public bool FlushDevice()
{
string logMsg = "";
zkemkeeper.CZKEM axCZKEM1 = new zkemkeeper.CZKEM();
try
{
lock (busy)
{
if (ui.isLoggingUI)
{
ui.ChangeStatus(devNo, "Flushing...", Color.Blue);
}
bool bIsConnected = axCZKEM1.Connect_Net(devIP, 4370); // 4370 is port no of attendance machine
if (bIsConnected == true)
{
//log = "Turnstile[" + (device+1) + "]: Device Connected Successfully\n";
axCZKEM1.ClearDataEx(0, "user");
axCZKEM1.ClearDataEx(0, "userauthorize");
axCZKEM1.Disconnect();
logMsg = logMsg + "Turnstile[" + (devNo + 1) + "]: Device Clear Successfully\n";
log.LogText(logMsg);
return(true);
}
else
{
logMsg = logMsg + "Turnstile[" + (devNo + 1) + "]: Device Not Cleared/Connected\n";
log.LogText(logMsg);
return(false);
}
}
}
catch (Exception ex)
{
try
{
axCZKEM1.Disconnect();
}
catch (Exception exx)
{
log.LogText("Turnstile[" + (devNo + 1) + "]: Exception inside FlushDevice: " + exx.Message.ToString() + System.Environment.NewLine);
Disconect();
}
logMsg = logMsg + "Turnstile[" + (devNo + 1) + "]: Device Clear/Connect Error: " + ex.Message.ToString();
log.LogText(logMsg);
return(false);
}
}
public int sta_ConnectTCP(List <string> lblOutputInfo, string ip, string port, string commKey)
{
if (ip == "" || port == "" || commKey == "")
{
lblOutputInfo.Add("*Name, IP, Port or Commkey cannot be null !");
return(-1);// ip or port is null
}
if (Convert.ToInt32(port) <= 0 || Convert.ToInt32(port) > 65535)
{
lblOutputInfo.Add("*Port illegal!");
return(-1);
}
if (Convert.ToInt32(commKey) < 0 || Convert.ToInt32(commKey) > 999999)
{
lblOutputInfo.Add("*CommKey illegal!");
return(-1);
}
int idwErrorCode = 0;
axCZKEM1.SetCommPassword(Convert.ToInt32(commKey));
if (bIsConnected == true)
{
axCZKEM1.Disconnect();
SetConnectState(false);
lblOutputInfo.Add("Disconnect with device !");
//connected = false;
return(-2); //disconnect
}
if (axCZKEM1.Connect_Net(ip, Convert.ToInt32(port)) == true)
{
SetConnectState(true);
lblOutputInfo.Add("Connect with device !");
return(1);
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
lblOutputInfo.Add("*Unable to connect the device,ErrorCode=" + idwErrorCode.ToString());
return(idwErrorCode);
}
}
void Conectar()
{
if (btnConnect.Text == "Desconectar")
{
axCZKEM1.Disconnect();
axCZKEM1.OnAttTransactionEx -= axCZKEM1_OnAttTransactionEx;
bIsConnected = false;
btnConnect.Text = "Conectar";
lblState.Text = "Estado Actual:Desconectado";
Cursor = Cursors.Default;
return;
}
else
{
bIsConnected = axCZKEM1.Connect_Net(IP, Puerto);
if (bIsConnected)
{
if (axCZKEM1.RegEvent(iMachineNumber, 65535))
{
axCZKEM1.OnAttTransactionEx += axCZKEM1_OnAttTransactionEx;
}
btnConnect.Text = "Desconectar";
lblState.Text = "Estado Actual:Conectado";
}
else
{
axCZKEM1.GetLastError(idwErrorCode);
lblState.Text = "No se pudo conectar, Error=" + idwErrorCode.ToString();
}
}
}
public static Response desConectar()
{
Response result = new Response();
if (bIsConnected)
{
axCZKEM1.Disconnect();
}
result.status = Estatus.OK;
return(result);
}
/// <summary>
/// 关闭设备
/// </summary>
/// <returns></returns>
private bool Close()
{
try
{
log.Info(string.Format("Try to disconnect from the ZK Device"));
log.Info(string.Format("ZKSoftware API : axCZKEM1.EnableDevice : true"));
axCZKEM1.EnableDevice(iMachineNumber, true); //enable the device
log.Info(string.Format("ZKSoftware API : axCZKEM1.Disconnect"));
axCZKEM1.Disconnect();
return(true);
}
catch (Exception ex)
{
log.Fatal(ex);
return(false);
}
}
protected void GridView1_SelectedIndexChanged(object sender, EventArgs e)
{
string marca = this.GridView1.SelectedDataKey["MARCA"].ToString();
string nume = this.GridView1.SelectedRow.Cells[1].Text.ToString();
string card = this.GridView1.SelectedRow.Cells[5].Text.ToString();
zkemkeeper.CZKEM aa = new zkemkeeper.CZKEM();
Literal2.Text = "";
if (aa.Connect_Net("10.10.13.10", 4370))
{
