public void Enroll(long deviceId, string userId, int finger)
{
var device = Devices(DeviceType.Imputed).FirstOrDefault(d => d.id == deviceId);
if (device == null)
return;
_service = new CZKEMClass();
Connect(device);
_service.CancelOperation();
_service.SSR_DelUserTmpExt(MachineNumber, userId, finger);//If the specified index of user's templates has existed ,delete it first.(SSR_DelUserTmp is also available sometimes)
_service.OnEnrollFinger += (number, index, result, length) =>
{
int flag, tmpLength;
string tmpData;
var enroll = _service.GetUserTmpExStr(MachineNumber, userId, finger, out flag, out tmpData,
out tmpLength)
? new EnrollEventArgs(true, finger, tmpData)
: new EnrollEventArgs(false, -1, null);
OnEnrollCompleted(enroll);
if (!enroll.Result)
return;
var userInfo = UsersInfo.FirstOrDefault(u => u.EnrollNumber == userId);
if (userInfo == null)
return;
var fingerPrint = userInfo.FingerPrints.FirstOrDefault(f => f.Finger == finger);
if (fingerPrint == null)
userInfo.FingerPrints.Add(new FingerPrint { Finger = finger, Data = tmpData });
else
fingerPrint.Data = tmpData;
};
if (_service.StartEnrollEx(userId, finger, 0))
{
_service.StartIdentify();//After enrolling templates,you should let the device into the 1:N verification condition
}
else
{
var idwErrorCode = 0;
_service.GetLastError(ref idwErrorCode);
MessageBox.Show("Operation failed,ErrorCode=" + idwErrorCode, "Error");
}
}
public void Enroll(long deviceId, string userId, int finger)
{
var device = Devices(DeviceType.Imputed).FirstOrDefault(d => d.id == deviceId);
if (device == null)
{
return;
}
_service = new CZKEMClass();
Connect(device);
_service.CancelOperation();
_service.SSR_DelUserTmpExt(MachineNumber, userId, finger);//If the specified index of user's templates has existed ,delete it first.(SSR_DelUserTmp is also available sometimes)
_service.OnEnrollFinger += (number, index, result, length) =>
{
int flag, tmpLength;
string tmpData;
var enroll = _service.GetUserTmpExStr(MachineNumber, userId, finger, out flag, out tmpData,
out tmpLength)
? new EnrollEventArgs(true, finger, tmpData)
: new EnrollEventArgs(false, -1, null);
OnEnrollCompleted(enroll);
if (!enroll.Result)
{
return;
}
var userInfo = UsersInfo.FirstOrDefault(u => u.EnrollNumber == userId);
if (userInfo == null)
{
return;
}
var fingerPrint = userInfo.FingerPrints.FirstOrDefault(f => f.Finger == finger);
if (fingerPrint == null)
{
userInfo.FingerPrints.Add(new FingerPrint {
Finger = finger, Data = tmpData
});
}
else
{
fingerPrint.Data = tmpData;
}
};
if (_service.StartEnrollEx(userId, finger, 0))
{
_service.StartIdentify();//After enrolling templates,you should let the device into the 1:N verification condition
}
else
{
var idwErrorCode = 0;
_service.GetLastError(ref idwErrorCode);
MessageBox.Show("Operation failed,ErrorCode=" + idwErrorCode, "Error");
}
}
public void Enroll(int enrollNumber, int fingerIndex)
{
//Enroll
Service.CancelOperation();
Service.DelUserTmp(MachineNumber, enrollNumber, fingerIndex);
if (Service.StartEnrollEx(enrollNumber.ToString(), fingerIndex, 1))
{
Service.StartIdentify();//After enrolling templates,you should let the device into the 1:N verification condition
}
else
{
ViewError();
}
}
//internal DataTable getLogData()
//{
// DataTable dt = new DataTable();
// dt.Columns.Add("eid");
// dt.Columns.Add("name");
// dt.Columns.Add("log_date_time");
// if (IsConnect == true)
// {
// string Name = "";
// string pass = "";
// int privilig = 0;
// bool enabilyty = true;
// string sdwEnrollNumber = "";
// int VerifyMode = 0;
// int InOutMode = 0;
// int Year = 0;
// int Month = 0;
// int Day = 0;
// int Hour = 0;
// int Minute = 0;
// int Second = 0;
// int Workcode = 0;
// int idwErrorCode = 0;
