public SharedFolderWatcher(string target, eAssignedLane_Printer laneID, string path = "")
{
Target = target;
LaneID = laneID;
//WatchedFiles = new MutexFileQueue<string>(target);
WatchedFiles.Clear();
Watcher = new DirectoryWatcher(target);
Watcher.AddOnCreatedEventHandler(OnCreateFileInWatchedFolder);
Watcher.AddOnRenamedEventHandler(OnRenameFileInWatchedFolder);
if (laneID == eAssignedLane_Printer.Lane1)
{
ViewModelLocator.Atom.FlowHostVM.IsLane1WFExist = true;
ViewModelLocator.Atom.FlowHostVM.Lane1WFDisk = target;
ViewModelLocator.Atom.FlowHostVM.Lane1WFPath = path;
}
else if (laneID == eAssignedLane_Printer.Lane2)
{
ViewModelLocator.Atom.FlowHostVM.IsLane2WFExist = true;
ViewModelLocator.Atom.FlowHostVM.Lane1WFDisk = target;
ViewModelLocator.Atom.FlowHostVM.Lane2WFPath = path;
}
Watcher.BeginWatching();
}
/// <summary>
/// Adds the watcher.
/// </summary>
/// <param name="target">網路磁碟映射</param>
/// <param name="laneID">The lane identifier.</param>
/// <param name="des">描述</param>
/// <returns></returns>
/*public Queue<string> AddWatcher(string target, eAssignedLane_Printer laneID, string des ="")
* {
* if(!IsAlreadyExistWatcher(target))
* {
* var add = new SharedFolderWatcher(target,laneID,des);
* MonitorFolders.Add(add);
* return add.WatchedFiles;
* }else
* {
* var watched = MonitorFolders.FirstOrDefault(x => x.Target == target);
* return watched.WatchedFiles;
* }
* }*/
public SharedFolderWatcher AddWatcher(string target, eAssignedLane_Printer laneID, string des = "")
{
if (!IsAlreadyExistWatcher(target))
{
var add = new SharedFolderWatcher(target, laneID, des);
MonitorFolders.Add(add);
return(add);
}
else
{
var watched = MonitorFolders.FirstOrDefault(x => x.Target == target);
return(watched);
}
}
public PrinterBase(ePrinterVendor vendor, eAssignedLane_Printer laneID)
{
LaneID = laneID;
Vendor = vendor;
InspectedPanels.Clear();
PrinterCommonSetting = new CommonSettingVM();
PrinterSFSetting = new SharedFolderSettingVM();
DxHistory = new ObservableCollection <KeyValuePair <double, double> >();
DyHistory = new ObservableCollection <KeyValuePair <double, double> >();
ThetaHistory = new ObservableCollection <KeyValuePair <double, double> >();
DxHistory.Clear();
DyHistory.Clear();
ThetaHistory.Clear();
//Accumulation = 0;//= AccDx = AccDy = AccTheta = 0;
}
public MPMPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.MPM, lane)
{
string errStr = "";
string section = String.Format("MPM_{0}", lane.ToString());
//ulong inspectedLow = (ulong)((DateTime.Now.AddHours(-8) - new DateTime(1970, 1, 1, 0, 0, 0)).TotalSeconds);//Test
//取得RPC參數
using (IniFile ini = new IniFile())
{
_RPCPara.SideIP = ini.Read(section, "SideIP");
_RPCPara.SidePort = ini.Read(section, "SidePort");
_RPCPara.SideComputerName = ini.Read(section, "SideComputerName");
_RPCPara.RPCServerPort = ini.Read(section, "RPCServerPort");
var path = ini.Read(section, "WorkingPath");
if (!String.IsNullOrEmpty(path))
{
Log4.PrinterLogger.InfoFormat("Override WorkingPath ={0}", path);
_RPCPara.WorkingPath = path;
}