Literal2.Text = Literal2.Text + " " + "Conectat...";
//aa.SetStrCardNumber("");
if (aa.SetStrCardNumber(card))
{
Literal2.Text = Literal2.Text + " " + "actualizat card :" + card;
}
else
{
Literal2.Text = Literal2.Text + " " + "EROARE actualizare card " + card;
}
if (aa.SSR_SetUserInfo(1, marca, nume, "", 0, true))
{
Literal2.Text = Literal2.Text + " " + "actualizat " + marca + " " + nume;
}
else
{
Literal2.Text = Literal2.Text + " " + "EROARE actualizare " + marca + " " + nume;
}
aa.Disconnect();
}
else
{
Literal2.Text = "nu m-am putrut conecta la aparat";
}
}
private void btnConnect_Click(object sender, EventArgs e)
{
// Connecting to the device
if (btnConnect.Text == "Connect")
{
bool connected;
// Connect to the device using the library function
connected = Device.Connect_Net(ip, port);
// If we are successfully connected then we want
// update the log and enable the device specific features
if (connected)
{
lbLog.Items.Add("Connected to device at " + ip + ":" + Convert.ToString(port));
btnConnect.Text = "Disconnect";
EnableDeviceButtons(true);
}
// Otherwise we warn the user that the connection failed
else
{
lbLog.Items.Add("Failed to connect to device at " + ip + ":" + Convert.ToString(port));
}
}
// Disconnecting from the device
else
{
// Disconnected from the device using the library function
Device.Disconnect();
// Disable the device specific features and update the log
lbLog.Items.Add("Disconnected from the device");
btnConnect.Text = "Connect";
EnableDeviceButtons(false);
}
}
public void DisConnectMachine()
{
_AttManager.Disconnect();
_AttManager.OnAttTransactionEx -= new zkemkeeper._IZKEMEvents_OnAttTransactionExEventHandler(AttManager_OnAttTransactionEx);
}
public void DisconnectToDevice()
{
axCZKEM1.Disconnect();
}
private void btnConnect_Click(object sender, EventArgs e)
{
//timer1.Enabled = true;
//timer1.Start();
string ip = "";
//ip = comboBox1.<SelectedValue.ToString();
ip = textBox1.Text;
int idwErrorCode = 0;
Cursor = Cursors.WaitCursor;
if (btnConnect.Text == "DisConnect")
{
axCZKEM1.Disconnect();
bIsConnected = false;
btnConnect.Text = "Connect";
lblState.Text = "Current State:DisConnected";
Cursor = Cursors.Default;
return;
}
bIsConnected = axCZKEM1.Connect_Net(ip, Convert.ToInt32(puerto));
if (bIsConnected == true)
{
btnConnect.Text = "DisConnect";
btnConnect.Refresh();
lblState.Text = "Current State:Connected";
iMachineNumber = 1; //In fact,when you are using the tcp/ip communication,this parameter will be ignored,that is any integer will all right.Here we use 1.
if (axCZKEM1.RegEvent(iMachineNumber, 65535)) //Here you can register the realtime events that you want to be triggered(the parameters 65535 means registering all)
{
this.axCZKEM1.OnFinger += new zkemkeeper._IZKEMEvents_OnFingerEventHandler(axCZKEM1_OnFinger);
this.axCZKEM1.OnVerify += new zkemkeeper._IZKEMEvents_OnVerifyEventHandler(axCZKEM1_OnVerify);
this.axCZKEM1.OnAttTransactionEx += new zkemkeeper._IZKEMEvents_OnAttTransactionExEventHandler(axCZKEM1_OnAttTransactionEx);
this.axCZKEM1.OnFingerFeature += new zkemkeeper._IZKEMEvents_OnFingerFeatureEventHandler(axCZKEM1_OnFingerFeature);
this.axCZKEM1.OnEnrollFingerEx += new zkemkeeper._IZKEMEvents_OnEnrollFingerExEventHandler(axCZKEM1_OnEnrollFingerEx);
this.axCZKEM1.OnDeleteTemplate += new zkemkeeper._IZKEMEvents_OnDeleteTemplateEventHandler(axCZKEM1_OnDeleteTemplate);
this.axCZKEM1.OnNewUser += new zkemkeeper._IZKEMEvents_OnNewUserEventHandler(axCZKEM1_OnNewUser);
this.axCZKEM1.OnHIDNum += new zkemkeeper._IZKEMEvents_OnHIDNumEventHandler(axCZKEM1_OnHIDNum);
this.axCZKEM1.OnAlarm += new zkemkeeper._IZKEMEvents_OnAlarmEventHandler(axCZKEM1_OnAlarm);
this.axCZKEM1.OnDoor += new zkemkeeper._IZKEMEvents_OnDoorEventHandler(axCZKEM1_OnDoor);
this.axCZKEM1.OnWriteCard += new zkemkeeper._IZKEMEvents_OnWriteCardEventHandler(axCZKEM1_OnWriteCard);
