void ExecuteW5()
{
WipeCombination.Add(string.Format("W5.{0} ({1})", "@CONTINUE_FAIL_AT_SAME_COMPONENT".Translate(), ViewModelLocator.Atom.WipeVM.CmpFailTimes));
object[] _params = { (object)ViewModelLocator.Atom.WipeVM.CmpFailTimes };
var alg = JudgeWipeAlgorithmFactory.CreateAlgorithm("W5", _params);
PrinterManager.getInstance().JudgeWipeRoutines.Add(alg);
}
void ExecuteW3()
{
WipeCombination.Add(String.Format("W3.{0}", "@BRIDGE_DETECT".Translate()));
var alg = JudgeWipeAlgorithmFactory.CreateAlgorithm("W3",null);
PrinterManager.getInstance().JudgeWipeRoutines.Add(alg);
}
void ExecuteDeleteLane()
{
Log4.PrinterLogger.Info("[A]Press Delete button.");
if (LaneContainer.Count > 0)
{
RemoveOneLaneSetting();
if (LaneContainer.Count == 1)
{
PrinterManager.getInstance().EnableLane2SettingUI(false);
}
else
if (LaneContainer.Count == 0)
{
PrinterManager.getInstance().EnableLane1SettingUI(false);
PrinterManager.getInstance().EnableLane2SettingUI(false);
}
}
else
{
Log4.PrinterLogger.Info("[A]There is no data.");
TRMessageBox.Show("@THERE_IS_NO_DATA".Translate(), "@PRINTER_CENTER".Translate());
}
}
void ExecuteAddLane()
{
Log4.PrinterLogger.Info("[A]Press Add button.");
if (LaneContainer.Count < 2)
{
AddOneLaneSetting();
if (LaneContainer.Count == 1)
{
PrinterManager.getInstance().EnableLane1SettingUI(true);
}
else
if (LaneContainer.Count == 2)
{
PrinterManager.getInstance().EnableLane1SettingUI(true);
PrinterManager.getInstance().EnableLane2SettingUI(true);
}
}
else
{
Log4.PrinterLogger.Info("[A]upport at most 2 lane.");
TRMessageBox.Show("@SUPPORT_AT_MOST_2_LANE".Translate(), "@PRINTER_CENTER".Translate());
}
}
void ExecuteW2()
{
WipeCombination.Add(String.Format("W2.{0} ({1}-{2})",
"@PEAK_OF_SINGLE_PAD_VOLUME".Translate(),
ViewModelLocator.Atom.WipeVM.PeakRange.LowerBound,
ViewModelLocator.Atom.WipeVM.PeakRange.UpperBound
));
object[] _params = { (object)ViewModelLocator.Atom.WipeVM.PeakRange.LowerBound
, (object)ViewModelLocator.Atom.WipeVM.PeakRange.UpperBound };
var alg = JudgeWipeAlgorithmFactory.CreateAlgorithm("W2", _params);
PrinterManager.getInstance().JudgeWipeRoutines.Add(alg);
}
void ExecuteW1()
{
WipeCombination.Add(String.Format("W1.{0} ({1}-{2})",
"@AVERAGE_VOLUME_PERCENTAGE".Translate(),
ViewModelLocator.Atom.WipeVM.AvgVolRange.LowerBound,
ViewModelLocator.Atom.WipeVM.AvgVolRange.UpperBound
));
object[] _params = { (object)ViewModelLocator.Atom.WipeVM.AvgVolRange.LowerBound
, (object)ViewModelLocator.Atom.WipeVM.AvgVolRange.UpperBound };
var alg = JudgeWipeAlgorithmFactory.CreateAlgorithm("W1", _params);
PrinterManager.getInstance().JudgeWipeRoutines.Add(alg);
}
public override void Activate()
{
//InDriveInfo Z:(\\IP\Folder)格式，WmiDiskHelper.ExtractDiskID取 "Z:"
//但當選取的InDriveInfo是 D:格式，WmiDiskHelper.ExtractDiskID取"D:"
//可是當送給DirectoryWatcher時 因D:本質是Disk Volume而不是Folder
//而Z:是以建立共享資料夾的虛擬網路硬碟 (可以想成Z:是一個代號)，本質上他還是個Folder，所以可以監控
//因此，為了避免選成Disk，故加一個@"\"
target = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.InDriveInfo) + @"\"; //Disk mapping
var des = WmiDiskHelper.ExtractProviderName(PrinterSFSetting.InDriveInfo); //ui顯示用
