

Value type:

Boolean

Accepted values:

true/false

Description:

This entry enables or disables experimental mode for Discovery application. Experimental mode is not advised to be used since it enables functionalities that were not fully tested.

Example:

Experimental=true

Default:

Experimental=false

Section:

[Settings]

Entry:

CloudRegistryGroupIdentifier

Value type:

String

Accepted values:

text

Description:

This entry is used as cloud registry group identifier for devices lookup in Discovery “registry” mode. This entry is modified by Discovery during runtime through File/Settings.

Example:

CloudRegistryGroupIdentifier=public

Default:

CloudRegistryGroupIdentifier=

Section:

[Settings]

Entry:

CloudRegistryIP

Value type:

String

Accepted values:

IP address as text

Description:

This entry provides IP address of a cloud registry server. This value will be modified if registry server hostname entry translates to different IP address.

Example:

CloudRegistryIP=10.20.30.123

Default:

CloudRegistryIP=52.34.40.123

Section:

[Settings]

Entry:

CloudRegistryHostname

Value type:

String

Accepted values:

hostname as text

Description:

This entry provides hostname of a cloud registry server. This value will be used for translation in to an IP address.

Example:

CloudRegistryHostname=myhost.domain.com

Default:

CloudRegistryHostname=ec2-52-34-40-123.us-west-2.compute.amazonaws.com

Section:

[Settings]

Entry:

CloudSelfGroupIdentifier

Value type:

String

Accepted values:

text

Description:

This entry is used when Discovery is configured in self cloud server registering mode as a group identifier to where the computer belongs to.

Example:

CloudSelfGroupIdentifier=public

Default:

CloudSelfGroupIdentifier=

Section:

[Settings]

Entry:

CloudSelfRegistering

Value type:

Boolean

Accepted values:

true/false

Description:

This entry enables or disables self cloud server registering mode.

Example:

CloudSelfRegistering=true

Default:

CloudSelfRegistering=false

Section:

[Settings]

Entry:

BroadcastDiscoveryPing

Value type:

Boolean

Accepted values:

true/false

Description:

This entry enables or disables sending broadcast discovery packet to other computers in the network. With this mode enabled, Discovery instance will notify all other computers in the network about its existence and current state of health.

Example:

BroadcastDiscoveryPing=true

Default:

BroadcastDiscoveryPing=false

Section:

[Settings]

Entry:

ReplyToDiscoveryPing

Value type:

Boolean

Accepted values:

true/false

Description:

This entry specifies if Discovery should respond to responder PING.

Example:

ReplyToDiscoveryPing=true

Default:

ReplyToDiscoveryPing=false

Section:

[Settings]

Entry:

DefaultHTTPPort

Value type:

Integer

Accepted values:

Numbers

Description:

This entry specifies the default HTTP port used for accessing the webpages.

Example:

DefaultHTTPPort=81

Default:

DefaultHTTPPort=80

Section:

[Settings]

Entry:

MainWindowColumns

Value type:

List of integers

Accepted values:

Comma separated list of numbers

Description:

This entry should not be edited manually – contains list of displayed columns in Discovery application main window.

Example:

MainWindowColumns=0, 3, 1, 8, 12, 13, 18, 17, 16, 10, 9, 11, 19, 15, 14, 2, 4, 5, 6, 7, 20

Default:

MainWindowColumns=0, 1, 2, 3, 4, 7, 8, 10, 12, 13

Section:

[Settings]

Entry:

MainWindowSort

Value type:

Integer

Accepted values:

Numbers

Description:

This entry should not be edited manually – contains index of a column to sort against.

Example:

MainWindowSort=3

Default:

MainWindowSort=

Section:

[Settings]

Entry:

StorageDir

Value type:

String

Accepted values:

Directory path as text

Description:

This entry specifies the path to Discovery storage root folder.

Example:

StorageDir=C:/data

Default:

StorageDir=C:/Users/user/AppData/Local/Temp/Guralp Storage/

Section:

[Settings]

Entry:

SonardyneCmdPort

Value type:

String

Accepted values:

Serial port as text

Description:

Defines serial port name used for communicating with the command port of the acoustic modem.

