public void Save()
{
_xml.Write("LastRunRecipeName", CommonFunctions.Instance.ProductRecipeName);
AxesProfile.Save("MoveProfile", _xml);
DelayTimer.Save("DelayTimer", _xml);
_xml.Save();
}
public void Save(SettingsXml xml, string section)
{
xml.OpenSection(section);
//xml.Write("TailType", CurrentInstalledTestTailType.ToString());
xml.CloseSection();
xml.Save();
}
private void SaveData()
{
_settings.ProblemsRootDirectory = txtProblemRootDirectory.Text;
_settings.LibraryRootDirectory = txtLibraryRootDirectory.Text;
_settings.Save();
}
private void SaveData()
{
_settings.LatestContestName = txtContestName.Text;
_settings.LatestTemplateName = ((ProblemTemplate)cbTemplate.SelectedItem).Name;
_settings.LatestBasedOnExistingFile = rbExistingFile.Checked;
_settings.Save();
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection collection)
{
lock (LockObject)
{
//Iterate through the settings to be stored, only dirty settings for this provider are in collection
foreach (SettingsPropertyValue propval in collection)
{
var groupName = context["GroupName"].ToString();
var groupNode = SettingsXml.SelectSingleNode("/configuration/userSettings/" + context["GroupName"]);
if (groupNode == null)
{
var parentNode = SettingsXml.SelectSingleNode("/configuration/userSettings");
groupNode = SettingsXml.CreateElement(groupName);
parentNode.AppendChild(groupNode);
}
var section = (XmlElement)SettingsXml.SelectSingleNode("/configuration/configSections/sectionGroup/section");
if (section == null)
{
var parentNode = SettingsXml.SelectSingleNode("/configuration/configSections/sectionGroup");
section = SettingsXml.CreateElement("section");
section.SetAttribute("name", groupName);
section.SetAttribute("type", String.Format("{0}, {1}", typeof(ClientSettingsSection), Assembly.GetAssembly(typeof(ClientSettingsSection))));
parentNode.AppendChild(section);
}
SetValue(groupNode, propval);
}
Directory.CreateDirectory(UserConfigLocation);
SettingsXml.Save(Path.Combine(UserConfigLocation, "user.config"));
}
}
public void Save()
{
xml.OpenSection("Counter");
xml.Write("InputEEDycemCleaningCount", inputEEDycemCleaningCount.ToString());
xml.Write("OutputEEDycemCleaningCount", outputEEDycemCleaningCount.ToString());
xml.Write("StartDateTime", startDateTime.ToString());
xml.CloseSection();
xml.Save();
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection collection)
{
foreach (SettingsPropertyValue propVal in collection)
{
setValue(propVal);
}
try{
SettingsXml.Save(Path.Combine(AppSettingsPath, AppSettingsFilename));
}catch (IOException e) {
SysDbg.WriteLine("Xml saving error: " + e);
}
}
public void Save()
{
foreach (KeyValuePair <string, FormPosition> kvp in _fromLayoutTalbe)
{
_xml.OpenSection(kvp.Key);
_xml.Write("X", kvp.Value.X);
_xml.Write("Y", kvp.Value.Y);
_xml.Write("Width", kvp.Value.Width);
_xml.Write("Height", kvp.Value.Height);
_xml.Write("WindowState", kvp.Value.WindowState);
_xml.CloseSection();
}
_xml.Save();
}
public void saveCCC()
{
_xml = new SettingsXml(this.HSTSettingsFilePath);
_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst = HSTMachine.Workcell.TICCccControl.CCCControlAllMc.CccResult.OutputCounter;
_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst = HSTMachine.Workcell.TICCccControl.CCCControlTicMc1.CccResult.OutputCounter;
_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst = HSTMachine.Workcell.TICCccControl.CCCControlTicMc2.CccResult.OutputCounter;
_ancsetting.All_TicFailCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.TicFailCounter.ToString());
_ancsetting.All_HstFailCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.HstFailCounter.ToString());
_ancsetting.All_TicGoodPartCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.TicGoodPartCounter.ToString());
_ancsetting.All_HstGoodPartCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.HstGoodPartCounter.ToString());
_ancsetting.All_AdaptivePartRunCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.AdaptivePartRunCounter.ToString());
_ancsetting.All_AdaptiveDefectCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.AdaptiveDefectCounter.ToString());
