private void btn_TestConnection_Click(object sender, EventArgs e)
{
if (axCZKEM1.Connect_Net(txt_IPAddress.Text.Trim(), 4370))
{
MessageBox.Show("连接成功");
}
else
{
MessageBox.Show("连接失败");
}
}
/// <summary>
/// 连接设备(网络)
/// </summary>
public bool Connect_Net()
{
if (COM_IsConnected == true)
{
return(true);
}
switch (COM_ConnectType)
{
case 1:
COM_IsConnected = m_CZKEMClass.Connect_Net(COM_IPAddress, COM_TCP_PORT);
break;
case 2:
COM_IsConnected = m_CZKEMClass.Connect_Com(COM_TCP_PORT, COM_MACHINENUMBER, COM_BAUDRATE);
break;
case 3:
COM_IsConnected = m_CZKEMClass.Connect_USB(COM_MACHINENUMBER);
break;
default:
COM_IsConnected = m_CZKEMClass.Connect_Net(COM_IPAddress, COM_TCP_PORT);
break;
}
if (COM_IsConnected == true)
{
if (m_CZKEMClass.RegEvent(COM_MACHINENUMBER, 65535))
{
this.m_CZKEMClass.OnFinger += new zkemkeeper._IZKEMEvents_OnFingerEventHandler(m_CZKEMClass_OnFinger);
this.m_CZKEMClass.OnVerify += new zkemkeeper._IZKEMEvents_OnVerifyEventHandler(m_CZKEMClass_OnVerify);
this.m_CZKEMClass.OnAttTransactionEx += new zkemkeeper._IZKEMEvents_OnAttTransactionExEventHandler(m_CZKEMClass_OnAttTransactionEx);
this.m_CZKEMClass.OnFingerFeature += new zkemkeeper._IZKEMEvents_OnFingerFeatureEventHandler(m_CZKEMClass_OnFingerFeature);
this.m_CZKEMClass.OnEnrollFingerEx += new zkemkeeper._IZKEMEvents_OnEnrollFingerExEventHandler(m_CZKEMClass_OnEnrollFingerEx);
this.m_CZKEMClass.OnDeleteTemplate += new zkemkeeper._IZKEMEvents_OnDeleteTemplateEventHandler(m_CZKEMClass_OnDeleteTemplate);
this.m_CZKEMClass.OnNewUser += new zkemkeeper._IZKEMEvents_OnNewUserEventHandler(m_CZKEMClass_OnNewUser);
this.m_CZKEMClass.OnHIDNum += new zkemkeeper._IZKEMEvents_OnHIDNumEventHandler(m_CZKEMClass_OnHIDNum);
this.m_CZKEMClass.OnAlarm += new zkemkeeper._IZKEMEvents_OnAlarmEventHandler(m_CZKEMClass_OnAlarm);
this.m_CZKEMClass.OnDoor += new zkemkeeper._IZKEMEvents_OnDoorEventHandler(m_CZKEMClass_OnDoor);
this.m_CZKEMClass.OnWriteCard += new zkemkeeper._IZKEMEvents_OnWriteCardEventHandler(m_CZKEMClass_OnWriteCard);
this.m_CZKEMClass.OnEmptyCard += new zkemkeeper._IZKEMEvents_OnEmptyCardEventHandler(m_CZKEMClass_OnEmptyCard);
}
lbRTShow.Items.Add("设备连接成功,设备码:" + COM_MACHINENUMBER.ToString());
return(true);
}
else
{
int idwErrorCode = 0;
m_CZKEMClass.GetLastError(ref idwErrorCode);
//MessageUtil.ShowError("不能连上设备,错误代码=" + idwErrorCode.ToString());
lbRTShow.Items.Add("不能连上设备,错误代码=" + idwErrorCode.ToString());
return(false);
}
}
public int CrearUsuarioBiometrico(String UserID, String Nombre, int Privilegio, ref String vErrorSuccess)
{
DataTable vDatos = vConexion.obtenerDataTable("RSP_ObtenerRelojes 2," + vDuo);
foreach (DataRow item in vDatos.Rows)
{
vKeeper.SetCommPassword(Convert.ToInt32(item["compass"].ToString()));
vConnect = vKeeper.Connect_Net(item["ip"].ToString(), Convert.ToInt32(item["puerto"].ToString()));
if (GetConnectState() == false)
{
vErrorSuccess = "No estas conectado";
return(0);
}
int iPrivilege = Privilegio;
if (UserID.Length > 5)
{
vErrorSuccess = "El codigo de usuario es muy grande";
return(0);
}
if (UserID.Substring(0, 1) == "0")
{
vErrorSuccess = "El primer numero no puede ser cero";
return(0);
}
int idwErrorCode = 0;
string sdwEnrollNumber = UserID.Trim();
string sName = Nombre.Trim();
string sCardnumber = "";
string sPassword = "";
bool bEnabled = true;
vKeeper.EnableDevice(iMachineNumber, false);
vKeeper.SetStrCardNumber(sCardnumber);
if (vKeeper.SSR_SetUserInfo(iMachineNumber, sdwEnrollNumber, sName, sPassword, iPrivilege, bEnabled))
{
vErrorSuccess = "El usuario se ha creado con exito";
}
else
{
vKeeper.GetLastError(ref idwErrorCode);
vErrorSuccess = ("ErrorCode=" + idwErrorCode.ToString());
}