Example:

SonardyneCmdPort=ttyUSB0

Default:

SonardyneCmdPort=COM1

Section:

[Settings]

Entry:

SonardyneDataPort

Value type:

String

Accepted values:

Serial port as text

Description:

Defines serial port name used for communication with the data port of the acoustic modem.

Example:

SonardyneDataPort=ttyUSB1

Default:

SonardyneDataPort=COM2

Section:

[Settings]

Entry:

SonardyneServerAddr

Value type:

String

Accepted values:

Hostname as text

Description:

This value defines the location of the whalesong slave host. This entry can be configured as hostname or IP address.

Example:

SonardyneServerAddr=hostname.domain.com

Default:

SonardyneServerAddr=localhost

Section:

[Settings]

Entry:

SonardyneModemAddr

Value type:

Integer

Accepted values:

Numbers

Description:

This value defines the remote/ocean bottom acoustic modem address.

Example:

SonardyneModemAddr=9999

Default:

SonardyneModemAddr=5607

Section:

[Settings]

Entry:

TimeMachineIpAddress

Value type:

String

Accepted values:

IP address as text

Description:

Defines IP address of PTP server used for time source and GNSS location.

Example:

TimeMachineIpAddress=10.20.30.123

Default:

TimeMachineIpAddress=N/A

Section:

[Settings]

Entry:

WhalesongStoragePath

Value type:

String

Accepted values:

Location as text

Description:

This value specifies the storage location for data received through Whalesong protocol.

Example:

WhalesongStoragePath=

Default:

WhalesongStoragePath=C:/Users/user/AppData/Local/Temp/Whale/

Section:

[Settings]

Entry:

NetworkActivityLogfile

Value type:

String

Accepted values:

File path as text

Description:

This value specifies the path to a file that will be used for network traffic log.

Example:

NetworkActivityMonitor=true

Default:

NetworkActivityMonitor=false

Section:

[Settings]

Entry:

NetworkActivityMonitor

Value type:

Boolean

Accepted values:

true/false

Description:

This value determinates if network activity monitor is enabled or disabled.

Example:

NetworkActivityMonitor=true

Default:

NetworkActivityMonitor=false

Section:

[Settings]

Entry:

LogEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if Discovery application logging is enabled or not.

Example:

LogEnabled=true

Default:

LogEnabled=false

Section:

[Settings]

Entry:

LogFile

Value type:

String

Accepted values:

File path as text

Description:

Defines file path and file name of Discovery application log file.

Example:

LogFile=C:/discovery.log

Default:

LogFile=C:/Users/user/AppData/Local/Temp/Discovery.log

Section:

[Settings]

Entry:

LogFileSize

Value type:

Integer

Accepted values:

Numbers

Description:

Defines maximum size in bytes of Discovery application log file.

Example:

LogFileSize=12345678

Default:

LogFileSize=2147483648

Section:

[Settings]

Entry:

ResponderPreferredNetworkInterfaceName

Value type:

String

Accepted values:

text

Description:

Specifies preferred network interface to be used for responder broadcast ping.

Example:

ResponderPreferredNetworkInterfaceName=ethernet_0

Default:

<<not specified>>

Section:

[Settings]

Entry:

DoNotCreateCrashDump

Value type:

Boolean

Accepted values:

true/false

Description:

Switches off or on the crash dump generation when Discovery application crashes.

Example:

DoNotCreateCrashDump=true

Default:

DoNotCreateCrashDump=

Section:

[Settings]

Entry:

ShowUnknownSystemsInMainWindow

Value type:

Boolean

Accepted values:

true/false

Description:

This entry specifies if unknown (or nameless) systems should be displayed in Discovery Main Window.

Example:

ShowUnknownSystemsInMainWindow=true

Default:

ShowUnknownSystemsInMainWindow=false

Section:

[Settings]

Entry:

AcceptBroadcastDevicesWithIPStartingWith

Value type:

String

Accepted values:

Text pattern

Description:

If specified Discovery main table will contain systems with the start of IP address matching the entered value.

Example:

AcceptBroadcastDevicesWithIPStartingWith=192.168.0.

Default:

AcceptBroadcastDevicesWithIPStartingWith=

Section:

[Settings]

Entry:

FileBasedWatchdogFile

Value type:

String

Accepted values:

File path as text

Description:

Specifies the file path for a watchdog file.