_ancsetting.All_LastSaveLogTime = DateTime.ParseExact(System.DateTime.Now.ToString("dd-MMM-yy:HH:mm:ss"), "dd-MMM-yy:HH:mm:ss", null);
_ancsetting.All_MCDownTriggering = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.MCDownTriggering.ToString()); int.Parse(_ancsetting.All_MCDownTriggering.ToString());
_ancsetting.All_TicHighPercentTriggeringCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.TicHighPercentTriggeringCounter.ToString());
_ancsetting.All_HstHighPercentTriggeringCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.HstHighPercentTriggeringCounter.ToString());
_ancsetting.All_InternalTriggerCounter = double.Parse(_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst.InternalTriggerCounter.ToString());
_ancsetting.MC1_TicFailCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.TicFailCounter.ToString());
_ancsetting.MC1_HstFailCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.HstFailCounter.ToString());
_ancsetting.MC1_TicGoodPartCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.TicGoodPartCounter.ToString());
_ancsetting.MC1_HstGoodPartCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.HstGoodPartCounter.ToString());
_ancsetting.MC1_AdaptivePartRunCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.AdaptivePartRunCounter.ToString());
_ancsetting.MC1_AdaptiveDefectCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.AdaptiveDefectCounter.ToString());
_ancsetting.MC1_LastSaveLogTime = DateTime.ParseExact(System.DateTime.Now.ToString("dd-MMM-yy:HH:mm:ss"), "dd-MMM-yy:HH:mm:ss", null);
_ancsetting.MC1_MCDownTriggering = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.MCDownTriggering.ToString()); int.Parse(_ancsetting.MC1_MCDownTriggering.ToString());
_ancsetting.MC1_TicHighPercentTriggeringCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.TicHighPercentTriggeringCounter.ToString());
_ancsetting.MC1_HstHighPercentTriggeringCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.HstHighPercentTriggeringCounter.ToString());
_ancsetting.MC1_InternalTriggerCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst.InternalTriggerCounter.ToString());
_ancsetting.MC2_TicFailCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.TicFailCounter.ToString());
_ancsetting.MC2_HstFailCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.HstFailCounter.ToString());
_ancsetting.MC2_TicGoodPartCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.TicGoodPartCounter.ToString());
_ancsetting.MC2_HstGoodPartCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.HstGoodPartCounter.ToString());
_ancsetting.MC2_AdaptivePartRunCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.AdaptivePartRunCounter.ToString());
_ancsetting.MC2_AdaptiveDefectCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.AdaptiveDefectCounter.ToString());
_ancsetting.MC2_LastSaveLogTime = DateTime.ParseExact(System.DateTime.Now.ToString("dd-MMM-yy:HH:mm:ss"), "dd-MMM-yy:HH:mm:ss", null);
_ancsetting.MC2_MCDownTriggering = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.MCDownTriggering.ToString()); int.Parse(_ancsetting.MC2_MCDownTriggering.ToString());
_ancsetting.MC2_TicHighPercentTriggeringCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.TicHighPercentTriggeringCounter.ToString());
_ancsetting.MC2_HstHighPercentTriggeringCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.HstHighPercentTriggeringCounter.ToString());
_ancsetting.MC2_InternalTriggerCounter = double.Parse(_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst.InternalTriggerCounter.ToString());
_hstCCCCounter.Save("TicCounter", _xml);
_ancsetting.Save();
_xml.Save();
}
private void tbSave_Click(object sender, EventArgs e)
{
if (lvTemplates.SelectedItems.Count > 0)
{
lvTemplates.SelectedItems[0].Tag = _rtbTemplateSource.Text;
}
var templates = new List <ProblemTemplate>();
foreach (ListViewItem item in lvTemplates.Items)
{
templates.Add(new ProblemTemplate {
Name = item.SubItems[0].Text, Code = (string)item.Tag
});
}
