public void OnAttTransactionEx(string sEnrollNumber, int iIsInValid, int iAttState, int iVerifyMethod, int iYear, int iMonth, int iDay, int iHour, int iMinute, int iSecond, int iWorkCode, int iMachineNumber, int Tag)
{
try
{
var fpMachine = _fpMachineService.GetObjectById(Tag); //GetObjectByMachineNumber(iMachineNumber);
int pin = int.Parse(sEnrollNumber);
var fpUser = _fpUserService.GetObjectByPIN(pin);
if (fpUser != null)
{
var fpAttLog = new FPAttLog()
{
DeviceID = iMachineNumber, //1,
FPUserId = fpUser.Id,
PIN = pin,
PIN2 = fpUser.PIN2,
VerifyMode = iVerifyMethod,
InOutMode = iAttState,
WorkCode = iWorkCode,
Time_second = new DateTime(iYear, iMonth, iDay, iHour, iMinute, iSecond, DateTimeKind.Local),
};
//// Convert Server local time to machine local time
//DateTime curutc = fpAttLog.Time_second.ToUniversalTime().AddMinutes((double)fpMachine.TimeZoneOffset);
//string winTZ = fpMachine.TimeZone.ToUpper(); // FPDevice.Convertion.IanaToWindows(fpMachine.TimeZone);
//TimeZoneInfo destTZ = TimeZoneInfo.GetSystemTimeZones().Where(x => x.Id.ToUpper() == winTZ).FirstOrDefault();
//DateTime curlocaltime = TimeZoneInfo.ConvertTime(curutc, destTZ);
//fpAttLog.Time_second = curlocaltime;
// Add TimeZone info to the new DateTime
string winTZ = fpMachine.TimeZone.ToUpper(); // FPDevice.Convertion.IanaToWindows(fpMachine.TimeZone);
TimeZoneInfo destTZ = TimeZoneInfo.GetSystemTimeZones().Where(x => x.Id.ToUpper() == winTZ).FirstOrDefault();
DateTimeOffset dto = new DateTimeOffset(fpAttLog.Time_second, destTZ.GetUtcOffset(fpAttLog.Time_second.AddMinutes((double)fpMachine.TimeZoneOffset)));
fpAttLog.Time_second = dto.LocalDateTime;
_fpAttLogService.FindOrCreateObject(fpAttLog, _fpUserService);
//Notify clients
dynamic model = new {
fpAttLog.Id,
fpAttLog.PIN,
fpAttLog.PIN2,
fpAttLog.Time_second,
fpAttLog.DeviceID,
fpAttLog.VerifyMode,
fpAttLog.InOutMode,
fpAttLog.WorkCode,
fpAttLog.Reserved,
fpAttLog.CreatedAt,
fpAttLog.UpdatedAt,
};
string modelstr = JsonConvert.SerializeObject(model, JSONsettings);
var feedback = GlobalHost.ConnectionManager.GetHubContext <FeedbackHub>();
//Calls addNewRecord on all clients (javascript function)
feedback.Clients.All.addNewRecord(fpAttLog.FPUserId.ToString(), modelstr);
}
}
finally
{
}
}
public bool DownloadAllUserData(FPMachine fpMachine, IFPUserService _fpUserService, IFPTemplateService _fpTemplateService, IEmployeeService _employeeService)
{
if (fpMachine == null || fpMachine.Id <= 0)
{
fpMachine.Errors.Add("Generic", "FingerPrint Machine ID not found!");
}
else
{
if (FPMachines.fpDevices[fpMachine.Id] == null)
{
fpMachine.IsConnected = false; // FPMachines.fpDevices.Add(FPMachineId, new FPDevice.ZKEvents());
}
else
{
fpMachine.IsConnected = FPMachines.fpDevices[fpMachine.Id].bIsConnected;
}
if (fpMachine.IsConnected == false)
{
fpMachine.Errors.Add("Generic", "Please connect the device first!");
return(false);
}
bool ok = true;
lock (FPMachines.fpDevices[fpMachine.Id]._locker)
{
//judge whether the device supports 9.0 fingerprint arithmetic
string sOption = "~ZKFPVersion";
string sValue = "";
if (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetSysOption(fpMachine.MachineNumber, sOption, out sValue))
