2. Method List¶

2.1. getPlatformVersion¶

Gets the Android OS version.

Future<String?> getPlatformVersion()

Return Value¶

Type	Description
Future<String?>	Android OS version

Sample Code¶

Future<String?> version = _a3xdPlugin.getPlatformVersion();
version.then((futureResult) {
   
});

2.2. getSDKVersion¶

Gets the A3XD SDK version.

Future<String?> getSDKVersion()

Return Value¶

Type	Description
Future<String?>	SDK version

Sample Code¶

Future<String?> version = _a3xdPlugin.getA3XDSDKVersion();
version.then((futureResult) {
   
});

2.3. getA3XDFlutterVersion¶

Gets the Flutter Plugin version.

Future<String?> getA3XDFlutterVersion()

Return Value¶

Type	Description
Future<String?>	Flutter Plugin version

Sample Code¶

Future<String?> version = _a3xdPlugin.getA3XDFlutterVersion();
version.then((futureResult) {
   
});

2.4. setLogLevel¶

Sets the log level.

Future<void> setLogLevel(A3XDLogLevel level)

Parameters¶

Argument Name	Type	Description
level	A3XDLogLevel	Log level `A3XDLogLevel`

Sample Code¶

_a3xdPlugin.setLogLevel(A3XDLogLevel.Error);

2.5. getLogLevel¶

Gets the log level.

Future<A3XDLogLevel?> getLogLevel()

Return Value¶

Type	Description
Future<A3XDLogLevel?>	Log level `A3XDLogLevel`

Sample Code¶

Future<A3XDLogLevel?> level = _a3xdPlugin.getLogLevel();
level.then((futureResult) {
  
});

2.6. setLog¶

Sets log output enabled or disabled.

Future<void> setLog(bool enable)

Parameters¶

Argument Name	Type	Description
enable	bool	true: Enabled false: Disabled

Sample Code¶

_a3xdPlugin.setLog(true);

2.7. removeSDKLog¶

Removes all output logs.

Future<void> removeSDKLog()

Sample Code¶

_a3xdPlugin.removeSDKLog();

2.8. isConnected¶

Gets the connection status.

Future<bool?> isConnected()

Return Value¶

Type	Description
Future<bool?>	true: Connected false: Not connected

Sample Code¶

Future<bool?> isConnected = _a3xdPlugin.isConnected();
isConnected.then((futureResult) {
  
});

2.9. isPowerOn¶

Gets the power on/off status of the AsReader.

Future<bool?> isPowerOn()

Return Value¶

Type	Description
Future<bool?>	true: Power on false: Power off

Sample Code¶

Future<bool?> isPowerOn = _a3xdPlugin.isPowerOn();
isPowerOn.then((futureResult) {
  
});

2.10. isOpen¶

Gets the USB port status.

Future<bool?> isOpen()

Return Value¶

Type	Description
Future<bool?>	true: Enabled false: Disabled

Sample Code¶

Future<bool?> isOpen = _a3xdPlugin.isOpen();
isOpen.then((futureResult) {
  
});

2.11. setPower¶

Sets the A3XD power on or off.

Future<void> setPower(bool enable)

Parameters¶

Argument Name	Type	Description
enable	bool	true: Turn A3XD power on false: Turn A3XD power off

Sample Code¶

_a3xdPlugin.setPower(true);

2.12. setPowerWithOption¶

Turns on the AsReader power and applies settings simultaneously. After executing this method, the settings content after configuration is received via the ON_COMPLETED_PREPARATION callback method.

⚠️ Note
ASR-M30S supports only the beep setting.

⚠️ Note
ASR-A30D, ASR-A31D, and ASR-M30S do not support the aimer setting.

