private static void AddAcquisitionModeStrategy(ref AssociativeTuple <string, AcquisitionModeStrategy> io_x_AcquisitionModeStrategyMap, AcquisitionModeStrategy i_e_AcquisitionModeStrategy)
{
switch (i_e_AcquisitionModeStrategy)
{
case AcquisitionModeStrategy.EXPERT:
io_x_AcquisitionModeStrategyMap["Expert"] = AcquisitionModeStrategy.EXPERT;
break;
case AcquisitionModeStrategy.UNIVERSAL_FAST:
io_x_AcquisitionModeStrategyMap["Universal (fast)"] = AcquisitionModeStrategy.UNIVERSAL_FAST;
break;
case AcquisitionModeStrategy.UNIVERSAL_ACCURATE:
io_x_AcquisitionModeStrategyMap["Universal (accurate)"] = AcquisitionModeStrategy.UNIVERSAL_ACCURATE;
break;
case AcquisitionModeStrategy.FULL_MULTIMODAL:
io_x_AcquisitionModeStrategyMap["Full multimodal"] = AcquisitionModeStrategy.FULL_MULTIMODAL;
break;
case AcquisitionModeStrategy.ANTI_SPOOFING:
io_x_AcquisitionModeStrategyMap["Anti-spoofing"] = AcquisitionModeStrategy.ANTI_SPOOFING;
break;
default:
throw new InvalidParameterException("Unknown acquisition mode strategy value", ErrorCodes.IED_ERR_INTERNAL);
}
}
private static void AddTemplateFormat(ref AssociativeTuple <string, TemplateFormat> io_x_TemplateFormatMap, TemplateFormat i_e_TemplateFormat)
{
switch (i_e_TemplateFormat)
{
case TemplateFormat.CFV:
io_x_TemplateFormatMap["Morpho CFV Fingerprint Template"] = TemplateFormat.CFV;
break;
case TemplateFormat.PKMAT:
io_x_TemplateFormatMap["Morpho PkMat Fingerprint Template"] = TemplateFormat.PKMAT;
break;
case TemplateFormat.PKCOMPV2:
io_x_TemplateFormatMap["Morpho PkComp V2 Fingerprint Template"] = TemplateFormat.PKCOMPV2;
break;
case TemplateFormat.PKLITE:
io_x_TemplateFormatMap["Morpho PkLite Fingerprint Template"] = TemplateFormat.PKLITE;
break;
case TemplateFormat.PK_FVP:
io_x_TemplateFormatMap["Morpho PkFVP Finger Vein/Fingerprint Template"] = TemplateFormat.PK_FVP;
break;
case TemplateFormat.ANSI_378:
io_x_TemplateFormatMap["ANSI INCITS 378-2004 Finger Minutiae Record"] = TemplateFormat.ANSI_378;
break;
case TemplateFormat.ISO_19794_2_FMR:
io_x_TemplateFormatMap["ISO/IEC 19794-2:2005 Finger Minutiae Record"] = TemplateFormat.ISO_19794_2_FMR;
break;
case TemplateFormat.ISO_19794_2_Card_Format_Normal_Size:
io_x_TemplateFormatMap["ISO/IEC 19794-2:2005 Finger Minutiae Card Format Normal Size"] = TemplateFormat.ISO_19794_2_Card_Format_Normal_Size;
break;
case TemplateFormat.ISO_19794_2_Card_Format_Compact_Size:
io_x_TemplateFormatMap["ISO/IEC 19794-2:2005 Finger Minutiae Card Format Compact Size"] = TemplateFormat.ISO_19794_2_Card_Format_Compact_Size;
break;
case TemplateFormat.PKMAT_NORM:
io_x_TemplateFormatMap["Morpho PkMat Norm Fingerprint Template"] = TemplateFormat.PKMAT_NORM;
break;
case TemplateFormat.PKCOMPV2_NORM:
io_x_TemplateFormatMap["Morpho PkComp V2 Norm Fingerprint Template"] = TemplateFormat.PKCOMPV2_NORM;
break;
default:
throw new InvalidParameterException("Unknown template format value", ErrorCodes.IED_ERR_INTERNAL);
}
}
private static void AddSecurityLevel(ref AssociativeTuple <string, ExtendedSecurityLevel> io_x_SecurityLevelMap, ExtendedSecurityLevel i_e_SecurityLevel)
{
switch (i_e_SecurityLevel)
{
case ExtendedSecurityLevel.STANDARD:
io_x_SecurityLevelMap["Standard"] = ExtendedSecurityLevel.STANDARD;
break;
case ExtendedSecurityLevel.MEDIUM:
io_x_SecurityLevelMap["Medium"] = ExtendedSecurityLevel.MEDIUM;
