com.aur.aur720B

Class Aur720B.DeviceSettings

java.lang.Object

com.aur.aur720B.Aur720B.DeviceSettings

Enclosing class:

Aur720B

public class Aur720B.DeviceSettings
extends java.lang.Object

Constructor Summary

Constructors

Constructor and Description
DeviceSettings()

Method Summary

Modifier and Type	Method and Description
Aur720B.Callback<byte[]>	getAccessPassword() Request to get the Access Password that is used to unlock tag data.
Aur720B.Callback<byte[]>	getBleKbOutputPrefix() Request to get the prefix of output data.
Aur720B.Callback<byte[]>	getBleKbOutputSerialNumberDelimiter() Request to get the serial number delimiter of output data Serial Number Delimiter setting defines a set of ASCII codes that append to the output data and followed by serial number data.
Aur720B.Callback<AurParameter.Enable>	getBleKbOutputShowSerialNumber() Request to get if serial number data is show or hide.
Aur720B.Callback<byte[]>	getBleKbOutputSuffix() Request to get the suffix of output data.
Aur720B.Callback<byte[]>	getBleKbOutputTerminationDelimiter() Request to get the termination delimiter of output data.
Aur720B.Callback<byte[]>	getBluetoothMacAddress() Request to read the MAC address of Bluetooth for the device.
Aur720B.Callback<Aur720BParameter.BluetoothProfile>	getBluetoothProfile() Request to select the communication protocol profile for BLE interface.
Aur720B.Callback<byte[]>	getBsiEpcPrefix() Request to get the EPC prefix for the BSI.
Aur720B.Callback<AurParameter.Enable>	getBuzzerEnable() Request that if Buzzer is enable or not.
Aur720B.Callback<java.lang.Byte>	getCompanyPrefixLength() Request to get the company prefix length of EPC encoding in SGTIN format.
Aur720B.Callback<byte[]>	getCustomerKey() Request to get the customer key that is used to combine GIGA-TMS key to generate GC key.
Aur720B.Callback<java.util.Calendar>	getDeviceDate() Request the RTC data of the device.
Aur720B.Callback<java.lang.Integer>	getDeviceID() Request to get the ID of the Device.
Aur720B.Callback<java.util.Calendar>	getDeviceTime() Request to get the RTC time of the device.
Aur720B.Callback<Aur720BParameter.EncodeFormatOption>	getEncodeFormat() Request to get the selection the data type that is used to encode barcode to EPC (EPC encoding format).
Aur720B.Callback<java.util.HashSet<Aur720BParameter.EpcDataType>>	getEpcDataTypeSelection() Request to get the EPC data type selection that reader will use to decode (EPC encoding format).
Aur720B.Callback<byte[]>	getFrequencyAllocations() Holds the show PC field value obtained from the getFrequencyAllocations().
Aur720B.Callback<AurParameter.LinkFrequencyType>	getLinkFrequency() Request to get the link frequency of tag backscatter (tag to reader).
Aur720B.Callback<AurParameter.Enable>	getLogTableSaved() Request to get if it's enable to save reading RFID or barcode to internal memory.
Aur720B.Callback<java.util.LinkedHashSet<Aur720BParameter.OperationMenu>>	getMenuSelections() Request to get the on-screen menus for operation.
Aur720B.Callback<byte[]>	getNormalizeEpcPrefix() Request to get the prefix normalization by replacing BSI EPC prefix to be SGTIN-96 standard.
Aur720B.Callback<AurParameter.Visibility>	getPcFieldVisibility() Request if the PC data is shown or not when EPC displayed in raw data format.
Aur720B.Callback<java.lang.Byte>	getQValue() Request to get the starting Q value for the number of slots in the round.
Aur720B.Callback<Aur720BParameter.Region>	getRegion() Holds the region enumeration value obtained from the GetRegion().
Aur720B.Callback<Aur720BParameter.RfStrength>	getRfStrength() Request to get the RF output strength RF Strength setting is using to adjust the RF antenna output power.
Aur720B.Callback<AurParameter.RxDecodeType>	getRxDecode() Request to get the encoding of backscattered data (tag to reader).
Aur720B.Callback<java.lang.Byte>	getScanTagTimeout() Request to the scan tag timeout.
Aur720B.Callback<AurParameter.Session>	getSession() Request to get a session during an inventory round.
Aur720B.Callback<AurParameter.SgtinFilter>	getSgtinFilterValue() Request to get the filter value of EPC encoding in SGTIN format.
Aur720B.Callback<byte[]>	getSgtinSerialNumber() Request to get the serial number of EPC encoding in SGTIN format.
Aur720B.Callback<Aur720BParameter.TagProtectionOption>	getTagProtectOption() Request to get the way of using access password to protect tag data.
Aur720B.Callback<AurParameter.Target>	getTarget() Request to get a target during an inventory round.
Aur720B.Callback<java.lang.Integer>	getTimeToEnterSleepMode() Request to get the time to enter sleep mode Time to Enter Standby setting defines the idle time that switch device from Activity Mode to Standby Mode.
Aur720B.Callback<AurParameter.Enable>	getVibrationEnable() Request that if Vibration is enable or not.
