private void btnRestore_Click(object sender, EventArgs e)
{
ArrayList arQuery = new ArrayList();
GTRLibrary.clsConnection clsCon = new GTRLibrary.clsConnection();
string sqlQuery = "", DeviceIP = "", GetDeviceIP = "";
Int32 NewId = 0;
Int32 RowID;
string DeviceIp = "", pDate = "", pTime = "";
int Count = 0;
int idwErrorCode = 0;
foreach (Infragistics.Win.UltraWinGrid.UltraGridRow row in this.gridDetails.Rows)
{
if (row.Cells["Id"].Text.ToString().Length != 0 &&
row.Cells["isChecked"].Value.ToString() == "1" && row.Cells["Active"].Value.ToString() == "1")
{
GetDeviceIP = "" + row.Cells["IpAddress"].Text.ToString() + "";
bIsConnected = axCZKEM1.Connect_Net(GetDeviceIP, 4370);
if (bIsConnected == true)
{
iMachineNumber = 1;
axCZKEM1.RegEvent(iMachineNumber, 65535);
}
Count = Convert.ToInt32(txtRestore.Text);
axCZKEM1.EnableDevice(iMachineNumber, false); //disable the device
if (axCZKEM1.RestoreLogData(iMachineNumber, Count)) //Here we use the function "RestoreLogData" and Restore Number.
{
MessageBox.Show("There have Restore " + Count.ToString(), " Attendance Data");
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
MessageBox.Show("Operation failed,Attendance Data not Restore,Please input less number.ErrorCode=" + idwErrorCode.ToString(), "Error");
}
axCZKEM1.EnableDevice(iMachineNumber, true); //enable the device
}
axCZKEM1.Disconnect();
} // for
}
private void OnVerifyThumb()
{
var thread = new Thread(o => GlobalHandler(() =>
{
var _czkem1 = new CZKEM();
_czkem1.SetCommPassword(Convert.ToInt32(_device.CommPassword));
if (!_device.IsConDevice)
{
var connect = _czkem1.Connect_Net(_device.DeviceIp, _device.Port);
if (connect)
{
_device.IsConDevice = true;
}
}
if (_device.IsConDevice)
{
if (_czkem1.RegEvent(1, 65535))
{
_czkem1.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
}
}
Application.Run();
}));
thread.IsBackground = true;
thread.SetApartmentState(ApartmentState.STA);
thread.Start();
}
private void btnDeleteAttendanceLog_Click(object sender, EventArgs e)
{
var answer = MessageBox.Show("Are you sure to delete all attendance log?", "Yes/no sample", MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (answer == DialogResult.Yes)
{
var thread = new Thread(() =>
{
_czkem = new CZKEM();
var connect = _czkem.Connect_Net(_device.DeviceIp, _device.Port);
if (connect)
{
_device.IsConDevice = true;
}
if (_device.IsConDevice)
{
_czkem.ClearGLog(1);
_czkem.RefreshData(1);
fillListView("Attendance Log Deleted from Device Sucessfully", 0);
}
//Application.Run();
});
thread.IsBackground = true;
thread.SetApartmentState(ApartmentState.STA);
thread.Start();
}
}
public bool Connect_Net(string IPAdd, int Port)
{
if (objCZKEM.Connect_Net(IPAdd, Port))
{
//65535, 32767
if (objCZKEM.RegEvent(1, 65535))
{
// [ Register your events here ]
// [ Go through the _IZKEMEvents_Event class for a complete list of events
objCZKEM.OnConnected += ObjCZKEM_OnConnected;
objCZKEM.OnDisConnected += objCZKEM_OnDisConnected;
objCZKEM.OnEnrollFinger += ObjCZKEM_OnEnrollFinger;
objCZKEM.OnFinger += ObjCZKEM_OnFinger;
//objCZKEM.OnFingerFeature += objCZKEM_OnFingerFeature;
objCZKEM.OnHIDNum += objCZKEM_OnHIDNum;
objCZKEM.OnFinger += new _IZKEMEvents_OnFingerEventHandler(ObjCZKEM_OnFinger);
objCZKEM.OnFingerFeature += new _IZKEMEvents_OnFingerFeatureEventHandler(objCZKEM_OnFingerFeature);
objCZKEM.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
}
return(true);
}
return(false);
}
public bool Connect_Net(string IPAdd, int Port = 0)
{
try
{
if (string.IsNullOrEmpty(IPAdd) || Port <= 0)
{
throw new Exception("No se encontrarón la IP/Puerto del Lector");
}
if (objCZKEM.Connect_Net(IPAdd, Port))
{
//65535, 32767
if (objCZKEM.RegEvent(1, 32767))
{
// [ Register your events here ]
// [ Go through the _IZKEMEvents_Event class for a complete list of events
objCZKEM.OnConnected += ObjCZKEM_OnConnected;
objCZKEM.OnDisConnected += objCZKEM_OnDisConnected;
objCZKEM.OnEnrollFinger += ObjCZKEM_OnEnrollFinger;
objCZKEM.OnFinger += ObjCZKEM_OnFinger;
objCZKEM.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
}
return(true);
}
return(false);
}catch
{
throw new Exception("No se ha realizado la conexión con el lector");
}
}
public static int GrabDataAbsen(string IPAdd, int portNum, int iPass, int machineNumber)
{
CZKEM mesinabsen = new CZKEM();
int b = 0, c = 0, d = 0, e = 0, f = 0, g = 0, h = 0, i = 0, j = 0, iCount = 0;
mesinabsen.SetCommPassword(iPass);
string a = "";
//Only when connected successfully
if (mesinabsen.Connect_Net(IPAdd, portNum))
{
//read all data and store in database
using (fingermachDataSetTableAdapters.tdatafingerTableAdapter tbl = new fingermachDataSetTableAdapters.tdatafingerTableAdapter())
