jpos.BiometricsControl110 Maven / Gradle / Ivy
//////////////////////////////////////////////////////////////////////
//
// The JavaPOS library source code is now under the CPL license, which
// is an OSS Apache-like license. The complete license is located at:
// http://www.ibm.com/developerworks/library/os-cpl.html
//
//////////////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////
//
// This software is provided "AS IS". The JavaPOS working group (including
// each of the Corporate members, contributors and individuals) MAKES NO
// REPRESENTATIONS OR WARRANTIES ABOUT THE SUITABILITY OF THE SOFTWARE,
// EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED
// WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
// NON-INFRINGEMENT. The JavaPOS working group shall not be liable for
// any damages suffered as a result of using, modifying or distributing this
// software or its derivatives.Permission to use, copy, modify, and distribute
// the software and its documentation for any purpose is hereby granted.
//
// BiometricsControl110
//
// Interface definining all new capabilities, properties and
// methods that are specific to Biometrics for release 1.10.
//
// Modification history
// ------------------------------------------------------------------
// 2006-Feb-10 JavaPOS Release 1.10 BS
//
/////////////////////////////////////////////////////////////////////
package jpos;
import jpos.events.*;
public interface BiometricsControl110 extends BaseControl
{
// Capabilities
public boolean getCapCompareFirmwareVersion() throws JposException;
public int getCapPowerReporting() throws JposException;
public boolean getCapPrematchData() throws JposException;
public boolean getCapRawSensorData() throws JposException;
public boolean getCapRealTimeData() throws JposException;
public int getCapSensorColor() throws JposException;
public int getCapSensorOrientation() throws JposException;
public int getCapSensorType() throws JposException;
public boolean getCapStatisticsReporting() throws JposException;
public boolean getCapTemplateAdaptation() throws JposException;
public boolean getCapUpdateFirmware() throws JposException;
public boolean getCapUpdateStatistics() throws JposException;
// Properties
public int getAlgorithm() throws JposException;
public void setAlgorithm(int algorithm) throws JposException;
public String getAlgorithmList() throws JposException;
public boolean getAutoDisable() throws JposException;
public void setAutoDisable(boolean autoDisable) throws JposException;
public byte[] getBIR() throws JposException;
public int getDataCount() throws JposException;
public boolean getDataEventEnabled() throws JposException;
public void setDataEventEnabled(boolean dataEventEnabled)
throws JposException;
public int getPowerNotify() throws JposException;
public void setPowerNotify(int powerNotify) throws JposException;
public int getPowerState() throws JposException;
public byte[] getRawSensorData() throws JposException;
public boolean getRealTimeDataEnabled() throws JposException;
public void setRealTimeDataEnabled(boolean enabled) throws JposException;
public int getSensorBPP() throws JposException;
public int getSensorColor() throws JposException;
public void setSensorColor(int color) throws JposException;
public int getSensorHeight() throws JposException;
public int getSensorOrientation() throws JposException;
public void setSensorOrientation(int orientation) throws JposException;
public int getSensorType() throws JposException;
public void setSensorType(int type) throws JposException;
public int getSensorWidth() throws JposException;
// Methods
public void beginEnrollCapture(byte[] referenceBIR,
byte[] payload)
throws JposException;
public void beginVerifyCapture()
throws JposException;
public void clearInput() throws JposException;
public void clearInputProperties()
throws JposException;
public void compareFirmwareVersion(String firmwareFileName,
int[] result)
throws JposException;
public void endCapture()
throws JposException;
public void identify(int maxFARRequested,
int maxFRRRequested,
boolean FARPrecedence,
byte[][] referenceBIRPopulation,
int[][] candidateRanking,
int timeout)
throws JposException;
public void identifyMatch(int maxFARRequested,
int maxFRRRequested,
boolean FARPrecedence,
byte[] sampleBIR,
byte[][] referenceBIRPopulation,
int[][] candidateRanking)
throws JposException;
public void processPrematchData(byte[] capturedBIR,
byte[] prematchDataBIR,
byte[][] processedBIR)
throws JposException;
public void resetStatistics(String statisticsBuffer)
throws JposException;
public void retrieveStatistics(String[] statisticsBuffer)
throws JposException;
public void updateFirmware(String firmwareFileName)
throws JposException;
public void updateStatistics(String statisticsBuffer)
throws JposException;
public void verify(int maxFARRequested,
int maxFRRRequested,
boolean FARPrecedence,
byte[] referenceBIR,
byte[][] adaptedBIR,
boolean[] result,
int[] FARAchieved,
int[] FRRAchieved,
byte[][] payload,
int timeout)
throws JposException;
public void verifyMatch(int maxFARRequested,
int maxFRRRequested,
boolean FARPrecedence,
byte[] sampleBIR,
byte[] referenceBIR,
byte[][] adaptedBIR,
boolean[] result,
int[] FARAchieved,
int[] FRRAchieved,
byte[][] payload)
throws JposException;
// Event listener methods
public void addDataListener(DataListener l);
public void removeDataListener(DataListener l);
public void addDirectIOListener(DirectIOListener l);
public void removeDirectIOListener(DirectIOListener l);
public void addErrorListener(ErrorListener l);
public void removeErrorListener(ErrorListener l);
public void addStatusUpdateListener(StatusUpdateListener l);
public void removeStatusUpdateListener(StatusUpdateListener l);
}
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