Aur720B.Callback<java.lang.Void>	setAccessPassword(byte[] accessPassword) Request to define the Access Password that is used to unlock tag data.
Aur720B.Callback<java.lang.Void>	setBleKbOutputPrefix(byte[] prefix) Request to define the prefix of output data.
Aur720B.Callback<java.lang.Void>	setBleKbOutputSerialNumberDelimiter(byte[] serialNumberDelimiter) request to define the serial number delimiter of output data Serial Number Delimiter setting defines a set of ASCII codes that append to the output data and followed by serial number data.
Aur720B.Callback<java.lang.Void>	setBleKbOutputShowSerialNumber(AurParameter.Enable enable) Request to get if the serial number data is show or hide.
Aur720B.Callback<java.lang.Void>	setBleKbOutputSuffix(byte[] prefix) Request to define the suffix of output data.
Aur720B.Callback<java.lang.Void>	setBleKbOutputTerminationDelimiter(byte[] delimiter) Request to get the termination delimiter of output data.
Aur720B.Callback<java.lang.Void>	setBsiEpcPrefix(byte[] bisEpcPrefix) Request to define the EPC prefix for the BSI.
Aur720B.Callback<java.lang.Void>	setBuzzerEnable(AurParameter.Enable enable) Request to enable the vibration function or not.
Aur720B.Callback<java.lang.Void>	setCompanyPrefixLength(java.lang.Byte companyPrefixLength) Request to define the company prefix length of EPC encoding in SGTIN format.
Aur720B.Callback<java.lang.Void>	setCustomerKey(byte[] customerKey) Request to define the customer key that is used to combine GIGA-TMS key to generate GC key.
Aur720B.Callback<java.lang.Void>	setDeviceDate(java.util.Calendar date) Request to set the RTC data of the device.
Aur720B.Callback<java.lang.Void>	setDeviceId(int deviceId) Request to set the ID of the Device.
Aur720B.Callback<java.lang.Void>	setDeviceTime(java.util.Calendar time) Request to set the RTC time of the device.
Aur720B.Callback<java.lang.Void>	setEncodeFormat(Aur720BParameter.EncodeFormatOption encodeFormatOption) Request to select the data type that is used to encode barcode to EPC (EPC encoding format).
Aur720B.Callback<java.lang.Void>	setEpcDataTypeSelection(java.util.HashSet<Aur720BParameter.EpcDataType> epcDataTypes) Request to set Epc data type selection that reader will be used to decode (EPC encoding format).
Aur720B.Callback<java.lang.Void>	setLinkFrequency(AurParameter.LinkFrequencyType linkFrequencyType) Request to define the link frequency of tag backscatter (tag to reader).
Aur720B.Callback<java.lang.Void>	setLogTableSaved(AurParameter.Enable enable) Request to set if it's enable to save reading RFID or barcode to internal memory.
Aur720B.Callback<java.lang.Void>	setMenuSelections(java.util.LinkedHashSet<Aur720BParameter.OperationMenu> operationMenus) Request to select the on-screen menus for operation.
Aur720B.Callback<java.lang.Void>	setNormalizeEpcPrefix(byte[] prefix) Request to define the prefix normalization by replacing BSI EPC prefix to be SGTIN-96 standard.
Aur720B.Callback<java.lang.Void>	setPcFieldVisibility(AurParameter.Visibility visibility) Request to determine the PC data is shown or not when EPC displayed in raw data format.
Aur720B.Callback<java.lang.Void>	setQValue(java.lang.Byte qBegin) Request to define the starting Q value for the number of slots in the round.
Aur720B.Callback<java.lang.Void>	setRfStrength(Aur720BParameter.RfStrength rfStrength) Request to adjust the RF output strength RF Strength setting is using to adjust the RF antenna output power.
Aur720B.Callback<java.lang.Void>	setRxDecode(AurParameter.RxDecodeType rxDecode) Request to set the encoding of backscattered data (tag to reader).
Aur720B.Callback<java.lang.Void>	setScanTagTimeout(java.lang.Byte timeout) Request to set the scan tag timeout.
Aur720B.Callback<java.lang.Void>	setSession(AurParameter.Session session) Request to choose a session during an inventory round.
Aur720B.Callback<java.lang.Void>	setSgtinFilterValue(AurParameter.SgtinFilter sgtinFilter) Request to defines the filter value of EPC encoding in SGTIN format.
Aur720B.Callback<java.lang.Void>	setSgtinSerialNumber(byte[] sgtinSerialNumber) Request to get the serial number of EPC encoding in SGTIN format.
Aur720B.Callback<java.lang.Void>	setTagProtectOption(Aur720BParameter.TagProtectionOption tagProtectionOption) Request to specify the way of using access password to protect tag data.
Aur720B.Callback<java.lang.Void>	setTarget(AurParameter.Target target) Request to get a target during an inventory round.
Aur720B.Callback<java.lang.Void>	setTimeToEnterSleepMode(int timeout) Request to set the time to enter sleep mode.
Aur720B.Callback<java.lang.Void>	setVibrationEnable(AurParameter.Enable enable) Request to enable the vibration function or not.
Aur720B.Callback<java.lang.Void>	updateSettingChanges() Request to Update the changed settings to EEPROM.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

