public String CapturarDigitaisParaInscricao()
{
try
{
NBioAPI.Type.HFIR template = new NBioAPI.Type.HFIR();
uint retorno = api.Enroll(out template, null);
if (retorno == NBioAPI.Error.NONE)
{
NBioAPI.Type.FIR_TEXTENCODE binario = new NBioAPI.Type.FIR_TEXTENCODE();
api.GetTextFIRFromHandle(template, out binario, false);
return(binario.TextFIR);
}
else
{
Console.WriteLine(retorno);
return(null);
}
}
catch (Exception ex)
{
throw new Exception("Erro ao capturar as digitais.", ex);
}
}
//verifica o formato a importar e converte para formato nitgen.
private void Button2_Click(object sender, EventArgs e)
{
if (rb_hv01.Checked)
{
importType = NBioAPI.Type.MINCONV_DATA_TYPE.MINCONV_TYPE_FIM01_HV;
}
else if (rb_ISO.Checked)
{
importType = NBioAPI.Type.MINCONV_DATA_TYPE.MINCONV_TYPE_ISO;
}
try
{
m_Export.FDxToNBioBSPEx(minData, nSize, importType, NBioAPI.Type.FIR_PURPOSE.VERIFY, out processedFIR);
}
catch (Exception)
{
String error = "Formato incompatível ";
MessageBox.Show(error);
return;
}
NBioAPI.Type.FIR_TEXTENCODE textencode;
nBioAPI.GetTextFIRFromHandle(processedFIR, out textencode, true);
txt_textencode.Text = textencode.TextFIR;
MessageBox.Show("Convertido com Sucesso");
}
//recebe HFIR e retorna TEXTENCODE
public NBioAPI.Type.FIR_TEXTENCODE Fir_to_TextEncode(NBioAPI.Type.HFIR hfir)
{
NBioAPI.Type.FIR_TEXTENCODE txtencode = new NBioAPI.Type.FIR_TEXTENCODE();
m_NBioAPI.GetTextFIRFromHandle(hfir, out txtencode, true);
return(txtencode);
}
private void Button1_Click(object sender, EventArgs e)
{
m_WinOption.WindowStyle = NBioAPI.Type.WINDOW_STYLE.INVISIBLE;
retorno_para_exportar = new NBioAPI.Type.HFIR();
m_hNewFIR = new NBioAPI.Type.HFIR();
m_NBioAPI.OpenDevice(255);
uint ret = m_NBioAPI.Capture(NBioAPI.Type.FIR_PURPOSE.VERIFY, out m_hNewFIR, -1, retorno_para_exportar, m_WinOption);
m_NBioAPI.GetTextFIRFromHandle(m_hNewFIR, out m_textFIR, true);
Console.WriteLine("texto com m_new1 " + m_textFIR.TextFIR);
m_textFIR = null;
m_NBioAPI.GetTextFIRFromHandle(retorno_para_exportar, out m_textFIR, true);
Console.WriteLine("text com retorno com retorno_para_exportar " + m_textFIR.TextFIR);
bmp = utils.Conversor(m_textFIR);
ptb_fp.Image = bmp;
}
public string Capturar()
{
NBioAPI.Type.HFIR hCapturedFIR = new NBioAPI.Type.HFIR();
NBioAPI.Type.HFIR hCapturedFIRaudit = new NBioAPI.Type.HFIR();
NBioAPI.Type.FIR_TEXTENCODE texto = new NBioAPI.Type.FIR_TEXTENCODE();
//Get FIR data
uint device = m_NBioAPI.OpenDevice(255);
if (device != NBioAPI.Error.NONE)
{
return(null);
}
m_NBioAPI.Capture(NBioAPI.Type.FIR_PURPOSE.VERIFY, out hCapturedFIR, -1, hCapturedFIRaudit, null);
