//外部(Mainwindow)內的分頁改變了磁碟映射後，需要刷新物件的可用選擇
//提供PrinterWindow呼叫
public void RefreshLocalDrives()
{
var vm = this.DataContext as SharedFolderSettingVM;
vm.InSharedFolder = WmiDiskHelper.GetDiskNames().ToObservableCollection();
vm.OutSharedFolder = WmiDiskHelper.GetDiskNames().ToObservableCollection();
}
/// <summary>
/// Initializes a new instance of the SharedFolderSettingVM class.
/// </summary>
public SharedFolderSettingVM()
{
_IsInEnable = _IsOutEnable = false;
_InSharedFolder = WmiDiskHelper.GetDiskNames().ToObservableCollection();
_OutSharedFolder = WmiDiskHelper.GetDiskNames().ToObservableCollection();
}
private void CreateExecute()
{
Log4.PrinterLogger.Info("[A][Tool Page]Press Create button.");
NetworkDriveWrapper.MappingNetDrive(WmiDiskHelper.ExtractDiskID(NetDriveM.DriveInfo), NetDriveM.ShareFolder, NetDriveM.UserName, NetDriveM.Password);
if (NetworkDriveMappingChangedEvent != null)
{
NetworkDriveMappingChangedEvent(this, new NetworkDriveMappingChangedEventArgs(WmiDiskHelper.ExtractDiskID(NetDriveM.DriveInfo)));
}
}
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 override bool Output(InspectedPanel currentPanel, object file)
{
var _Minami_PrinterData = (Minami_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.xml", currentPanel.InspectStartTime);
try
{
DateTime t = currentPanel.InspectStartTime;
string strTime = string.Format("{0:0000}-{1:00}-{2:00}T{3:00}:{4:00}:{5:00}.{6:00}",
t.Year, t.Month, t.Day, t.Hour, t.Minute, t.Second, t.Millisecond);
XElement root = new XElement("SpiData"
, new XElement("ModelName", _Minami_PrinterData.ModelName)
, new XElement("InspectTime", strTime)
, new XElement("SN", _Minami_PrinterData.SN)
, new XElement("Barcode", _Minami_PrinterData.Barcode)
, new XElement("Direction", _Minami_PrinterData.PrintDirection)
, new XElement("Board", new XAttribute("ID", "1")
, new XElement("FidMarkList", CreateFidElements(currentPanel)
, new XElement("Correction"
, new XAttribute("RotCx", Math.Round((_RotationResult.Center.X * 0.001), 6).ToString())
, new XAttribute("RotCy", Math.Round((_RotationResult.Center.Y * 0.001), 6).ToString())
, new XElement("X", Math.Round((_CenterOffsetResult.Dx * 0.001), 6).ToString())
, new XElement("Y", Math.Round((_CenterOffsetResult.Dy * 0.001), 6).ToString())
, new XElement("Theta", Math.Round(_RotationResult.Theta, 6).ToString())
, new XElement("Stretch", Math.Round(_StretchResult.Stretch, 6).ToString())
)
)
)
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [Minami]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [Minami]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.xml", currentPanel.InspectStartTime);
INOTIS_PrinterData _INOTIS_PrinterData = file as INOTIS_PrinterData;
try
{
XElement root = new XElement("Data",
new XElement(
"Process",
new XElement("Direction", _INOTIS_PrinterData.sPrint_Direction),
new XElement("Offset_Correction",
new XElement("X", Math.Round((_CenterOffsetResult.Dx * 0.001), 6)),
new XElement("Y", Math.Round((_CenterOffsetResult.Dy * 0.001), 6)),
new XElement("Theta", new XAttribute("CoR_X", Math.Round((_RotationResult.Center.X * 0.001), 6)),
new XAttribute("CoR_Y", Math.Round((_RotationResult.Center.Y * 0.001), 6)),
Math.Round(_RotationResult.Theta, 6)),
new XElement("Stretch", Math.Round(_StretchResult.Stretch, 6))
) //Offset_Correction
) //Process
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [INOTIS]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [INOTIS]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
private bool CheckSharedFolder(string folder, string type)
{
Log4.PrinterLogger.Info("Checking " + type + " SharedFolder...");