Future<void> setPowerWithOption(bool power, bool beep, bool vib, bool led, bool aimer, bool powerOnBeep)

Parameters¶

Argument Name	Type	Description
power	bool	Power on/off true: On false: Off
beep	bool	Beep on/off true: On false: Off
vib	bool	Vibration on/off true: On false: Off
led	bool	LED on/off true: On false: Off
aimer	bool	Aimer on/off true: On false: Off
powerOnBeep	bool	Power-on beep on/off true: On false: Off

Sample Code¶

_a3xdPlugin.setPowerWithOption(true, true, true, true, true, true);

2.13. setReaderSettings¶

Configures AsReader settings. After executing this method, the setting result is received via the ON_SET_READER_SETTING_SUCCESS callback method.

⚠️ Note
ASR-M30S supports only the beep setting.

⚠️ Note
ASR-A30D, ASR-A31D, and ASR-M30S do not support the aimer setting.

Future<void> setReaderSettings(bool beep, bool vib, bool led, bool aimer)

Parameters¶

Argument Name	Type	Description
beep	bool	Beep on/off true: On false: Off
vib	bool	Vibration on/off true: On false: Off
led	bool	LED on/off true: On false: Off
aimer	bool	Aimer on/off true: On false: Off

Sample Code¶

_a3xdPlugin.setReaderSettings(true, true, true, true);

2.14. getBattery¶

Gets the AsReader battery information. After executing this method, the battery information is received via the ON_BATTERY_STATE_RECEIVED callback method.

Future<void> getBattery()

Sample Code¶

_a3xdPlugin.getBattery();

2.15. getReaderInfo¶

Gets AsReader information. After executing this method, AsReader information is received via the ON_READER_INFO_RECEIVED, ON_READER_ABOUT_INFO, and ON_RECEIVED_RFID_MODULE_VERSION callback methods.

Future<void> getReaderInfo(int type)

Parameters¶

Argument Name	Type	Description
type	int	0xB1 or 0xB2: Request firmware information 0x01: Request RF module information 0xB0: Request all AsReader setting information

Sample Code¶

_a3xdPlugin.getReaderInfo(0xb1);

2.16. isM30SDevice¶

Gets whether the currently used device is an M30S.

Future<bool?> isM30SDevice()

Return Value¶

Type	Description
Future<bool?>	true: Is M30S false: Is not M30S

Sample Code¶

Future<bool?> status = _a3xdPlugin.isM30SDevice();
status.then((futureResult) {

});

2.17. setMaxTagValue¶

Sets the maximum number of RF tags that can be read in a single inventory.

Future<void> setMaxTagValue(int value)

Parameters¶

Argument Name	Type	Description
value	int	Max RF tags readable in one inventory

Sample Code¶

_a3xdPlugin.setMaxTagValue(1);

2.18. getMaxTagValue¶

Gets the maximum number of RF tags that can be read in a single inventory.

Future<int?> getMaxTagValue()

Return Value¶

Type	Description
Future<int?>	Max RF tags readable in one inventory

Sample Code¶

Future<int?> value = _a3xdPlugin.getMaxTagValue();
value.then((futureResult) {
  
});

2.19. setMaxTimeValue¶

Sets the maximum time for a single inventory.

Future<void> setMaxTimeValue(int value)

Parameters¶

Argument Name	Type	Description
value	int	Max time for one inventory (unit: sec.)

Sample Code¶

_a3xdPlugin.setMaxTimeValue(1);

2.20. getMaxTimeValue¶

Gets the maximum time for a single inventory.

Future<int?> getMaxTimeValue()

Return Value¶

Type	Description
Future<int?>	Max time for one inventory

Sample Code¶

Future<int?> value = _a3xdPlugin.getMaxTimeValue();
value.then((futureResult) {
  
});

2.21. setRepeatCycleValue¶

Sets the number of inventory rounds to repeat in a single inventory.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setRepeatCycleValue(int value)

Parameters¶

Argument Name	Type	Description
value	int	Inventory rounds to repeat in one inventory

Sample Code¶

_a3xdPlugin.setRepeatCycleValue(1);

2.22. getRepeatCycleValue¶

Gets the number of inventory rounds to repeat in a single inventory.