Example:

FileBasedWatchdogFile=C:/Users/user/AppData/Local/Temp/DiscoWatchdog

Default:

FileBasedWatchdogFile=

Section:

[Settings]

Entry:

FileBasedWatchdogTimeout

Value type:

String

Accepted values:

File path as text

Description:

Specifies the timeout (in seconds) used to update the file-based watchdog file.

Example:

FileBasedWatchdogTimeout=300

Default:

FileBasedWatchdogTimeout=

Section:

[Settings]

Entry:

LoggingPowerBoardFileName

Value type:

String

Accepted values:

File path as text

Description:

Specifies a path to file that will be used for logging power board information.

Example:

LoggingPowerBoardFileName=C:/Users/user/AppData/Local/Temp/PowerBoard.log

Default:

LoggingPowerBoardFileName=

Section:

[Settings]

Entry:

LoggingPowerBoardFileSize

Value type:

Integer

Accepted values:

Number

Description:

Specifies a maximum size that the power board logging file can use (in bytes).

Example:

LoggingPowerBoardFileSize=1000000

Default:

LoggingPowerBoardFileSize=

Section:

[Settings]

Entry:

LoggingPowerBoardInterval

Value type:

Integer

Accepted values:

Number

Description:

Specifies the length of interval between power board information logging (in miliseconds)

Example:

LoggingPowerBoardInterval=30000

Default:

LoggingPowerBoardInterval=

Section:

[Settings]

Entry:

LoggingTimeMachineFileName

Value type:

String

Accepted values:

File path as text

Description:

Specifies a path to file that will be used for logging time machine (PTP server) information.

Example:

LoggingTimeMachineFileName=C:/Users/user/AppData/Local/Temp/PowerBoard.log

Default:

LoggingTimeMachineFileName=

Section:

[Settings]

Entry:

LoggingTimeMachineFileSize

Value type:

Integer

Accepted values:

Number

Description:

Specifies a maximum size that the time machine (PTP server) logging file can use (in bytes).

Example:

LoggingTimeMachineFileSize=1000000

Default:

LoggingTimeMachineFileSize=

Section:

[Settings]

Entry:

LoggingTimeMachineInterval

Value type:

Integer

Accepted values:

Number

Description:

Specifies the length of interval between time machine (PTP server) information logging (in miliseconds)

Example:

LoggingTimeMachineInterval=30000

Default:

LoggingTimeMachineInterval=

Section:

[Calibration]

Entry:

RadianTiltTableConnected

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if radian tilt table is connected to the computer that Discovery is running on.

Example:

RadianTiltTableConnected=true

Default:

RadianTiltTableConnected=false

Section:

[Calibration]

Entry:

BijouTiltTableConnected

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if bijou tilt table is connected to the computer that Discovery is running on.

Example:

BijouTiltTableConnected=true

Default:

BijouTiltTableConnected=false

Section:

[Calibration]

Entry:

AccelerometerCalibrationEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if radian accelerometer calibration functionality is enabled in the application.

Example:

AccelerometerCalibrationEnabled=true

Default:

AccelerometerCalibrationEnabled=false

Section:

[Calibration]

Entry:

MagnetometerCalibrationEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if radian magnetometer calibration functionality is enabled in the application.

Example:

MagnetometerCalibrationEnabled=true

Default:

MagnetometerCalibrationEnabled=false

Section:

[Calibration]

Entry:

CalibrationShakeTable

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if senor calibration shake table functionality is enabled in the application.

Example:

CalibrationShakeTable=true

Default:

CalibrationShakeTable=false

Section:

[Calibration]

Entry:

CalibrationRadianBalancing

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if sensor calibration balancing functionality is enabled in the application.

Example:

CalibrationRadianBalancing=true

Default:

CalibrationRadianBalancing=false

Section:

[Calibration]

Entry:

DbEntry

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if calibration values database connectivity is enabled.

Example:

DbEntry=true

Default:

DbEntry=false

Section:

[Calibration]

Entry:

CalibrationPageEditorEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if calibration editor widget is enabled in the application.

Example:

CalibrationPageEditorEnabled=true

Default:

CalibrationPageEditorEnabled=false

Section:

[Calibration]

Entry:

MinimusADCCalibrationEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if Minimus ADC calibration functionality is enabled in the application.

