Uses of Class
com.upek.android.ptapi.PtException

Packages that use PtException
com.upek.android.ptapi   
com.upek.android.ptapi.callback   
com.upek.android.ptapi.rsa   
 

Uses of PtException in com.upek.android.ptapi
 

Methods in com.upek.android.ptapi that throw PtException
 void PtConnectionI.authentify(int authentifyId, byte[] key)
          Authentifies the caller (host) to the FM, allow access to FM functions.
 void PtConnection.authentify(int authentifyId, byte[] key)
           
 void PtConnectionI.authentifyAdv(int accountId, byte[] wrappedProfile, byte[] authKey, byte[] publicKey, int mechanism, int keyLength, int flags, int version)
          Authentifies the caller (host) to the specific FM account allowing access to functions enabled for that account.
 void PtConnection.authentifyAdv(int accountId, byte[] wrappedProfile, byte[] authKey, byte[] publicKey, int mechanism, int keyLength, int dwFlags, int version)
           
 void PtConnectionI.authentifyEx(int accountId, byte[] key)
          Authentifies the caller (host) to the specific FM account allowing access to functions enabled for that account.
 void PtConnection.authentifyEx(int accountId, byte[] key)
           
 void PtConnectionI.calibrate(int type)
          Calibrates the fingerprint sensor to suite best to the given user.
 void PtConnection.calibrate(int type)
           
 void PtConnectionI.cancel(int flags)
          Cancels currently running PTAPI command.
 void PtConnection.cancel(int flags)
           
 void PtConnectionI.capture(byte purpose, PtBirArgI capturedTemplate, int timeout, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
          Scans the live finger and processes it into a template.
 void PtConnection.capture(byte purpose, PtBirArgI capturedTemplate, int timeout, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
           
 void PtConnectionI.close()
          Closes the connection previously opened by open().
 void PtConnection.close()
           
 void PtConnectionI.closeDevice()
          Closes connection interface, if communication session is still opened it is automatically closed.
 void PtConnection.closeDevice()
           
 void PtConnectionI.closeSession()
          Closes communication session, device interface remains open.
 void PtConnection.closeSession()
           
 void PtConnection.controlLastMatchData(int action, byte[] secret)
           
 void PtConnectionAdvancedI.controlLastMatchData(int action, byte[] secret)
          Controls status of last match data.
 PtBir PtConnectionI.convertTemplate(PtInputBir inputBIR, int targetType, boolean returnPayload)
          Converts template to format currently set in session configuration.
 PtBir PtConnection.convertTemplate(PtInputBir inputBIR, int targetType, boolean returnPayload)
           
 byte[] PtConnectionI.convertTemplateEx(int sourceType, int sourceEnvelope, byte[] inputData, int targetType, int targetEnvelope, byte[] supplementaryData, int flags)
          Converts template to specified format including standard ANSI/ISO formats.
 byte[] PtConnection.convertTemplateEx(int sourceType, int sourceEnvelope, byte[] inputData, int targetType, int targetEnvelope, byte[] supplementaryData, int flags)
           
 void PtConnection.copyFingerData(PtInputBir srcTemplate, int srcTag, int dstSlotNr, int dstTag, int dstAccessRights)
           
 void PtConnectionAdvancedI.copyFingerData(PtInputBir srcTemplate, int srcTag, int dstSlotNr, int dstTag, int dstAccessRights)
          Copies additional application data assigned to a finger template from one template to another one.
 PtBir PtConnection.copyFingerDataWrapped(PtInputBir srcTemplate, int srcTag, PtInputBir inputBIR, int dstTag, int dstAccessRights)
           