m_NBioAPI.GetTextFIRFromHandle(hCapturedFIR, out texto, true);
m_NBioAPI.CloseDevice(255);
return(texto.TextFIR);
}
private void buttonAdv1_Click(object sender, EventArgs e)
{
LeitorBiometrico leitor = new LeitorBiometrico();
NBioAPI.Type.HFIR teste = leitor.Capturar();
NBioAPI.Type.FIR_TEXTENCODE teste2;
NBioAPI m_NBioAPI = new NBioAPI();
m_NBioAPI.GetTextFIRFromHandle(teste, out teste2, true);
string teste3 = teste2.TextFIR;
MessageBox.Show(teste3);
}
public string Identificar(string Digital)
{
NBioAPI m_NBioAPI = new NBioAPI();
NBioAPI.Type.FIR_TEXTENCODE m_textFIR = new NBioAPI.Type.FIR_TEXTENCODE();
//NBioAPI.Type.HFIR NewFIR;
NBioAPI.IndexSearch m_IndexSearch = new NBioAPI.IndexSearch(m_NBioAPI);
NBioAPI.Type.HFIR hCapturedFIR;
NBioAPI.IndexSearch.FP_INFO[] fpInfo;
NBioAPI.Type.WINDOW_OPTION m_WinOption = new NBioAPI.Type.WINDOW_OPTION();
m_WinOption.WindowStyle = (uint)NBioAPI.Type.WINDOW_STYLE.NO_WELCOME;
uint ID = 1;
m_textFIR.TextFIR = Digital;
m_IndexSearch.AddFIR(m_textFIR, ID, out fpInfo);
uint dataCount;
m_IndexSearch.GetDataCount(out dataCount);
m_NBioAPI.OpenDevice(NBioAPI.Type.DEVICE_ID.AUTO);
uint ret = m_NBioAPI.Capture(out hCapturedFIR);
if (ret != NBioAPI.Error.NONE)
{
//DisplayErrorMsg(ret);
m_NBioAPI.CloseDevice(NBioAPI.Type.DEVICE_ID.AUTO);
m_NBioAPI.GetTextFIRFromHandle(hCapturedFIR, out m_textFIR, true);
}
m_NBioAPI.CloseDevice(NBioAPI.Type.DEVICE_ID.AUTO);
NBioAPI.IndexSearch.FP_INFO fpInfo2;
NBioAPI.IndexSearch.CALLBACK_INFO_0 cbInfo0 = new NBioAPI.IndexSearch.CALLBACK_INFO_0();
cbInfo0.CallBackFunction = new NBioAPI.IndexSearch.INDEXSEARCH_CALLBACK(myCallback);
// Identify FIR to IndexSearch DB
ret = m_IndexSearch.IdentifyData(hCapturedFIR, NBioAPI.Type.FIR_SECURITY_LEVEL.NORMAL, out fpInfo2, cbInfo0);
if (ret != NBioAPI.Error.NONE)
{
//DisplayErrorMsg(ret);
//return fpInfo2.ID.ToString();
return(m_textFIR.TextFIR);
}
return("");
}
public string Capturar()
{
NBioAPI m_NBioAPI = new NBioAPI();
NBioAPI.Type.HFIR hCapturedFIR = new NBioAPI.Type.HFIR();
NBioAPI.Type.FIR_TEXTENCODE texto = new NBioAPI.Type.FIR_TEXTENCODE();
// Get FIR data
m_NBioAPI.OpenDevice(255);
m_NBioAPI.Capture(out hCapturedFIR);
m_NBioAPI.GetTextFIRFromHandle(hCapturedFIR, out texto, true);
return(texto.TextFIR);
}
//Ativa leitor pra cadastrar a digital
private void cadastraDigital()
{
uint ret5 = m_NBioAPI.Enroll(out m_hNewFIR, null);
if (ret5 == NBioAPI.Error.NONE)
{
MessageBox.Show("Digital cadastrada com sucesso");
//Converter FIR capturada para textoFIR
m_NBioAPI.GetTextFIRFromHandle(m_hNewFIR, out m_textFIR, true);
//Coloca o texto obtido na String para guardar no banco.