_settings.Templates = templates.ToArray();
_settings.Save();
}
public void Save()
{
if (OnSettingsChanged != null)
{
OnSettingsChanged(this, null);
}
_xml.OpenSection("TestProbe");
_xml.Write("COMPort", TestProbe.COMPort.ToString());
_xml.Write("BaudRate", TestProbe.BaudRate.ToString());
_xml.Write("StopBits", TestProbe.StopBits.ToString());
_xml.Write("Parity", TestProbe.Parity.ToString());
_xml.Write("DataBits", TestProbe.DataBits.ToString());
_xml.CloseSection();
_xml.Save();
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection propvals)
{
//Iterate through the settings to be stored
//Only dirty settings are included in propvals, and only ones relevant to this provider
foreach (SettingsPropertyValue propval in propvals)
{
SetValue(propval);
}
try
{
SettingsXml.Save(GetDotSettingsFile());
}
catch (Exception)
{
//Ignore if cant save, device been ejected
}
}
public void Save(SettingsXml xml, string section)
{
int pid = 0;
foreach (HGAProductType item in HGAProduct)
{
pid++;
var pidname = string.Format("PID{0}", pid.ToString());
xml.OpenSection(section);
xml.Write(pidname + "/ProductName", item.Name);
xml.Write(pidname + "/ConversionBoardID", item.ConversionBoardID.ToString());
xml.Write(pidname + "/HGAProductTailType", item.HGATailType.ToString());
xml.Write(pidname + "/TestProbeType", item.TestProbeType);
xml.Write(pidname + "/GlobalPath", item.RecipeGlobalPath);
xml.CloseSection();
}
xml.Save();
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection propvals)
{
//Iterate through the settings to be stored
//Only dirty settings are included in propvals, and only ones relevant to this provider
foreach (SettingsPropertyValue propval in propvals)
{
SetValue(propval);
}
try
{
SettingsXml.Save(Path.Combine(GetAppSettingsPath(), GetAppSettingsFilename()));
}
catch (Exception ex)
{
Console.WriteLine("Failed to save settings - " + ex);
}
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection collection)
{
foreach (SettingsPropertyValue value in collection)
{
SetValue(value);
}
try {
if (!Directory.Exists(AppInfo.DataPath))
{
Directory.CreateDirectory(AppInfo.DataPath);
}
SettingsXml.Save(Path.Combine(AppInfo.DataPath, "user.config"));
}
catch (System.Exception ex) {
throw ex;
}
}
public void Save()
{
HSTMachine.Workcell.HSTSettings.getConfigPerformance().UPH = uph;
xml.OpenSection("Counter");
xml.Write("ProcessedHGACount", processedHGACount.ToString());
xml.Write("CycleTime", cycleTime.ToString());
xml.Write("UPH", uph.ToString());
xml.Write("UPH2", uph2.ToString());
xml.Write("StartDateTime", startDateTime.ToString());
xml.Write("SamplingCounter", _samplingCounter.ToString());
xml.Write("LastSamplingReset", _lastSamplingCounterReset.ToString());
CarrierTriggeringData.Save("CarrierTriggeringData", xml);
xml.Write("LastActiveSamplingPartCount", _lastActiveSamplingPartCount.ToString());
xml.Write("WRBridgeRunningPercentage", _wrBridgeRunningPercentage.ToString());
xml.Write("LastWRBridgePercentage", _lastWRBridgePercentage);
xml.Write("WriterBridgePartRunCounter", _writerBridgePartRunCounter);
xml.CloseSection();
xml.Save();
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection propvals)
{
//Iterate through the settings to be stored
//Only dirty settings are included in propvals, and only ones relevant to this provider
foreach (SettingsPropertyValue propval in propvals)
{
SetValue(propval);
}
try
{
SettingsXml.Save(Path.Combine(GetAppSettingsPath(), GetAppSettingsFilename()));
}
catch (Exception ex)
{
Log.Error("Exception in PortableSettingsProvider: " + ex);
}
//Ignore if cant save, device been ejected
}
public override void SetPropertyValues(SettingsContext context, SettingsPropertyValueCollection collection)
{
lock (LockObject)
{
// We need to forget any cached version of the XML. Otherwise, when more than one lot of settings
// is saved in the same file, the provider that is doing the save for one of them may have stale
// (or missing) settings for the other. We want to write the dirty properties over a current
// version of everything else that has been saved in the file.