 PtBir PtConnectionAdvancedI.copyFingerDataWrapped(PtInputBir srcTemplate, int srcTag, PtInputBir inputBIR, int dstTag, int dstAccessRights)
          Copies additional application data assigned to a finger template from a template to another wrapped template.
 byte[] PtConnection.createProfileWrapped(byte[] authKey, byte[] accessRights)
           
 byte[] PtConnectionAdvancedI.createProfileWrapped(byte[] authKey, byte[] accessRights)
          Creates wrapped profile.
 void PtConnectionI.deleteAllFingers()
          Deletes all fingerprint templates stored in slots in the non-volatile memory of the FM.
 void PtConnection.deleteAllFingers()
           
 void PtConnectionI.deleteFinger(int slotNr)
          Deletes fingerprint template stored in the selected slot in the non-volatile memory of the FM.
 void PtConnection.deleteFinger(int slotNr)
           
 void PtConnectionI.detectFingerEx(int timeout, int flags)
          Verifies, if there is a finger on the sensor.
 void PtConnection.detectFingerEx(int timeout, int flags)
           
 byte[] PtConnection.deviceControl(int controlCode, byte[] inData)
           
 byte[] PtConnectionAdvancedI.deviceControl(int controlCode, byte[] inData)
          Calls FM's extension operations in IOCTL-like style.
 byte[] PtConnection.diagnostics(byte[] inData, IntegerArgI resultCode)
           
 byte[] PtConnectionAdvancedI.diagnostics(byte[] inData, IntegerArgI resultCode)
          Runs built-in FM Diagnostics.
 void PtConnectionI.enroll(byte purpose, PtInputBir storedTemplate, PtBirArgI newTemplate, IntegerArgI slotNr, byte[] payload, int timeout, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
          Scans the live finger once or several times, depending on the session settings, and combines the images into one enrollment template.
 void PtConnection.enroll(byte purpose, PtInputBir storedTemplate, PtBirArgI newTemplate, IntegerArgI slotNr, byte[] payload, int timeout, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
           
 PtDeviceListItem[] PtGlobal.enumerateDevices(java.lang.String enumDsn)
           
 PtDeviceListItem[] PtGlobalI.enumerateDevices(java.lang.String enumDsn)
          Enumerate TFM/ESS devices
 PtExtendedInfo PtConnectionI.extendedInfo()
          Returns an additional information about the TFM/ESS.
 PtExtendedInfo PtConnection.extendedInfo()
           
 byte[] PtConnection.firmwareGetCfg(int dwCfgItemId)
           
 byte[] PtConnectionManufacturingI.firmwareGetCfg(int dwCfgItemId)
          Read current setting of firmware configuration.
 void PtConnection.firmwareRequestReboot(boolean boReboot)
           
 void PtConnectionManufacturingI.firmwareRequestReboot(boolean boReboot)
          Requests FM to reboot after the current session ends.
 void PtConnection.firmwareSetCfg(int dwCfgItemId, byte[] data)
           
 void PtConnectionManufacturingI.firmwareSetCfg(int dwCfgItemId, byte[] data)
          Modifies the firmware configuration of a FM.
 void PtConnectionI.formatInternalNVM(int nvmVersion, byte[] fsParams, byte[] nvmParams)
          Formats internal NVM for SONLY device.
 void PtConnection.formatInternalNVM(int nvmVersion, byte[] fsParams, byte[] nvmParams)
           
 byte[] PtConnection.generateDeviceKeyPair(int keyType, int keyLength, int publicExponent, int flags)
           
 byte[] PtConnectionAdvancedI.generateDeviceKeyPair(int keyType, int keyLength, int publicExponent, int flags)
          Generates new random RSA key pair.
 byte[] PtConnectionI.getAccessRights(int accountId)
          Gets access rights mask of given account
 byte[] PtConnection.getAccessRights(int accountId)
           
 byte[] PtConnectionI.getAppData(int area)
          Reads the application data stored in TFM's non-volatile memory.
 byte[] PtConnection.getAppData(int area)
           
 int PtConnectionI.getAvailableMemory(int type)
          Returns the size in bytes of the remaining EEPROM memory on the TFM available for application's usage.
 int PtConnection.getAvailableMemory(int type)
           
 byte[] PtConnectionI.getFingerData(int slotNr)
          Reads the additional appliciation data associated with a finger template stored in FM's non-volatile memory.
 byte[] PtConnection.getFingerData(int slotNr)
           
 byte[] PtConnection.getFingerDataEx(PtInputBir template, int tag)
           
 byte[] PtConnectionAdvancedI.getFingerDataEx(PtInputBir template, int tag)
          Reads the additional application data associated with a finger template stored in FM's non-volatile memory or with a wrapped template.
 PtImgFormat PtConnectionI.getImageFormat(int operation)
          Gets current value of image format set for image acquiring or navigation operations.
 PtImgFormat PtConnection.getImageFormat(int operation)
           