// DataRow newLogRow;
// ZkFingerprint.EnableDevice(iMachineNumber, false);//disable the device
// if (ZkFingerprint.ReadGeneralLogData(iMachineNumber))//read all the attendance records to the memory
// {
// while (ZkFingerprint.SSR_GetGeneralLogData(iMachineNumber, out sdwEnrollNumber, out VerifyMode,
// out InOutMode, out Year, out Month, out Day, out Hour, out Minute, out Second, ref Workcode))//get records from the memory
// {
// //iMachineNumber, sdwEnrollNumber, Name, pass, privilig, enabilyty);
// ZkFingerprint.SSR_GetUserInfo(iMachineNumber, sdwEnrollNumber, out Name, out pass, out privilig, out enabilyty);
// newLogRow = dt.NewRow();
// newLogRow["eid"] = sdwEnrollNumber;
// newLogRow["name"] = Name;
// newLogRow["log_date_time"] = new DateTime(Year, Month, Day, Hour, Minute, Second);
// dt.Rows.Add(newLogRow);
// }
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// if (idwErrorCode != 0)
// {
// newLogRow = dt.NewRow();
// newLogRow["eid"] = "ERROR:Reading Fail";
// newLogRow["log_date_time"] = new DateTime();
// dt.Rows.Add(newLogRow);
// }
// else
// {
// newLogRow = dt.NewRow();
// newLogRow["eid"] = "ERROR:No Data";
// newLogRow["log_date_time"] = new DateTime();
// dt.Rows.Add(newLogRow);
// }
// }
// ZkFingerprint.EnableDevice(iMachineNumber, true);//enable the device
// }
// return dt;
//}
//internal int getAvailableRecordCount()
//{
// if (IsConnect == true)
// {
// int idwErrorCode = 0;
// int iValue = 0;
// ZkFingerprint.EnableDevice(iMachineNumber, false);//disable the device
// if (ZkFingerprint.GetDeviceStatus(iMachineNumber, 6, ref iValue)) //Here we use the function "GetDeviceStatus" to get the record's count.The parameter "Status" is 6.
// {
// ZkFingerprint.EnableDevice(iMachineNumber, true);//enable the device
// return iValue;
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// ZkFingerprint.EnableDevice(iMachineNumber, true);//enable the device
// bool isReturnError = false;
// foreach (KeyValuePair<int, string> error in errorCodes)
// {
// if (error.Key == idwErrorCode)
// {
// MessageBox.Show("Unable to connect the device, \nDevice returns an error:" + error.Value.ToString(), "USB Connection Failure", MessageBoxButton.OK, MessageBoxImage.Error);
// isReturnError = true;
// break;
// }
// }
// if (!isReturnError)
// {
// MessageBox.Show("Unable to connect the device, Device returns an error.\nPlease restart the device and try again", "USB Connection Failure", MessageBoxButton.OK, MessageBoxImage.Error);
// }
// return -5;
// }
// }
// else
// {
// return -5;
// }
//}
//internal bool clearAttendanceLogdata()
//{
// if (IsConnect == true)
// {
// int idwErrorCode = 0;
// ZkFingerprint.EnableDevice(iMachineNumber, false);//disable the device
// if (ZkFingerprint.ClearGLog(iMachineNumber))
// {
// ZkFingerprint.RefreshData(iMachineNumber);//the data in the device should be refreshed
// ZkFingerprint.EnableDevice(iMachineNumber, true);//enable the device
// return true;
// //MessageBox.Show("All att Logs have been cleared from terminal!", "Success");
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// ZkFingerprint.EnableDevice(iMachineNumber, true);//enable the device
// return false;
// //MessageBox.Show("Operation failed,ErrorCode=" + idwErrorCode.ToString(), "Error");
// }
// }
// else
// {
// return false;// machine not connected
// }
//}
//internal bool deleteAllUserData()
//{
// if (IsConnect == true)
// {
// int iDataFlag = 5;// delete all user and his fingerprint data (5)
// int idwErrorCode = 0;
// if (ZkFingerprint.ClearData(iMachineNumber, iDataFlag))
// {
// ZkFingerprint.RefreshData(iMachineNumber);//the data in the device should be refreshed
// return true;
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// return false;