_settingsXml = null;
//Iterate through the settings to be stored, only dirty settings for this provider are in collection
foreach (SettingsPropertyValue propval in collection)
{
var groupName = context["GroupName"].ToString();
var groupNode = SettingsXml.SelectSingleNode("/configuration/userSettings/" + context["GroupName"]);
if (groupNode == null)
{
var parentNode = SettingsXml.SelectSingleNode("/configuration/userSettings");
groupNode = SettingsXml.CreateElement(groupName);
parentNode.AppendChild(groupNode);
}
var section = (XmlElement)SettingsXml.SelectSingleNode("/configuration/configSections/sectionGroup/section");
if (section == null)
{
var parentNode = SettingsXml.SelectSingleNode("/configuration/configSections/sectionGroup");
section = SettingsXml.CreateElement("section");
section.SetAttribute("name", groupName);
section.SetAttribute("type", String.Format("{0}, {1}", typeof(ClientSettingsSection), Assembly.GetAssembly(typeof(ClientSettingsSection))));
parentNode.AppendChild(section);
}
SetValue(groupNode, propval);
}
Directory.CreateDirectory(UserConfigLocation);
SettingsXml.Save(Path.Combine(UserConfigLocation, UserConfigFileName));
}
}
public void Save()
{
if (OnSettingsChanged != null)
{
OnSettingsChanged(this, null);
}
if (string.Compare(Directory.TSRRecipeGlobalPath, Directory.TSRRecipLocalPath) == 0)
{
Notify.PopUp("WorkOrder Error", "WorkOrder global path and local path should not be the same location, please check directory setting!", "", "OK");
return;
}
File.Create(this.HSTSettingsFilePath).Dispose();
_xml = new SettingsXml(this.HSTSettingsFilePath);
_xml.OpenSection("Config");
// Loop through all properties of this type and read from
// config based on property's name.
foreach (PropertyInfo pi in this.GetType().GetProperties())
{
if (!pi.CanWrite) // Avoid saving readonly property to config file such as IsAutoRecipe
{
continue;
}
if (pi.PropertyType == typeof(String))
{
_xml.Write(pi.Name, (String)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Int32))
{
_xml.Write(pi.Name, (Int32)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Double))
{
_xml.Write(pi.Name, (Double)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Boolean))
{
_xml.Write(pi.Name, (Boolean)pi.GetValue(this, null));
}
if (pi.PropertyType.IsEnum == true)
{
_xml.Write(pi.Name, (int)pi.GetValue(this, null));
}
}
_xml.Write("OperatorGID", OperatorGID);
_xml.CloseSection();
// Any other types goes here.
_xml.OpenSection("Install");
_xml.Write("EquipmentID", Install.EquipmentID);
_xml.Write("LocationID", Install.LocationID);
_xml.Write("CellID", Install.CellID);
_xml.Write("Factory", Install.Factory.ToString());
if (Install.LocationID.Length > 7)
{
Install.LocationID = Install.LocationID.Substring(0, 7);
}
if (Install.CellID.Length > 7)
{
Install.CellID = Install.CellID.Substring(0, 7);
}
// Disable simulation if vision is enabled
if (Install.EnableVision == true)
{
if (Install.OperationMode == OperationMode.Simulation)
{
Install.OperationMode = OperationMode.Auto;
HSTMachine.Workcell.OperationMode = OperationMode.Auto;
}
}
_xml.Write("OperationMode", HSTMachine.Workcell.OperationMode.ToString());
_xml.Write("EnableDebugLog", Install.EnableDebugLog);
_xml.Write("AudibleAlarmEnabled", Install.AudibleAlarmEnabled);
_xml.Write("DataLoggingFileSavingEnabled", Install.DataLoggingFileSavingEnabled);
_xml.Write("ProcessStepCheckingEnabled", Install.ProcessStepCheckingEnabled);
_xml.Write("DataLoggingForRFIDAndSeatrackRecordUpdateEnabled", Install.DataLoggingForRFIDAndSeatrackRecordUpdateEnabled);
_xml.Write("SeatrackRecordUpdateEnabled", Install.SeatrackRecordUpdateEnabled);