bool ret = true;
string diskID = WmiDiskHelper.ExtractDiskID(folder);
string provider = WmiDiskHelper.ExtractProviderName(folder);
if (String.IsNullOrEmpty(diskID) || String.IsNullOrWhiteSpace(diskID))
{
_window.lbStatusReporter.Items.Add("(" + type + ")" + "@DISK".Translate() + " " + "@INVALID".Translate());
Log4.PrinterLogger.Info(type + " SharedFolder Invalid!");
ret = false;
}
if (String.IsNullOrEmpty(provider) || String.IsNullOrWhiteSpace(provider))
{
_window.lbStatusReporter.Items.Add("(" + type + ")" + "@SHARED_FOLDER".Translate() + " " + "@INVALID".Translate());
Log4.PrinterLogger.Info(type + " SharedFolder Invalid!");
ret = false;
}
return(ret);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
var _Hanwha_PrinterData = (Hanwha_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.xml", currentPanel.InspectStartTime);
try
{
XElement root = new XElement(
"ResultInsp",
HEADER_SECTION(currentPanel, _Hanwha_PrinterData),
PROCESS_SECTION(currentPanel, _Hanwha_PrinterData),
PANEL_SECTION(currentPanel, _Hanwha_PrinterData),
MEASUREMENTS_SECTION(_Hanwha_PrinterData),
DEFECT_SECTION(currentPanel, _Hanwha_PrinterData),
OPTIONAL_SECTION()
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [Hanwha]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [Hanwha]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
static public SharedFolderSettingVM ToSharedFolderSettingVM(this XElement root)
{
SharedFolderSettingVM ret = null;
try
{
ret = new SharedFolderSettingVM();
ret.IsInEnable = bool.Parse(root.getValue("In"));
string _driveletter = root.getAttributeValue("In", "DriveLetter");
string _driveprovider = root.getAttributeValue("In", "DriveProvider");
ret.InDriveInfo = _driveletter + "(" + _driveprovider + ")";
//檢查有否有此driveinfo，若沒有，則create 一個
var _lstCurrentDrives = WmiDiskHelper.GetDiskNames();
bool bExist = _lstCurrentDrives.Exists(X => X.DiskID == _driveletter && X.DiskProviderName == _driveprovider);
if (!bExist)
{
NetworkDriveWrapper.MappingNetDrive(_driveletter, _driveprovider, "", "");
}
ret.IsOutEnable = bool.Parse(root.getValue("Out"));
_driveletter = root.getAttributeValue("Out", "DriveLetter");
_driveprovider = root.getAttributeValue("Out", "DriveProvider");
ret.OutDriveInfo = _driveletter + "(" + _driveprovider + ")";
//檢查有否有此driveinfo，若沒有，則create 一個
_lstCurrentDrives = WmiDiskHelper.GetDiskNames();
bExist = _lstCurrentDrives.Exists(X => X.DiskID == _driveletter && X.DiskProviderName == _driveprovider);
if (!bExist)
{
NetworkDriveWrapper.MappingNetDrive(_driveletter, _driveprovider, "", "");
}
}
catch
{
return(null);
}
return(ret);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
filename = "";
var _GKG_PrinterData = (GKG_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
filename = String.Format("{0:yyyyMMddHHmmss}", currentPanel.InspectStartTime);
string path = netDrive + filename + ".xml";
try
{
bool IsWipe = _WipeReason == eWipeStencilReason.NoNeedToWipe? false:true;
DateTime t = currentPanel.InspectStartTime;
string str = string.Format("{0:0000}-{1:00}-{2:00}T{3:00}:{4:00}:{5:00}.{6:00}",
t.Year, t.Month, t.Day, t.Hour, t.Minute, t.Second, t.Millisecond);
XElement root = new XElement(
"SpiData"
//原WriteBasicSection
, new XElement("ModelName", currentPanel.Panel.ModelName)
, new XElement("InspectTime", str)
, new XElement("SN", _GKG_PrinterData.SN)
, new XElement("Barcode", _GKG_PrinterData.Barcode)
//原WriteUnitSection
, new XElement("Units" //寫死
, new XElement("Distance", "MM")
, new XElement("Angle", "Degree")
, new XElement("Stretch", "%")
)
, new XElement("Direction", _GKG_PrinterData.Direction)