⚠️ Note
ASR-M30S does not support this feature.

Future<int?> getRepeatCycleValue()

Return Value¶

Type	Description
Future<int?>	Inventory rounds to repeat in one inventory

Sample Code¶

Future<int?> value = _a3xdPlugin.getRepeatCycleValue();
value.then((futureResult) {
  
});

2.23. setRSSIEnable¶

Sets whether to acquire RSSI during inventory.

Future<void> setRSSIEnable(bool enable)

Parameters¶

Argument Name	Type	Description
enable	bool	true: Add false: Do not add

Sample Code¶

_a3xdPlugin.setRSSIEnable(true);

2.24. getRSSIEnable¶

Gets whether to acquire RSSI during inventory.

Future<bool?> getRSSIEnable()

Return Value¶

Type	Description
Future<bool?>	true: Add false: Do not add

Sample Code¶

Future<bool?> enable = _a3xdPlugin.getRSSIEnable();
enable.then((futureResult) {

});

2.25. startInventory¶

Starts inventory. After executing this method, inventoried data is received via the ON_TAG_RECEIVED callback method. After executing this method, the result of automatic inventory completion is received via the ON_AUTO_INVENTORY_FINISHED callback method.

⚠️ Note
ASR-M30S does not support the repeatCycle setting.

Future<void> startInventory(int maxTags, int maxTime, int repeatCycle)

Parameters¶

Argument Name	Type	Description
maxTags	int	Max number of RF tags to read
maxTime	int	Max time for one inventory
repeatCycle	int	Max inventory rounds for one inventory

Sample Code¶

_a3xdPlugin.startInventory(0, 0, 0);

2.26. startInventoryRSSI¶

Starts inventory. After executing this method, inventoried data including RSSI information is received via the ON_TAG_WITH_RSSI_RECEIVED callback method.

⚠️ Note
ASR-M30S does not support the repeatCycle setting.

Future<void> startInventoryRSSI(int maxTags, int maxTime, int repeatCycle)

Parameters¶

Argument Name	Type	Description
maxTags	int	Max number of RF tags to read
maxTime	int	Max read time
repeatCycle	int	Number of repeated reads

Sample Code¶

_a3xdPlugin.startInventoryRSSI(0, 0, 0);

2.27. startInventoryTagID¶

Starts inventory. After executing this method, inventoried data including TID information is received via the ON_TAG_WITH_TID_RECEIVED callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> startInventoryTagID(int maxTags, int maxTime, int repeatCycle)

Parameters¶

Argument Name	Type	Description
maxTags	int	Max number of RF tags to read
maxTime	int	Max read time
repeatCycle	int	Number of repeated reads

Sample Code¶

_a3xdPlugin.startInventoryTagID(0, 0, 0);

2.28. startRFMDecode¶

Starts inventory for temperature/humidity RF tags. After executing this method, data from inventoried temperature/humidity RF tags is received via the ON_PC_EPC_SENSOR_DATA_RECEIVED callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> startRFMDecode(int codeType, int maxTags, int maxTime, int repeatCycle)

Parameters¶

Argument Name	Type	Description
codeType	int	Tag sensor type (0x02: Humidity, 0x03: Temperature)
maxTags	int	Max number of RF tags to read
maxTime	int	Max read time
repeatCycle	int	Number of repeated reads

Sample Code¶

_a3xdPlugin.startRFMDecode(0x02, 0, 0, 0);

2.29. stopDecode¶

Stops inventory.