Example:

MinimusADCCalibrationEnabled=true

Default:

MinimusADCCalibrationEnabled=false

Section:

[Calibration]

Entry:

MinimusADCCalibrationDBEnabled

Value type:

Boolean

Accepted values:

true/

false

Description:

Defines if Minimus ADC calibration database interface is enabled in the application.

Example:

MinimusADCCalibrationDBEnabled=true

Default:

MinimusADCCalibrationDBEnabled=false

Section:

[Calibration]

Entry:

SpringExerciseEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if spring exercise functionality is enabled in the application.

Example:

SpringExerciseEnabled=true

Default:

SpringExerciseEnabled=false

Section:

[Calibration]

Entry:

CalibrationMeterHostname

Value type:

String

Accepted values:

Hostname or IP address as text

Description:

Specifies hostname or IP address of ADC calibration meter used in Minimus/Minimus+ calibration widget.

Example:

CalibrationMeterHostname=meter.hostname.domain.com

Default:

CalibrationMeterHostname=meter1

Section:

[Calibration]

Entry:

CalibrationSignalGeneratorHostname

Value type:

String

Accepted values:

Hostname or IP address as text

Description:

Specifies hostname or IP address of ADC calibration meter used in Minimus/Minimus+ calibration widget.

Example:

CalibrationSignalGeneratorHostname=siggen.hostname.domain.com

Default:

CalibrationSignalGeneratorHostname=sig1

Section:

[Calibration]

Entry:

FortisNoiseToleranceThreshold

Value type:

Float

Accepted values:

Numbers

Description:

Example:

FortisNoiseToleranceThreshold=0

Default:

FortisNoiseToleranceThreshold=0.019999999552965164

Section:

[Calibration]

Entry:

FortisCalArmCurrent

Value type:

Integer

Accepted values:

Numbers

Description:

Example:

FortisCalArmCurrent=2

Default:

FortisCalArmCurrent=3

Section:

[Calibration]

Entry:

FortisCalArmSerial

Value type:

Integer

Accepted values:

Numbers

Description:

Example:

FortisCalArmSerial=1

Default:

FortisCalArmSerial=0

Section:

[Calibration]

Entry:

FortisCalSpinnerSerial

Value type:

Integer

Accepted values:

Numbers

Description:

Example:

FortisCalSpinnerSerial=1

Default:

FortisCalSpinnerSerial=0

Section:

[Calibration]

Entry:

FortisCalSpinnerCurrent

Value type:

Integer

Accepted values:

Numbers

Description:

Example:

FortisCalSpinnerCurrent=1

Default:

FortisCalSpinnerCurrent=2

Section:

[Calibration]

Entry:

FortisCaldocSaveFolder

Value type:

String

Accepted values:

Directory path as text

Description:

Example:

FortisCaldocSaveFolder=C:/caldoc

Default:

FortisCaldocSaveFolder=

Section:

[Calibration]

Entry:

IMSDatabase

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if IMS database connectivity is available.

Example:

IMSDatabase=true

Default:

IMSDatabase=false

Section:

[Calibration]

Entry:

EnableDigitalSensorCalibration

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if digital sensors calibration values in Calibration Editor can be edited by the user. If this value is set to false, calibration editor (if enabled) will display digital sensor calibration values as read-only.

Example:

EnableDigitalSensorCalibration=true

Default:

EnableDigitalSensorCalibration=false

Section:

[Calibration]

Entry:

FortimusCurveFitting

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if Fortimus curve fitting data processing functionality is available in the application.

Example:

FortimusCurveFitting=true

Default:

FortimusCurveFitting=false

Section:

[Instruments]

Entry:

InstrumentsDebug

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies if instruments debug widget is available in Discovery device control centre.

Example:

InstrumentsDebug=true

Default:

InstrumentsDebug=false

Section:

[DataStream]

Entry:

GDI\ListenerEnabled

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies if GDI listener is enabled in the application.

Example:

GDI\ListenerEnabled=true

Default:

GDI\ListenerEnabled=false

Section:

[DataStream]

Entry:

GDI\ListenerPort

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies the listening port for GDI TCP/IP listener.