vKeeper.RefreshData(iMachineNumber);
vKeeper.EnableDevice(iMachineNumber, true);
vKeeper.Disconnect();
}
return(1);
}
public bool ConnectIP(string ip, int port)
{
if (ip.Trim() == "" || port <= 0)
{
throw new ArgumentNullException("IP and Port cannot be empty");
//return false;
}
//int idwErrorCode = 0;
if (bIsDestroying)
{
return(false);
}
lock (_locker)
{
//ilock++; //bIsBusy = true;
bIsConnected = axCZKEM1.Connect_Net(ip, port);
if (bIsConnected)
{
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)
{
RegisterEvents();
}
}
else
{
axCZKEM1.GetLastError(ref iLastError);
//throw new Exception("Unable to connect the device! ErrorCode=" + idwErrorCode.ToString());
}
//ilock--; //bIsBusy = false;
}
return(bIsConnected);
}
//Conexão com o Bio REP
private void conectarTcp()
{
Cursor = Cursors.WaitCursor;
if (btnConnect.Text == "Desconectar")
{
//Desconecta o Bio REP 100
bioRep.Disconnect();
atualizaResposta("Disconnect()", "Desconecta o Bio REP 100", "Não possui retorno");
bIsConnected = false;
btnConnect.Text = "Conectar";
lblState.Text = "Status: Desconectado";
lblState.ForeColor = Color.Red;
Cursor = Cursors.Default;
return;
}
//Efetua conexão com o Bio REP 100
bIsConnected = bioRep.Connect_Net(txtIP.Text, Convert.ToInt32(txtPort.Text));
if (bIsConnected == true)
{
atualizaResposta("Connect_Net(endIp, porta)", "Efetua conexão com o Bio REP 100", "True");
btnConnect.Text = "Desconectar";
btnConnect.Refresh();
lblState.Text = "Status: Conectado";
lblState.ForeColor = Color.Green;
numeroRep = 1;//Não utilizado para TCP/IP.
}
else
{
bioRep.GetLastError(ref erroCod);
MessageBox.Show("Não foi possível conectar ao BIO REP 100 \n Erro número = " + erroCod.ToString(), "Error");
}
Cursor = Cursors.Default;
}
public void startService()
{
axCZKEM1 = new zkemkeeper.CZKEMClass();
eventLog1.WriteEntry("Connecting to Device (" + ip + ":" + port + ")");
bIsConnected = axCZKEM1.Connect_Net(ip, Convert.ToInt32(port));
if (bIsConnected == true)
{
eventLog1.WriteEntry("Connected to the Device !!");
iMachineNumber = 1;
if (axCZKEM1.RegEvent(iMachineNumber, 65535))
{
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 Log Appears in Event Viewer
eventLog1.WriteEntry("Define events (OnFingers and OnVerify) !");
//This Line Fires Event in Service1.cs for testing event handler
//Finger(EventArgs.Empty);
}
}
else
{
eventLog1.WriteEntry("Unable to Connect the Device");
}
}
private void Button_Click(object sender, RoutedEventArgs e)
{
CZKEMClass axCZKEM1 = new zkemkeeper.CZKEMClass();
var IsConnected = axCZKEM1.Connect_Net("192.168.0.45", 443);
if (IsConnected)
{
}
}
//call back function of threadpool
public void Start(Object oThreadContext)
{
axCZKEM1.SetCommPassword(connectInfo.PassWord);
int retryCount = 0;
while (retryCount < 2 && bIsConnected == false)
{
retryCount++;
ConsoleWriteLine("Start connect...");
bIsConnected = axCZKEM1.Connect_Net(connectInfo.Ip, connectInfo.Port);
if (bIsConnected)
{
ConsoleWriteLine("Connect success!");
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);
ConsoleWriteLine("Register success!");
}
else
{
ConsoleError();
}
}
else
{
ConsoleError();
}
}
}
static void Main(string[] args)
{
DataTable vDatos = vConexion.obtenerDataTable("RSP_ObtenerRelojes 1");
foreach (DataRow item in vDatos.Rows)
{
vKeeper.SetCommPassword(1983); //Convert.ToInt32(item["compass"].ToString()));
vConnect = vKeeper.Connect_Net("150.150.10.211", 4370); //item["ip"].ToString(), Convert.ToInt32(item["puerto"].ToString()));
ObtenerData(item["ciudad"].ToString());
vKeeper.Disconnect();
}
while (true)
{
}
;
}
public void WakeUp()
{
bool bResult = sdk.Connect_Net(sIP, iPort);
if (!bResult)//Connecting device failed.