Future<void> stopDecode()

Sample Code¶

_a3xdPlugin.stopDecode();

2.30. setRegion¶

Sets the AsReader region. After executing this method, the hopping mode setting result is received via the DID_RECEIVE_REGION callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setRegion(int region)

Parameters¶

Argument Name	Type	Description
region	int	KOREA (0x11), USA Wide (0x21), USA Narrow (0x22), EUROPE (0x31), JAPAN (0x41), CHINA (0x51),(0x52), BRAZIL (0x61),(0x62), AU HK (0x71)

Sample Code¶

_a3xdPlugin.setRegion(0x11);

2.31. getRegion¶

Gets the AsReader region. After executing this method, the region is received via the ON_REGION_RECEIVED callback method.

Future<void> getRegion()

Sample Code¶

_a3xdPlugin.getRegion();

2.32. setSmartHopping¶

Sets the hopping mode. After executing this method, the region setting result is received via the DID_SET_SMART_MODE callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setSmartHopping(bool isOn)

Parameters¶

Argument Name	Type	Description
isOn	bool	true: Smart hopping mode false: Normal mode

Sample Code¶

_a3xdPlugin.setSmartHopping(true);

2.33. getFrequencyHoppingMode¶

Gets the hopping mode. After executing this method, the hopping mode is received via the ON_RECEIVE_SMART_MODE callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> getFrequencyHoppingMode()

Sample Code¶

_a3xdPlugin.getFrequencyHoppingMode();

2.34. setOptimumFrequencyHoppingTable¶

Sets the hopping table. After executing this method, the hopping table setting result is received via the DID_SET_OPTI_FREQ_HP_TABLE callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setOptimumFrequencyHoppingTable()

Sample Code¶

_a3xdPlugin.setOptimumFrequencyHoppingTable();

2.35. getFrequencyHoppingTable¶

Gets the hopping table. After executing this method, the hopping table is received via the ON_GET_FREQUENCY_HOPPING_TABLE_SUCCESS callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> getFrequencyHoppingTable()

Sample Code¶

_a3xdPlugin.getFrequencyHoppingTable();

2.36. setChannel¶

Sets the channel. After executing this method, the channel setting result is received via the ON_SET_CHANNEL_SUCCESS callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setChannel(int num, int offset)

Parameters¶

Argument Name	Type	Description
num	int	Channel number
offset	int	Channel offset

Sample Code¶

_a3xdPlugin.setChannel(0, 0);

2.37. getChannel¶

Gets the channel. After executing this method, the channel is received via the ON_CHANNEL_RECEIVED callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> getChannel()

Sample Code¶

_a3xdPlugin.getChannel();

2.38. setSession¶

Sets the Session. After executing this method, the Session setting result is received via the ON_SET_SESSION_SUCCESS callback method.

Future<void> setSession(int session)

Parameters¶

Argument Name	Type	Description
session	int	S0:0, S1:1, S2:2, S3:3

Sample Code¶

_a3xdPlugin.setSession(0);

2.39. getSession¶

Gets the Session. After executing this method, the Session is received via the ON_SESSION_RECEIVED callback method.

 Future<void> getSession()

Sample Code¶

_a3xdPlugin.getSession();

2.40. setAntiCollisionMode¶

Sets the anti-collision algorithm. After executing this method, the anti-collision algorithm setting result is received via the ON_SET_ANTICOLLISION_MODE_SUCCESS callback method.

⚠️ Note
ASR-M30S does not support this feature.

 Future<void> setAntiCollisionMode(int mode, int start, int max, int min, int counter)

Parameters¶

Argument Name	Type	Description
mode	int	Anti-collision mode: Fixed Q (0x00), Dynamic Q (0x01)
start	int	Q start position
max	int	Q maximum value
min	int	Q minimum value
counter	int	Counter

Sample Code¶

_a3xdPlugin.setAntiCollisionMode(0x00, 0, 0, 0, 1);

2.41. getAntiCollisionMode¶

Gets the anti-collision algorithm. After executing this method, the anti-collision algorithm is received via the ON_RECEIVED_ANTIMODE callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> getAntiCollisionMode()

Sample Code¶

_a3xdPlugin.getAntiCollisionMode();