 void PtConnectionI.getLED(IntegerArgI mode, IntegerArgI led1, IntegerArgI led2)
          Queires the state and behavior of the two user interface LEDs, which can be optionally connected to the TFM.
 void PtConnection.getLED(IntegerArgI mode, IntegerArgI led1, IntegerArgI led2)
           
 java.lang.Object PtConnectionI.getSessionCfgEx(short cfgVersion)
          Gets the current session parameters of the TFM.
 java.lang.Object PtConnection.getSessionCfgEx(short cfgVersion)
           
 void PtConnectionI.getSwipeInfo(PtSwipeInfoArgI swipeInfo, ByteArrayArgI skewInfo, ByteArrayArgI speedInfo)
          Returns information about last finger swipe
 void PtConnection.getSwipeInfo(PtSwipeInfoArgI swipeInfo, ByteArrayArgI skewInfo, ByteArrayArgI speedInfo)
           
 PtGlobalInfo PtGlobal.globalInfo()
           
 PtGlobalInfo PtGlobalI.globalInfo()
          Get information about the API version and other global information, independent on any connection.
 byte[] PtConnectionI.grab(byte type, int timeout, boolean waitForAcceptableFinger, byte[] signData, ByteArrayArgI signature)
          Scans the live finger and returns the scanned image.
 byte[] PtConnection.grab(byte type, int timeout, boolean waitForAcceptableFinger, byte[] signData, ByteArrayArgI signature)
           
 byte[] PtConnectionI.grabWindow(byte compressionType, int timeout, boolean waitForAcceptableFinger, int rows, int rowOffset, int rowDelta, int cols, int colOffset, int colDelta, byte[] signData, ByteArrayArgI signature)
          Scans the live finger and returns the scanned image.
 byte[] PtConnection.grabWindow(byte compressionType, int timeout, boolean waitForAcceptableFinger, int rows, int rowOffset, int rowDelta, int cols, int colOffset, int colDelta, byte[] signData, ByteArrayArgI signature)
           
 short PtConnectionI.identifyMatchOnHost(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir capturedTemplate, PtInputBir[] storedTemplates, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, PtMatchOnHostParams matchParams)
          Matches the supplied captured template against supplied list of enrollment templates.
 short PtConnection.identifyMatchOnHost(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir capturedTemplate, PtInputBir[] storedTemplates, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, PtMatchOnHostParams matchParams)
           
 PtInfo PtConnectionI.info()
          Returns a set of information about the connection and the TFM, including the version of TFM.
 PtInfo PtConnection.info()
           
 void PtGlobal.initialize()
           
 void PtGlobalI.initialize()
          Initialize the API library.
 void PtGlobal.initializeEx(int flags)
           
 void PtGlobalI.initializeEx(int flags)
          Initialize the PTAPI library with possibility to set some additional flags.
 boolean PtConnectionI.isStrongEncryptionEnabled()
          Tests, whether strong ecnryption is enabled on opened device.
 boolean PtConnection.isStrongEncryptionEnabled()
           
 PtFingerListItem[] PtConnectionI.listAllFingers()
          Returns list of all fingers stored in the FM's non-volatile memory together with their associated application data.
 PtFingerListItem[] PtConnection.listAllFingers()
           
 PtBir PtConnectionI.loadFinger(int slotNr, boolean returnPayload)
          Reads template data stored in given slot.
 PtBir PtConnection.loadFinger(int slotNr, boolean returnPayload)
           
 PtBir PtConnection.loadFingerEx(PtInputBir inputBIR, boolean returnPayload)
           
 PtBir PtConnectionAdvancedI.loadFingerEx(PtInputBir inputBIR, boolean returnPayload)
          Loads template from stored slot or wrapped template.
 void PtConnectionI.navigate(int eventPeriod, PtNavigationCallback callback, byte[] postprocessingParams)
          Switches FM to navigation mode (a.k.a.
 void PtConnection.navigate(int eventPeriod, PtNavigationCallback callback, byte[] postprocessingParams)
           
 void PtConnectionI.navigateWithSleep(int eventPeriod, int idleTimeout, PtNavigationCallback callback, byte[] postprocessingParams)
          Switches FM to navigation mode (a.k.a.
 void PtConnection.navigateWithSleep(int eventPeriod, int idleTimeout, PtNavigationCallback callback, byte[] postprocessingParams)
           
