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");
}
}
protected override void Execute()
{
LogManager.LogDebug("ready to connect");
Parallel.For(130, 140, (i) =>
{
zkemkeeper.CZKEMClass axCZKEM1 = new zkemkeeper.CZKEMClass();//Create Standalone SDK class dynamicly
connect(i, axCZKEM1);
});
AttLogsDAO.Synchronization(AttLogsEntity.UserId, AttLogsEntity.CHECKTIME, AttLogsEntity.CHECKType, AttLogsEntity.VERIFYCODE, AttLogsEntity.SENSORID, AttLogsEntity.Memoinfo, AttLogsEntity.WorkCode, AttLogsEntity.sn, AttLogsEntity.UserExtFmt);
}
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)
{
}
}
public void Dispose()
{
bIsDestroying = true;
if (axCZKEM1 != null)
{
Disconnect();
axCZKEM1 = null;
}
// Dispose of unmanaged resources.
//Dispose(true);
// Suppress finalization.
GC.SuppressFinalize(this);
}
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 ConnectionClass(string sIP, int iPort)
{
SIP = sIP;
IPort = iPort;
DDevice = new CZKEMClass();
}
public ConnectionClass()
{
SIP = "192.168.1.201";
IPort = 4370;
DDevice = new CZKEMClass();
}