2.42. setFhLbtParam¶

Sets FH and LBT parameters. After executing this method, the FH and LBT parameter setting result is received via the ON_SET_FH_LBT_PARAM_SUCCESS callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setFhLbtParam(int readTime, int idleTime, int senseTime, int rfLevel, int fhMode, int lbtMode, int cwMode)

Parameters¶

Argument Name	Type	Description
readTime	int	Read time
idleTime	int	Idle time
senseTime	int	Carrier sense time
rfLevel	int	Target frequency level
fhMode	int	On (0x01 or higher) / Off (0x00)
lbtMode	int	On (0x01 or higher) / Off (0x00)
cwMode	int	On (0x01) / Off (0x00)

Sample Code¶

_a3xdPlugin.setFhLbtParam(0, 0, 0, 0, 0x01, 0x01, 0x01);

2.43. getFhLbtParam¶

Gets FH and LBT parameters. After executing this method, the FH and LBT parameters are received via the ON_FH_LBT_RECEIVED callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> getFhLbtParam()

Sample Code¶

_a3xdPlugin.getFhLbtParam();

2.44. setModulation¶

Sets the modulation mode. After executing this method, the modulation mode setting result is received via the DID_SET_MODULATION callback method.

Future<void> setModulation(String mode)

Parameters¶

Argument Name	Type	Description
mode	String	Modulation mode

Sample Code¶

_a3xdPlugin.setModulation('160KHz, FM0, DR=64/3');

2.45. getModulation¶

Gets the modulation mode. After executing this method, the modulation mode is received via the ON_MODULATION_RECEIVED callback method.

Future<void> getModulation()

Sample Code¶

_a3xdPlugin.getModulation();

2.46. setTriggerStopCondition¶

Sets the conditions for stopping inventory. After executing this method, the stop condition setting result is received via the ON_SET_TRIGGER_STOP_CONDITION_SUCCESS callback method.

⚠️ Note
ASR-M30S does not support this feature.

Future<void> setTriggerStopCondition(int maxTags, int maxTime, int repeatCycle)

Parameters¶

Argument Name	Type	Description
maxTags	int	Max number of RF tags to read
maxTime	int	Max read time
repeatCycle	int	Number of repeated reads

Sample Code¶

_a3xdPlugin.setTriggerStopCondition(0, 0, 0);

2.47. readTagMemory¶

Reads data from the specified memory bank of the target RF tag. After executing this method, the read data is received via the ON_TAG_MEMORY_RECEIVED and ON_TAG_MEMORY_LONG_RECEIVED callback methods.

Future<void> readTagMemory(int password, String targetEPC, A3XDMemoryBank memoryBank, A3XDReadMemoryType readType)

Parameters¶

Argument Name	Type	Description
password	int	Access password
targetEPC	String	Target EPC data
memoryBank	A3XDMemoryBank	Target memory bank `A3XDMemoryBank`
readType	A3XDReadMemoryType	Read memory bank type `A3XDReadMemoryType`

Sample Code¶

_a3xdPlugin.readTagMemory(12345678, '0123456789', A3XDMemoryBank.RESERVED, A3XDReadMemoryType.NORMAL);

2.48. readTagMemoryWithTimeout¶

Reads data from the specified memory bank of the target RF tag until the timeout expires. After executing this method, the read data is received via the ON_TAG_MEMORY_RECEIVED and ON_TAG_MEMORY_LONG_RECEIVED callback methods.

Future<void> readTagMemoryWithTimeout(int password, String targetEPC, A3XDMemoryBank memoryBank, A3XDReadMemoryType readType, int timeout)

Parameters¶

Argument Name	Type	Description
password	int	Access password
targetEPC	String	Target EPC data
memoryBank	A3XDMemoryBank	Target memory bank `A3XDMemoryBank`
readType	A3XDReadMemoryType	Read memory bank type `A3XDReadMemoryType`
timeout	int	Timeout time

Sample Code¶

_a3xdPlugin.readTagMemoryWithTimeout(12345678, '0123456789', A3XDMemoryBank.RESERVED, A3XDReadMemoryType.NORMAL, 10);

2.49. readTagMemoryWithData¶

Reads data from the specified memory bank of the target RF tag. After executing this method, the read data is received via the ON_TAG_MEMORY_RECEIVED and ON_TAG_MEMORY_LONG_RECEIVED callback methods.