Example:

GDI\ListenerPort=1234

Default:

GDI\ListenerPort=4567

Section:

[DataStream]

Entry:

GDI\MaximumRAMAllowance

Value type:

Integer

Accepted values:

Numbers

Description:

Defines the maximum RAM allowance for GDI data pool (in bytes).

Example:

GDI\MaximumRAMAllowance=2048

Default:

<not included>

Section:

[DataStream]

Entry:

GDI\AutoInit

Value type:

List

Accepted values:

List of system names

Description:

Specifies a list of system that the connection will be automatically initiated when one appears in Discovery list.

Example:

GDI\AutoInit=

Default:

GDI\AutoInit=

Section:

[viewer]

Entry:

SelectionMenu

Value type:

Accepted values:

Description:

Example:

SelectionMenu=@Invalid()

Default:

SelectionMenu=@Invalid()

Section:

[AnaloguePowerBoard]

Entry:

Enabled

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if the analogue power board control functionality is enabled in the application.

Example:

Enabled=true

Default:

Enabled=false

Section:

[AnaloguePowerBoard]

Entry:

SerialConnection

Value type:

Boolean

Accepted values:

true/false

Description:

Defines if the analogue power board is connected locally through serial port.

Example:

SerialConnection=true

Default:

SerialConnection=false

Section:

[AnaloguePowerBoard]

Entry:

SerialPortName

Value type:

String

Accepted values:

Serial port name as text

Description:

Defines the name of serial port that analogue power board is connected to.

Example:

SerialPortName=ttyUSB0

Default:

SerialPortName=

Section:

[AnaloguePowerBoard]

Entry:

SerialBaudRate

Value type:

Integer

Accepted values:

Numbers

Description:

Defines the baud rate of serial port connection to the analogue power board.

Example:

SerialPortName=9600

Default:

SerialPortName=115200

Section:

[AnaloguePowerBoard]

Entry:

LabelJ08

Value type:

String

Accepted values:

Text

Description:

Specifies text label used for graphical user interface to describe analogue power board connector J08. Note that if the label is not configured information and controls for this connector are not going to be displayed in graphical interface.

Example:

LabelJ08=MINHI

Default:

LabelJ08=

Section:

[AnaloguePowerBoard]

Entry:

LabelJ09

Value type:

String

Accepted values:

Text

Description:

Specifies text label used for graphical user interface to describe analogue power board connector J09. Note that if the label is not configured information and controls for this connector are not going to be displayed in graphical interface.

Example:

LabelJ09=MINLO

Default:

LabelJ09=

Section:

[AnaloguePowerBoard]

Entry:

LabelJ10

Value type:

String

Accepted values:

Text

Description:

Specifies text label used for graphical user interface to describe analogue power board connector J10. Note that if the label is not configured information and controls for this connector are not going to be displayed in graphical interface.

Example:

LabelJ10=RADHI

Default:

LabelJ10=

Section:

[AnaloguePowerBoard]

Entry:

LabelJ11

Value type:

String

Accepted values:

Text

Description:

Specifies text label used for graphical user interface to describe analogue power board connector J11. Note that if the label is not configured information and controls for this connector are not going to be displayed in graphical interface.

Example:

LabelJ11=RADLO

Default:

LabelJ11=

Section:

[AnaloguePowerBoard]

Entry:

LabelJ12

Value type:

String

Accepted values:

Text

Description:

Specifies text label used for graphical user interface to describe analogue power board connector J12. Note that if the label is not configured information and controls for this connector are not going to be displayed in graphical interface.

Example:

LabelJ12=HOLEH

Default:

LabelJ12=

Section:

[AnaloguePowerBoard]

Entry:

LabelJ13

Value type:

String

Accepted values:

Text

Description:

Specifies text label used for graphical user interface to describe analogue power board connector J13. Note that if the label is not configured information and controls for this connector are not going to be displayed in graphical interface.

Example:

LabelJ13=HOLEL

Default:

LabelJ13=

Section:

[AnaloguePowerBoard]

Entry:

ControlsJ08

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether controls for analogue power board connector J08 are available in the graphical user interface.

Example:

ControlsJ08=true

Default:

ControlsJ08=false

Section:

[AnaloguePowerBoard]

Entry:

ControlsJ09

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether controls for analogue power board connector J09 are available in the graphical user interface.

