# RFIDManagerCallback

## didUpdateRegistry

Receives the result of the registry update setting.
When calling [updateRegistry](RFManager.md#updateregistry), this callback method receives the result of the registry update setting.

```java
default void didUpdateRegistry(final int state);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - state
  - int
  - 0: Data successfully saved to the registry  
    Other: Failed to save data to the registry
```

### Sample Code

```java
@Override
public void didUpdateRegistry(int state) {
}
```

---

## onModulationReceived

Receives the debug mode.
When calling [getModulation](RFManager.md#getmodulation), this callback method receives the debug mode.

```java
default void onModulationReceived(String modulationMode);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - modulationMode
  - String
  - Debug mode
```

### Sample Code

```java
@Override
public void onModulationReceived(String modulationMode) {
}
```

---

## didSetModulation

Receives the result of setting the debug mode.
When calling [setModulation](RFManager.md#setmodulation), this callback method receives the result of setting the debug mode.

```java
default void didSetModulation(final int state);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - state
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetModulation(int state) {
}
```

---

## onTxPowerLevelReceived

Receives the power level and the configurable minimum and maximum power levels.
When calling [getOutputPowerLevel](RFManager.md#getoutputpowerlevel), this callback method receives the current, minimum, and maximum power levels.

```java
default void onTxPowerLevelReceived(int power, int minPower, int maxPower);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - power
  - int
  - Current power level
* - minPower
  - int
  - Minimum power level
* - maxPower
  - int
  - Maximum power level
```

### Sample Code

```java
@Override
public void onTxPowerLevelReceived(int power, int minPower, int maxPower) {
}
```

---

## onFhLbtReceived

Receives FH and LBT parameters.
When calling [getFhLbtParam](RFManager.md#getfhlbtparam), this callback method receives FH and LBT parameters.

```java
default void onFhLbtReceived(int onTime, int offTime, int senseTime, int lbtLevel, int fhEnable, int lbtEnable, int cwEnable);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - onTime
  - int
  - Reading time
* - offTime
  - int
  - Idle time
* - senseTime
  - int
  - Carrier sense time
* - lbtLevel
  - int
  - Target frequency level
* - fhEnable
  - int
  - On (>=0x01) / Off (0x00)
* - lbtEnable
  - int
  - On (>=0x01) / Off (0x00)
* - cwEnable
  - int
  - On (0x01) / Off (0x00)
```

### Sample Code

```java
@Override
public void onFhLbtReceived(int onTime, int offTime, int senseTime, int lbtLevel, int fhEnable, int lbtEnable, int cwEnable) {
}
```

---

## onReceiveAntimode

Receives the anti-collision algorithm.
When calling [getAntiCollisionMode](RFManager.md#getanticollisionmode), this callback method receives the anti-collision algorithm.

```java
default void onReceiveAntimode(final int mode, final int qStart, int qMax, int qMin, int counter);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - mode
  - int
  - Anti-collision: Fixed Q (0x00), Dynamic Q (0x01)
* - qStart
  - int
  - Q start position
* - qMax
  - int
  - Maximum Q
* - qMin
  - int
  - Minimum Q
* - counter
  - int
  - Counter
```

### Sample Code

```java
@Override
public void onReceiveAntimode(int mode, int qStart, int qMax, int qMin, int counter) {
}
```

---

## onSessionReceived

Receives the session.
When calling [getSession](RFManager.md#getsession), this callback method receives the session.

```java
default void onSessionReceived(final int session);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - session
  - int
  - S0:0, S1:1, S2:2, S3:3
```

### Sample Code

```java
@Override
public void onSessionReceived(int ses) {
}
```

---

## onChannelReceived

Receives the channel.
When calling [getChannel](RFManager.md#getchannel), this callback method receives the channel.

```java
default void onChannelReceived(final int channel, final int channelOffset);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - channel
  - int
  - Channel number
* - channelOffset
  - int
  - Channel offset
```

### Sample Code

```java
@Override
public void onChannelReceived(int channel, int channelOffset) {
}
```

---

## onRegionReceived

Receives the AsReader region.
When calling [getRegion](RFManager.md#getregion), this callback method receives the AsReader region.

```java
default void onRegionReceived(final int region);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - region
  - int
  - AsReader region
```

### Sample Code

```java
@Override
public void onRegionReceived(int region) {
}
```

---

## didReceiveRegion

Receives the result of setting the AsReader region.
When calling [setRegion](RFManager.md#setregion), this callback receives the result of the region setting.

```java
default void didReceiveRegion(final int state);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - state
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didReceiveRegion(int state) {
}
```