// }
// }
// else
// {
// return false;// machine not connected
// }
//}
//internal string setConnectedDeviceSerialNumber()
//{
// int idwErrorCode = 0;
// string sdwSerialNumber = "";
// if (ZkFingerprint.GetSerialNumber(iMachineNumber, out sdwSerialNumber))
// {
// return sdwSerialNumber;
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// return idwErrorCode.ToString();
// }
//}
//internal bool enrollEmployeeByEmployeeID(string EmployeeID, string EmployeeFname)
//{
// if (IsConnect == true)
// {
// int idwErrorCode = 0;
// int iUserID = Convert.ToInt32(EmployeeID.Trim());
// int iFingerIndex = 0;
// int iFlag = 1;
// ZkFingerprint.CancelOperation();
// ZkFingerprint.SSR_DelUserTmpExt(iMachineNumber, EmployeeID, iFingerIndex);//If the specified index of user's templates has existed ,delete it first.(SSR_DelUserTmp is also available sometimes)
// ZkFingerprint.RefreshData(iMachineNumber);
// if (ZkFingerprint.SSR_SetUserInfo(iMachineNumber, EmployeeID, EmployeeFname, "", 0, true))//upload user information to the device
// {
// if (ZkFingerprint.StartEnrollEx(EmployeeID, iFingerIndex, iFlag))
// {
// ZkFingerprint.RegEvent(iMachineNumber, 8);
// this.ZkFingerprint.OnEnrollFingerEx += new zkemkeeper._IZKEMEvents_OnEnrollFingerExEventHandler(ZkFingerprint_OnEnrollFinger);
// //ZkFingerprint.StartIdentify();//After enrolling templates,you should let the device into the 1:N verification condition
// return true;
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// return false;
// }
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// return false;
// }
// }
// else
// {
// return false;
// }
//}
//internal void reEnrollEmployeeByEmployeeID(string EmployeeID, string name)
//{
// if (IsConnect == true)
// {
// int idwErrorCode = 0;
// int iUserID = Convert.ToInt32(EmployeeID.Trim());
// int iFingerIndex = 0;
// int iFlag = 1;
// ZkFingerprint.SSR_DelUserTmpExt(iMachineNumber, EmployeeID, iFingerIndex);
// ZkFingerprint.RefreshData(iMachineNumber);
// if (ZkFingerprint.StartEnrollEx(EmployeeID, iFingerIndex, iFlag))
// {
// ZkFingerprint.RegEvent(iMachineNumber, 8);
// this.ZkFingerprint.OnEnrollFingerEx += new zkemkeeper._IZKEMEvents_OnEnrollFingerExEventHandler(ZkFingerprint_OnEnrollFinger);
// //ZkFingerprint.StartIdentify();//After enrolling templates,you should let the device into the 1:N verification condition
// }
// else
// {
// ZkFingerprint.GetLastError(ref idwErrorCode);
// }
// }
//}
////When you are enrolling your finger,this event will be triggered.
public bool enrollEmployeeByEmployeeID(string employeeID, string employeeFname)
{
if (IsConnect == true)
{
int idwErrorCode = 0;
int iUserID = Convert.ToInt32(employeeID.Trim());
int iFingerIndex = 0;
int iFlag = 1;
ZkFingerprint.CancelOperation();
ZkFingerprint.SSR_DelUserTmpExt(iMachineNumber, employeeID, iFingerIndex); //If the specified index of user's templates has existed ,delete it first.(SSR_DelUserTmp is also available sometimes)
ZkFingerprint.RefreshData(iMachineNumber);
if (ZkFingerprint.SSR_SetUserInfo(iMachineNumber, employeeID, employeeFname, "", 0, true)) //upload user information to the device
{
if (ZkFingerprint.StartEnrollEx(employeeID, iFingerIndex, iFlag))
{
ZkFingerprint.RegEvent(iMachineNumber, 8);
this.ZkFingerprint.OnEnrollFingerEx += new zkemkeeper._IZKEMEvents_OnEnrollFingerExEventHandler(ZkFingerprint_OnEnrollFinger);
//ZkFingerprint.StartIdentify();//After enrolling templates,you should let the device into the 1:N verification condition
return(true);
}
else
{
ZkFingerprint.GetLastError(ref idwErrorCode);
return(false);
}
}
else
{
ZkFingerprint.GetLastError(ref idwErrorCode);
return(false);
}
}
else
{
return(false);
}
}