if (lane == eAssignedLane_Printer.Lane2)
{
_RPCPara.ClientDualLaneEanbled = "1";
}
else
{
_RPCPara.ClientDualLaneEanbled = "0";
}
bool bShow;
Boolean.TryParse(ini.Read(section, "bShowRPCWindow"), out bShow);
_RPCPara.bShowRPCWindow = bShow;
}
_IsConnect = Connect(ref errStr);
if (!_IsConnect)
{
TRMessageBox.Show("請確認MPM RPC連線");
}
}
public void MarkWatchedFileCheckBox(eAssignedLane_Printer lane, string file)
{
switch (lane)
{
case eAssignedLane_Printer.Lane1:
foreach (var f in Lane1WFList)
{
if (f.Value == file)
{
f.IsChecked = true;
if (_IsDeleteMatchedFile)
{
System.IO.File.Delete(Lane1WFPath + "\\" + file);
}
break;
}
}
break;
case eAssignedLane_Printer.Lane2:
foreach (var f in Lane2WFList)
{
if (f.Value == file)
{
f.IsChecked = true;
if (_IsDeleteMatchedFile)
{
System.IO.File.Delete(Lane2WFPath + "\\" + file);
}
break;
}
}
break;
case eAssignedLane_Printer.None:
break;
}
}
/// <summary>
/// Fuji EasyLink
/// </summary>
/// <param name="Lane">The lane.</param>
/// <returns>
/// <c>true</c> if [is need write comp image] [the specified lane]; otherwise, <c>false</c>.
/// </returns>
public bool IsNeedWriteCompImage(eAssignedLane_Printer Lane)
{
if (PrinterManager.getInstance() == null)
{
return(false);
}
else
{
Log4.PrinterLogger.InfoFormat("[SOA]IsNeedWriteCompImage({0})", Lane.ToString());
switch (Lane)
{
case eAssignedLane_Printer.None:
return(false);
case eAssignedLane_Printer.Lane1:
return(PrinterManager.getInstance().RemotePrinter[0].Printer.IsNeedWriteCompImage());
case eAssignedLane_Printer.Lane2:
return(PrinterManager.getInstance().RemotePrinter[1].Printer.IsNeedWriteCompImage());
}
return(false);
}
}
public string GetWriteCompImagePath(eAssignedLane_Printer Lane)
{
if (PrinterManager.getInstance() == null)
{
return(string.Empty);
}
else
{
Log4.PrinterLogger.InfoFormat("[SOA]GetWriteCompImagePath({0})", Lane.ToString());
switch (Lane)
{
case eAssignedLane_Printer.None:
return(string.Empty);
case eAssignedLane_Printer.Lane1:
return(PrinterManager.getInstance().RemotePrinter[0].Printer.GetWriteCompImagePath());
case eAssignedLane_Printer.Lane2:
return(PrinterManager.getInstance().RemotePrinter[1].Printer.GetWriteCompImagePath());
}
return(string.Empty);
}
}
/// <summary>
/// Fuji Changover
/// </summary>
/// <param name="Lane">The lane.</param>
/// <returns></returns>
public bool CheckCurrentSharedFolder(eAssignedLane_Printer Lane)
{
if (PrinterManager.getInstance() == null)
{
return(false);
}
else
{
Log4.PrinterLogger.InfoFormat("[SOA]CheckCurrentSharedFolder({0})", Lane.ToString());
switch (Lane)
{
case eAssignedLane_Printer.None:
return(false);
case eAssignedLane_Printer.Lane1:
return(PrinterManager.getInstance().RemotePrinter[0].Printer.CheckCurrentSharedFolder());
case eAssignedLane_Printer.Lane2:
return(PrinterManager.getInstance().RemotePrinter[1].Printer.CheckCurrentSharedFolder());
}
return(false);
}
}
/// <summary>
/// Fuji Changover
/// </summary>
/// <param name="Lane">The lane.</param>
/// <returns></returns>
//Fuji Changover
//public bool NeedCreateTheDataToNext(eAssignedLane_Printer Lane, int size)