//原WriteFidMark
, new XElement("FidMarkList", CreateFidMark(currentPanel))
//原WriteCorrection
, new XElement("Correction"
, new XAttribute("RotCx", Math.Round((_RotationResult.Center.X * 0.001), 6).ToString())
, new XAttribute("RotCy", Math.Round((_RotationResult.Center.Y * 0.001), 6).ToString())
, new XElement("X", Math.Round((_CenterOffsetResult.Dx * 0.001), 6).ToString())
, new XElement("Y", Math.Round((_CenterOffsetResult.Dy * 0.001), 6).ToString())
, new XElement("Theta", Math.Round(_RotationResult.Theta, 6).ToString())
, new XElement("Stretch", Math.Round(_StretchResult.Stretch, 6).ToString())
)
//原WriteWipe, 暫時not imp
, new XElement("Wipe", IsWipe.ToString())
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [GKG]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [GKG]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
var _Ese_PrinterData = (Ese_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyy-MM-dd-HH_mm_ss}.xml", currentPanel.InspectStartTime);
try
{
bool IsWipe = _WipeReason == eWipeStencilReason.NoNeedToWipe?false:true;
//DateTime t = currentPanel.InspectStartTime;
//string str = string.Format("{0:0000}-{1:00}-{2:00}T{3:00}:{4:00}:{5:00}.{6:00}",
// t.Year, t.Month, t.Day, t.Hour, t.Minute, t.Second, t.Millisecond);
DateTime printTime;
DateTime.TryParse(_Ese_PrinterData.PrintTime, out printTime);
if (printTime == DateTime.MinValue)
{
printTime = currentPanel.InspectStartTime; // If no information of printer, It will be SPI base
}
string strDate = printTime.ToString("yyyy_MM_dd");
string strTime = printTime.ToString("HH_mm_ss");
XElement root = new XElement(
"ResultInsp"
//原WriteHeaderSection
, new XElement("HEADER"
, new XElement("MachineName", "SPI")
, new XElement("Reference", "BOTTOM_LEFT")
//原WriteHeaderUnitsSection
, new XElement("Units"
, new XElement("Distance", "mm")
, new XElement("Angle", "degree")
, new XElement("Time", "seconds")
, new XElement("Ratio", "percentage")
)
, new XElement("DefineDirection", _Ese_PrinterData.DefineDirection)
)
//原WriteProcessSection
, new XElement("PROCESS"
, new XElement("ProductName", "") //原本都是空白 奇怪@@
, new XElement("Date", strDate)
, new XElement("Time", strTime)
, new XElement("PanelState", "INSPECTED")
)
//WritePanelSection
, new XElement("PANEL"
, new XElement("PanelId", ViewModelLocator.Atom.PrinterWindowVM.SN) //sn*
, new XElement("BarcodeId", _Ese_PrinterData.BarcodeId)
, new XElement("Stencil", new XAttribute("thickness", (currentPanel.Panel.StencilThick * 0.001).ToString()))
, new XElement("PanelSize", new XAttribute("width", (currentPanel.Panel.FullCadRect.Width * 0.001).ToString())
, new XAttribute("height", (currentPanel.Panel.FullCadRect.Height * 0.01).ToString())
)
//WritePanelFiducialsSection
, new XElement("Fiducials", CreateFiducailElements(currentPanel))
)
//WriteMeasurementsSection
, new XElement("MEASUREMENTS"
, new XElement("SqueegeeDir", _Ese_PrinterData.SqueegeeDir)
, new XElement("CenterOfRotation"
, new XAttribute("RotCx", Math.Round((_RotationResult.Center.X * 0.001), 6).ToString())
, new XAttribute("RotCy", Math.Round((_RotationResult.Center.Y * 0.001), 6).ToString())
)
, new XElement("Rotation", Math.Round(_RotationResult.Theta, 6).ToString())
, new XElement("OffsetX", Math.Round((_CenterOffsetResult.Dx * 0.001), 6).ToString())
, new XElement("OffsetY", Math.Round((_CenterOffsetResult.Dy * 0.001), 6).ToString())
, new XElement("Height", _PadHAVAvgResult.avgHeight_pct.ToString("F3"))
, new XElement("Area", _PadHAVAvgResult.avgArea_pct.ToString("F3"))
, new XElement("Volume", _PadHAVAvgResult.avgVolume_pct.ToString("F3"))
)
//WriteDefectSection