{
Console.WriteLine("*********Connecting " + sIP + " Failed......Current Time:" + DateTime.Now.ToLongTimeString());
return;
}
iConnectedCount++;//count of connected devices
System.Console.WriteLine("*********IP:" + sIP + " " + "ThreadID:" + iThreadID.ToString() + " ConnectedCount:" + iConnectedCount.ToString() + " ConnectedTime:" + DateTime.Now.ToLongTimeString());
System.Console.WriteLine("*********Successfully Connect " + sIP);
int iLogCount = 0;
int idwErrorCode = 0;
sdk.EnableDevice(iMachineNumber, false);//disable the device
if (sdk.ReadAllGLogData(iMachineNumber))
{
int idwTMachineNumber = 0;
int idwEnrollNumber = 0;
int idwEMachineNumber = 0;
int idwVerifyMode = 0;
int idwInOutMode = 0;
int idwYear = 0;
int idwMonth = 0;
int idwDay = 0;
int idwHour = 0;
int idwMinute = 0;
String connString = @"Provider=Microsoft.Jet.OLEDB.4.0;Data Source=..\..\data\AttLogs.mdb";
while (sdk.GetGeneralLogData(iMachineNumber, ref idwTMachineNumber, ref idwEnrollNumber, ref idwEMachineNumber,
ref idwVerifyMode, ref idwInOutMode, ref idwYear, ref idwMonth, ref idwDay, ref idwHour, ref idwMinute))
{
iLogCount++; //increase the number of attendance records
lock (myObject) //make the object exclusive
{
OleDbConnection conn = new OleDbConnection(connString);
string sTime = idwYear.ToString() + "-" + idwMonth.ToString() + "-" + idwDay.ToString() + " " + idwHour.ToString() + ":" + idwMinute.ToString();
string sql = "insert into BWAttLogs([IP],[EnrollNumber],[VerifyMode],[InOutMode],[Time]) values('" + sIP + "','" + idwEnrollNumber + "','" + idwVerifyMode + "','" + idwInOutMode + "','" + sTime + "')";//
OleDbCommand cmd = new OleDbCommand(sql, conn);
conn.Open();
try
{
cmd.ExecuteNonQuery();
}
catch (Exception e)
{
System.Console.WriteLine("Error:" + e.Message);
break;
}
System.Console.WriteLine("ThreadID:" + iThreadID.ToString() + " IP:" + sIP + "," + iLogCount.ToString() + " Log(s) has(have) been inserted into database.");
}
}
}
else
{
sdk.GetLastError(ref idwErrorCode);
System.Console.WriteLine("ThreadID:" + iThreadID.ToString() + " General Log Data Count:0 ErrorCode=" + idwErrorCode.ToString());
}
sdk.EnableDevice(iMachineNumber, true);//enable the device
sdk.Disconnect();
System.Console.WriteLine("*********Successfully DisConnect " + sIP);
}
private void connect(int i, zkemkeeper.CZKEMClass axCZKEM1)
{
LogManager.LogDebug("wether into the function");
Thread.Sleep(0);
string ip = null;
ip = ipfix + i;
bool bIsConnected = axCZKEM1.Connect_Net(ip, 4370);
if (bIsConnected == true)
{
int idwErrorCode = 0;
int idwEnrollNumber = 0;
int idwVerifyMode = 0;
int idwInOutMode = 0;
int idwYear = 0;
int idwMonth = 0;
int idwDay = 0;
int idwHour = 0;
int idwMinute = 0;
int idwSecond = 0;
int idwWorkCode = 0;
int idwReserved = 0;
int iGLCount = 0;
int iIndex = 0;
LogManager.LogDebug("The device is connected");
iMachineNumber = 1;
axCZKEM1.RegEvent(iMachineNumber, 65535); //Here you can register the realtime events that you want to be triggered(the parameters 65535 means registering all)
axCZKEM1.EnableDevice(iMachineNumber, false); //disable the device
if (axCZKEM1.ReadGeneralLogData(iMachineNumber)) //read all the attendance records to the memory
{
while (axCZKEM1.GetGeneralExtLogData(iMachineNumber, ref idwEnrollNumber, ref idwVerifyMode, ref idwInOutMode,
ref idwYear, ref idwMonth, ref idwDay, ref idwHour, ref idwMinute, ref idwSecond, ref idwWorkCode, ref idwReserved))//get records from the memory
{
AttLogsEntity.Add(new AttLogsEntity
{
UserId = idwEnrollNumber,
CheckTime = Convert.ToDateTime(idwYear.ToString() + "-" + idwMonth.ToString() + "-" + idwDay.ToString() + " " + idwHour.ToString() + ":" + idwMinute.ToString()),
CheckType = idwInOutMode,
VerifyCode = idwVerifyMode,
SensoRid = idwTMachineNumber,
Memoinfo = "null", //test
intWorkCode = idwWorkCode,
sn = "5831492010096", //test
UserExtFmt = idwReserved
});
}
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
if (idwErrorCode != 0)
{
LogManager.LogDebug("Reading data from terminal failed,ErrorCode: " + idwErrorCode.ToString());
}
else
{
LogManager.LogDebug("No data from terminal returns!");
}
}
axCZKEM1.EnableDevice(iMachineNumber, true); //enable the device
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
LogManager.LogDebug("The device is disconnected");
}
}
public void WakeUp(Object obj)
{
lock (sdk)
{
sdk.SetCommPassword(iPass);
Log.i("*********Wake up and Start Connecting " + sIP);
bool bResult = sdk.Connect_Net(sIP, iPort);
if (!bResult)//Connecting device failed.