---

## onReceiveSmartMode

Receives the hopping mode

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [getFrequencyHoppingMode](RFManager.md#getfrequencyhoppingmode), this callback receives the hopping mode.

```java
default void onReceiveSmartMode(final int mode);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - mode
  - int
  - 0x00: Normal mode  
    0x01: Smart hopping mode
```

### Sample Code

```java
@Override
public void onReceiveSmartMode(int state) {
}
```

---

## didSetSmartMode

Receives the result of setting the hopping mode

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [setSmartHopping](RFManager.md#setsmarthopping), this callback receives the result of setting the hopping mode.

```java
default void didSetSmartMode(final int state);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - state
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetSmartMode(int state) {
}
```

---

## didSetOptiFreqHPTable

Receives the result of setting the hopping table

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [setOptimumFrequencyHoppingTable](RFManager.md#setoptimumfrequencyhoppingtable), this callback receives the result of setting the hopping table.

```java
default void didSetOptiFreqHPTable(final int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetOptiFreqHPTable(int status) {
}
```

---

## onTagReceived

Receives inventory data.
When calling [startInventory](RFManager.md#startinventory), this callback receives the inventory data.

```java
default void onTagReceived(final int[] dest);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - dest
  - int[]
  - PC + EPC data
```

### Sample Code

```java
@Override
public void onTagReceived(int[] dest) {
}
```

---

## onTagWithTidReceived

Receives inventory data with TID values.

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [startInventoryTagID](RFManager.md#startinventorytagid), this callback receives the inventory data.

```java
default void onTagWithTidReceived(final int[] pcEpc, final int[] tid);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - pcEpc
  - int[]
  - PC + EPC data
* - tid
  - int[]
  - TID data
```

### Sample Code

```java
@Override
public void onTagWithTidReceived(int[] pcEpc, int[] tid) {
}
```

---

## onTagWithRssiReceived

Receives inventory data with RSSI values.
When calling [startInventoryRSSI](RFManager.md#startinventoryrssi), this callback receives the inventory data.

```java
default void onTagWithRssiReceived(final int[] pcEpc, final int rssi);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - pcEpc
  - int[]
  - PC + EPC data
* - rssi
  - int
  - RSSI status
```

### Sample Code

```java
@Override
public void onTagWithRssiReceived(int[] pcEpc, int rssi) {
}
```

---

## onTagMemoryReceived

Receives read tag data.
When calling [readTagMemory](RFManager.md#readtagmemory), this callback receives the read tag data.

```java
default void onTagMemoryReceived(final int[] data);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - data
  - int[]
  - Tag data
```

### Sample Code

```java
@Override
public void onTagMemoryReceived(int[] data) {
}
```

---

## onTagMemoryLongReceived

Receives read tag data

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [readTagMemory](RFManager.md#readtagmemory), this callback receives the read tag data.

```java
default void onTagMemoryLongReceived(final int[] dest);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - dest
  - int[]
  - Tag data
```

### Sample Code

```java
@Override
public void onTagMemoryLongReceived(int[] dest) {
}
```

---

## onPcEpcSensorDataReceived

Receives inventory data of temperature/humidity RF tags

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [startRFMDecode](RFManager.md#startrfmdecode), this callback receives inventory data of temperature/humidity RF tags.

```java
default void onPcEpcSensorDataReceived(int[] pcEpc, int[] sensorData);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - pcEpc
  - int[]
  - PC + EPC data
* - sensorData
  - int[]
  - Sensor data
```

### Sample Code

```java
@Override
public void onPcEpcSensorDataReceived(int[] pcEpc, int[] sensorData) {
}
```

---

## onSetChannelSuccess

Receives the result of channel setting

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [setChannel](RFManager.md#setchannel), this callback receives the result of setting the channel.

```java
default void onSetChannelSuccess();
```

### Sample Code

```java
@Override
public void onSetChannelSuccess() {
}
```

---

## onSetFhLbtParamSuccess

Receives the result of setting FH and LBT parameters

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [setFhLbtParam](RFManager.md#setfhlbtparam), this callback receives the result of setting FH and LBT parameters.

```java
default void onSetFhLbtParamSuccess();
```

### Sample Code

```java
@Override
public void onSetFhLbtParamSuccess() {
}
```

---

## onLockTagMemorySuccess

Receives the result of locking an RF tag

When calling [lockTagMemory](RFManager.md#locktagmemory), this callback receives the result of locking an RF tag.

```java
default void onLockTagMemorySuccess();
```