Future<void> readTagMemoryWithData(int password, String targetEPC, A3XDMemoryBank memoryBank, A3XDReadMemoryType readType, int startAddress, int dataLength, int timeout)

Parameters¶

Argument Name	Type	Description
password	int	Access password
targetEPC	String	Target EPC data
memoryBank	A3XDMemoryBank	Target memory bank `A3XDMemoryBank`
readType	A3XDReadMemoryType	Read memory bank type `A3XDReadMemoryType`
startAddress	int	Start address of data to read (word)
dataLength	int	Length of data to read (word)
timeout	int	Timeout time

Sample Code¶

_a3xdPlugin.readTagMemoryWithData(12345678, '0123456789', A3XDMemoryBank.RESERVED, A3XDReadMemoryType.NORMAL, 0, 2, 10);

2.50. writeTagMemory¶

Writes data to the specified memory bank of the target RF tag. After executing this method, the write result is received via the ON_WRITE_TO_TAG_MEMORY_SUCCESS callback method.

Future<void> writeTagMemory(int password, String targetEPC, A3XDMemoryBank memoryBank, A3XDWriteMemoryType writeType, Uint8List writeData)

Parameters¶

Argument Name	Type	Description
password	int	Access password
targetEPC	String	Target EPC data
memoryBank	A3XDMemoryBank	Target memory bank `A3XDMemoryBank`
writeType	A3XDWriteMemoryType	Write type `A3XDWriteMemoryType`
writeData	Uint8List	Data to write

Sample Code¶

Uint8List byteList = Uint8List.fromList([0x12, 0x34, 0x56, 0x78]);
_a3xdPlugin.writeTagMemory(12345678, '0123456789', A3XDMemoryBank.RESERVED, A3XDWriteMemoryType.NORMAL, byteList);

2.51. writeTagMemoryWithTimeout¶

Attempts to write data to the specified memory bank of the target RF tag until the timeout expires. After executing this method, the write result is received via the ON_WRITE_TO_TAG_MEMORY_SUCCESS callback method.

Future<void> writeTagMemoryWithTimeout(int password, String targetEPC, A3XDMemoryBank memoryBank, A3XDWriteMemoryType writeType, Uint8List writeData, int timeout)

Parameters¶

Argument Name	Type	Description
password	int	Access password
targetEPC	String	Target EPC data
memoryBank	A3XDMemoryBank	Target memory bank `A3XDMemoryBank`
writeType	A3XDWriteMemoryType	Write type `A3XDWriteMemoryType`
writeData	Uint8List	Data that needs to be written
timeout	int	Timeout time

Sample Code¶

Uint8List byteList = Uint8List.fromList([0x12, 0x34, 0x56, 0x78]);
_a3xdPlugin.writeTagMemoryWithTimeout(12345678, '0123456789', A3XDMemoryBank.RESERVED, A3XDWriteMemoryType.NORMAL, byteList, 10);

2.52. writeTagMemoryWithData¶

Writes data to the specified memory bank of the target RF tag. After executing this method, the write result is received via the ON_WRITE_TO_TAG_MEMORY_SUCCESS callback method.