, new XElement("DEFECT"
//WriteDefectTotalCountSection
, new XElement("TotalCount", GetTotalBoxCount(currentPanel).ToString())
//WriteDefectDefectCountSection
, new XElement("DefectCount", new XAttribute("count", (currentPanel.FailList().Count).ToString())
, new XElement("Height", new XAttribute("high", _DefectStatisticResult.HeightDefectOver)
, new XAttribute("low", _DefectStatisticResult.HeightDefectUnder)
)
, new XElement("Volume", new XAttribute("high", _DefectStatisticResult.VolumeDefectOver)
, new XAttribute("low", _DefectStatisticResult.VolumeDefectUnder)
)
, new XElement("Area", new XAttribute("high", _DefectStatisticResult.AreaDefectOver)
, new XAttribute("low", _DefectStatisticResult.AreaDefectUnder)
)
, new XElement("Bridge", new XAttribute("count", _DefectStatisticResult.BridgeDefect))
)
//WriteDefectWarningCountSection
, new XElement("WarningCount", new XAttribute("count", (currentPanel.WarningList().Count).ToString())
, new XElement("Height", new XAttribute("count", (_DefectStatisticResult.HeightWarningOver + _DefectStatisticResult.HeightWarningUnder).ToString()))
, new XElement("Volume", new XAttribute("count", (_DefectStatisticResult.VolumeWarningOver + _DefectStatisticResult.VolumeWarningUnder).ToString()))
, new XElement("Area", new XAttribute("count", (_DefectStatisticResult.AreaWarningOver + _DefectStatisticResult.AreaWarningUnder).ToString()))
)
, new XElement("OPTIONAL", new XElement("COMMAND", IsWipe? "CLEANING":string.Empty))
)
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [ESE]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [ESE]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
private void DiagnosisExecute()
{
Log4.PrinterLogger.Info("[A][Tool Page]Press Diagnosis button.");
NetworkDriveWrapper.ShowNetDriveDisconnectionDialog(App.Current.MainWindow);
if (NetworkDriveMappingChangedEvent != null)
{
NetworkDriveMappingChangedEvent(this, new NetworkDriveMappingChangedEventArgs(WmiDiskHelper.ExtractDiskID(NetDriveM.DriveInfo)));
}
}
public override bool Output(InspectedPanel currentPanel, object file)
{
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.csv", currentPanel.InspectStartTime);
//撰寫SPEC定義的
//CSV format
//Rows starting with "//" are skipped as comments.
//Data rows are defined as below
//Column 1: Character string which indicates Board ID(Up to 256 Char)
//Column 2: Correction value X(float, rounded to 3 decimal places)
//Column 3: Correction value Y(float, rounded to 3 decimal places)
//Column 4: Correction value R(float, rounded to 3 decimal places)
//Column 5: Total number of pads(Positive integer)
//Column 6: Number of NG pads(Positive integer)
//Column 7: Average area ratio(Positive integer)
//Column 8: Average volume ratio(Positive integer)
//Column 9: Average height(Positive integer)
//Sample "Board ID",1.020,2.0e-2,-0.0023e3,1000,10,120,120,0
try
{
if (!System.IO.File.Exists(path))
{
string dir = Path.GetDirectoryName(path);
if (!Directory.Exists(dir))
{
Directory.CreateDirectory(dir);
}
System.IO.File.Create(path).Close();
}
//Log.Info("CSV file write start.");
using (System.IO.TextWriter tw = new StreamWriter(path))
{
string line = String.Format("{0},{1},{2},{3},{4},{5},{6},{7},{8}",
//GetBarcode(Panel),
currentPanel.Panel.PanelBarcode,
_CenterOffsetResult.Dx,
_CenterOffsetResult.Dy,
_RotationResult.Theta,
_PadHAVAvgResult.totalPads,
_PadHAVAvgResult.totalNGPads,
_PadHAVAvgResult.avgArea_pct,
_PadHAVAvgResult.avgVolume_pct,
_PadHAVAvgResult.avgHeight_pct
);
tw.WriteLine(line);
}
}
catch (Exception e)
{
Log4.PrinterLogger.Error(e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