{
while (mesinabsen.SSR_GetGeneralLogData(machineNumber, out a, out b, out c, out d, out e, out f, out g, out h, out i, ref j))
{
tbl.Replace(1, int.Parse(a), b, c, d, e, f, g, h, DateTime.Now);
iCount++;
}
}
}
else
{
//Connection Exception
throw (new Exception("Fail to connect to fingerprint machine."));
}
//clean data
//mesinabsen.ClearGLog(machineNumber);
//close connection
mesinabsen.Disconnect();
return(iCount);
}
public bool Connect_Net(string IPAdd, int Port)
{
try
{
if (objCZKEM.Connect_Net(IPAdd, Port))
{
//65535, 32767
if (objCZKEM.RegEvent(1, 32767))
{
// [ Register your events here ]
// [ Go through the _IZKEMEvents_Event class for a complete list of events
objCZKEM.OnConnected += ObjCZKEM_OnConnected;
objCZKEM.OnDisConnected += objCZKEM_OnDisConnected;
objCZKEM.OnEnrollFinger += ObjCZKEM_OnEnrollFinger;
objCZKEM.OnFinger += ObjCZKEM_OnFinger;
objCZKEM.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
}
return(true);
}
}
catch (Exception ex)
{
ex.Message.ToString();
}
return(false);
}
public static bool TestConnectMachine(string IPAdd, int portNum, int iPass)
{
CZKEM mesinabsen = new CZKEM();
mesinabsen.SetCommPassword(iPass);
return(mesinabsen.Connect_Net(IPAdd, portNum));
}
public bool Connect(string ip, int port, int?password)
{
if (password.HasValue)
{
_czkem.SetCommPassword(password.Value);
}
return(_czkem.Connect_Net(ip, port));
}
public Result Connect(string ip, int machineNo, int portNo)
{
objCZKEM = new CZKEM();
try
{
result.isSucess = objCZKEM.Connect_Net(ip, 4370);
}
catch (Exception ex)
{
result.message = ex.Message;
}
return(result);
}
private bool Connect_Net(string IPAdd, int Port)
{
if (objCZKEM.Connect_Net(IPAdd, Port))
{
//65535, 32767
if (objCZKEM.RegEvent(1, 32767))
{
// [ Register your events here ]
// [ Go through the _IZKEMEvents_Event class for a complete list of events
// objCZKEM.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
}
return(true);
}
return(false);
}
private void Connect(object sender, RoutedEventArgs e)
{
// IF DISCONNECTED, INITIATE CONNECTION TO FINGERPRINT SCANNER
if (ConnectionStatus.Text == "Disconnected")
{
if (zk != null)
{
if (zk.Connect_Net(ZK_IP, ZK_PORT))
{
Logs.Items.Add("Connected to Device!");
ConnectionStatus.Text = "Connected";
ConnectionStatus.Foreground = Brushes.LawnGreen;
}
}
}
}
public static bool RegisterUserName(string IPAdd, int portNum, int iPass, int machineNumber, string enrollNum, string userName)
{
CZKEM mesinabsen = new CZKEM();
mesinabsen.SetCommPassword(iPass);
if (mesinabsen.Connect_Net(IPAdd, portNum))
{
mesinabsen.SSR_SetUserInfo(machineNumber, enrollNum, userName, null, 0, true);
}
{
//Connection Exception
throw (new Exception("Fail to connect to fingerprint machine."));
}
//close connection
mesinabsen.Disconnect();
return(true);
}
private bool ConnectBiometric(string ip)
{
bool connection = _reader.Connect_Net(ip, Convert.ToInt32(4370));
if (connection)
{
bool events = _reader.RegEvent(1, 65535);
if (events)
{
_reader.OnVerify += new _IZKEMEvents_OnVerifyEventHandler(GetUser);
_reader.OnHIDNum += new _IZKEMEvents_OnHIDNumEventHandler(GetCard);
_reader.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(GetType);
}
}
return(connection);
}
private void pullData()
{
zk = new CZKEM();
bool isConnected = zk.Connect_Net(ipAddress, port);
if (!isConnected)
{
log("Unable to Connect " + DateTime.Now);
return;
}
string enrollNO;
int verifyMode;
int inoutMode;
int year;
int month;
int DayOfWeek;
int hour;
int minute;
int second;
int workerCode = 1;
if (zk.ReadGeneralLogData(1))
{
bool canDelete = true;
while (zk.SSR_GetGeneralLogData(branch, out enrollNO, out verifyMode, out inoutMode, out year, out month, out DayOfWeek, out hour, out minute, out second, ref workerCode))
{
string date = year + "-" + month + "-" + DayOfWeek + " " + hour + ":" + minute + ":" + second;
if (!saveRecord(enrollNO, date, inoutMode))
{
log("Unable to SaveData " + DateTime.Now);
canDelete = false;
}
}
bool deleteAllowed = Properties.Settings.Default.delete;
if (canDelete && deleteAllowed)
{
zk.ClearGLog(branch);
}
}
zk.Disconnect();
}
public void DoEvent()
{
// ISSUE: variable of a compiler-generated type
CZKEM instance = (CZKEM)Activator.CreateInstance(Marshal.GetTypeFromCLSID(new Guid("00853A19-BD51-419B-9269-2DABE57EB61F")));
// ISSUE: reference to a compiler-generated method
instance.Connect_Net("192.168.2.99", 4370);
// ISSUE: reference to a compiler-generated method
if (!instance.RegEvent(1, (int)ushort.MaxValue))
{
return;
}
// ISSUE: method pointer
// ISSUE: object of a compiler-generated type is created