firDigital = m_textFIR.TextFIR;
//Joga a FIR no TextBox (Apenas para visualização
digitalTextBox.Text = firDigital;
//MessageBox.Show(codigo.ToString());
}
}
//Ativa leitor pra cadastrar a digital
//return Template da digital capturada.
public String cadastraDigital()
{
abreDispositivo();
//Aciona método para chamar a dll traduzida da janela de coleta da digital.
mudaSkin();
//Método que faz a captura da digitasl.
uint ret5 = m_NBioAPI.Enroll(null, out m_hNewFIR, null, NBioAPI.Type.TIMEOUT.DEFAULT, null, m_WinOption);
if (ret5 == NBioAPI.Error.NONE)
{
//Converter FIR capturada para textoFIR
m_NBioAPI.GetTextFIRFromHandle(m_hNewFIR, out m_textFIR, true);
//Coloca o texto obtido na String para guardar no banco.
firDigital = m_textFIR.TextFIR;
fechaDispositivo();
return(firDigital);
}
//Retorna nulo, caso de algum erro no meio do processo.
return(null);
}
public string Enroll(int id)
{
NBioAPI m_NBioAPI = new NBioAPI();
NBioAPI.Type.FIR_TEXTENCODE m_textFIR;
NBioAPI.Type.HFIR NewFIR;
NBioAPI.IndexSearch m_IndexSearch = new NBioAPI.IndexSearch(m_NBioAPI);
NBioAPI.Type.WINDOW_OPTION m_WinOption = new NBioAPI.Type.WINDOW_OPTION();
m_WinOption.WindowStyle = (uint)NBioAPI.Type.WINDOW_STYLE.NO_WELCOME;
string Retorno = "";
m_NBioAPI.OpenDevice(NBioAPI.Type.DEVICE_ID.AUTO);
uint ret = m_NBioAPI.Enroll(out NewFIR, null);
//uint ret = m_NBioAPI.Enroll(null, out NewFIR, null, NBioAPI.Type.TIMEOUT.DEFAULT, null, m_WinOption);
if (ret != NBioAPI.Error.NONE)
{
m_NBioAPI.CloseDevice(NBioAPI.Type.DEVICE_ID.AUTO);
}
if (NewFIR != null)
{
m_NBioAPI.GetTextFIRFromHandle(NewFIR, out m_textFIR, true);
if (m_textFIR.TextFIR != null)
{
m_NBioAPI.CloseDevice(NBioAPI.Type.DEVICE_ID.AUTO);
Retorno = m_textFIR.TextFIR.ToString();
}
}
return(Retorno);
}
public string Capturar(int id)
{
NBioAPI m_NBioAPI = new NBioAPI();
NBioAPI.Type.INIT_INFO_0 initInfo0;
uint ret = m_NBioAPI.GetInitInfo(out initInfo0);
if (ret == NBioAPI.Error.NONE)
{
initInfo0.EnrollImageQuality = Convert.ToUInt32(50);
initInfo0.VerifyImageQuality = Convert.ToUInt32(30);
initInfo0.DefaultTimeout = Convert.ToUInt32(10000);
initInfo0.SecurityLevel = (int)NBioAPI.Type.FIR_SECURITY_LEVEL.NORMAL - 1;
}
NBioAPI.IndexSearch m_IndexSearch = new NBioAPI.IndexSearch(m_NBioAPI);
NBioAPI.Type.HFIR hCapturedFIR;
NBioAPI.Type.FIR_TEXTENCODE texto;
// Get FIR data
m_NBioAPI.OpenDevice(NBioAPI.Type.DEVICE_ID.AUTO);
m_NBioAPI.Capture(out hCapturedFIR);
try
{
if (hCapturedFIR != null)
{
m_NBioAPI.GetTextFIRFromHandle(hCapturedFIR, out texto, true);
return(texto.TextFIR);
}
return(null);
}
catch (Exception ex)
{
throw new Exception("ERRO:... " + ex.Message);
}
}
public void Capture(short Dispositivo, PictureBox Pct, Label labelImgQuality, Label LblFinalizacaoSelecionado, TipoDedo Dedo, TipoMao Mao, out NBioAPI.Type.FIR MyFir, out NBioAPI.Type.FIR_TEXTENCODE textFIR, bool Infinito)
{
LabelQualidadeSelecionado = labelImgQuality;
LabelFinalizacaoSelecionado = LblFinalizacaoSelecionado;
m_WinOption.WindowStyle = NBioAPI.Type.WINDOW_STYLE.INVISIBLE;
m_WinOption.Option2.FPForeColor[0] = Convert.ToByte("00", 16);