Future<void> writeTagMemoryWithData(int password, String targetEPC, A3XDMemoryBank memoryBank, A3XDWriteMemoryType writeType, int startAddress,  Uint8List writeData, int timeout)

Parameters¶

Argument Name	Type	Description
password	int	Access password
targetEPC	String	Target EPC data
memoryBank	A3XDMemoryBank	Target memory bank `A3XDMemoryBank`
writeType	A3XDWriteMemoryType	Write type `A3XDWriteMemoryType`
startAddress	int	Write start position of the tag
writeData	Uint8List	Data to write
timeout	int	Timeout time

Sample Code¶

Uint8List byteList = Uint8List.fromList([0x12, 0x34, 0x56, 0x78]);
_a3xdPlugin.writeTagMemoryWithData(12345678, '0123456789', A3XDMemoryBank.RESERVED, A3XDWriteMemoryType.NORMAL, 0, byteList, 10);

2.53. lockTagMemory¶

Locks the specified memory bank of the target RF tag. After executing this method, the RF tag lock result is received via the ON_LOCK_TAG_MEMORY_SUCCESS callback method.

Future<void> lockTagMemory(int password, String targetEPC, int lockData)

Parameters¶

Argument Name	Type	Description
password	int	Password
targetEPC	String	Target EPC data
lockData	int	A total of 24 bits of data is required. If less than 24 bits, pad the beginning with dummy zeros.

Sample Code¶

_a3xdPlugin.lockTagMemory(12345678, '0123456789', 0);

2.54. lockTagMemoryWithTimeout¶

Attempts to lock the specified memory bank of the target RF tag until the timeout expires. After executing this method, the RF tag lock result is received via the ON_LOCK_TAG_MEMORY_SUCCESS callback method.

Future<void> lockTagMemoryWithTimeout(int password, String targetEPC, int lockData, int timeout)

Parameters¶

Argument Name	Type	Description
password	int	Password
targetEPC	String	Target EPC data
lockData	int	A total of 24 bits of data is required. If less than 24 bits, pad the beginning with dummy zeros.
timeout	int	Timeout time

Sample Code¶

_a3xdPlugin.lockTagMemoryWithTimeout(12345678, '0123456789', 0, 10);

2.55. killTag¶

Kills the RF tag. After executing this method, the RF tag kill result is received via the ON_KILL_TAG_MEMORY_SUCCESS callback method.

Future<void> killTag(int password, String targetEPC)

Parameters¶

Argument Name	Type	Description
password	int	Password
targetEPC	String	Target EPC data

Sample Code¶

_a3xdPlugin.killTag(12345678, '0123456789');

2.56. updateRegistry¶

Sets the registry update function. (Settings are saved to AsReader’s flash memory). After executing this method, the registry update function setting result is received via the DID_UPDATE_REGISTRY callback method.

Future<void> updateRegistry()

Sample Code¶

_a3xdPlugin.updateRegistry();

2.57. getContinuousMode¶

Gets the continuous scan status.
After executing this method, the continuous scan status is received via the ON_RECEIVE_CONTINUOUS_MODE callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> getContinuousMode()

Sample Code¶

_a3xdPlugin.getContinuousMode();

2.58. setContinuousMode¶

Sets the continuous scan status.
After executing this method, the continuous scan setting result is received via the DID_SET_CONTINUOUS_MODE callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> setContinuousMode(bool isOn)

Parameters¶

Argument Name	Type	Description
isOn	bool	true: Continuous scan false: Single scan

Sample Code¶

_a3xdPlugin.setContinuousMode(true);

2.59. getAutoOffTime¶

Gets the device’s auto-off time.
After executing this method, the auto-off time is received via the ON_RECEIVE_AUTO_OFF_TIME callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> getAutoOffTime()

Sample Code¶

_a3xdPlugin.getAutoOffTime();

2.60. setAutoOffTime¶

Sets the device’s auto-off time.
After executing this method, the auto-off time setting result is received via the DID_SET_AUTO_OFF_TIME callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> setAutoOffTime(int time)

Parameters¶

Argument Name	Type	Description
time	int	Auto-off time (0-1800s) 0: Do not auto-off

Sample Code¶

_a3xdPlugin.setAutoOffTime(10);

2.61. getHidMode¶

Gets whether the connected AsReader device is set to the HID mode.
After executing this method, the HID status will be received via the ON_RECEIVE_HID_MODE callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> getHidMode() 

Sample Code¶

_a3xdPlugin.getHidMode();

2.62. setHidMode¶

Sets the connected AsReader’s operation mode.
After executing this method, the result will be received via the DID_SET_HID_MODE callback method.