new ComAwareEventInfo(typeof(_IZKEMEvents_Event), "OnVerify").AddEventHandler((object)instance, (Delegate) new _IZKEMEvents_OnVerifyEventHandler((object)this, (UIntPtr)__methodptr(axCZKEM1_OnVerify)));
// ISSUE: method pointer
// ISSUE: object of a compiler-generated type is created
new ComAwareEventInfo(typeof(_IZKEMEvents_Event), "OnAttTransactionEx").AddEventHandler((object)instance, (Delegate) new _IZKEMEvents_OnAttTransactionExEventHandler((object)this, (UIntPtr)__methodptr(axCZKEM1_OnAttTransactionEx)));
Application.DoEvents();
}
private bool Connect_Net(string IPAdd, int Port)
{
if (objCZKEM.Connect_Net(IPAdd, Port))
{
//65535, 32767
if (objCZKEM.RegEvent(1, 32767))
{
// [ Register your events here ]
// [ Go through the _IZKEMEvents_Event class for a complete list of events
objCZKEM.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
using (StreamWriter writer = new StreamWriter(filePath, true))
{
writer.WriteLine("finger print Event is registered... ");
writer.WriteLine(Environment.NewLine + "-----------------------------------------------------------------------------" + Environment.NewLine);
}
}
return(true);
}
return(false);
}
public void ConnectViaNet(List <string> messages)
{
if (ValidateIpAddress())
{
Settings.Default._machineNo = 1;
var port = Settings.Default._devicePort;
if (port <= 0 || port > 65535)
{
messages.Add(Resources.LABEL_ILLEGAL_PORT);
}
var iCommkey = Convert.ToInt32(Settings.Default._commKey);
_czkem.SetCommPassword(iCommkey);
if (Settings.Default._connected)
{
_czkem.Disconnect();
UnRegisterEvents();
SetConnected(false);
messages.Add(WriteLog(Resources.LABEL_DISCONNECT_WITH_DEVICE));
}
if (_czkem.Connect_Net(Settings.Default._deviceIpAddress,
Settings.Default._devicePort))
{
RegisterEvents(messages);
SetConnected(true);
messages.Add(WriteLog(Resources.LABEL_DEVICE_CONNECTED));
}
else
{
var idwErrorCode = 0;
_czkem.GetLastError(ref idwErrorCode);
messages.Add(WriteLog(Resources.LABEL_UNABLE_TO_CONNECT_VIA_NET + idwErrorCode));
}
}
else
{
messages.Add(WriteLog(Resources.LABEL_INVALID_DEVICE_IP_ADDRESS));
}
}
public StatusReport Connect()
{
lock (syncRoot)
{
connectionState.Fire(Trigger.ConnectRequested);
axCZKEM1.SetCommPassword(commKey);
if (axCZKEM1.Connect_Net(ip, port))
{
return(StatusReport.Success());
}
else
{
connectionState.Fire(Trigger.ConnectFailed);
int errorCode = 0;
axCZKEM1.GetLastError(ref errorCode);
return(StatusReport.Fail(errorCode));
}
}
}
public MainWindow()
{
InitializeComponent();
// INITIALZE FINGERPRINT SCANNER & CONFIG
zk = new CZKEM();
ip_address = "192.168.1.201";
port = 4370;
// INITIALIZE CONNECT ON CREATE
if (zk.Connect_Net(ip_address, port))
{
Logs.Items.Add("Connected to Device!");
ConnectionStatus.Text = "Connected";
ConnectionStatus.Foreground = Brushes.LawnGreen;
// REGISTER FINGERPRINT SCANNER EVENTS
if (zk.RegEvent(zk.MachineNumber, 1))
{
zk.OnAttTransactionEx += AttendanceTransactionHandler;
}
}
}
public bool Connect_Net(string IPAdd, int Port)
{
if (objCZKEM.Connect_Net(IPAdd, Port))
{
//65535, 32767
if (objCZKEM.RegEvent(1, 32767))
{
objCZKEM.OnConnected += ObjCZKEM_OnConnected;
objCZKEM.OnDisConnected += objCZKEM_OnDisConnected;
objCZKEM.OnEnrollFinger += ObjCZKEM_OnEnrollFinger;
objCZKEM.OnFinger += ObjCZKEM_OnFinger;
objCZKEM.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(zkemClient_OnAttTransactionEx);
// Re-attach OnTransactionEx every X seconds
//System.Timers.Timer timer = new System.Timers.Timer();
//timer.Interval = 30000;
//timer.Elapsed += ReAttachOnTrasactionEx;
//timer.Start();
}
return(true);
}
return(false);
}
private void GetAllLogs()
{
foreach (KeyValuePair <int, string> machine in lstMachines)
{
CZKEM axCZKEM = new CZKEM();
axCZKEM.Disconnect();
if (axCZKEM.Connect_Net(machine.Value, 4370))
{
axCZKEM.MachineNumber = machine.Key;
GetLogData(axCZKEM);
if (lstDevices.ContainsKey(machine.Key))
{
lstDevices.Remove(machine.Key);
}
}
}
MethodInvoker lbl = delegate { lblText.Text = "Last Update " + DateTime.Now.ToString(); };
Invoke(lbl);
PingMachines();
}
public MainWindow()
{
InitializeComponent();
// INITIALZE FINGERPRINT SCANNER & CONFIG
zk = new CZKEM();
ZK_IP = ConfigurationManager.AppSettings["ZK_IP"];
ZK_PORT = Convert.ToInt32(ConfigurationManager.AppSettings["ZK_PORT"]);
API_URL = ConfigurationManager.AppSettings["API_URL"];
// INITIALIZE CONNECT ON CREATE
if (zk.Connect_Net(ZK_IP, ZK_PORT))
{
Logs.Items.Add("Connected to Device!");
ConnectionStatus.Text = "Connected";
ConnectionStatus.Foreground = Brushes.LawnGreen;
// REGISTER FINGERPRINT SCANNER EVENTS
if (zk.RegEvent(zk.MachineNumber, 65355))
{
zk.OnAttTransactionEx += AttendanceTransactionHandler;
}
}
}