this.axCZKEM1.OnEmptyCard += new zkemkeeper._IZKEMEvents_OnEmptyCardEventHandler(axCZKEM1_OnEmptyCard);
}
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
MessageBox.Show("Unable to connect the device,ErrorCode=" + idwErrorCode.ToString(), "Error");
this.axCZKEM1.OnFinger -= new zkemkeeper._IZKEMEvents_OnFingerEventHandler(axCZKEM1_OnFinger);
this.axCZKEM1.OnVerify -= new zkemkeeper._IZKEMEvents_OnVerifyEventHandler(axCZKEM1_OnVerify);
this.axCZKEM1.OnAttTransactionEx -= new zkemkeeper._IZKEMEvents_OnAttTransactionExEventHandler(axCZKEM1_OnAttTransactionEx);
this.axCZKEM1.OnFingerFeature -= new zkemkeeper._IZKEMEvents_OnFingerFeatureEventHandler(axCZKEM1_OnFingerFeature);
this.axCZKEM1.OnEnrollFingerEx -= new zkemkeeper._IZKEMEvents_OnEnrollFingerExEventHandler(axCZKEM1_OnEnrollFingerEx);
this.axCZKEM1.OnDeleteTemplate -= new zkemkeeper._IZKEMEvents_OnDeleteTemplateEventHandler(axCZKEM1_OnDeleteTemplate);
this.axCZKEM1.OnNewUser -= new zkemkeeper._IZKEMEvents_OnNewUserEventHandler(axCZKEM1_OnNewUser);
this.axCZKEM1.OnHIDNum -= new zkemkeeper._IZKEMEvents_OnHIDNumEventHandler(axCZKEM1_OnHIDNum);
this.axCZKEM1.OnAlarm -= new zkemkeeper._IZKEMEvents_OnAlarmEventHandler(axCZKEM1_OnAlarm);
this.axCZKEM1.OnDoor -= new zkemkeeper._IZKEMEvents_OnDoorEventHandler(axCZKEM1_OnDoor);
this.axCZKEM1.OnWriteCard -= new zkemkeeper._IZKEMEvents_OnWriteCardEventHandler(axCZKEM1_OnWriteCard);
this.axCZKEM1.OnEmptyCard -= new zkemkeeper._IZKEMEvents_OnEmptyCardEventHandler(axCZKEM1_OnEmptyCard);
}
Cursor = Cursors.Default;
}
// conexion y checadas BlackWhite
private Modelos.Response checadasBW(string ip, int puerto, DateTime ultFecha)
{
Modelos.Response result = new Modelos.Response();
try
{
// conexion por ip y puerto al checador
int idwErrorCode = 0;
// estableciendo conexion con el checador
this.agregarDetalle("Estableciendo conexión con el checador");
this._bIsConnected = axCZKEM1.Connect_Net(ip, puerto);
if (this._bIsConnected)
{
this.agregarDetalle("Conexión Exitosa!!!");
iMachineNumber = 1; //In fact,when you are using the tcp/ip communication,this parameter will be ignored,that is any integer will all right.Here we use 1.
axCZKEM1.RegEvent(iMachineNumber, 65535); //Here you can register the realtime events that you want to be triggered(the parameters 65535 means registering all)
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
throw new Exception("No se puede conectar, ErrorCode=" + idwErrorCode.ToString());
}
// inicializa clase de conexion a la base de datos
this._consultasNegocio = new ConsultasNegocio();
// obtiene checadas
this.agregarDetalle("Obteniendo los registros del checador");
List <Modelos.AttLogs> resultado = this.obtieneChecadas();
List <Modelos.AttLogs> traspaso = resultado.FindAll(fl => fl.fecha >= ultFecha);
foreach (Modelos.AttLogs res in traspaso)
{
try
{
res.noChecador = Modelos.ConectionString.numCh;
// ingresa un usuario como pendiente en caso de no tenerlo registrado
this._consultasNegocio.insertaNuevo(res.enrolIdNumber);
this._consultasNegocio.insertaRegistro(res);
// imprime mensajes en pantalla
this.agregarDetalle("Registro Agregado: IdInterno: " + res.enrolIdNumber + "\tFecha: " + res.fecha.ToString("yyyy-MM-dd HH:mm"));
}
catch (Exception EX)
{
if (EX.Message.ToLower().Contains("duplicate entry"))
{
this.agregarDetalle(string.Format("El registro con IdInteno: {0} y FechaHora: {1} ya existe.", res.enrolIdNumber, res.fecha.ToString("yyyy-MM-dd HH:mm")));
Application.DoEvents();
continue;
}
throw new Exception(EX.Message);
}
}
// desconectar checador
this.agregarDetalle("Cerrando conexión con el checador");
axCZKEM1.Disconnect();
this._bIsConnected = false;
result.status = Modelos.Estatus.OK;
}
catch (Exception Ex)
{
Cursor = Cursors.Default;
result.error = Ex.Message;
result.status = Modelos.Estatus.ERROR;
}
return(result);
}