m_WinOption.Option2.FPForeColor[1] = Convert.ToByte("00", 16);
m_WinOption.Option2.FPForeColor[2] = Convert.ToByte("00", 16);
m_WinOption.Option2.FPBackColor[0] = Convert.ToByte("FF", 16);
m_WinOption.Option2.FPBackColor[1] = Convert.ToByte("FF", 16);
m_WinOption.Option2.FPBackColor[2] = Convert.ToByte("FF", 16);
m_WinOption.FingerWnd = (uint)Pct.Handle.ToInt32();
// Callback funtion
m_WinOption.CaptureCallBackInfo = new NBioAPI.Type.CALLBACK_INFO_0();
m_WinOption.CaptureCallBackInfo.CallBackFunction = new NBioAPI.Type.WINDOW_CALLBACK_0(MyCaptureCallback);
m_WinOption.FinishCallBackInfo = new NBioAPI.Type.CALLBACK_INFO_1();
m_WinOption.FinishCallBackInfo.CallBackFunction = new NBioAPI.Type.WINDOW_CALLBACK_1(MyFinishCallback);
// Select finger for enrollment
if (Mao == Biometria.TipoMao.Direita)
{
m_WinOption.Option2.DisableFingerForEnroll[0] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[1] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[2] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[3] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[4] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[5] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[6] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[7] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[8] = (byte)NBioAPI.Type.TRUE;
m_WinOption.Option2.DisableFingerForEnroll[9] = (byte)NBioAPI.Type.TRUE;
switch (Dedo)
{
case Biometria.TipoDedo.Anelar:
{
m_WinOption.Option2.DisableFingerForEnroll[3] = NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Indicador:
{
m_WinOption.Option2.DisableFingerForEnroll[1] = NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Médio:
{
m_WinOption.Option2.DisableFingerForEnroll[2] = (byte)NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Mínimo:
{
m_WinOption.Option2.DisableFingerForEnroll[4] = NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Polegar:
{
m_WinOption.Option2.DisableFingerForEnroll[0] = NBioAPI.Type.FALSE;
break;
}
}
}
else
{
switch (Dedo)
{
case Biometria.TipoDedo.Anelar:
{
m_WinOption.Option2.DisableFingerForEnroll[8] = NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Indicador:
{
m_WinOption.Option2.DisableFingerForEnroll[6] = NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Médio:
{
m_WinOption.Option2.DisableFingerForEnroll[7] = (byte)NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Mínimo:
{
m_WinOption.Option2.DisableFingerForEnroll[9] = NBioAPI.Type.FALSE;
break;
}
case Biometria.TipoDedo.Polegar:
{
m_WinOption.Option2.DisableFingerForEnroll[5] = NBioAPI.Type.FALSE;
break;
}
}
}
NBioAPI.Type.HFIR hCapturedFIR;
m_NBioAPI.OpenDevice(NBioAPI.Type.DEVICE_ID.AUTO);
if (Infinito)
{
m_NBioAPI.Capture(out hCapturedFIR, NBioAPI.Type.TIMEOUT.INFINITE, m_WinOption);
}
else
{
m_NBioAPI.Capture(out hCapturedFIR, NBioAPI.Type.TIMEOUT.DEFAULT, m_WinOption);
}
try
{
m_NBioAPI.GetFIRFromHandle(hCapturedFIR, out MyFir);
m_NBioAPI.GetTextFIRFromHandle(hCapturedFIR, out textFIR, true);
m_NBioAPI.CloseDevice(Dispositivo);
}
catch (Exception ex)
{
textFIR = null;
MyFir = null;
}
}