{
Log.e("*********Connecting " + sIP + " Failed......Current Time:" + DateTime.Now.ToLongTimeString());
return;
}
iConnectedCount++;//count of connected devices
Log.i("*********Successfully Connect IP:" + sIP + " " + "ThreadID:" + iThreadID.ToString() + " ConnectedCount:" + iConnectedCount.ToString() + " ConnectedTime:" + DateTime.Now.ToLongTimeString());
int iLogCount = 0;
int idwErrorCode = 0;
sdk.EnableDevice(iMachineNumber, false);//disable the device
if (sdk.ReadAllGLogData(iMachineNumber))
{
string sdwEnrollNumber = "";
int idwVerifyMode = 0;
int idwInOutMode = 0;
int idwYear = 0;
int idwMonth = 0;
int idwDay = 0;
int idwHour = 0;
int idwMinute = 0;
int idwSecond = 0;
int idwWorkCode = 0;
//String connString = @"Provider=Microsoft.ACE.OLEDB.12.0;Data Source=..\..\..\att.mdf";
AttDataClassesDataContext context = new AttDataClassesDataContext();
var table = context.GetTable <TFTAttLog>();
var a = (from TFTAttLog in table
select TFTAttLog).ToList();
//String connStringSql = @"Data Source = (LocalDB)\MSSQLLocalDB; AttachDbFilename = E:\zkemsdk\zkemSource\脱机通讯开发包(64bit Ver6.2.4.11)\Demo\C#\IFace_x64\ConsoleMThreads\att.mdf; Integrated Security = True; Connect Timeout = 30";
//SqlConnection connSql = new SqlConnection(connStringSql);
//connSql.Open();
var newLogs = new LinkedList <TFTAttLog>();
while (sdk.SSR_GetGeneralLogData(iMachineNumber, out sdwEnrollNumber, out idwVerifyMode, out idwInOutMode, out idwYear, out idwMonth, out idwDay, out idwHour, out idwMinute, out idwSecond, ref idwWorkCode))
{
iLogCount++; //increase the number of attendance records
lock (myObject) //make the object exclusive
{
string sTime = idwYear.ToString() + "-" + idwMonth.ToString() + "-" + idwDay.ToString() + " " + idwHour.ToString() + ":" + idwMinute.ToString() + ":" + idwSecond.ToString();
//OleDbConnection conn = new OleDbConnection(connString);
var log = new TFTAttLog();
log.Ip = sIP.ToString();
log.EnrollNumber = sdwEnrollNumber.ToString();
log.VerifyMode = idwVerifyMode.ToString();
log.InOutMode = idwInOutMode.ToString();
log.Time = sTime;
log.WorkCode = idwWorkCode.ToString();
try
{
if (!table.Contains(log))
{
Log.d("READLOG:" + log);
newLogs.AddLast(log);
SendToZHIREN_SaveInLOCAL(table, null, log);
}
}
catch (Exception e)
{
Log.e(e.Message);
if (Log.isDebugging())
{
throw new Exception("ERROR");
}
}
}
}
//SendToZHIREN_SaveLOCAL(table, newLogs, null);
}
else
{
sdk.GetLastError(ref idwErrorCode);
Log.e("ThreadID:" + iThreadID.ToString() + " General Log Data Count:0 ErrorCode=" + idwErrorCode.ToString());
}
sdk.EnableDevice(iMachineNumber, true);//enable the device
sdk.Disconnect();
iConnectedCount--;
Log.i("*********Successfully DisConnect " + sIP);
}
}