_xml.Write("ClearImproperShutDownMessage", Install.ClearImproperShutDownMessage);
_xml.Write("EnableRunTestScriptButton", Install.EnableRunTestScriptButton);
_xml.Write("TestScript", Install.TestScript);
_xml.Write("LogIOChangeState", Install.LogIOChangeState);
_xml.Write("HGADetectionUsingVision", Install.HGADetectionUsingVision);
_xml.Write("EnableVision", Install.EnableVision);
_xml.Write("ConveyorCongestionToleranceTimeLimit", Install.ConveyorCongestionToleranceTimeLimit);
_xml.Write("MeasurementTestTimeOutLimit", Install.MeasurementTestTimeOutLimit);
_xml.Write("HGAPurgingDurationInms", Install.HGAPurgingDurationInms);
_xml.Write("TICFailHGAsInBoatLimit", Install.TICFailHGAsInBoatLimit);
_xml.Write("TICConsecutiveFailBoatsLimit", Install.TICConsecutiveFailBoatsLimit);
_xml.Write("TICFailHGAsTotalLimit", Install.TICFailHGAsTotalLimit);
_xml.Write("TICErrorCountingTimeInterval", Install.TICErrorCountingTimeInterval);
_xml.Write("ConsecutiveFailBoatsFailPickupByInputEE", Install.ConsecutiveFailBoatsFailPickupByInputEE);
_xml.Write("FlattenerDeployBeforePrecisorVaccumON", Install.FlattenerDeployBeforePrecisorVaccumON);
_xml.Write("FlattenerDeployDuration", Install.FlattenerDeployDuration);
_xml.Write("EnableFlattener", Install.EnableFlattenerAsPrecisor);
_xml.Write("EnableFlattenerAsInput", Install.EnableFlattenerAsInput);
_xml.Write("EnableMaintenanceSpeedForManualMove", Install.EnableMaintenanceSpeedForManualMove);
_xml.Write("RFIDUpdateOption", Install.RFIDUpdateOption.ToString());
_xml.Write("InputEETouchingOnDycemDuration", Install.InputEETouchingOnDycemDuration);
_xml.Write("OutputEETouchingOnDycemDuration", Install.OutputEETouchingOnDycemDuration);
_xml.Write("TotalNumberOfInputEETouchingOnDycem", Install.TotalNumberOfInputEETouchingOnDycem);
_xml.Write("TotalNumberOfOutputEETouchingOnDycem", Install.TotalNumberOfOutputEETouchingOnDycem);
_xml.Write("CapacitanceTestSamplingSize", Install.CapacitanceTestSamplingSize);
_xml.Write("EnabledTDFSystem", Install.EnabledTDFFileSystem);
_xml.Write("EnabledSaveTDFFileOnly", Install.EnabledSaveTDFFileOnly);
_xml.Write("EnabledSaveTDFBackupFile", Install.EnabledSaveTDFBackupFile);
_xml.Write("EnabledUserAccessControl", Install.EnabledUserAccessControl);
_xml.Write("DataRecordDisplayCounter", Install.DataRecordDisplayCounter);
_xml.Write("ANCGraphCounterMaximum", Install.ANCGraphCounterMaximum);
_xml.CloseSection();
_xml.OpenSection("Directories");
_xml.Write("LocalRecipePath", Directory.WorkorderLocalPath);
_xml.Write("GlobalRecipePath", Directory.WorkorderGlobalPath);
_xml.Write("LogFilePath", Directory.LogFilePath);
_xml.Write("WorkOrderPath", Directory.TSRRecipLocalPath);
_xml.Write("DataPath", Directory.DataPath);
_xml.Write("ErrorHandlingPath", Directory.ErrorHandlingPath);
_xml.Write("ServerDirectoryForWorkOrder", Directory.TSRRecipeGlobalPath);
_xml.Write("IOChangeStatePath", Directory.IOChangeStatePath);
_xml.Write("McConfigGlobalPath", Directory.McConfigGlobalPath);
_xml.Write("MachineRobotPointPath", Directory.MachineRobotPointPath);
_xml.CloseSection();
_xml.OpenSection("SimulatedPart");
int i = 0;
foreach (CarrierSettings CurrentCarrier in SimulatedPart.Carriers)
{
string CurrentCarrierLabel = "Carrier" + (i++);
_xml.Write(CurrentCarrierLabel + "CarrierID", CurrentCarrier.CarrierID);
_xml.Write(CurrentCarrierLabel + "Name", CurrentCarrier.Name);
_xml.Write(CurrentCarrierLabel + "ImageFileName", CurrentCarrier.ImageFileName);
_xml.Write(CurrentCarrierLabel + "RFIDFileName", CurrentCarrier.RFIDFileName);
_xml.Write(CurrentCarrierLabel + "IsPassThroughMode", CurrentCarrier.IsPassThroughMode);