 PtConnectionI PtGlobal.open(java.lang.String dsn)
           
 PtConnectionI PtGlobalI.open(java.lang.String dsn)
          Open new "local" connection to TFM.
 PtConnectionI PtGlobal.openDevice(java.lang.String dsn)
           
 PtConnectionI PtGlobalI.openDevice(java.lang.String dsn)
          Opens and prepares connection interface with TFM/ESS.
 PtConnectionI PtGlobal.openRemote(PtCommCallback commCallback)
           
 PtConnectionI PtGlobalI.openRemote(PtCommCallback commCallback)
          Open a new connection to a remote instance of PTAPI library, set the address of a communication callback for this connection and return a connection handle.
 void PtConnectionI.openSession(java.lang.String dsn)
          Opens communication session with TFM/ESS device.
 void PtConnection.openSession(java.lang.String dsn)
           
 int PtConnection.queryFingerData(PtInputBir template, int tag)
           
 int PtConnectionAdvancedI.queryFingerData(PtInputBir template, int tag)
          Queries access rights of additional application data associated with a finger template stored in FM's non-volatile memory.
 int PtConnectionI.scanQuality()
          Returns scan quality of last finger swipe
 int PtConnection.scanQuality()
           
 void PtConnectionI.secureChannel(int mechanism, int keyLength, int flags)
          Establishes a secure channel for the given connection.
 void PtConnection.secureChannel(int mechanism, int keyLength, int flags)
           
 void PtConnectionI.secureChannelEx(int mechanism, int keyLength, int flags, int version)
          Establishes a secure channel for the given connection.
 void PtConnection.secureChannelEx(int mechanism, int keyLength, int flags, int version)
           
 void PtConnectionI.setAppData(int area, byte[] appData)
          Stores a block of arbitrary binary data in TFM's non-volatile memory.
 void PtConnection.setAppData(int area, byte[] appData)
           
 void PtConnection.setDevicePrivateKey(int keyType, byte[] privateKey)
           
 void PtConnectionAdvancedI.setDevicePrivateKey(int keyType, byte[] privateKey)
          Stores private part of RSA key pair to the device.
 void PtConnectionI.setFingerData(int slotNr, byte[] fingerData)
          Assigns an additional application data to a finger template stored in FM's non-volatile memory.
 void PtConnection.setFingerData(int slotNr, byte[] fingerData)
           
 void PtConnection.setFingerDataEx(int slotNr, int tag, int accessRights, byte[] fingerData)
           
 void PtConnectionAdvancedI.setFingerDataEx(int slotNr, int tag, int accessRights, byte[] fingerData)
          Assigns an additional application data to a finger template stored in FM's non-volatile memory.
 PtBir PtConnection.setFingerDataExWrapped(PtInputBir inputBIR, int tag, int accessRights, byte[] fingerData)
           
 PtBir PtConnectionAdvancedI.setFingerDataExWrapped(PtInputBir inputBIR, int tag, int accessRights, byte[] fingerData)
          Assigns an additional application data to a finger template stored in wrapped template.
 void PtConnectionI.setFingerPayload(int slotNr, byte[] payload)
          Changes payload data of a finger template stored in TFM's non-volatile memory.
 void PtConnection.setFingerPayload(int slotNr, byte[] payload)
           
 void PtConnectionI.setGUICallbacks(PtGuiStreamingCallback guiStreamingCallback, PtGuiStateCallback guiStateCallback)
          Sets the references to the callback routines to be called if any called function involves displaying a biometric user interface.
 void PtConnection.setGUICallbacks(PtGuiStreamingCallback guiStreamingCallback, PtGuiStateCallback guiStateCallback)
           
 void PtConnectionI.setImageFormat(int operation, PtImgFormat format, int dataSections)
          Sets image format for following image acquiring or navigation operations.
 void PtConnection.setImageFormat(int operation, PtImgFormat format, int dataSections)
           