public XElement ToXml()
{
XElement root = new XElement("SharedFolderSetting"
, new XElement("In", IsInEnable.ToString()
, new XAttribute("DriveLetter", WmiDiskHelper.ExtractDiskID(InDriveInfo))
, new XAttribute("DriveProvider", WmiDiskHelper.ExtractProviderName(InDriveInfo))
)
, new XElement("Out", IsOutEnable.ToString()
, new XAttribute("DriveLetter", WmiDiskHelper.ExtractDiskID(OutDriveInfo))
, new XAttribute("DriveProvider", WmiDiskHelper.ExtractProviderName(OutDriveInfo))
)
);
return(root);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
var _Dek_PrinterData = (Dek_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.xml", currentPanel.InspectStartTime);
DateTime t = currentPanel.InspectStartTime;
string strTime = string.Format("{0:0000}{1:00}{2:00}{3:00}{4:00}{5:00}",
t.Year, t.Month, t.Day, t.Hour, t.Minute, t.Second);
//bool bWipe = false;//=>須補，目前寫死
bool bPcbResult = _DefectStatisticResult.DefectNum > 0 ? true : false;//true:NG false:GOOD
string reference = "Bottom_Left";
if (PrinterCommonSetting.IsQuadrent1)
{
reference = "Bottom_Left";
}
else if (PrinterCommonSetting.IsQuadrent2)
{
reference = "Bottom_Right";
}
else if (PrinterCommonSetting.IsQuadrent3)
{
reference = "Top_Right";
}
else if (PrinterCommonSetting.IsQuadrent4)
{
reference = "Top_Left";
}
try
{
XElement root = new XElement(
"Data"
#region 原WriteMessage
, new XElement("Message"
, new XAttribute("version", "1.0")
, new XElement("Date_and_Time", strTime)
)
#endregion
#region 原WriteEquipment
, new XElement("Equipment"
, new XAttribute("version", "1.0")
, new XAttribute("reference", reference)
, new XElement("Name", "TRI_SPI")
)
#endregion
#region 原WriteProcess
, new XElement("Process"
, new XElement("Product_ID", _Dek_PrinterData.Product_ID)
, new XElement("Panel_ID"
, new XElement("Panel", PrinterCommonSetting.MatchingBasis == UI.CommonSetting.eMatchingBasis.Barcode ? _Dek_PrinterData.Panel_ID : "NO_CODE")
)
, new XElement("Batch_Count", ViewModelLocator.Atom.PrinterWindowVM.SN)
, new XElement("Panel_Status", "Inspected")//固定，後可能需要改
, new XElement("Inspected_Date_and_Time", strTime)
, new XElement("Direction", _Dek_PrinterData.Print_Direction)
, new XElement("Units"
, new XElement("Distance", _Dek_PrinterData.UnitDistance)
, new XElement("Angle", _Dek_PrinterData.UnitAngle)
, new XElement("Time", _Dek_PrinterData.UnitTime)
, new XElement("Stretch", "%")
)
, new XElement("Offset_Correction"
, new XElement("X", Math.Round((_CenterOffsetResult.Dx * 0.001), 6).ToString())
, new XElement("Y", Math.Round((_CenterOffsetResult.Dy * 0.001), 6).ToString())
, new XElement("Theta"
, new XAttribute("CoR_X", Math.Round((_RotationResult.Center.X * 0.001), 6).ToString())
, new XAttribute("CoR_Y", Math.Round((_RotationResult.Center.Y * 0.001), 6).ToString())
, Math.Round(_RotationResult.Theta, 6).ToString()
)
, new XElement("Stretch", Math.Round(_StretchResult.Stretch, 6).ToString())
)
, CreateFiducalElement(currentPanel)
, new XElement("Warning"
, new XAttribute("TotalNum", _DefectStatisticResult.TotalTestNum)
, new XAttribute("DefectNum", _DefectStatisticResult.WarningNum)
, new XElement("Volume"
, new XAttribute("Num", _DefectStatisticResult.VolumeWarningOver + _DefectStatisticResult.VolumeWarningUnder)
, new XElement("High", _DefectStatisticResult.VolumeWarningOver)
, new XElement("Low", _DefectStatisticResult.VolumeWarningUnder)
)
, new XElement("Height"
, new XAttribute("Num", _DefectStatisticResult.HeightWarningOver + _DefectStatisticResult.HeightWarningUnder)
, new XAttribute("High", _DefectStatisticResult.HeightWarningOver)
, new XAttribute("Low", _DefectStatisticResult.HeightWarningUnder)