DeviceSettings

public DeviceSettings()

Method Detail

getDeviceID

public Aur720B.Callback<java.lang.Integer> getDeviceID()

Request to get the ID of the Device. Device ID setting defines the identifier for the device. This ID can be registered to logger for data tracing usage. The range of Device ID is between 0 to 65535.

setDeviceId

public Aur720B.Callback<java.lang.Void> setDeviceId(int deviceId)

Request to set the ID of the Device. Device ID setting defines the identifier for the device. This ID can be registered to logger for data tracing usage. The range of Device ID is between 0 to 65535.

Parameters:

deviceId - Device ID value. The value is ranging from 0 to 65535.

getVibrationEnable

public Aur720B.Callback<AurParameter.Enable> getVibrationEnable()

Request that if Vibration is enable or not. Vibration setting defines the vibration function to be enabled or disabled. The factory-preset is enableing the vibration function.

See Also:

AurParameter.Enable

setVibrationEnable

public Aur720B.Callback<java.lang.Void> setVibrationEnable(AurParameter.Enable enable)

Request to enable the vibration function or not. Vibration setting defines the vibration function to be enabled or disabled. The factory-preset is enableing the vibration function.

Parameters:

enable - Enable or not to open the vibration function.

See Also:

AurParameter.Enable

getBuzzerEnable

public Aur720B.Callback<AurParameter.Enable> getBuzzerEnable()

Request that if Buzzer is enable or not. Buzzer setting defines the buzzer function to be enabled or disabled. The factory preset is enabling the buzzer function.

See Also:

Enable

setBuzzerEnable

public Aur720B.Callback<java.lang.Void> setBuzzerEnable(AurParameter.Enable enable)

Request to enable the vibration function or not. Buzzer setting defines the buzzer function to be enabled or disabled. The factory preset is enabling the buzzer function.

Parameters:

enable - Enable or not to open the vibration function.

See Also:

AurParameter.Enable

getRfStrength

public Aur720B.Callback<Aur720BParameter.RfStrength> getRfStrength()

Request to get the RF output strength RF Strength setting is using to adjust the RF antenna output power. Basically, the more power output, the more distance is able to be read. The factory present of RF Strength setting is Low.

See Also:

Aur720BParameter.RfStrength

setRfStrength

public Aur720B.Callback<java.lang.Void> setRfStrength(Aur720BParameter.RfStrength rfStrength)

Request to adjust the RF output strength RF Strength setting is using to adjust the RF antenna output power. Basically, the more power output, the more distance is able to be read. The factory present of RF Strength setting is Low.

Parameters:

rfStrength - The rfStrength setting.

See Also:

Aur720BParameter.RfStrength

getScanTagTimeout

public Aur720B.Callback<java.lang.Byte> getScanTagTimeout()

Request to the scan tag timeout. Scan Tag Timeout setting defines the scanning time for reading tag. If the tag is not found after the defining scanning time, then abort the scanning operation and return to main menu. The unit of timeout of scanning tag in second, and the range is between 5 to 60s.

setScanTagTimeout

public Aur720B.Callback<java.lang.Void> setScanTagTimeout(java.lang.Byte timeout)

Request to set the scan tag timeout. Scan Tag Timeout setting defines the scanning time for reading tag. If the tag is not found after the defining scanning time, then abort the scanning operation and return to main menu.