 void PtConnectionI.setLED(int mode, int led1, int led2)
          Controls the state and behavior of the two user interface LEDs, which can be optionally connected to the TFM.
 void PtConnection.setLED(int mode, int led1, int led2)
           
 void PtConnection.setProfileWrapped(byte[] wrappedProfile)
           
 void PtConnectionAdvancedI.setProfileWrapped(byte[] wrappedProfile)
          Sets wrapped profile created previously by createProfileWrapped().
 void PtConnectionI.setSessionCfgEx(short cfgVersion, java.lang.Object sessionCfg)
          Sets the session parameters of the TFM.
 void PtConnection.setSessionCfgEx(short cfgVersion, java.lang.Object sessionCfg)
           
 int PtConnectionI.sleep(int sleepMode, PtIdleCallback callback)
          Switches FM to deep sleep or standby mode.
 int PtConnection.sleep(int sleepMode, PtIdleCallback callback)
           
 void PtConnectionI.sleepThenCapture(PtIdleCallback callback, byte purpose, int timeout, IntegerArgI wakeupCause, IntegerArgI captureGuiMessage, PtBirArgI capturedTemplate, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
          Switches FM to the standby (finger detect) mode.
 void PtConnection.sleepThenCapture(PtIdleCallback callback, byte purpose, int timeout, IntegerArgI wakeupCause, IntegerArgI captureGuiMessage, PtBirArgI capturedTemplate, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
           
 void PtConnectionI.sleepThenGrab(PtIdleCallback callback, byte grabType, int timeout, boolean assessImageQuality, IntegerArgI wakeupCause, IntegerArgI grabGuiMessage, ByteArrayArgI grabbedData, byte[] signData, ByteArrayArgI signature)
          Switches FM to the standby (finger detect) mode.
 void PtConnection.sleepThenGrab(PtIdleCallback callback, byte grabType, int timeout, boolean assessImageQuality, IntegerArgI wakeupCause, IntegerArgI grabGuiMessage, ByteArrayArgI grabbedData, byte[] signData, ByteArrayArgI signature)
           
 int PtConnectionI.storeFinger(PtInputBir template)
          Stores given fingerprint template in the selected slot in the non-volatile memory of the TFM.
 int PtConnection.storeFinger(PtInputBir template)
           
 PtBir PtConnection.storeFingerWrapped(PtInputBir template)
           
 PtBir PtConnectionAdvancedI.storeFingerWrapped(PtInputBir template)
          Stores given fingerprint template into wrapped template.
 void PtGlobal.terminate()
           
 void PtGlobalI.terminate()
          Uninitialize the API library.
 byte[] PtConnectionI.transact(byte[] inPkt)
          Sends the request data packet to the FM, waits for a response and get the response data packet.
 byte[] PtConnection.transact(byte[] inPkt)
           
 void PtConnectionI.updateFingerPayload(int slotNr, int offset, byte[] data)
          Updates payload data of a finger template stored in TFM's non-volatile memory.
 void PtConnection.updateFingerPayload(int slotNr, int offset, byte[] data)
           
 byte[] PtConnection.useFingerData(PtInputBir template, int tag, int operation, byte[] inputData)
           
 byte[] PtConnectionAdvancedI.useFingerData(PtInputBir template, int tag, int operation, byte[] inputData)
          Performs given 'use' operation with finger data of specified template.
 byte[] PtConnection.useSetFingerData(int slotNr, int tag, int accessRights, int operation, byte[] inputData)
           
 byte[] PtConnectionAdvancedI.useSetFingerData(int slotNr, int tag, int accessRights, int operation, byte[] inputData)
          Performs given 'use-set' operation and store result as finger data of specified template stored in FM's non-volatile memory.
 PtBir PtConnection.useSetFingerDataWrapped(PtInputBir inputBir, int tag, int accessRights, int operation, byte[] inputData, ByteArrayArgI outputData)
           