WatchedFolder = PrinterManager.getInstance().AddWatcher(target, LaneID, des);
}
public static eWipeStencilReason JudgeWipeByPriorityStrategy(InspectedPanel currentPanel, List <Box> boxes)
{
eWipeStencilReason ret = eWipeStencilReason.NoNeedToWipe;
var wipeRoutines = PrinterManager.getInstance().JudgeWipeRoutines;
foreach (var wipe in wipeRoutines)
{
ret = wipe.Judge(currentPanel, boxes);
if (ret != eWipeStencilReason.NoNeedToWipe)
{
break;
}
}
return(ret);
}
/// <summary>
/// 用於Load檔
/// </summary>
/// <param name="savedfile">The savedfile.</param>
public void AddOneLaneSetting(OneLaneSelectorVM savedfile)
{
LaneContainer.Add(new ucOneLaneSelector(LaneContainer.Count, savedfile));
//UI顯示
if (LaneContainer.Count == 1)
{
PrinterManager.getInstance().EnableLane1SettingUI(true);
}
else
if (LaneContainer.Count == 2)
{
PrinterManager.getInstance().EnableLane1SettingUI(true);
PrinterManager.getInstance().EnableLane2SettingUI(true);
}
}
private void cbDisplaySelector_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
switch (cbDisplaySelector.SelectedIndex)//Lane1
{
case 0:
if (PrinterManager.getInstance().RemotePrinter[0].Printer != null)
{
ViewModelLocator.Atom.ChartHostVM.Dx = PrinterManager.getInstance().RemotePrinter[0].Printer.DxHistory;
ViewModelLocator.Atom.ChartHostVM.Dy = PrinterManager.getInstance().RemotePrinter[0].Printer.DyHistory;
ViewModelLocator.Atom.ChartHostVM.Theta = PrinterManager.getInstance().RemotePrinter[0].Printer.ThetaHistory;
}
else
{
ViewModelLocator.Atom.ChartHostVM.Dx = null;
ViewModelLocator.Atom.ChartHostVM.Dy = null;
ViewModelLocator.Atom.ChartHostVM.Theta = null;
}
break;
case 1:
if (PrinterManager.getInstance().RemotePrinter[1].Printer != null)
{
ViewModelLocator.Atom.ChartHostVM.Dx = PrinterManager.getInstance().RemotePrinter[1].Printer.DxHistory;
ViewModelLocator.Atom.ChartHostVM.Dy = PrinterManager.getInstance().RemotePrinter[1].Printer.DyHistory;
ViewModelLocator.Atom.ChartHostVM.Theta = PrinterManager.getInstance().RemotePrinter[1].Printer.ThetaHistory;
}
else
{
ViewModelLocator.Atom.ChartHostVM.Dx = null;
ViewModelLocator.Atom.ChartHostVM.Dy = null;
ViewModelLocator.Atom.ChartHostVM.Theta = null;
}
break;
case 2:
break;
}
}
/// <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 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);
}
}
public ePrinterVendor GetPrinterCurrentVendor(eAssignedLane_Printer Lane)
{
Log4.PrinterLogger.InfoFormat("[SOA]GetPrinterCurrentVendor({0})", Lane.ToString());
return(PrinterManager.getInstance().RemotePrinter[(int)Lane - 1].Printer.Vendor);
}
void ExecuteDeleteList()
{
PrinterManager.getInstance().JudgeWipeRoutines.RemoveAt(SelectedIndex);
_WipeCombination.Remove(SelectedItem);
}
/// <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 PrinterDuplexService()
{
_window = (PrinterWindow)App.Current.MainWindow;
_Callback = OperationContext.Current.GetCallbackChannel <IPrinterDuplexServiceCallback>();
PrinterManager.getInstance().PrinterDuplexServiceInstance = this;
}
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;
}
}
}