public bool Connect(string ip, int port)
{
isConnected = device.Connect_Net(ip, port);
return(isConnected);
}
public JsonResult DownloadFromDevice()
{
// test
dt.Clear();
dt.Columns.Add("attendanceDate");
dt.Columns.Add("dwEnrollNumber");
dt.Columns.Add("dwVerifyMode");
dt.Columns.Add("dwInOutMode");
//message = SaveLog(DumyData());
message = string.Empty;
objCZKEM = new CZKEM();
bool IsRead = false, isConnected = false;
string dwEnrollNumber = "";
int dwVerifyMode, dwInOutMode, dwYear, dwMonth, dwDay, dwHour, dwMinute, dwSecond, dwWorkcode = 0;
int empNumber = 0, totalCount = 0;
DateTime attendanceDate = new DateTime();
StringBuilder sb;
string minute = string.Empty, second = string.Empty;
try
{
if (!isConnected)
{
isConnected = objCZKEM.Connect_Net(ip, 4370);
}
string message2 = string.Empty;
if (isConnected)
{
IsRead = objCZKEM.ReadGeneralLogData(dwMachineNumber);
if (IsRead == true)
{
LogCollection logTemplates = new LogCollection();
while (objCZKEM.SSR_GetGeneralLogData(dwMachineNumber, out dwEnrollNumber, out dwVerifyMode, out dwInOutMode, out dwYear, out dwMonth, out dwDay, out dwHour, out dwMinute, out dwSecond, ref dwWorkcode))
{
if (dwYear > 2020)
{
empNumber = Convert.ToInt32(dwEnrollNumber);
totalCount++;
sb = new StringBuilder();
sb.Append(empNumber);
sb.Append(dwYear);
sb.Append(dwMonth);
sb.Append(dwDay);
sb.Append(dwHour);
sb.Append(dwMinute);
sb.Append(dwSecond);
attendanceDate = new DateTime(dwYear, dwMonth, dwDay, dwHour, dwMinute, dwSecond);
UserLog log = new UserLog();
log.ADate = attendanceDate;
log.EmpNumber = empNumber;
log.MachineNO = dwMachineNumber;
log.VerifyMethod = dwVerifyMode;
log.UniqueID = sb.ToString();
log.PunchTime = new DateTime(dwYear, dwMonth, dwDay, dwHour, dwMinute, dwSecond);
logTemplates.Add(log);
}
//showInOut(attendanceDate, dwEnrollNumber, dwVerifyMode, dwInOutMode);
//GetGeneratLog(objCZKEM, dwMachineNumber, dwEnrollNumber);
//message2 = dwEnrollNumber + " " + dwVerifyMode + dwInOutMode;
}
message = SaveLog(logTemplates);
DataTable newDt = dt;
message = message2;
}
else
{
message = "No Log Found....";
}
}
else
{
message = "Device Not Connected";
}
}
catch (Exception ex)
{
message = ex.Message.ToString();
}
return(Json(message, JsonRequestBehavior.AllowGet));
}
private void InActiveUser()
{
btnDeActive.Enabled = false;
var thread = new Thread(async() =>
{
var obj = new Dictionary <string, string>();
obj.Add("gymid", Settings.Default.BranchId.ToString());
var data = JsonConvert.SerializeObject(obj);
var url = ConfigurationManager.AppSettings["ApiUrl"].ToString() + "webappservices/GetInactiveMembers";
var queryString = new StringContent(data, Encoding.UTF8, "text/plain");
using (var client = new HttpClient())
{
var result = await client.PostAsync(new Uri(url), queryString);
string resultContent = await result.Content.ReadAsStringAsync();
var res = JsonConvert.DeserializeObject <LoginResponse[]>(resultContent);
if (res != null && res.Any())
{
_czkem = new CZKEM();
var connect = _czkem.Connect_Net(_device.DeviceIp, _device.Port);
if (connect)
{
_device.IsConDevice = true;
}
if (_device.IsConDevice)
{
_czkem.ReadAllTemplate(_device.DeviceId);
string sTmpData = string.Empty;
int iTmpLength = 0, iFlag = 0;
//foreach (var item in res)
//{
// for (int i = 0; i <= 9; i++)
// {
// if (_czkem.GetUserTmpExStr(_device.DeviceId, item.id, i, out iFlag, out sTmpData, out iTmpLength))
// {
// var sendData = new SaveApiTemplate
// {
// gymid = Settings.Default.BranchId,
// BackUpTemplate = new List<BackUpTemplate>
// {
// new BackUpTemplate
// {
// name = "",
// member_id = item.id,
// Password = "",
// prvlg = 1,
// enabled = 1,
// fingerIndex = i,
// flag = iFlag,
// templateData = sTmpData
// }
// }
// };
// SendTemplateBackUpToAPI(sendData);
// _czkem.SSR_DelUserTmp(_device.DeviceId, item.id, i);
// }
// }
//}
}
await fillListView("In-Active Users Done Successfully", 0);
}
else
{
await fillListView("No record found to In-Active users", 0);
}
}
btnDeActive.Enabled = true;
});
thread.IsBackground = true;
thread.SetApartmentState(ApartmentState.STA);
thread.Start();
}
private void SyncAttendance()
{
btnSyncAttendance.Enabled = false;
var thread = new Thread(async() =>
{
tblS.Clear();
var dates = new List <DateTime>();
var strResetTime = string.Empty;
var iGLCount = 0;
_czkem = new CZKEM();
var connect = _czkem.Connect_Net(_device.DeviceIp, _device.Port);
if (connect)
{
_device.IsConDevice = true;
}
if (_device.IsConDevice)
{
var readLog = _czkem.ReadAllGLogData(1);
if (readLog)
{
//int idwErrorCode = 0;
string sdwEnrollNumber = "";
var idwVerifyMode = 0;
var idwInOutMode = 0;
var idwYear = 0;
var idwMonth = 0;