Parameters:

timeout - The timeout of scanning tag in unit second. Range: 5~60s.

getTimeToEnterSleepMode

public Aur720B.Callback<java.lang.Integer> getTimeToEnterSleepMode()

Request to get the time to enter sleep mode Time to Enter Standby setting defines the idle time that switch device from Activity Mode to Standby Mode. The Unit of time to enter sleep mode is unit seconds. The range is between 60~600s.

setTimeToEnterSleepMode

public Aur720B.Callback<java.lang.Void> setTimeToEnterSleepMode(int timeout)

Request to set the time to enter sleep mode. Time to Enter Standby setting defines the idle time that switch device from Activity Mode to Standby Mode.

Parameters:

timeout - Time to enter sleep mode in unit seconds. The range is between 60~600s.

getDeviceDate

public Aur720B.Callback<java.util.Calendar> getDeviceDate()

Request the RTC data of the device. Device features a RTC (real-time clock) that used to keep actual date and time. This command will change RTC’s date value, and with a backup battery installed lets RTC continue running even the device lost power.

setDeviceDate

public Aur720B.Callback<java.lang.Void> setDeviceDate(java.util.Calendar date)

Request to set the RTC data of the device. Device features a RTC (real-time clock) that used to keep actual date and time. This command will change RTC’s date value, and with a backup battery installed lets RTC continue running even the device lost power.

Parameters:

date - The RTC date of device

getDeviceTime

public Aur720B.Callback<java.util.Calendar> getDeviceTime()

Request to get the RTC time of the device. Device features a RTC (real-time clock) that used to keep actual date and time. This command will change RTC’s time value, and with a backup battery installed lets RTC continue running even the device lost power.

setDeviceTime

public Aur720B.Callback<java.lang.Void> setDeviceTime(java.util.Calendar time)

Request to set the RTC time of the device. Device features a RTC (real-time clock) that used to keep actual date and time. This command will change RTC’s time value, and with a backup battery installed lets RTC continue running even the device lost power.

getMenuSelections

public Aur720B.Callback<java.util.LinkedHashSet<Aur720BParameter.OperationMenu>> getMenuSelections()

Request to get the on-screen menus for operation. Menu setting defines the menus used for operation. The menu number indicates an operation displayed on the main menu.

See Also:

Aur720BParameter.OperationMenu

setMenuSelections

public Aur720B.Callback<java.lang.Void> setMenuSelections(java.util.LinkedHashSet<Aur720BParameter.OperationMenu> operationMenus)

Request to select the on-screen menus for operation. Menu setting defines the menus used for operation. The menu number indicates an operation displayed on the main menu.

Parameters:

operationMenus - The operation menus with sequence that is going to show on the screen.

See Also:

Aur720BParameter.OperationMenu

getPcFieldVisibility

public Aur720B.Callback<AurParameter.Visibility> getPcFieldVisibility()

Request if the PC data is shown or not when EPC displayed in raw data format. PC Field Visibility setting determines to show PC field data on screen when users scan RFID tag displayed in raw data format.

See Also:

AurParameter.Visibility

setPcFieldVisibility

public Aur720B.Callback<java.lang.Void> setPcFieldVisibility(AurParameter.Visibility visibility)

Request to determine the PC data is shown or not when EPC displayed in raw data format. PC Field Visibility setting determines to show PC field data on screen when users scan RFID tag displayed in raw data format.

Parameters:

visibility - The visibility of PC field

See Also:

AurParameter.Visibility

getEpcDataTypeSelection

public Aur720B.Callback<java.util.HashSet<Aur720BParameter.EpcDataType>> getEpcDataTypeSelection()

Request to get the EPC data type selection that reader will use to decode (EPC encoding format). EPC Data Type Selection setting defines the data type that EPC data is encoded. Reader will use the selected data type to decode the EPC data. If failed, it will direct show the raw data (binary EPC).

See Also:

Aur720BParameter.EpcDataType

setEpcDataTypeSelection

public Aur720B.Callback<java.lang.Void> setEpcDataTypeSelection(java.util.HashSet<Aur720BParameter.EpcDataType> epcDataTypes)

Request to set Epc data type selection that reader will be used to decode (EPC encoding format). EPC Data Type Selection setting defines the data type that EPC data is encoded. Reader will use the selected data type to decode the EPC data. If failed, it will direct show the raw data (binary EPC).