Example:

ControlsJ09=true

Default:

ControlsJ09=false

Section:

[AnaloguePowerBoard]

Entry:

ControlsJ10

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether controls for analogue power board connector J10 are available in the graphical user interface.

Example:

ControlsJ10=true

Default:

ControlsJ10=false

Section:

[AnaloguePowerBoard]

Entry:

ControlsJ11

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether controls for analogue power board connector J11 are available in the graphical user interface.

Example:

ControlsJ11=true

Default:

ControlsJ11=false

Section:

[AnaloguePowerBoard]

Entry:

ControlsJ12

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether controls for analogue power board connector J12 are available in the graphical user interface.

Example:

ControlsJ12=true

Default:

ControlsJ12=false

Section:

[AnaloguePowerBoard]

Entry:

ControlsJ13

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether controls for analogue power board connector J13 are available in the graphical user interface.

Example:

ControlsJ13=true

Default:

ControlsJ13=false

Section:

[AnaloguePowerBoard]

Entry:

FuseMonitoringJ08

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether fuse monitoring label should be displayed in the Power Board UI.

Default: true

Section:

[AnaloguePowerBoard]

Entry:

FuseMonitoringJ09

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether fuse monitoring label should be displayed in the Power Board UI.

Default: true

Section:

[AnaloguePowerBoard]

Entry:

FuseMonitoringJ10

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether fuse monitoring label should be displayed in the Power Board UI.

Default: true

Section:

[AnaloguePowerBoard]

Entry:

FuseMonitoringJ11

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether fuse monitoring label should be displayed in the Power Board UI.

Default: true

Section:

[AnaloguePowerBoard]

Entry:

FuseMonitoringJ12

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether fuse monitoring label should be displayed in the Power Board UI.

Default: true

Section:

[AnaloguePowerBoard]

Entry:

FuseMonitoringJ13

Value type:

Boolean

Accepted values:

true/false

Description:

Specifies whether fuse monitoring label should be displayed in the Power Board UI.

Default: true

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnJ10

Value type:

QDateTime

Accepted values:

QDateTime value

Description:

This entry should not be modified manually. Specifies timestamp of the next power-on configured for connector J10.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnJ11

Value type:

QDateTime

Accepted values:

QDateTime value

Description:

This entry should not be modified manually. Specifies timestamp of the next power-on configured for connector J11.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnJ12

Value type:

QDateTime

Accepted values:

QDateTime value

Description:

This entry should not be modified manually. Specifies timestamp of the next power-on configured for connector J12.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnJ13

Value type:

QDateTime

Accepted values:

QDateTime value

Description:

This entry should not be modified manually. Specifies timestamp of the next power-on configured for connector J13.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnTimeoutJ10

Value type:

Integer

Accepted values:

Numbers

Description:

This entry should not be modified manually. Specifies timeout configured for next switch on of connector J10.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnTimeoutJ11

Value type:

Integer

Accepted values:

Numbers

Description:

This entry should not be modified manually. Specifies timeout configured for next switch on of connector J11.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnTimeoutJ12

Value type:

Integer

Accepted values:

Numbers

Description:

This entry should not be modified manually. Specifies timeout configured for next switch on of connector J12.

Section:

[AnaloguePowerBoard]

Entry:

NextSwitchOnTimeoutJ13

Value type:

Integer

Accepted values:

Numbers

Description:

This entry should not be modified manually. Specifies timeout configured for next switch on of connector J13.

Section:

[AnaloguePowerBoard]

Entry:

AutoSwitchOffTimeoutWhenPSUOn

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies timeout in seconds of when the system is going to be switched off if the reason of analogue power board power on is “power supply switch on”. Please note that minimal timeout is 5 minutes (300 seconds) and any value lower than 300 will be overwritten in the application to 300 seconds.

Example:

AutoSwitchOffTimeoutWhenPSUOn=600

Default:

AutoSwitchOffTimeoutWhenPSUOn=

Section:

[AnaloguePowerBoard]

Entry:

AutoSwitchOffTimeoutWhenAcousticComms

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies timeout in seconds of when the system is going to be switched off if the reason of analogue power board power on is “acoustic modem communication”. Please note that minimal timeout is 5 minutes (300 seconds) and any value lower than 300 will be overwritten in the application to 300 seconds.