var idwDay = 0;
var idwHour = 0;
var idwMinute = 0;
var idwSecond = 0;
var idwWorkcode = 0;
while (_czkem.SSR_GetGeneralLogData(_device.DeviceId, out sdwEnrollNumber, out idwVerifyMode,
out idwInOutMode, out idwYear, out idwMonth, out idwDay, out idwHour,
out idwMinute, out idwSecond, ref idwWorkcode))
{
double memberId;
if (Double.TryParse(sdwEnrollNumber, out memberId))
{
iGLCount++;
var date = new DateTime(idwYear, idwMonth, idwDay, idwHour, idwMinute, idwSecond);
var dr = tblS.NewRow();
dr["intEmployeeId"] = sdwEnrollNumber;
dr["dtDate"] = date.ToString();
dr["intInOut"] = idwVerifyMode;
dr["intBranchId"] = _device.BranchId;
if (date >= Settings.Default.Date)
{
if (string.IsNullOrEmpty(strResetTime))
{
strResetTime = date.ToString();
}
tblS.Rows.Add(dr);
dates.Add(date);
}
}
}
if (string.IsNullOrEmpty(strResetTime))
{
strResetTime = Settings.Default.Date.ToString();
}
if (dates.Any())
{
Settings.Default.Date = dates.OrderByDescending(x => x).First();
}
//await fillListView("Starting from " + strResetTime + " Compare To " + Settings.Default.Date, 0);
//fillListView("fetched In", iGLCount);
SaveSyncData(tblS);
}
else
{
//await fillListView("No data found from device to sync.", 0);
btnSyncAttendance.Enabled = true;
}
}
});
thread.IsBackground = true;
thread.SetApartmentState(ApartmentState.STA);
thread.Start();
}
private bool clkZKSoft(int pRid, int pNro, string pDes, string pDir, int pPor, long pPsw)
{
bool clkZKSoft = false;
try
{
string sdwEnrollNumber = "";
int idwVerifyMode;
int idwInOutMode;
int idwYear;
int idwMonth;
int idwDay;
int idwHour;
int idwMinute;
int idwSecond;
int idwWorkcode = 0;
string vFic;
bool vClean = false;
CZKEM Reloj = new CZKEM();
DevOps devolucionOperacion = new DevOps();
RelojesIngresos objFichada = new RelojesIngresos();
List <RelojResponse> relojResponse = new List <RelojResponse>();
//DevOps devolucionOperacion = new DevOps();
//if (pDir == "192.168.0.241")
// pDir = "192.168.5.111"; // Reloj Pilar
// If pDir = "192.168.0.241" Then pDir = "200.49.156.125"
// If pDir = "200.85.127.22" Then pDir = "192.168.5.125"
// If pDir = "192.168.4.240" Then
// pDir = "661705e2a569.sn.mynetname.net"
// pPor = 64370
// End If
//FuncionPrueba(pRid);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Conectandose " + pDir + ":" + pPor);
if (Reloj.Connect_Net(pDir, pPor))/* && false)*/
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Conectado a " + pDir + ":" + pPor);
Reloj.EnableDevice(pNro, false);
// ----> Leo Datos
if (Reloj.ReadGeneralLogData(pNro))
{
// SSR_GetGeneralLogData
// ----> Leo Datos
while (Reloj.SSR_GetGeneralLogData(pNro, out sdwEnrollNumber, out idwVerifyMode, out idwInOutMode, out idwYear, out idwMonth, out idwDay, out idwHour, out idwMinute, out idwSecond, ref idwWorkcode))
{
if (!vClean)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Procesando registros de " + pDir + ":" + pPor);
}
vClean = true;
//Logger.GetInstance().AddLog(true, "clkZKSoft()", "Revisando Legajo: " + sdwEnrollNumber);
if (idwYear == DateTime.Now.Year)
{
RelojResponse relojResponseItem = new RelojResponse();
vFic = string.Format(idwYear.ToString("0000")) + "-" + string.Format(idwMonth.ToString("00")) + "-" + string.Format(idwDay.ToString("00")) + " " + String.Format(idwHour.ToString("00")) + ":" + String.Format(idwMinute.ToString("00")) + ":" + String.Format(idwSecond.ToString("00"));
//Logger.GetInstance().AddLog(true, "clkZKSoft()", "Fecha del Registro: " + vFic);
relojResponseItem.Fich = vFic;
relojResponseItem.Nro = pNro;
relojResponseItem.SdwEnrollNumber = sdwEnrollNumber;
relojResponseItem.IdwVerifyMode = idwVerifyMode;
relojResponseItem.IdwInOutMode = idwInOutMode;
relojResponseItem.IdwWorkcode = idwWorkcode;
relojResponse.Add(relojResponseItem);
}
}
if (relojResponse.Count > 0)
{
if (ConnectServer(dBServer1))
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Envios a Server1: " + dBServer1);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Cantidad de Registros: " + relojResponse.Count);
foreach (RelojResponse item in relojResponse)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Revisando Legajo: " + item.SdwEnrollNumber);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Fecha del Registro: " + item.Fich);
try
{
devolucionOperacion = objFichada.SetFichada(pRid, item.SdwEnrollNumber, item.Fich, "CLOCK");
Logger.GetInstance().AddLog(true, "clkZKSoft()", "SetFichada CacheDebug: " + devolucionOperacion.CacheDebug);
if (devolucionOperacion.Resultado)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "SetFichada OK");
}
else
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", "SetFichada Error: " + devolucionOperacion.DescripcionError);