_xml.Write(CurrentCarrierLabel + "HGA1Status", CurrentCarrier.Hga1.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA2Status", CurrentCarrier.Hga2.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA3Status", CurrentCarrier.Hga3.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA4Status", CurrentCarrier.Hga4.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA5Status", CurrentCarrier.Hga5.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA6Status", CurrentCarrier.Hga6.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA7Status", CurrentCarrier.Hga7.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA8Status", CurrentCarrier.Hga8.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA9Status", CurrentCarrier.Hga9.Hga_Status.ToString());
_xml.Write(CurrentCarrierLabel + "HGA10Status", CurrentCarrier.Hga10.Hga_Status.ToString());
}
_xml.CloseSection();
Install.BypassInputAndOutputEEsPickAndPlace = HSTMachine.Workcell.getPanelSetup().chkBypassInputAndOutputEEsPickAndPlace.Checked;
Install.BypassMeasurementTestAtTestProbe = HSTMachine.Workcell.getPanelSetup().chkBypassMeasurementTestAtTestProbe.Checked;
Install.BypassRFIDReadAtInput = HSTMachine.Workcell.getPanelSetup().chkBypassRFIDReadAtInputStation.Checked;
Install.BypassRFIDAndSeatrackWriteAtOutput = HSTMachine.Workcell.getPanelSetup().chkBypassRFIDAndSeatrackWriteAtOutputStation.Checked;
Install.BypassVisionAtInputTurnStation = HSTMachine.Workcell.getPanelSetup().chkBypassVisionAtInputTurnStation.Checked;
Install.BypassVisionAtOutput = HSTMachine.Workcell.getPanelSetup().chkBypassVisionAtOutputStation.Checked;
Install.DryRunWithoutBoat = HSTMachine.Workcell.getPanelSetup().rdoWithoutBoat.Checked;
_xml.OpenSection("Bypass");
_xml.Write("BypassInputAndOutputEEsPickAndPlace", Install.BypassInputAndOutputEEsPickAndPlace);
_xml.Write("BypassMeasurementTestAtTestProbe", Install.BypassMeasurementTestAtTestProbe);
_xml.Write("BypassRFIDReadAtInput", Install.BypassRFIDReadAtInput);
_xml.Write("BypassRFIDAndSeatrackWriteAtOutput", Install.BypassRFIDAndSeatrackWriteAtOutput);
_xml.Write("BypassVisionAtInputTurnStation", Install.BypassVisionAtInputTurnStation);
_xml.Write("BypassVisionAtOutput", Install.BypassVisionAtOutput);
_xml.Write("WorkOrderFilePath", Install.WorkOrderFilePath);
_xml.CloseSection();
_xml.OpenSection("DryRun");
_xml.Write("DryRunWithoutBoat", Install.DryRunWithoutBoat);
_xml.CloseSection();
_xml.CloseSection();
_configPerformance.Save("PerformanceConfig", _xml);
_triggeringConfig.Save("TriggeringConfig", _xml);
_resistanceCheckingConfig.Save("ResistanceChecking", _xml);
_cccParameterSetting.Save("CCCParameterSetting", _xml);
_cccCrdlParameterSetting.Save("CccCrdlParameterSetting", _xml);
if (HSTMachine.Workcell.TICCccControl != null)
{
_hstCCCCounter.CCCCounterAllMc.CCCCounterForHst = HSTMachine.Workcell.TICCccControl.CCCControlAllMc.CccResult.OutputCounter;
_hstCCCCounter.CCCCounterTicMc1.CCCCounterForHst = HSTMachine.Workcell.TICCccControl.CCCControlTicMc1.CccResult.OutputCounter;
_hstCCCCounter.CCCCounterTicMc2.CCCCounterForHst = HSTMachine.Workcell.TICCccControl.CCCControlTicMc2.CccResult.OutputCounter;
_hstCCCCounter.Save("TicCounter", _xml);
}
_xml.Save();
Install.OperationMode = HSTMachine.Workcell.OperationMode;
HSTMachine.Workcell.RunMode = HSTMachine.Workcell.OperationMode;
HSTMachine.Instance.MainForm.getPanelCommand().DebugButtonsVisibility();
}
public void Save()
{
File.Create(this.GompertzSettingFilePath).Dispose();
_xml = new SettingsXml(this.GompertzSettingFilePath);
_xml.OpenSection("Settings");
// Loop through all properties of this type and read from
// config based on property's name.