{
//FPTemplate of v9 (uses 512B) and v10(uses 1.6kB) are not compatible
//if (sValue == "10")
//{
// fpMachine.Errors.Add("Generic", "Your device is not using 9.0 arithmetic!");
// return false;
//}
}
FPMachines.fpDevices[fpMachine.Id].Disable(); //.axCZKEM1.DisableDeviceWithTimeOut(fpMachine.MachineNumber, FPMachines.fpDevices[fpMachine.Id].DisabledTime); //.EnableDevice(fpMachine.MachineNumber, false); // Prevent user from using the device
try
{
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.BeginBatchUpdate(fpMachine.MachineNumber, (int)FPDevice.BatchUpdateFlag.Overwrite); //create memory space for batching data
if (!FPMachines.fpDevices[fpMachine.Id].axCZKEM1.ReadAllUserID(fpMachine.MachineNumber)) //read all the user information to the memory
{
string err = FPMachines.fpDevices[fpMachine.Id].GetLastErrorMsg();
if (FPMachines.fpDevices[fpMachine.Id].iLastError != (int)FPDevice.ErrorCode.DataNotFound)
{
fpMachine.Errors.Add("Generic", "Unable to read All UserID (Error:" + err + ")");
ok = false;
}
}
if (ok && !FPMachines.fpDevices[fpMachine.Id].axCZKEM1.ReadAllTemplate(fpMachine.MachineNumber)) //read all the users' fingerprint templates to the memory
{
string err = FPMachines.fpDevices[fpMachine.Id].GetLastErrorMsg();
if (FPMachines.fpDevices[fpMachine.Id].iLastError != (int)FPDevice.ErrorCode.DataNotFound)
{
fpMachine.Errors.Add("Generic", "Unable to read All Templates (Error:" + err + ")");
ok = false;
}
}
int idwEnrollNumber = 0;
string sName = "";
string sPassword = "";
int iPrivilege = 0;
bool bEnabled = false;
string card = "";
int pin2 = 0;
int grp = 0;
string TZstr = "";
//string sTmpData = "";
byte[] bTmpData = new byte[2048];
int iTmpLength = 0;
int iFlag = 0;
//FPDevice._Template9_ tmp9;
int vs = (int)FPDevice.VerifyMethod.UnSet;
byte[] rsv = new byte[4];
if (ok)
{
// Mark All User as Not InSync first
foreach (var fpUser in _fpUserService.GetAll())
{
fpUser.IsInSync = false;
}
while (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetAllUserInfo(fpMachine.MachineNumber, ref idwEnrollNumber, ref sName, ref sPassword, ref iPrivilege, ref bEnabled)) //get all the users' information from the memory
{
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetPIN2(idwEnrollNumber, ref pin2);
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetStrCardNumber(out card);
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetUserGroup(fpMachine.MachineNumber, idwEnrollNumber, ref grp);
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetUserTZStr(fpMachine.MachineNumber, idwEnrollNumber, ref TZstr);
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetUserInfoEx(fpMachine.MachineNumber, idwEnrollNumber, out vs, out rsv[0]);
var err = FPMachines.fpDevices[fpMachine.Id].GetLastErrorMsg();
FPUser fpUser = _fpUserService.GetObjectByPIN(idwEnrollNumber);
if (fpUser == null)
{
fpUser = new FPUser();
}
fpUser.PIN = idwEnrollNumber;
fpUser.Name = sName;
fpUser.Password = sPassword;
fpUser.Privilege = (byte)iPrivilege;
fpUser.IsEnabled = bEnabled;
fpUser.Card = card;
fpUser.PIN2 = pin2;
fpUser.Group = (byte)grp;
fpUser.TimeZones = TZstr;
fpUser.VerifyMode = vs;