Parameters:

epcDataTypes - The epc data type selections which are used to decode

See Also:

Aur720BParameter.EpcDataType

getEncodeFormat

public Aur720B.Callback<Aur720BParameter.EncodeFormatOption> getEncodeFormat()

Request to get the selection the data type that is used to encode barcode to EPC (EPC encoding format). Encode Format setting defines the data type that barcode data is encoded to write to EPC memory.

See Also:

Aur720BParameter.EncodeFormatOption

setEncodeFormat

public Aur720B.Callback<java.lang.Void> setEncodeFormat(Aur720BParameter.EncodeFormatOption encodeFormatOption)

Request to select the data type that is used to encode barcode to EPC (EPC encoding format). Encode Format setting defines the data type that barcode data is encoded to write to EPC memory.

Parameters:

encodeFormatOption - The encode data type that is used to encode barcode to EPC

See Also:

Aur720BParameter.EncodeFormatOption

getCustomerKey

public Aur720B.Callback<byte[]> getCustomerKey()

Request to get the customer key that is used to combine GIGA-TMS key to generate GC key. The length of Customer Key is 4 bytes.

setCustomerKey

public Aur720B.Callback<java.lang.Void> setCustomerKey(byte[] customerKey)

Request to define the customer key that is used to combine GIGA-TMS key to generate GC key.

Parameters:

customerKey - The customer key that is used to combine GIGA-TMS key to generate GC key. It is a 4-bytes data.

getSgtinSerialNumber

public Aur720B.Callback<byte[]> getSgtinSerialNumber()

Request to get the serial number of EPC encoding in SGTIN format. EPC Serial Number setting is required when encodes barcode to EPC by using EPC/UPC, EPC/UPC+EAS format (SGTIN-96). The length of Serial Number is used to encode is the least 38-bit of 5-bytes setting value (SGTIN-96 defines, which the 38-bits ranges from 0 to ‭274,877,906,943‬). For SGTIN-198, the Serial Number will be 140-bit length.‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬ The length of the SGTIN Serial Number is 5 bytes.

setSgtinSerialNumber

public Aur720B.Callback<java.lang.Void> setSgtinSerialNumber(byte[] sgtinSerialNumber)

Request to get the serial number of EPC encoding in SGTIN format. EPC Serial Number setting is required when encodes barcode to EPC by using EPC/UPC, EPC/UPC+EAS format (SGTIN-96). The length of Serial Number is used to encode is the least 38-bit of 5-bytes setting value (SGTIN-96 defines, which the 38-bits ranges from 0 to ‭274,877,906,943‬). For SGTIN-198, the Serial Number will be 140-bit length.‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬‬

Parameters:

sgtinSerialNumber - The serial number of EPC encoding in SGTIN format. It is a 5-byte data.

getSgtinFilterValue

public Aur720B.Callback<AurParameter.SgtinFilter> getSgtinFilterValue()

Request to get the filter value of EPC encoding in SGTIN format.

See Also:

AurParameter.SgtinFilter

setSgtinFilterValue

public Aur720B.Callback<java.lang.Void> setSgtinFilterValue(AurParameter.SgtinFilter sgtinFilter)

Request to defines the filter value of EPC encoding in SGTIN format.

Parameters:

sgtinFilter - The filter value of EPC encoding in SGTIN format.

getCompanyPrefixLength

public Aur720B.Callback<java.lang.Byte> getCompanyPrefixLength()

Request to get the company prefix length of EPC encoding in SGTIN format. GS1 Company Prefix Length setting is determined by Partition value. The range of Company Prefix Length is from 6 tp 12.

setCompanyPrefixLength

public Aur720B.Callback<java.lang.Void> setCompanyPrefixLength(java.lang.Byte companyPrefixLength)

Request to define the company prefix length of EPC encoding in SGTIN format. GS1 Company Prefix Length setting is determined by Partition value.

Parameters:

companyPrefixLength - The company prefix length of EPC encoding in SGTIN format. GS1 Company Prefix Length setting is determined by Partition value. Range:6~12

getTagProtectOption

public Aur720B.Callback<Aur720BParameter.TagProtectionOption> getTagProtectOption()

Request to get the way of using access password to protect tag data. Tag Protection setting determines the way of using access password to protect tag data. For the Dynamic Password, the access password is generated by Customer Key setting and TID serial number value.

See Also:

Aur720BParameter.TagProtectionOption, setCustomerKey(byte[]), getCustomerKey()

setTagProtectOption

public Aur720B.Callback<java.lang.Void> setTagProtectOption(Aur720BParameter.TagProtectionOption tagProtectionOption)

Request to specify the way of using access password to protect tag data. Tag Protection setting determines the way of using access password to protect tag data. For the Dynamic Password, the access password is generated by Customer Key setting and TID serial number value.