break;
case ExtendedSecurityLevel.HIGH:
io_x_SecurityLevelMap["High"] = ExtendedSecurityLevel.HIGH;
break;
case ExtendedSecurityLevel.CRITICAL:
io_x_SecurityLevelMap["Critical"] = ExtendedSecurityLevel.CRITICAL;
break;
default:
throw new InvalidParameterException("Unknown security level value", ErrorCodes.IED_ERR_INTERNAL);
}
}
private static void AddCoderAlgorithm(ref AssociativeTuple <string, CoderAlgorithm> io_x_CoderAlgorithmMap, CoderAlgorithm i_e_CoderAlgorithm)
{
switch (i_e_CoderAlgorithm)
{
case CoderAlgorithm.EmbeddedCoder:
io_x_CoderAlgorithmMap["Device Embedded Coder"] = CoderAlgorithm.EmbeddedCoder;
break;
case CoderAlgorithm.V6:
io_x_CoderAlgorithmMap["Morpho V6 Coder"] = CoderAlgorithm.V6;
break;
case CoderAlgorithm.V9:
io_x_CoderAlgorithmMap["Morpho V9 Coder"] = CoderAlgorithm.V9;
break;
case CoderAlgorithm.V10:
io_x_CoderAlgorithmMap["Morpho V10 Coder"] = CoderAlgorithm.V10;
break;
default:
throw new InvalidParameterException("Unknown coder algorithm value", ErrorCodes.IED_ERR_INTERNAL);
}
}
private void buttonVerify_Click(object sender, EventArgs e)
{
try
{
//Select File
OpenFileDialog dlg = new OpenFileDialog();
dlg.Multiselect = false;
dlg.Title = "Select reference template";
Dictionary <TemplateFormat, string> l_x_TemplateFormatFilterMap = new Dictionary <TemplateFormat, string>();
l_x_TemplateFormatFilterMap[TemplateFormat.CFV] = "Morpho CFV Fingerprint Template (*.cfv)|*.cfv";
l_x_TemplateFormatFilterMap[TemplateFormat.PKMAT] = "Morpho PkMat Fingerprint Template (*.pkmat)|*.pkmat";
l_x_TemplateFormatFilterMap[TemplateFormat.PKCOMPV2] = "Morpho PkComp V2 Fingerprint Template (*.pkc)|*.pkc";
l_x_TemplateFormatFilterMap[TemplateFormat.PKLITE] = "Morpho PkLite Fingerprint Template (*.pklite)|*.pklite";
l_x_TemplateFormatFilterMap[TemplateFormat.PK_FVP] = "Morpho PkFVP Finger Vein/Fingerprint Template (*.fvp)|*.fvp";
l_x_TemplateFormatFilterMap[TemplateFormat.ANSI_378] = "ANSI INCITS 378-2004 Finger Minutiae Record (*.ansi-fmr)|*.ansi-fmr";
l_x_TemplateFormatFilterMap[TemplateFormat.ISO_19794_2_FMR] = "ISO/IEC 19794-2:2005 Finger Minutiae Record (*.iso-fmr)|*.iso-fmr";
l_x_TemplateFormatFilterMap[TemplateFormat.ISO_19794_2_Card_Format_Normal_Size] = "ISO/IEC 19794-2:2005 Finger Minutiae Card Format Normal Size (*.iso-fmc-ns)|*.iso-fmc-ns";
l_x_TemplateFormatFilterMap[TemplateFormat.ISO_19794_2_Card_Format_Compact_Size] = "ISO/IEC 19794-2:2005 Finger Minutiae Card Format Compact Size (*.iso-fmc-cs)|*.iso-fmc-cs";
l_x_TemplateFormatFilterMap[TemplateFormat.PKMAT_NORM] = "Morpho PkMat Norm Fingerprint Template (*.pkmn)|*.pkmn";
l_x_TemplateFormatFilterMap[TemplateFormat.PKCOMPV2_NORM] = "Morpho PkComp V2 Norm Fingerprint Template (*.pkcn)|*.pkcn";
AssociativeTuple <int, TemplateFormat> l_x_FilterTemplates = new AssociativeTuple <int, TemplateFormat>();
string l_x_Filter = string.Empty;
int l_i_FilterIndex = -1;
int l_i_FilterCount = 1;
foreach (TemplateFormat l_x_TemplateFormat in CurrentDeviceLayoutConfig.VerifyTemplateFormats.Seconds)
{
l_x_FilterTemplates[l_i_FilterCount] = l_x_TemplateFormat;
l_x_Filter += l_x_TemplateFormatFilterMap[l_x_TemplateFormat] + "|";
if (l_x_TemplateFormat == CurrentDeviceLayoutConfig.FPTemplateFormats[this.comboBoxFPFormat.SelectedItem.ToString()] ||