 PtBir PtConnectionAdvancedI.useSetFingerDataWrapped(PtInputBir inputBir, int tag, int accessRights, int operation, byte[] inputData, ByteArrayArgI outputData)
          Performs given 'use-set' operation and store result as finger data of specified wrapped template.
 byte[] PtConnection.useUpdateFingerData(int slotNr, int dwTag, int operation, byte[] inputData)
           
 byte[] PtConnectionAdvancedI.useUpdateFingerData(int slotNr, int tag, int operation, byte[] inputData)
          Performs given 'use-update' operation with finger data of specified template stored in FM's non-volatile memory, updated finger data are stored back to non-volatile memory.
 PtBir PtConnection.useUpdateFingerDataWrapped(PtInputBir inputBir, int tag, int operation, byte[] inputData, ByteArrayArgI outputData)
           
 PtBir PtConnectionAdvancedI.useUpdateFingerDataWrapped(PtInputBir inputBir, int tag, int operation, byte[] inputData, ByteArrayArgI outputData)
          Performs given 'use-update' operation with finger data of specified wrapped template, updated wrapped template is returned back to host.
 boolean PtConnectionI.verify(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir storedTemplate, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, int timeout, boolean capture, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
          Scans the live finger or uses the last captured finger data and tries to match it against the supplied enrollment template.
 boolean PtConnection.verify(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir storedTemplate, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, int timeout, boolean capture, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
           
 int PtConnectionI.verifyAll(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, int timeout, boolean capture, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
          Scans the live finger or uses the last captured finger data and tries to match it against the templates stored in TFM's non-volatile memory.
 int PtConnection.verifyAll(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, int timeout, boolean capture, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
           
 short PtConnectionI.verifyEx(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir[] storedTemplates, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, int timeout, boolean capture, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
          Scans the live finger or uses the last captured finger data and tries to match it against the set of supplied enrollment templates.
 short PtConnection.verifyEx(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir[] storedTemplates, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, int timeout, boolean capture, PtBirArgI auditData, byte[] signData, ByteArrayArgI signature)
           
 boolean PtConnectionI.verifyMatch(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir capturedTemplate, PtInputBir storedTemplate, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload)
          Matches the supplied captured template against the supplied enrollment template.
 boolean PtConnection.verifyMatch(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir capturedTemplate, PtInputBir storedTemplate, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload)
           
 boolean PtConnectionI.verifyMatchOnHost(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir capturedTemplate, PtInputBir storedTemplate, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, PtMatchOnHostParams matchParams)
          Matches the supplied captured template against the supplied enrollment template.
 boolean PtConnection.verifyMatchOnHost(java.lang.Integer maxFARRequested, java.lang.Integer maxFRRRequested, java.lang.Boolean farPrecedence, PtInputBir capturedTemplate, PtInputBir storedTemplate, PtBirArgI adaptedTemplate, IntegerArgI farAchieved, IntegerArgI frrAchieved, ByteArrayArgI payload, PtMatchOnHostParams matchParams)
           
 

Uses of PtException in com.upek.android.ptapi.callback
 

Methods in com.upek.android.ptapi.callback that throw PtException
 byte[] PtCommCallback.commCallbackInvoke(byte[] inPkt)
           
 byte PtStdGuiStateCallback.guiStateCallbackInvoke(int guiState, int message, byte progress, PtGuiSampleImage sampleBuffer, byte[] data)
           
 byte PtGuiStateCallback.guiStateCallbackInvoke(int guiState, int message, byte progress, PtGuiSampleImage sampleBuffer, byte[] data)
          Invoke callback function of this interface.
 void PtGuiStreamingCallback.guiStreamingCallbackInvoke()
          Invoke callback function of this interface.
 byte PtIdleCallback.idleCallbackInvoke()
          Invoke callback function of this interface.
 byte PtNavigationCallback.navigationCallbackInvoke(PtNavigationData navigationData)
          Invoke callback function of this interface.
 

Uses of PtException in com.upek.android.ptapi.rsa
 

Constructors in com.upek.android.ptapi.rsa that throw PtException
RSAPrivateCrtKey(byte[] ptApiData)
          Creates a new key from TFM internal format.
RSAPrivateKey(byte[] ptApiData)
          Creates a new key from TFM internal format.
RSAPublicKey(byte[] ptApiData)
          Creates a new key from TFM internal format (returned by e.g.