Example:

AutoSwitchOffTimeoutWhenAcousticComms=600

Default:

AutoSwitchOffTimeoutWhenAcousticComms=

Section:

[AnaloguePowerBoard]

Entry:

AutoSwitchOffTimeoutWhenPowerBoardTimer

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies timeout in seconds of when the system is going to be switched off if the reason of analogue power board power on is “internal power board timer”. Please note that minimal timeout is 5 minutes (300 seconds) and any value lower than 300 will be overwritten in the application to 300 seconds.

Example:

AutoSwitchOffTimeoutWhenPowerBoardTimer=600

Default:

AutoSwitchOffTimeoutWhenPowerBoardTimer=

Section:

[AnaloguePowerBoard]

Entry:

AutoSwitchOffTimeoutWhenPulseFromShore

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies timeout in seconds of when the system is going to be switched off if the reason of analogue power board power on is “pulse from shore”. Please note that minimal timeout is 5 minutes (300 seconds) and any value lower than 300 will be overwritten in the application to 300 seconds.

Example:

AutoSwitchOffTimeoutWhenPulseFromShore=600

Default:

AutoSwitchOffTimeoutWhenPulseFromShore=

Section:

[AnaloguePowerBoard]

Entry:

SwitchOffSystemWhenPowerOffConnector

Value type:

Integer

Accepted values:

Numbers

Description:

Determinates based on which connector power off request to switch off the operating system cleanly – issue system power down command.

Example:

SwitchOffSystemWhenPowerOffConnector=11

Default:

SwitchOffSystemWhenPowerOffConnector=

Section:

[AnaloguePowerBoard]

Entry:

ServerConnectionPort

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies server connection port. This port is used to open the connection to the power board server from a client.

Example:

ServerConnectionPort=25002

Default:

ServerConnectionPort=17789

Section:

[AnaloguePowerBoard]

Entry:

ServerListeningPort

Value type:

Integer

Accepted values:

Numbers

Description:

Specifies server listening port. This port is used to listen for any incoming connections from remote power board client.

Example:

ServerListeningPort=25002

Default:

ServerListeningPort=17789

Section:

[AnaloguePowerBoard]

Entry:

SwitchOnSequenceWhenPSUOn

Value type:

QList of integers

Accepted values:

Comma separated numbers

Description:

Specifies a list of connector numbers to switch on when power board power on reason is “power supply on”. Other connectors will get switched off.

Example:

SwitchOnSequenceWhenPSUOn=11, 13, 10

Default:

SwitchOnSequenceWhenPSUOn=11, 13

Section:

[AnaloguePowerBoard]

Entry:

SwitchOnSequenceWhenAcousticComms

Value type:

QList of integers

Accepted values:

Comma separated numbers

Description:

Specifies a list of connector numbers to switch on when power board power on reason is “acoustic modem communication”. Other connectors will get switched off.

Example:

SwitchOnSequenceWhenAcousticComms=11, 13, 10

Default:

SwitchOnSequenceWhenAcousticComms= @Variant(\0\0\0\t\0\0\0\x1\0\0\0\x2\0\0\0\v)

Section:

[AnaloguePowerBoard]

Entry:

SwitchOnSequenceWhenPowerBoardTimer

Value type:

QList of integers

Accepted values:

Comma separated numbers

Description:

Specifies a list of connector numbers to switch on when power board power on reason is “power board timer”. Other connectors will get switched off.

Example:

SwitchOnSequenceWhenPowerBoardTimer=11, 13, 10

Default:

SwitchOnSequenceWhenPowerBoardTimer=11, 13

Section:

[AnaloguePowerBoard]

Entry:

SwitchOnSequenceWhenPulseFromShore

Value type:

QList of integers

Accepted values:

Comma separated numbers

Description:

Specifies a list of connector numbers to switch on when power board power on reason is “pulse from shore”. Other connectors will get switched off.

Example:

SwitchOnSequenceWhenPulseFromShore=11, 13

Default:

SwitchOnSequenceWhenPulseFromShore=11, 13, 10