Future<void> setHidMode(bool hidMode)

Parameters¶

Argument Name	Type	Description
hidMode	bool	true: HID mode false: Not HID mode

Sample Code¶

_a3xdPlugin.setHidMode(true);

2.63. getQValue¶

Gets the Q value setting set to the connected AsReader device.
After executing this method, the device’s Q value is received via the ON_RECEIVE_Q_VALUE callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> getQValue()

Sample Code¶

_a3xdPlugin.getQValue();

2.64. setQValue¶

Sets a Q value setting to the connected AsReader device.
After executing this method, the Q value setting result is received via the DID_SET_Q_VALUE callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> setQValue(int value)

Parameters¶

Argument Name	Type	Description
value	int	Q value

Sample Code¶

_a3xdPlugin.setQValue(1);

2.65. getSessionFlag¶

Gets the SessionFlag setting set to the AsReader device.
After executing this method, the device’s SessionFlag is received via the ON_RECEIVE_SESSION_FLAG callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> getSessionFlag()

Sample Code¶

_a3xdPlugin.getSessionFlag();

2.66. setSessionFlag¶

Sets a SessionFlag setting to the connected AsReader device.
After executing this method, the SessionFlag setting result is received via the DID_SET_SESSION_FLAG callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> setSessionFlag(int sessionFlag)

Parameters¶

Argument Name	Type	Description
sessionFlag	int	SessionFlag

Sample Code¶

_a3xdPlugin.setSessionFlag(1);

2.67. getDutyRatio¶

Gets the duty ratio setting set to the AsReader device.
After executing this method, the AsReader’s duty ratio is received via the ON_RECEIVE_DUTY_RATIO callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> getDutyRatio()

Sample Code¶

_a3xdPlugin.getDutyRatio();

2.68. setDutyRatio¶

Sets a duty ratio setting to the connected AsReader device.

Range: 0-15 0: Full load; 1: 5%; 2: 10%; 3: 15%; 4: 20%; 5: 25%; 6: 30%; 7: 35%; 8: 40%; 9: 45%; 10: 50%; 11: 55%; 12: 60%; 13: 70%; 14: 80%; 15: 90% *e.g., 5% means stopping for 5% of the dutyRatioBaseTime set by setDutyRatioBaseTime described later. After executing this method, the duty ratio setting result is received via the DID_SET_DUTY_RATIO callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> setDutyRatio(int dutyRatio)

Parameters¶

Argument Name	Type	Description
dutyRatio	int	Duty ratio

Sample Code¶

_a3xdPlugin.setDutyRatio(1);

2.69. getDutyRatioBaseTime¶

Gets the duty ratio base time setting set to the connected AsReader device.
After executing this method, the duty ratio base time is received via the ON_RECEIVE_DUTY_RATIO_BASE_TIME callback method.

Future<void> getDutyRatioBaseTime()

Sample Code¶

_a3xdPlugin.getDutyRatioBaseTime();

2.70. setDutyRatioBaseTime¶

Sets a duty ratio base time setting to the attached AsReader device(Range: 0-65000ms). After executing this method, the duty ratio base time setting result is received via the DID_SET_DUTY_RATIO_BASE_TIME callback method.

⚠️ Note
Only ASR-M30S supports this feature.

Future<void> setDutyRatioBaseTime(int dutyRatioBaseTime)

Parameters¶

Argument Name	Type	Description
dutyRatioBaseTime	int	Duty ratio base time

Sample Code¶

_a3xdPlugin.setDutyRatioBaseTime(1000);