fpUser.Reserved = BitConverter.ToString(rsv).Replace("-", ""); //rsv.CopyTo(fpUser.Reserved, 0);
fpUser.IsInSync = true;
_fpUserService.UpdateOrCreateObject(fpUser, _employeeService);
//Mark All fpTemplates as not InSync, thus non-existing fpTemplates will remain not InSync
var tmplist = _fpTemplateService.GetQueryable().Where(x => x.FPUserId == fpUser.Id);
foreach (var tmp in tmplist.Where(x => x.IsInSync && !x.IsDeleted).ToList())
{
tmp.IsInSync = false;
//_fpTemplateService.GetRepository().Update(tmp);
}
//Create or Update existing fpTemplates
for (int idwFingerIndex = 0; idwFingerIndex < 10; idwFingerIndex++)
{
//if (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetUserTmpExStr(fpMachine.MachineNumber, idwEnrollNumber, idwFingerIndex, ref sTmpData, ref iTmpLength)) //get the corresponding templates string and length from the memory
if (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetUserTmpEx(fpMachine.MachineNumber, idwEnrollNumber.ToString(), idwFingerIndex, out iFlag, out bTmpData[0], out iTmpLength))
{
FPTemplate fpTemplate = _fpTemplateService.GetQueryable().Where(x => x.FingerID == idwFingerIndex && x.FPUserId == fpUser.Id && !x.IsDeleted).FirstOrDefault();
if (fpTemplate == null)
{
fpTemplate = new FPTemplate();
}
fpTemplate.FPUserId = fpUser.Id;
fpTemplate.PIN = (int)fpUser.PIN2;
fpTemplate.FingerID = (short)idwFingerIndex;
//fpTemplate.Template = sTmpData;
fpTemplate.Template = Convert.ToBase64String(bTmpData, 0, iTmpLength); //Encoding.UTF8.GetString(bTmpData, 0, iTmpLength);
fpTemplate.Size = fpTemplate.Template.Length; //iTmpLength
//tmp9 = FPDevice.ConvertStruct.ByteArrayToStruct<FPDevice._Template9_>(bTmpData);
fpTemplate.Valid = (byte)iFlag; //1; // tmp9.Valid;
fpTemplate.IsInSync = true;
_fpTemplateService.UpdateOrCreateObject(fpTemplate, _fpUserService);
}
}
tmplist = tmplist.Where(x => !x.IsInSync);
fpUser.IsInSync = (tmplist.Count() == 0);
_fpUserService.UpdateObject(fpUser, _employeeService); // reupdate to prevent fpTemplate from changing fpUser.IsInSync to False when Updating
}
}
int errc = FPMachines.fpDevices[fpMachine.Id].GetLastError();
if (errc != (int)FPDevice.ErrorCode.NoError && errc != (int)FPDevice.ErrorCode.DataNotFound)
{
fpMachine.Errors.Add("Generic", "Download Failed (Error:" + FPMachines.fpDevices[fpMachine.Id].GetErrorMsg(errc) + ")");
ok = false;
//FPMachines.fpDevices[fpMachine.Id].axCZKEM1.CancelBatchUpdate(fpMachine.MachineNumber);
}
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.BatchUpdate(fpMachine.MachineNumber); //download all the information in the memory
}
finally
{
//FPMachines.fpDevices[fpMachine.Id].axCZKEM1.RefreshData(fpMachine.MachineNumber); //the data in the device should be refreshed
FPMachines.fpDevices[fpMachine.Id].Enable(); //.axCZKEM1.EnableDevice(fpMachine.MachineNumber, true);
}
}
return(ok);
}
return(false);
}
public bool DownloadAttLog(FPMachine fpMachine, bool ClearAfterDownload, IFPUserService _fpUserService, IFPAttLogService _fpAttLogService)
{
if (fpMachine == null || fpMachine.Id <= 0)
{
fpMachine.Errors.Add("Generic", "FingerPrint Machine ID not found!");
}
else
{
if (FPMachines.fpDevices[fpMachine.Id] == null)
{