Parameters:

tagProtectionOption - Tag Protection setting determines the way of using access password to protect tag data. For the Dynamic Password, the access password is generated by Customer Key setting and TID serial number value.

See Also:

setCustomerKey(byte[]), getCustomerKey()

getAccessPassword

public Aur720B.Callback<byte[]> getAccessPassword()

Request to get the Access Password that is used to unlock tag data. Access Password setting is used to unlock the tag to get permission to access tag data. This setting is only used when the Tag Protection setting is set to Specified Password. The length of Access Password is 4 bytes.

See Also:

getTagProtectOption(), setTagProtectOption(Aur720BParameter.TagProtectionOption)

setAccessPassword

public Aur720B.Callback<java.lang.Void> setAccessPassword(byte[] accessPassword)

Request to define the Access Password that is used to unlock tag data. Access Password setting is used to unlock the tag to get permission to access tag data. This setting is only used when the Tag Protection setting is set to Specified Password.

Parameters:

accessPassword - Access Password setting is used to unlock the tag to get permission to access tag data. Length: 4 bytes.

See Also:

getTagProtectOption(), setTagProtectOption(Aur720BParameter.TagProtectionOption)

getBsiEpcPrefix

public Aur720B.Callback<byte[]> getBsiEpcPrefix()

Request to get the EPC prefix for the BSI. BSI EPC Prefix setting defines the first 2 bytes of EPC binary data for BSI.

setBsiEpcPrefix

public Aur720B.Callback<java.lang.Void> setBsiEpcPrefix(byte[] bisEpcPrefix)

Request to define the EPC prefix for the BSI. BSI EPC Prefix setting defines the first 2 bytes of EPC binary data for BSI.

Parameters:

bisEpcPrefix - BSI EPC Prefix setting defines the first 2 bytes of EPC binary data for BSI. Length: 2 bytes.

getNormalizeEpcPrefix

public Aur720B.Callback<byte[]> getNormalizeEpcPrefix()

Request to get the prefix normalization by replacing BSI EPC prefix to be SGTIN-96 standard. Normalize EPC Prefix setting defines 2 bytes prefix that is used to replace the first 2 bytes of BSI EPC then can use SGTIN-96 to decode the EPC binary data.

setNormalizeEpcPrefix

public Aur720B.Callback<java.lang.Void> setNormalizeEpcPrefix(byte[] prefix)

Request to define the prefix normalization by replacing BSI EPC prefix to be SGTIN-96 standard. Normalize EPC Prefix setting defines 2 bytes prefix that is used to replace the first 2 bytes of BSI EPC then can use SGTIN-96 to decode the EPC binary data.

Parameters:

prefix - The prefix normalization by replacing BSI EPC prefix to be SGTIN-96 standard. Length: 2 bytes.

getLogTableSaved

public Aur720B.Callback<AurParameter.Enable> getLogTableSaved()

Request to get if it's enable to save reading RFID or barcode to internal memory. Log Table Saved setting determines to save the reading data when you scan the RFID tag or barcode. The data will be stored in Barcode/RFID Log Table. You can use Database command to download the records in this table.

See Also:

Aur720BParameter.BarcodeRfidLogTableFormat

setLogTableSaved

public Aur720B.Callback<java.lang.Void> setLogTableSaved(AurParameter.Enable enable)

Request to set if it's enable to save reading RFID or barcode to internal memory. Log Table Saved setting determines to save the reading data when you scan the RFID tag or barcode. The data will be stored in Barcode/RFID Log Table. You can use Database command to download the records in this table.

Parameters:

enable - Enable to save reading RFID or barcode to internal memory or not.

See Also:

AurParameter.Enable

getBleKbOutputPrefix

public Aur720B.Callback<byte[]> getBleKbOutputPrefix()

Request to get the prefix of output data. Prefix setting defines a set of ASCII codes that append to the head of output data. This setting is only applied for the data ouput by keyboard emulation. The length of prefix is 0~20

See Also:

getBleKbOutputTerminationDelimiter(), setBleKbOutputTerminationDelimiter(byte[]), getBleKbOutputSuffix(), setBleKbOutputSuffix(byte[]), getBluetoothProfile()

setBleKbOutputPrefix

public Aur720B.Callback<java.lang.Void> setBleKbOutputPrefix(byte[] prefix)

Request to define the prefix of output data. Prefix setting defines a set of ASCII codes that append to the head of output data. This setting is only applied for the data ouput by keyboard emulation. The length of prefix is 0~20

Parameters:

prefix - The prefix of output data. The length of is 0~20.