(CurrentDeviceLayoutConfig.FVPTemplatesSupported && (l_x_TemplateFormat == CurrentDeviceLayoutConfig.FVPTemplateFormats[this.comboBoxFVPFormat.SelectedItem.ToString()])))
{
l_i_FilterIndex = l_i_FilterCount;
}
l_i_FilterCount++;
}
if (CurrentDeviceLayoutConfig.FVPTemplatesSupported)
{
l_x_FilterTemplates[l_i_FilterCount] = CurrentDeviceLayoutConfig.FVPTemplateFormats[CurrentDeviceLayoutConfig.FVPTemplateDefaultValue];
if (l_i_FilterIndex == -1)
{
l_i_FilterIndex = l_x_FilterTemplates[CurrentDeviceLayoutConfig.FVPTemplateFormats[CurrentDeviceLayoutConfig.FVPTemplateDefaultValue]];
}
}
else
{
l_x_FilterTemplates[l_i_FilterCount] = CurrentDeviceLayoutConfig.FPTemplateFormats[CurrentDeviceLayoutConfig.FPTemplateDefaultValue];
if (l_i_FilterIndex == -1)
{
l_i_FilterIndex = l_x_FilterTemplates[CurrentDeviceLayoutConfig.FPTemplateFormats[CurrentDeviceLayoutConfig.FPTemplateDefaultValue]];
}
}
l_x_Filter += "All Files (*.*)|*.*";
dlg.Filter = l_x_Filter;
dlg.FilterIndex = l_i_FilterIndex;
if (dlg.ShowDialog() != DialogResult.OK)
{
//Cancel by User
return;
}
//Open Template
FileStream fs = new FileStream(dlg.FileName, FileMode.Open, FileAccess.Read);
Byte[] reference_template = new Byte[(int)fs.Length];
fs.Read(reference_template as Byte[], 0, (int)fs.Length);
fs.Close();
//Init Acquisition Component
InitAcquisition(ref GenericAcqComponent);
// Retrieve the template format selected by user for the reference template
TemplateFormat l_e_ReferenceTemplateFormat = l_x_FilterTemplates[dlg.FilterIndex];
// Backup the previous template format value
TemplateFormat l_e_PreviousTemplateFormat = GenericAcqComponent.TemplateFormat;
// Set MorphoAcquisition template format to the reference template format
GenericAcqComponent.TemplateFormat = l_e_ReferenceTemplateFormat;
//Run Acquisition
VerifyResult result = GenericAcqComponent.RunCaptureVerify(reference_template);
// Restore MorphoAcquisition previous template format
GenericAcqComponent.TemplateFormat = l_e_PreviousTemplateFormat;
if ((result.Status != ErrorCodes.IED_NO_ERROR) && (result.Status != ErrorCodes.IED_ERR_NO_HIT))
{
// Error happened (matching not done)
MessageBox.Show(String.Format("Verification failed with error {0}.", result.Status), "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
else if (result.Status == ErrorCodes.IED_ERR_NO_HIT)
{
// Sensor returned NO_HIT
MessageBox.Show("Authentication failed.", "Authentication failed", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
else if (this.CurrentComponentType == DeviceType.ACTIVE_MACI)
{
// MorphoAccess does not indicate the matching score so it is not pertinent to check it
MessageBox.Show("Authentication succeeded.", "Authentication succeeded", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
else if (result.AuthenticationScore >= Convert.ToInt16(textBoxAuthent.Text))
{
// Other wise, we check the matching score
MessageBox.Show(String.Format("Authentication succeeded, score : {0}", result.AuthenticationScore),
"Authentication succeeded", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
else
{
// This should never happen
MessageBox.Show(String.Format("Authentication failed, score : {0}", result.AuthenticationScore),
"Authentication failed", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
}
catch (Exception exc)
{
MessageBox.Show(exc.Message, exc.GetType().Name, MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