}
}
catch (Exception ex)
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", "Excepción en SetFichada: " + ex.Message);
}
}
modDeclares.ShamanSession.Cerrar(modDeclares.ShamanSession.PID);
}
if (ConnectServer(dBServer2))
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Envios a Server2: " + dBServer2);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Cantidad de Registros: " + relojResponse.Count);
foreach (RelojResponse item in relojResponse)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Revisando Legajo: " + item.SdwEnrollNumber);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Fecha del Registro: " + item.Fich);
try
{
devolucionOperacion = objFichada.SetFichada(pRid, item.SdwEnrollNumber, item.Fich, "CLOCK");
Logger.GetInstance().AddLog(true, "clkZKSoft()", "SetFichada CacheDebug: " + devolucionOperacion.CacheDebug);
if (devolucionOperacion.Resultado)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "SetFichada OK");
}
else
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", "SetFichada Error: " + devolucionOperacion.DescripcionError);
}
}
catch (Exception ex)
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", "Excepción en SetFichada: " + ex.Message);
}
}
modDeclares.ShamanSession.Cerrar(modDeclares.ShamanSession.PID);
}
if (ConnectServer(dBServer3))
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Envios a Server3: " + dBServer3);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Cantidad de Registros: " + relojResponse.Count);
foreach (RelojResponse item in relojResponse)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Revisando Legajo: " + item.SdwEnrollNumber);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Fecha del Registro: " + item.Fich);
try
{
devolucionOperacion = objFichada.SetFichada(pRid, item.SdwEnrollNumber, item.Fich, "CLOCK");
Logger.GetInstance().AddLog(true, "clkZKSoft()", "SetFichada CacheDebug: " + devolucionOperacion.CacheDebug);
if (devolucionOperacion.Resultado)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "SetFichada OK");
}
else
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", "SetFichada Error: " + devolucionOperacion.DescripcionError);
}
}
catch (Exception ex)
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", "Excepción en SetFichada: " + ex.Message);
}
}
modDeclares.ShamanSession.Cerrar(modDeclares.ShamanSession.PID);
}
}
if (vClean)
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Vaciar Reloj " + pNro + " Ip: " + pDir + ":" + pPor);
if (Reloj.ClearGLog(pNro))
{
Reloj.RefreshData(pNro);
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Se vació RelojId " + pNro + " Ip: " + pDir + ":" + pPor);
}
else
{
int idwErrorCode = 0;
Reloj.GetLastError(idwErrorCode);
Logger.GetInstance().AddLog(false, "clkZKSoft()", "Error al vaciar " + pDir + ":" + pPor + " " + idwErrorCode);
}
vClean = false;
}
else
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "No hay fichadas en " + pDir + ":" + pPor);
}
}
else
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "No hay fichadas en " + pDir + ":" + pPor);
}
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Desconectar Reloj " + pDir + ":" + pPor);
Reloj.Disconnect();
clkZKSoft = true;
}
else
{
Logger.GetInstance().AddLog(true, "clkZKSoft()", "Sin conexión a " + pDir + ":" + pPor);
}
}
catch (Exception ex)
{
Logger.GetInstance().AddLog(false, "clkZKSoft()", ex.Message);
}
return(clkZKSoft);
}
/// <summary>
/// Permite conectar con una terminal:
/// 1. Lector Biometrico
/// 2. Lector RFID
/// 3. Camara
/// </summary>
/// <param name="ip">
/// La ip de la terminal a conectar
/// </param>
/// <param name="puerto">
/// Puerto por donde transmite la información
/// </param>
/// <param name="tipo">
/// tipo de terminal ya sea:
/// 1. (Biometrico)
/// 2. (RFID)
/// 3. (Camara)
/// </param>
public bool ConectarConTerminal(string ip, string puerto, string tipo)
{
if (tipo == "Biometrico")
{
#region
/// <summary>
/// Connect_Net: Permite conectar con el dispositivo a través de la dirección IP y configurar una conexión de red con el dispositivo.
/// </summary>
/// <param name="IPAdd">
/// Ip del dispositivo
/// </param>
/// <param name="Port">
/// Puerto usado para conectar con el dispositivo. El puerto por defecto es el 4370.
/// </param>
/// <returns>
/// Deevuelve True o False. Verificando si el dispositivo pudo conectarse o no.
/// </returns>
#endregion
bool existeConexionBiometrico = lectorObject.Connect_Net(ip, Convert.ToInt32(puerto));
if (existeConexionBiometrico == true)
{
conexion = true;
/// <summary>
/// RegEvent: Permite registrar los eventos en tiempo real.