See Also:

getBleKbOutputTerminationDelimiter(), setBleKbOutputTerminationDelimiter(byte[]), getBleKbOutputSuffix(), setBleKbOutputSuffix(byte[]), getBluetoothProfile()

getBleKbOutputSuffix

public Aur720B.Callback<byte[]> getBleKbOutputSuffix()

Request to get the suffix of output data. Suffix setting defines a set of ASCII codes that append to the end of output data. This setting is only applied for the data output by keyboard emulation. The length of suffix is 0~20

See Also:

(), getBleKbOutputTerminationDelimiter(), setBleKbOutputTerminationDelimiter(byte[]), getBluetoothProfile()

setBleKbOutputSuffix

public Aur720B.Callback<java.lang.Void> setBleKbOutputSuffix(byte[] prefix)

Request to define the suffix of output data. Suffix setting defines a set of ASCII codes that append to the end of output data. This setting is only applied for the data output by keyboard emulation. The length of suffix is 0~20

Parameters:

prefix - The suffix of output data. The length of suffix is 0~20

See Also:

getBleKbOutputPrefix(), setBleKbOutputPrefix(byte[],), getBleKbOutputTerminationDelimiter(), setBleKbOutputTerminationDelimiter(byte[]), getBluetoothProfile()

getBleKbOutputTerminationDelimiter

public Aur720B.Callback<byte[]> getBleKbOutputTerminationDelimiter()

Request to get the termination delimiter of output data. Termination Delimiter setting defines a set of ASCII codes that append to the end of suffix data. This setting is only applied for the data ouput by keyboard emulation. The length of Termination Delimiter is 0~2.

See Also:

getBleKbOutputPrefix(), setBleKbOutputPrefix(byte[]), getBleKbOutputSuffix(), setBleKbOutputSuffix(byte[]), getBluetoothProfile()

setBleKbOutputTerminationDelimiter

public Aur720B.Callback<java.lang.Void> setBleKbOutputTerminationDelimiter(byte[] delimiter)

Request to get the termination delimiter of output data. Termination Delimiter setting defines a set of ASCII codes that append to the end of suffix data. This setting is only applied for the data ouput by keyboard emulation. The length of Termination Delimiter is 0~2.

Parameters:

delimiter - 2-Byte delimiter data in ASCII code, where the length is 0 to 2.

See Also:

getBleKbOutputPrefix(), setBleKbOutputPrefix(byte[]), getBleKbOutputSuffix(), setBleKbOutputSuffix(byte[]), getBluetoothProfile()

getBleKbOutputShowSerialNumber

public Aur720B.Callback<AurParameter.Enable> getBleKbOutputShowSerialNumber()

Request to get if serial number data is show or hide. Show Serial Number setting defines to show the serial number if the EPC is encoded in UDC, EAN/UPC (SGTIN96) format.

See Also:

AurParameter.Enable, setEpcDataTypeSelection(HashSet), getEpcDataTypeSelection(), setBleKbOutputShowSerialNumber(AurParameter.Enable), getBleKbOutputShowSerialNumber()

setBleKbOutputShowSerialNumber

public Aur720B.Callback<java.lang.Void> setBleKbOutputShowSerialNumber(AurParameter.Enable enable)

Request to get if the serial number data is show or hide. Show Serial Number setting defines to show the serial number if the EPC is encoded in UDC, EAN/UPC (SGTIN96) format.

Parameters:

enable - Enable to show the serial number or not.

See Also:

AurParameter.Enable, setEpcDataTypeSelection(HashSet), getEpcDataTypeSelection(), setBleKbOutputShowSerialNumber(AurParameter.Enable), getBleKbOutputShowSerialNumber()

getBleKbOutputSerialNumberDelimiter

public Aur720B.Callback<byte[]> getBleKbOutputSerialNumberDelimiter()

Request to get the serial number delimiter of output data Serial Number Delimiter setting defines a set of ASCII codes that append to the output data and followed by serial number data. This setting is only applied for the data output by keyboard emulation. The length of serial number delimiter is 0~1.

See Also:

setBleKbOutputShowSerialNumber(AurParameter.Enable), getBleKbOutputShowSerialNumber(), setBleKbOutputPrefix(byte[]), getBluetoothProfile()

setBleKbOutputSerialNumberDelimiter

public Aur720B.Callback<java.lang.Void> setBleKbOutputSerialNumberDelimiter(byte[] serialNumberDelimiter)

request to define the serial number delimiter of output data Serial Number Delimiter setting defines a set of ASCII codes that append to the output data and followed by serial number data. This setting is only applied for the data output by keyboard emulation. The length of serial number delimiter is 0~1.