### Sample Code

```java
@Override
public void onLockTagMemorySuccess() {
}
```

---

## onWriteToTagMemorySuccess

Receives the result of writing data to an RF tag

When calling [writeTagMemory](RFManager.md#writetagmemory), this callback receives the result of writing data to an RF tag.

```java
default void onWriteToTagMemorySuccess();
```

### Sample Code

```java
@Override
public void onWriteToTagMemorySuccess() {
}
```

---

## onKillTagMemorySuccess

Receives the result of killing an RF tag

When calling [killTag](RFManager.md#killtag), this callback receives the result of killing an RF tag.

```java
default void onKillTagMemorySuccess();
```

### Sample Code

```java
@Override
public void onKillTagMemorySuccess() {
}
```

---

## onSetSessionSuccess

Receives the result of setting a session

When calling [setSession](RFManager.md#setsession), this callback receives the result of setting a session.

```java
default void onSetSessionSuccess();
```

### Sample Code

```java
@Override
public void onSetSessionSuccess() {
}
```

---

## onGetFrequencyHoppingTableSuccess

Receives the frequency hopping table

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [getFrequencyHoppingTable](RFManager.md#getfrequencyhoppingtable), this callback receives the frequency hopping table.

```java
default void onGetFrequencyHoppingTableSuccess(int data[]);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - data[]
  - int
  - Frequency hopping table
```

### Sample Code

```java
@Override
public void onGetFrequencyHoppingTableSuccess(int[] data) {
}
```

---

## onSetOutputPowerLevelSuccess

Receives the result of setting the power level
When calling [OutputPowerLevel](RFManager.md#outputpowerlevel), this callback receives the result of setting the power level.

```java
default void onSetOutputPowerLevelSuccess();
```

### Sample Code

```java
@Override
public void onSetOutputPowerLevelSuccess() {
}
```

---

## onSetAntiCollisionModeSuccess

Receives the result of setting the anti-collision algorithm

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [setAntiCollisionMode](RFManager.md#setanticollisionmode), this callback receives the result of setting the anti-collision algorithm.

```java
default void onSetAntiCollisionModeSuccess();
```

### Sample Code

```java
@Override
public void onSetAntiCollisionModeSuccess() {
}
```

---

## onSetTriggerStopConditionSuccess

Receives the result of setting trigger stop conditions

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

When calling [setTriggerStopCondition](RFManager.md#settriggerstopcondition), this callback receives the result of setting trigger stop conditions.

```java
default void onSetTriggerStopConditionSuccess();
```

### Sample Code

```java
@Override
public void onSetTriggerStopConditionSuccess() {
}
```

---

## onAutoInventoryFinished

Receives the result of automatic inventory completion
When calling [startInventory](RFManager.md#startinventory), this callback receives the result of automatic inventory completion.

```java
default void onAutoInventoryFinished();
```

### Sample Code

```java
@Override
public void onAutoInventoryFinished() {
}
```

---

## onRFIDManagerError

Called when an RFID-related configuration error occurs

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-A3xD.
```

```java
void onRFIDManagerError(String message);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - message
  - String
  - Error message
```

### Sample Code

```java
@Override
public void onRFIDManagerError(String message) {
}
```

---

## didSetContinuousMode

Receives the result of setting continuous scan mode

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [setContinuousMode](RFManager.md#setcontinuousmode), this callback receives the result of setting continuous scan mode.

```java
default void didSetContinuousMode(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetContinuousMode(int status) {
}
```

---

## onReceiveContinuousMode

Receives whether continuous scan mode is active

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [getContinuousMode](RFManager.md#getcontinuousmode), this callback receives the current continuous scan mode status.

```java
default void onReceiveContinuousMode(boolean status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - boolean
  - true: Continuous scan  
    false: Single scan
```

### Sample Code

```java
@Override
public void onReceiveContinuousMode(boolean status) {
}
```

---

## didSetAutoOffTime

Receives the result of setting AsReader auto-off time

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [setAutoOffTime](RFManager.md#setautoofftime), this callback receives the result of setting auto-off time.

```java
default void didSetAutoOffTime(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetAutoOffTime(int status) {
}
```

---

## onReceiveAutoOffTime

Receives the AsReader auto-off time

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [getAutoOffTime](RFManager.md#getautoofftime), this callback receives the AsReader auto-off time.