)
, new XElement("Area"
, new XAttribute("Num", _DefectStatisticResult.AreaWarningOver + _DefectStatisticResult.AreaWarningUnder)
, new XElement("High", _DefectStatisticResult.AreaWarningOver)
, new XElement("Low", _DefectStatisticResult.AreaWarningUnder)
)
, new XElement("Bridge", "0")
, new XElement("NoPaste", "0")
)
, new XElement("Alarm"
, new XAttribute("TotalNum", _DefectStatisticResult.TotalTestNum)
, new XAttribute("DefectNum", _DefectStatisticResult.DefectNum)
, new XElement("Volume"
, new XAttribute("Num", _DefectStatisticResult.VolumeDefectOver + _DefectStatisticResult.VolumeDefectUnder)
, new XElement("High", _DefectStatisticResult.VolumeDefectOver)
, new XElement("Low", _DefectStatisticResult.VolumeDefectUnder)
)
, new XElement("Height"
, new XAttribute("Num", _DefectStatisticResult.HeightDefectOver + _DefectStatisticResult.HeightDefectUnder)
, new XElement("High", _DefectStatisticResult.HeightDefectOver)
, new XElement("Low", _DefectStatisticResult.HeightDefectUnder)
)
, new XElement("Area"
, new XAttribute("Num", _DefectStatisticResult.AreaDefectOver + _DefectStatisticResult.AreaDefectUnder)
, new XElement("High", _DefectStatisticResult.AreaDefectOver)
, new XElement("Low", _DefectStatisticResult.AreaDefectUnder)
)
, new XElement("Bridge", _DefectStatisticResult.DefectNum)
, new XElement("NoPaste", _DefectStatisticResult.NoPasteDefect)
)
)
#endregion
#region 原WriteCommand
/*
* 缺Wipe的演算法
*/
, CreateCmdElement()
#endregion
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [Dek]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [Dek]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
var _Desen_PrinterData = (Desen_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.xml", currentPanel.InspectStartTime);
if ((Directory.Exists(path)) == false)
{
Directory.CreateDirectory(System.IO.Path.GetDirectoryName(path));
}
//原本:
/*
* <SpiData>
* WriteBasicSection
* WriteUnitSection
* WriteDirection
* WriteFidMark
* WriteCorrection
* WriteWipe
*
*/
try
{
DateTime t = currentPanel.InspectStartTime;
string sInspectStartTime = string.Format("{0:0000}-{1:00}-{2:00}T{3:00}:{4:00}:{5:00}.{6:00}",
t.Year, t.Month, t.Day, t.Hour, t.Minute, t.Second, t.Millisecond);
XElement root = new XElement("SpiData",
//WriteBasicSection
new XElement("ModelName", currentPanel.Panel.ModelName),
new XElement("InspectTime", sInspectStartTime),
new XElement("SN", _Desen_PrinterData.PanelSN),
new XElement("Barcode", _Desen_PrinterData.PanelBarcode),
//WriteUnitSection
new XElement("Units",
new XElement("Distance", _Desen_PrinterData.UnitThickness),
new XElement("Angle", "Degree"), //"Degree":預設
new XElement("Stretch", "%") //%預設
),
new XElement("Direction", _Desen_PrinterData.Direction),
//WriteFidMark
GreateFidMarkElement(currentPanel),
//WriteCorrection
new XElement("Correction",
new XAttribute("RotCx", Math.Round((_RotationResult.Center.X * 0.001), 6).ToString()),
new XAttribute("RotCy", Math.Round((_RotationResult.Center.Y * 0.001), 6).ToString()),
new XElement("X", Math.Round((_CenterOffsetResult.Dx * 0.001), 6).ToString()),
new XElement("Y", Math.Round((_CenterOffsetResult.Dy * 0.001), 6).ToString()),
new XElement("Theta", Math.Round((_RotationResult.Theta * 0.001), 6).ToString()),
new XElement("Stretch", Math.Round(_StretchResult.Stretch, 6).ToString())
),
//WriteWipe
new XElement("Wipe", _WipeReason == eWipeStencilReason.NoNeedToWipe ? false : true)
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [Desen]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [Desen]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