/// </summary>
/// <param name="dwMachineNumber">Número de dispositivos</param>
/// <param name="EventMask">Código de un evento. Los valores son los siguientes:
/// 1. (1): OnAttTransaction, OnAttTransactionEx (Este evento se desencadena después de la verificación tiene éxito.)
/// 2. (2): OnFinger (Este evento se activa cuando una huella dactilar se coloca sobre el sensor de huellas digitales del dispositivo. No se devuelve ningún valor.)
/// 3. (4): OnNewUser (Este evento se activa cuando un nuevo usuario se inscribió con éxito.)
/// 4. (8): OnEnrollFinger (Este evento se activa Cuando Se ha Registrado Una Huella digital.)
/// 5. (16): OnKeyPress (No existe documentación para la función)
/// 6. (256): OnVerify (Este evento se activa cuando se verifica un usuario)
/// 7. (512): OnFingerFeature (Este evento se activa cuando un usuario coloca un dedo y el dispositivo registra la huella dactilar.)
/// 8. (1024): OnDoor (Este evento se activa cuando el dispositivo se abre la puerta.),
/// OnAlarm (Este evento se activa cuando el dispositivo informa de una alarma.)
/// 9. (2048): OnHIDNum (Este evento se activa cuando se pasa una tarjeta.)
/// 10.(4096): OnWriteCard (Este evento se activa cuando el dispositivo registra una carta.)
/// 11.(8192): OnEmptyCard (Este evento se activa cuando una tarjera esta vacia o sin codigo asignado.)
/// 12.(16384): OnDeleteTemplate (No existe documentación para la función.)
/// 13.(65535): Para registrar todos los eventos.
/// </param>
/// <returns>
/// Devuelve True o False: Dependiendo si tiene exito en registrar los eventos u ocurre errores.
/// </returns>
bool existenEventos = lectorObject.RegEvent(Dispositivo, 65535);
if (existenEventos == true)
{
lectorObject.OnVerify += new _IZKEMEvents_OnVerifyEventHandler(ObtenerUsuarioEvent);
lectorObject.OnHIDNum += new _IZKEMEvents_OnHIDNumEventHandler(ObtenerTarjetaEvent);
lectorObject.OnAttTransactionEx += new _IZKEMEvents_OnAttTransactionExEventHandler(ObtenerAtributosPostValidacion);
}
else
{
//Muestre un mensaje que no se puede registrar los eventos.
}
}
else
{
//Muestre un Mensaje de que no se puede conectar con el dispositivo.
}
return(existeConexionBiometrico);
}
return(false);
}
private void prcExecuteDownload()
{
gridInfo.DataSource = null;
ArrayList arQuery = new ArrayList();
GTRLibrary.clsConnection clsCon = new GTRLibrary.clsConnection();
try
{
string sqlQuery = "", DeviceIP = "", GetDeviceIP = "";
Int32 NewId = 0;
Int32 RowID;
string sdwEnrollNumber = "", DeviceIp = "", pDate = "", pTime = "", CardNo = "", EnrollID = "";
int idwTMachineNumber = 0, idwEMachineNumber = 0;
int idwVerifyMode = 0, idwInOutMode = 0, idwEnrollNumber = 0, EnrollData = 0;
int idwYear = 0, idwMonth = 0, idwDay = 0;
int idwHour = 0, idwMinute = 0, idwSecond = 0;
int idwWorkcode = 0, idwErrorCode = 0;
int iGLCount = 0, iIndex = 0;
//Raw Data Clear
sqlQuery = "Truncate Table tblRawdataMIGTR_Temp";
arQuery.Add(sqlQuery);
sqlQuery = "Update tblMachineNo_GTR set Status = 'Disconnect'";
arQuery.Add(sqlQuery);
clsCon.GTRSaveDataWithSQLCommand(arQuery);
foreach (Infragistics.Win.UltraWinGrid.UltraGridRow row in this.gridDetails.Rows)
{
if (row.Cells["Id"].Text.ToString().Length != 0 &&
row.Cells["isChecked"].Value.ToString() == "1" && row.Cells["Active"].Value.ToString() == "1")
{
GetDeviceIP = "" + row.Cells["IpAddress"].Text.ToString() + "";
bIsConnected = axCZKEM1.Connect_Net(GetDeviceIP, 4370);
if (bIsConnected == true)
{
iMachineNumber = 1;
axCZKEM1.RegEvent(iMachineNumber, 65535);
}
else
{
axCZKEM1.GetLastError(ref idwErrorCode);
MessageBox.Show("Device not connected. Please check your device or network connection.Problem IP Address = " + GetDeviceIP.ToString(), "Error");
}
//ZK Black & White Device Download Code
if (row.Cells["BlackWhite"].Value.ToString() == "1")
{
sqlQuery = "Update tblMachineNo_GTR set Status = 'Connect' where IpAddress ='" + row.Cells["IpAddress"].Text.ToString() + "'";
arQuery.Add(sqlQuery);
clsCon.GTRSaveDataWithSQLCommand(arQuery);
Cursor = Cursors.WaitCursor;
//lvLogs.Items.Clear();
axCZKEM1.EnableDevice(iMachineNumber, false); //disable the device
if (axCZKEM1.ReadGeneralLogData(iMachineNumber)) //read all the attendance records to the memory
{