Parameters:

serialNumberDelimiter - The serial number delimiter of output data. The length of serialNumberDelimiter is 0~1.

See Also:

setBleKbOutputShowSerialNumber(AurParameter.Enable), getBleKbOutputShowSerialNumber(), setBleKbOutputPrefix(byte[]), getBluetoothProfile()

getLinkFrequency

public Aur720B.Callback<AurParameter.LinkFrequencyType> getLinkFrequency()

Request to get the link frequency of tag backscatter (tag to reader). Profile setting defines the link frequency of tag backscatter (tag to reader).

setLinkFrequency

public Aur720B.Callback<java.lang.Void> setLinkFrequency(AurParameter.LinkFrequencyType linkFrequencyType)

Request to define the link frequency of tag backscatter (tag to reader). Profile setting defines the link frequency of tag backscatter (tag to reader).

Parameters:

linkFrequencyType - The link frequency of tag backscatter

getRxDecode

public Aur720B.Callback<AurParameter.RxDecodeType> getRxDecode()

Request to get the encoding of backscattered data (tag to reader). Rx Decode setting defines the encoding of backscattered data (tag to reader). Tags shall encode the backscattered data as either FM0 baseband or Miller modulation of a subcarrier at the data rate. The Interrogator specifies the encoding type.

setRxDecode

public Aur720B.Callback<java.lang.Void> setRxDecode(AurParameter.RxDecodeType rxDecode)

Request to set the encoding of backscattered data (tag to reader). Rx Decode setting defines the encoding of backscattered data (tag to reader). Tags shall encode the backscattered data as either FM0 baseband or Miller modulation of a subcarrier at the data rate. The Interrogator specifies the encoding type.

Parameters:

rxDecode - The encoding of backscattered data.

getQValue

public Aur720B.Callback<java.lang.Byte> getQValue()

Request to get the starting Q value for the number of slots in the round.

setQValue

public Aur720B.Callback<java.lang.Void> setQValue(java.lang.Byte qBegin)

Request to define the starting Q value for the number of slots in the round. Q Begin setting defines the starting Q value for the number of slots in the round.

Parameters:

qBegin - The starting Q value

getSession

public Aur720B.Callback<AurParameter.Session> getSession()

Request to get a session during an inventory round. Session setting defines the session for tag used during an inventory round.

setSession

public Aur720B.Callback<java.lang.Void> setSession(AurParameter.Session session)

Request to choose a session during an inventory round. Session setting defines the session for tag used during an inventory round.

Parameters:

session - Gen2 Session

getTarget

public Aur720B.Callback<AurParameter.Target> getTarget()

Request to get a target during an inventory round. Target setting defines the whether the Select modifies a Tag’s SL flag or its inventoried flag, and in the case of inventoried it further specifies one of four sessions.

setTarget

public Aur720B.Callback<java.lang.Void> setTarget(AurParameter.Target target)

Request to get a target during an inventory round. Target setting defines the whether the Select modifies a Tag’s SL flag or its inventoried flag, and in the case of inventoried it further specifies one of four sessions.

Parameters:

target - The Gen2 Target

getBluetoothMacAddress

public Aur720B.Callback<byte[]> getBluetoothMacAddress()

Request to read the MAC address of Bluetooth for the device. Each AUR720-BXX is shipped from the factory with unique MAC-address already assigned to it. Since the MAC-address of each AUR720-BXX is unique it may be used for device identification and establishing Bluetooth connection. The length of Bluetooth mac address is 6-byte.

getFrequencyAllocations

public Aur720B.Callback<byte[]> getFrequencyAllocations()

Holds the show PC field value obtained from the getFrequencyAllocations(). Return Value Type: FrequencyAllocationsFormat The hopping allocation of radio frequency (KHz).

getBluetoothProfile

public Aur720B.Callback<Aur720BParameter.BluetoothProfile> getBluetoothProfile()

Request to select the communication protocol profile for BLE interface. Bluetooth Profile setting defines the protocol profile between device and host via Bluetooth interface. This setting is read-only.

getRegion

public Aur720B.Callback<Aur720BParameter.Region> getRegion()

Holds the region enumeration value obtained from the GetRegion(). Return Value Type: Aur720B.DeviceSettings One of the enumeration values that represents the region regulations of UHF radio freuency which reader uses.

updateSettingChanges

public Aur720B.Callback<java.lang.Void> updateSettingChanges()

Request to Update the changed settings to EEPROM.