fpMachine.IsConnected = false; // FPMachines.fpDevices.Add(FPMachineId, new FPDevice.ZKEvents());
}
else
{
fpMachine.IsConnected = FPMachines.fpDevices[fpMachine.Id].bIsConnected;
}
if (fpMachine.IsConnected == false)
{
fpMachine.Errors.Add("Generic", "Please connect the device first!");
return(false);
}
bool ok = true;
lock (FPMachines.fpDevices[fpMachine.Id]._locker)
{
FPMachines.fpDevices[fpMachine.Id].Disable(); //.axCZKEM1.DisableDeviceWithTimeOut(fpMachine.MachineNumber, FPMachines.fpDevices[fpMachine.Id].DisabledTime); //.EnableDevice(fpMachine.MachineNumber, false); // Prevent user from using the device
try
{
//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;
if (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.ReadGeneralLogData(fpMachine.MachineNumber)) //read all the attendance records to the memory
{
while (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.GetGeneralExtLogData(fpMachine.MachineNumber, 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
{
iGLCount++;
var fpUser = _fpUserService.GetObjectByPIN(idwEnrollNumber);
if (fpUser != null)
{
DateTimeKind dtk = new DateTimeKind();
var fpAttLog = new FPAttLog()
{
DeviceID = fpMachine.MachineNumber,
FPUserId = fpUser.Id,
PIN = idwEnrollNumber,
PIN2 = fpUser.PIN2,
VerifyMode = idwVerifyMode,
InOutMode = idwInOutMode,
WorkCode = idwWorkCode,
Reserved = idwReserved,
Time_second = new DateTime(idwYear, idwMonth, idwDay, idwHour, idwMinute, idwSecond),
};
//// Convert Server local time to machine local time
//DateTime curutc = fpAttLog.Time_second.ToUniversalTime().AddMinutes((double)fpMachine.TimeZoneOffset);
//string winTZ = fpMachine.TimeZone.ToUpper(); // FPDevice.Convertion.IanaToWindows(fpMachine.TimeZone);
//TimeZoneInfo destTZ = TimeZoneInfo.GetSystemTimeZones().Where(x => x.Id.ToUpper() == winTZ).FirstOrDefault();
//DateTime curlocaltime = TimeZoneInfo.ConvertTime(curutc, destTZ);
//fpAttLog.Time_second = curlocaltime;
// Add TimeZone info to the new DateTime
string winTZ = fpMachine.TimeZone.ToUpper(); // FPDevice.Convertion.IanaToWindows(fpMachine.TimeZone);
TimeZoneInfo destTZ = TimeZoneInfo.GetSystemTimeZones().Where(x => x.Id.ToUpper() == winTZ).FirstOrDefault();
DateTimeOffset dto = new DateTimeOffset(fpAttLog.Time_second, destTZ.GetUtcOffset(fpAttLog.Time_second.AddMinutes((double)fpMachine.TimeZoneOffset)));
fpAttLog.Time_second = dto.LocalDateTime;
_fpAttLogService.FindOrCreateObject(fpAttLog, _fpUserService);
}
iIndex++;
}
}
int errc = FPMachines.fpDevices[fpMachine.Id].GetLastError();
if (errc != (int)FPDevice.ErrorCode.NoError && errc != (int)FPDevice.ErrorCode.DataNotFound)
{
fpMachine.Errors.Add("Generic", "Download Failed (Error:" + FPMachines.fpDevices[fpMachine.Id].GetErrorMsg(errc) + ")");
ok = false;
}
else if (ClearAfterDownload)
{
// Delete all attendance records on machine
if (FPMachines.fpDevices[fpMachine.Id].axCZKEM1.ClearGLog(fpMachine.MachineNumber))
{
FPMachines.fpDevices[fpMachine.Id].axCZKEM1.RefreshData(fpMachine.MachineNumber); //the data in the device should be refreshed
}
}
}
finally
{
FPMachines.fpDevices[fpMachine.Id].Enable(); //.axCZKEM1.EnableDevice(fpMachine.MachineNumber, true);
}
}
return(ok);
}
return(false);
}