while (axCZKEM1.GetGeneralLogData(iMachineNumber, ref idwTMachineNumber, ref idwEnrollNumber,
ref idwEMachineNumber, ref idwVerifyMode, ref idwInOutMode, ref idwYear, ref idwMonth, ref idwDay, ref idwHour, ref idwMinute))//get records from the memory
{
//iGLCount++;
DeviceIp = GetDeviceIP.Substring(7);
//CardNo = idwEnrollNumber.ToString();
//CardNo = GTRDecToHexCon(CardNo);
EnrollData = int.Parse(sdwEnrollNumber);
//EnrollID = EnrollData.ToString("0000000000");
//pDate = idwDay + "-" + idwMonth + "-" + idwYear;
pDate = idwYear + "-" + idwMonth + "-" + idwDay;
pTime = idwHour + ":" + idwMinute + ":" + idwSecond;
sqlQuery = "Insert into tblRawdataMIGTR_Temp(ComId,DeviceNo,CardNo,dtPunchDate,dtPunchTime) values(" + Common.Classes.clsMain.intComId + ",'" +
DeviceIp + "','" + sdwEnrollNumber + "','" + pDate + "','" + pTime + "')";
arQuery.Add(sqlQuery);
sqlQuery = "Insert into tblRawdata(ComId,DeviceNo,CardNo,dtPunchDate,dtPunchTime,LUserID,PCName) values(" + Common.Classes.clsMain.intComId + ",'" +
DeviceIp + "','" + sdwEnrollNumber + "','" + pDate + "','" + pTime + "'," + GTRHRIS.Common.Classes.clsMain.intUserId + ",'" + Common.Classes.clsMain.strComputerName + "')";
arQuery.Add(sqlQuery);
//iIndex++;
} //while
} //if
if (chkClear.Checked == true)
{
axCZKEM1.EnableDevice(iMachineNumber, false);//disable the device
if (axCZKEM1.ClearGLog(iMachineNumber))
{
axCZKEM1.RefreshData(iMachineNumber);//the data in the device should be refreshed
//MessageBox.Show("All att Logs have been cleared from teiminal!", "Success");
}
}
axCZKEM1.EnableDevice(iMachineNumber, true);//enable the device
Cursor = Cursors.Default;
axCZKEM1.Disconnect();
} //if
//ZK Color Device Download Code
else
{
sqlQuery = "Update tblMachineNo_GTR set Status = 'Connect' where IpAddress ='" + row.Cells["IpAddress"].Text.ToString() + "'";
arQuery.Add(sqlQuery);
clsCon.GTRSaveDataWithSQLCommand(arQuery);
Cursor = Cursors.WaitCursor;
//lvLogs.Items.Clear();
axCZKEM1.EnableDevice(iMachineNumber, false); //disable the device
if (axCZKEM1.ReadGeneralLogData(iMachineNumber)) //read all the attendance records to the memory
{
while (axCZKEM1.SSR_GetGeneralLogData(iMachineNumber, out sdwEnrollNumber, out idwVerifyMode,
out idwInOutMode, out idwYear, out idwMonth, out idwDay, out idwHour, out idwMinute, out idwSecond, ref idwWorkcode))//get records from the memory
{
//iGLCount++;
DeviceIp = GetDeviceIP.Substring(7);
//CardNo = sdwEnrollNumber;
//CardNo = GTRDecToHexCon(CardNo);
EnrollData = int.Parse(sdwEnrollNumber);
EnrollID = EnrollData.ToString("0000000000");
//pDate = idwDay + "-" + idwMonth + "-" + idwYear;
pDate = idwYear + "-" + idwMonth + "-" + idwDay;
pTime = idwHour + ":" + idwMinute + ":" + idwSecond;
sqlQuery = "Insert into tblRawdataMIGTR_Temp(ComId,DeviceNo,CardNo,dtPunchDate,dtPunchTime) values(" + Common.Classes.clsMain.intComId + ",'" +
DeviceIp + "','" + EnrollID + "','" + pDate + "','" + pTime + "')";
arQuery.Add(sqlQuery);
sqlQuery = "Insert into tblRawdata(ComId,DeviceNo,CardNo,dtPunchDate,dtPunchTime,LUserID,PCName) values(" + Common.Classes.clsMain.intComId + ",'" +
DeviceIp + "','" + EnrollID + "','" + pDate + "','" + pTime + "'," + GTRHRIS.Common.Classes.clsMain.intUserId + ",'" + Common.Classes.clsMain.strComputerName + "')";
arQuery.Add(sqlQuery);
//iIndex++;
} //while
} //if
if (chkClear.Checked == true)
{
axCZKEM1.EnableDevice(iMachineNumber, false);//disable the device
if (axCZKEM1.ClearGLog(iMachineNumber))
{
axCZKEM1.RefreshData(iMachineNumber);//the data in the device should be refreshed
//MessageBox.Show("All att Logs have been cleared from teiminal!", "Success");
}
}
axCZKEM1.EnableDevice(iMachineNumber, true);//enable the device
Cursor = Cursors.Default;
axCZKEM1.Disconnect();
} //else
} //if
} //foreach
// Insert Information To Log File
sqlQuery = "Insert Into tblUser_Trans_Log (LUserId, formName, tranStatement, PCName, tranType)"
+ " Values (" + GTRHRIS.Common.Classes.clsMain.intUserId + ", '" + this.Name.ToString() +
"','" + sqlQuery.Replace("'", "|") + "','" + Common.Classes.clsMain.strComputerName + "','Download')";
arQuery.Add(sqlQuery);
clsCon.GTRSaveDataWithSQLCommand(arQuery);
prcLoadList();
prcRawData();
} //try
catch (Exception ex)
{
throw (ex);
}
finally
{
clsCon = null;
}
}