//{
// if (PrinterManager.getInstance() == null)
// return false;
// else
// {
// InspectedPanel panel = new InspectedPanel();
// try
// {
// #region MMF
// using (var mmf = MemoryMappedFile.CreateOrOpen("PrinterCenter_" + Lane.ToString(), size, MemoryMappedFileAccess.ReadWrite))
// {
// using (var mmvStream = mmf.CreateViewStream(0, size))
// {
// BinaryFormatter binFormatter = new BinaryFormatter();
// byte[] buffer = new byte[size];
// mmvStream.Read(buffer, 0, size);
// panel = (InspectedPanel)binFormatter.Deserialize(new MemoryStream(buffer));
// }
// }
// #endregion MMF
// }
// catch (Exception e)
// {
// Log4.PrinterLogger.ErrorFormat("NeedCreate MMF Exception");
// Log4.PrinterLogger.ErrorFormat(e.Message);
// return false;
// }
// Log4.PrinterLogger.InfoFormat("NeedCreateTheDataToNext({0},{1})", Lane.ToString(), size);
// switch (Lane)
// {
// case eAssignedLane_Printer.None:
// break;
// case eAssignedLane_Printer.Lane1:
// ViewModelLocator.Atom.FlowHostVM.spiInspectedData.Add("[" + eAssignedLane_Printer.Lane1.ToString() + "]" + panel.InspectStartTime);
// Log4.PrinterLogger.InfoFormat(" -Push [{0}] NeedCreate CurrentInspectModeTemp.InspectMode={1} .InspectResult={2}", Lane.ToString(), panel.InspectMode, panel.InspectResult);
// PrinterManager.getInstance().CurrentInspectModeTemp[0].InspectMode = panel.InspectMode;
// PrinterManager.getInstance().CurrentInspectModeTemp[0].InspectResult = panel.InspectResult;
// Log4.PrinterLogger.InfoFormat(" -Enqueue [{0}] NeedCreate SPI Data InspectTime = {1}", Lane.ToString(), panel.InspectStartTime);
// PrinterManager.getInstance().RemotePrinter[0].Printer.InspectedPanels.Enqueue(panel);
// //PrinterManager.getInstance().RemotePrinter[0].Printer.StartProcess();
// break;
// case eAssignedLane_Printer.Lane2:
// ViewModelLocator.Atom.FlowHostVM.spiInspectedData.Add("[" + eAssignedLane_Printer.Lane2.ToString() + "]" + panel.InspectStartTime);
// Log4.PrinterLogger.InfoFormat(" -Push [{0}] NeedCreate CurrentInspectModeTemp.InspectMode={1} .InspectResult={2}", Lane.ToString(), panel.InspectMode, panel.InspectResult);
// PrinterManager.getInstance().CurrentInspectModeTemp[1].InspectMode = panel.InspectMode;
// PrinterManager.getInstance().CurrentInspectModeTemp[1].InspectResult = panel.InspectResult;
// Log4.PrinterLogger.InfoFormat(" -Enqueue [{0}] NeedCreate SPI Data InspectTime = {1}", Lane.ToString(), panel.InspectStartTime);
// PrinterManager.getInstance().RemotePrinter[1].Printer.InspectedPanels.Enqueue(panel);
// //PrinterManager.getInstance().RemotePrinter[1].Printer.StartProcess();
// break;
// }
// return true;
// }
//}
//*/
public bool SendCurrentInspectedPanelData(eAssignedLane_Printer Lane, int size)
{
if (PrinterManager.getInstance() == null)
{
return(false);
}
else
{
InspectedPanel panel = new InspectedPanel();
try
{
#region MMF
using (var mmf = MemoryMappedFile.CreateOrOpen("PrinterCenter_" + Lane.ToString(), size, MemoryMappedFileAccess.ReadWrite))
{
using (var mmvStream = mmf.CreateViewStream(0, size))
{