```java
default void onReceiveAutoOffTime(int time);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - time
  - int
  - AsReader auto-off time
```

### Sample Code

```java
@Override
public void onReceiveAutoOffTime(int time) {
}
```

---

## didSetSessionFlag

Receives the result of setting SessionFlag

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [setSessionFlag](RFManager.md#setsessionflag), this callback receives the result of setting SessionFlag.

```java
default void didSetSessionFlag(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetSessionFlag(int status) {
}
```

---

## onReceiveSessionFlag

Receives AsReader SessionFlag

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [getSessionFlag](RFManager.md#getsessionflag), this callback receives the AsReader SessionFlag.

```java
default void onReceiveSessionFlag(int value);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - value
  - int
  - SessionFlag
```

### Sample Code

```java
@Override
public void onReceiveSessionFlag(int value) {
}
```

---

## didSetQValue

Receives the result of setting Q value

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [setQValue](RFManager.md#setqvalue), this callback receives the result of setting Q value.

```java
default void didSetQValue(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Other: Failure
```

### Sample Code

```java
@Override
public void didSetQValue(int status) {
}
```

---

## onReceiveQValue

Receives AsReader Q value

```{admonition}
:class: warning

This feature is supported only on certain models such as ASR-M30S.
```

When calling [getQValue](RFManager.md#getqvalue), this callback receives the AsReader Q value.

```java
default void onReceiveQValue(int value);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - value
  - int
  - Q value
```

### Sample Code

```java
@Override
public void onReceiveQValue(int value) {
}
```

---

## didSetHidMode

Receives the result of setting the AsReader HID mode.

```{admonition}
:class: warning

This feature is supported only by certain models, such as ASR-M30S.
```

When calling [setHidMode](RFManager.md#sethidmode), this callback receives the result of the HID mode setting.

```java
default void didSetHidMode(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Otherwise: Failure
```

### Sample Code

```java
@Override
public void didSetHidMode(int status) {
}
```

---

## onReceiveHidMode

Receives whether the AsReader is in HID mode.

```{admonition}
:class: warning

This feature is supported only by certain models, such as ASR-M30S.
```

When calling [getHidMode](RFManager.md#gethidmode), this callback receives whether the AsReader is in HID mode.

```java
default void onReceiveHidMode(boolean value);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - value
  - boolean
  - true: HID mode  
    false: Not HID mode
```

### Sample Code

```java
@Override
public void onReceiveHidMode(boolean value) {
}
```

---

## didSetDutyRatio

Receives the result of setting the AsReader duty ratio.

```{admonition}
:class: warning

This feature is supported only by certain models, such as ASR-M30S.
```

When calling [setDutyRatio](RFManager.md#setdutyratio), this callback receives the result of the duty ratio setting.

```java
default void didSetDutyRatio(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Otherwise: Failure
```

### Sample Code

```java
@Override
public void didSetDutyRatio(int status) {
}
```

---

## onReceiveDutyRatio

Receives the AsReader duty ratio.

```{admonition}
:class: warning

This feature is supported only by certain models, such as ASR-M30S.
```

When calling [getDutyRatio](RFManager.md#getdutyratio), this callback receives the AsReader duty ratio.

```java
default void onReceiveDutyRatio(int value);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - value
  - int
  - Duty ratio
```

### Sample Code

```java
@Override
public void onReceiveDutyRatio(int value) {
}
```

---

## didSetDutyRatioBaseTime

Receives the result of setting the AsReader duty ratio base time.

```{admonition}
:class: warning

This feature is supported only by certain models, such as ASR-M30S.
```

When calling [setDutyRatioBaseTime](RFManager.md#setdutyratiobasetime), this callback receives the result of the duty ratio base time setting.

```java
default void didSetDutyRatioBaseTime(int status);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - status
  - int
  - 0: Success  
    Otherwise: Failure
```

### Sample Code

```java
@Override
public void didSetDutyRatioBaseTime(int status) {
}
```

---

## onReceiveDutyRatioBaseTime

Receives the AsReader duty ratio base time.

```{admonition}
:class: warning

This feature is supported only by certain models, such as ASR-M30S.
```

When calling [getDutyRatioBaseTime](RFManager.md#getdutyratiobasetime), this callback receives the AsReader duty ratio base time.

```java
default void onReceiveDutyRatioBaseTime(int value);
```

### Parameters

```{list-table}
:align: left
:class: list-table

* - Name
  - Type
  - Description
* - value
  - int
  - Duty ratio base time
```

### Sample Code

```java
@Override
public void onReceiveDutyRatioBaseTime(int value) {
}
```