public override bool Output(InspectedPanel currentPanel, object file)
{
var _Ekra_PrinterData = (Ekra_PrinterData)file;
string netDrive;
if (!PrinterSFSetting.IsOutEnable)
{
return(false);
}
else
{
netDrive = WmiDiskHelper.ExtractDiskID(PrinterSFSetting.OutDriveInfo) + @"\";//Disk mapping;
}
string path = netDrive + String.Format("{0:yyyyMMddHHmmss}.xml", currentPanel.InspectStartTime);
DateTime t = currentPanel.InspectStartTime;
string strTime = string.Format("{0:0000}-{1:00}-{2:00}T{3:00}:{4:00}:{5:00}.{6:00}",
t.Year, t.Month, t.Day, t.Hour, t.Minute, t.Second, t.Millisecond);
bool bByPass = false; //=>用在PanelStatus(原) 是使用DefectCount來判斷,初始是NonInspected
bool bWipe = _WipeReason == eWipeStencilReason.NoNeedToWipe? false:true;
bool bPcbResult = _DefectStatisticResult.DefectNum > 0 ? true: false; //true:NG false:GOOD
try
{
XElement root = new XElement(
"FeedbackInspResult",
new XElement("Message" //原WriteMessage
, new XElement("DateAndTime", strTime)
),
new XElement("Machine" //原WriteMachine
, new XElement("Name", "SPI")
, new XElement("Reference", _Ekra_PrinterData.Reference)
),
new XElement("Process" //原WriteProcess
, new XElement("ProductId", currentPanel.Panel.ModelName)
, new XElement("PanelId", PrinterCommonSetting.MatchingBasis == UI.CommonSetting.eMatchingBasis.Sequence ? _Ekra_PrinterData.PanelId : _Ekra_PrinterData.PanelBarcode) //看情況選SN或barcode
, new XElement("PanelStatus", /*By pass mode*/ bByPass ? "NonInspected" : "Inspected")
, new XElement("Unints"
, new XElement("Distance", _Ekra_PrinterData.UnitsDistance)
, new XElement("Angle", _Ekra_PrinterData.UnitsAngle)
, new XElement("Time", _Ekra_PrinterData.UnitsTime)
, new XElement("Stretch", "%") //SPI是百分比
)
, new XElement("CorrectionFeedback"
//原WriteFiducials
, new XElement("Fiducials"
, new XAttribute("Count", _Ekra_PrinterData.EkraFMs.Count)
, CreateFiducails(_Ekra_PrinterData, _EkraFiducailOffsetResult) //WriteFiducail
)
, new XElement("Stretch", _StretchResult.Stretch)
, new XElement("PrinterSqueegeeDir", _Ekra_PrinterData.PrintDirection)
, new XElement("SpiSqueegeeDir", _Ekra_PrinterData.PrintDirection) //原作吃一樣資料，來自Printer
)
, new XElement("Defect" //原WirteDefectStatistic
, new XElement("DefectNum", _DefectStatisticResult.DefectNum)
, new XElement("TotalNum", _DefectStatisticResult.TotalTestNum)
, new XElement("Volume"
, new XAttribute("Num", (_DefectStatisticResult.VolumeDefectOver + _DefectStatisticResult.VolumeDefectUnder).ToString())
, new XElement("High", _DefectStatisticResult.VolumeDefectOver)
, new XElement("Low", _DefectStatisticResult.VolumeDefectUnder)
)
, new XElement("Height"
, new XAttribute("Num", (_DefectStatisticResult.HeightDefectOver + _DefectStatisticResult.HeightDefectUnder).ToString())
, new XElement("High", _DefectStatisticResult.HeightDefectOver)
, new XElement("Low", _DefectStatisticResult.HeightDefectUnder)
)
, new XElement("Area"
, new XAttribute("Num", (_DefectStatisticResult.AreaDefectOver + _DefectStatisticResult.AreaDefectUnder).ToString())
, new XElement("High", _DefectStatisticResult.AreaDefectOver)
, new XElement("Low", _DefectStatisticResult.AreaDefectUnder)
)
, new XElement("Bridge", _DefectStatisticResult.BridgeDefect)
)
, new XElement("Command", bWipe ? "Cleaning" : "NoUse")
, new XElement("PcbResult", bPcbResult?"NG":"GOOD") //由DefectCount算 "GOOD" and "NG"
)
);
root.Save(path);
Log4.PrinterLogger.InfoFormat("Save @ {0} [Ekra]", path);
}
catch (Exception e)
{
Log4.PrinterLogger.InfoFormat("Save @ {0} Exception [Ekra]", path);
Log4.PrinterLogger.InfoFormat("{0}", e.Message);
throw new OutputException(e.Message);
//return false;
}
return(true);
}