BinaryFormatter binFormatter = new BinaryFormatter();
byte[] buffer = new byte[size];
mmvStream.Read(buffer, 0, size);
panel = (InspectedPanel)binFormatter.Deserialize(new MemoryStream(buffer));
}
}
#endregion MMF
}
catch (Exception e)
{
Log4.PrinterLogger.ErrorFormat("MMF Exception");
Log4.PrinterLogger.ErrorFormat(e.Message);
return(false);
}
Log4.PrinterLogger.InfoFormat("[D]SendCurrentInspectedPanelData({0},{1})", Lane.ToString(), size);
switch (Lane)
{
case eAssignedLane_Printer.None:
break;
case eAssignedLane_Printer.Lane1:
ViewModelLocator.Atom.FlowHostVM.spiInspectedData.Add("[" + eAssignedLane_Printer.Lane1.ToString() + "]" + panel.InspectStartTime);
Log4.PrinterLogger.InfoFormat(" -Push [{0}] CurrentInspectModeTemp.InspectMode={1} .InspectResult={2}", Lane.ToString(), panel.InspectMode, panel.InspectResult);
PrinterManager.getInstance().CurrentInspectModeTemp[0].InspectMode = panel.InspectMode;
PrinterManager.getInstance().CurrentInspectModeTemp[0].InspectResult = panel.InspectResult;
Log4.PrinterLogger.InfoFormat(" -Enqueue [{0}] SPI Data InspectTime = {1}", Lane.ToString(), panel.InspectStartTime);
PrinterManager.getInstance().RemotePrinter[0].Printer.InspectedPanels.Enqueue(panel);
//PrinterManager.getInstance().RemotePrinter[0].Printer.StartProcess();
break;
case eAssignedLane_Printer.Lane2:
ViewModelLocator.Atom.FlowHostVM.spiInspectedData.Add("[" + eAssignedLane_Printer.Lane2.ToString() + "]" + panel.InspectStartTime);
Log4.PrinterLogger.InfoFormat(" -Push [{0}] CurrentInspectModeTemp.InspectMode={1} .InspectResult={2}", Lane.ToString(), panel.InspectMode, panel.InspectResult);
PrinterManager.getInstance().CurrentInspectModeTemp[1].InspectMode = panel.InspectMode;
PrinterManager.getInstance().CurrentInspectModeTemp[1].InspectResult = panel.InspectResult;
Log4.PrinterLogger.InfoFormat(" -Enqueue [{0}] SPI Data InspectTime = {1}", Lane.ToString(), panel.InspectStartTime);
PrinterManager.getInstance().RemotePrinter[1].Printer.InspectedPanels.Enqueue(panel);
//PrinterManager.getInstance().RemotePrinter[1].Printer.StartProcess();
break;
}
return(true);
}
}
public INOTISPrinter(eAssignedLane_Printer lane) : this(ePrinterVendor.INOTIS, lane)
{
//WatchedFiles.Clear();
}
public INOTISPrinter(ePrinterVendor vendor, eAssignedLane_Printer lane) : base(vendor, lane)
{
//InspectedPanels.EnqueueEvent += new EventQueueHandler<InspectedPanel>(InspectedPanelsEnqueue<InspectedPanel>);
}
public HanwhaPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.HANWHA, lane)
{
}
//private DefectStatisticResult _DefectStatisticResult;
public HtgdPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.HTGD, lane)
{
}
public ePrinterVendor GetPrinterCurrentVendor(eAssignedLane_Printer Lane)
{
Log4.PrinterLogger.InfoFormat("[SOA]GetPrinterCurrentVendor({0})", Lane.ToString());
return(PrinterManager.getInstance().RemotePrinter[(int)Lane - 1].Printer.Vendor);
}
public EsePrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.ESE, lane)
{
}
public void StartProcess(eAssignedLane_Printer Lane, string filename)
{
if (PrinterManager.getInstance() == null)
{
return;
}
else
{
Log4.PrinterLogger.InfoFormat("[SOA]StartProcess({0},{1})", Lane.ToString(), filename);
//如果檔案是用XML則需要enqueue
if (PrinterManager.getInstance().ExchangeMethod == SFCData.eSFCDataExchangeMethod.XML)
{
InspectedPanel panel = null;
while (panel == null)
{
panel = null;
try
{
panel = IPCHelper.DeserializeFromXML <InspectedPanel>(filename);
}
catch (Exception ex)
{
//Log4.SFCLogger.InfoFormat("Pause {0} ms", iPause);
//Thread.Sleep(iPause);
//Log4.SFCLogger.ErrorFormat("DeserializeFromXML File {0} Exception:{1}", AssemblyPath + "\\DataExchange\\" + e.Name, ex.Message);
}
}
switch (Lane)
{
case eAssignedLane_Printer.None:
break;
case eAssignedLane_Printer.Lane1:
ViewModelLocator.Atom.FlowHostVM.spiInspectedData.Add("[" + eAssignedLane_Printer.Lane1.ToString() + "]" + panel.InspectStartTime);
Log4.PrinterLogger.InfoFormat(" -Push [{0}] CurrentInspectModeTemp.InspectMode={1} .InspectResult={2}", Lane.ToString(), panel.InspectMode, panel.InspectResult);
PrinterManager.getInstance().CurrentInspectModeTemp[0].InspectMode = panel.InspectMode;
PrinterManager.getInstance().CurrentInspectModeTemp[0].InspectResult = panel.InspectResult;
Log4.PrinterLogger.InfoFormat(" -Enqueue [{0}] SPI Data InspectTime = {1}", Lane.ToString(), panel.InspectStartTime);
PrinterManager.getInstance().RemotePrinter[0].Printer.InspectedPanels.Enqueue(panel);
break;
case eAssignedLane_Printer.Lane2:
ViewModelLocator.Atom.FlowHostVM.spiInspectedData.Add("[" + eAssignedLane_Printer.Lane2.ToString() + "]" + panel.InspectStartTime);
Log4.PrinterLogger.InfoFormat(" -Push [{0}] CurrentInspectModeTemp.InspectMode={1} .InspectResult={2}", Lane.ToString(), panel.InspectMode, panel.InspectResult);
PrinterManager.getInstance().CurrentInspectModeTemp[1].InspectMode = panel.InspectMode;
PrinterManager.getInstance().CurrentInspectModeTemp[1].InspectResult = panel.InspectResult;
Log4.PrinterLogger.InfoFormat(" -Enqueue [{0}] SPI Data InspectTime = {1}", Lane.ToString(), panel.InspectStartTime);
PrinterManager.getInstance().RemotePrinter[1].Printer.InspectedPanels.Enqueue(panel);
break;
}
}
switch (Lane)
{
case eAssignedLane_Printer.None:
break;
case eAssignedLane_Printer.Lane1:
PrinterManager.getInstance().RemotePrinter[0].Printer.StartProcess();
break;
case eAssignedLane_Printer.Lane2:
PrinterManager.getInstance().RemotePrinter[1].Printer.StartProcess();
break;
}
}
}
public DekPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.DEK, lane)
{
}
public PrinterEntity(eAssignedLane_Printer lane, ePrinterVendor vendor)
{
Lane = lane;
PrinterVendor = vendor;
}
public GKGPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.GKG, lane)
{
}
public YamahaPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.YAMAHA, lane)
{
}
public MinamiPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.MINAMI, lane)
{
}
public DesenPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.DESEN, lane)
{
}
public EkraPrinter(eAssignedLane_Printer lane) : base(ePrinterVendor.EKRA, lane)
{
}