foreach (PropertyInfo pi in this.GetType().GetProperties())
{
if (!pi.CanWrite) // Avoid saving readonly property to config file such as IsAutoRecipe
{
continue;
}
if (pi.PropertyType == typeof(String))
{
_xml.Write(pi.Name, (String)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Int32))
{
_xml.Write(pi.Name, (Int32)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Double))
{
_xml.Write(pi.Name, (Double)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Boolean))
{
_xml.Write(pi.Name, (Boolean)pi.GetValue(this, null));
}
if (pi.PropertyType.IsEnum == true)
{
_xml.Write(pi.Name, (int)pi.GetValue(this, null));
}
}
// _xml.Write("SSEInitial", SSEInitial.ToString());
// _xml.Write("RSQInitial", RSQInitial.ToString());
_xml.Write("amin", amin.ToString());
_xml.Write("amax", amax.ToString());
_xml.Write("bmin", bmin.ToString());
_xml.Write("bmax", bmax.ToString());
_xml.Write("cmin", cmin.ToString());
_xml.Write("cmax", cmax.ToString());
_xml.Write("dmin", dmin.ToString());
_xml.Write("dmax", dmax.ToString());
// _xml.Write("randomscale", randomscale.ToString());
// _xml.Write("weight", weight.ToString());
// _xml.Write("adaptiveSearch_A", adaptiveSearch_A.ToString());
// _xml.Write("adaptiveSearch_B", adaptiveSearch_B.ToString());
// _xml.Write("adaptiveSearch_C", adaptiveSearch_C.ToString());
// _xml.Write("adaptiveSearch_D", adaptiveSearch_D.ToString());
// _xml.Write("HardLimit_RSQ", HardLimit_RSQ.ToString());
// _xml.Write("HardLimit_SSE", HardLimit_SSE.ToString());
// _xml.Write("MaxTest", MaxTest.ToString());
_xml.Write("Step", Step.ToString());
// _xml.Write("Iteration", Iteration.ToString());
_xml.Write("UseGompertz", UseGompertz.ToString());
// _xml.Write("TestTimePerHGA", TestTimePerHGA.ToString());
_xml.Write("GompertzCalculationMethod", GompertzCalMethod.ToString());
_xml.Write("Split", Split.ToString());
_xml.CloseSection();
_xml.Save();
}
public void Save()
{
if (OnSettingsChanged != null)
{
OnSettingsChanged(this, null);
}
File.Create(HSTMachine.Workcell.HSTSettings.CalibrationSettingsFilePath).Dispose();
_xml = new SettingsXml(HSTMachine.Workcell.HSTSettings.CalibrationSettingsFilePath);
_xml.OpenSection("Config");
// Loop through all properties of this type and read from
// config based on property's name.
foreach (PropertyInfo pi in this.GetType().GetProperties())
{
if (!pi.CanWrite) // Avoid saving readonly property to config file such as IsAutoRecipe
{
continue;
}
if (pi.PropertyType == typeof(String))
{
_xml.Write(pi.Name, (String)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Int32))
{
_xml.Write(pi.Name, (Int32)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Double))
{
_xml.Write(pi.Name, (Double)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Boolean))
{
_xml.Write(pi.Name, (Boolean)pi.GetValue(this, null));
}
if (pi.PropertyType.IsEnum == true)
{
_xml.Write(pi.Name, (int)pi.GetValue(this, null));
}
}
_xml.OpenSection("RFID");
_xml.Write("RFIDCOMPort", RFID.RFIDCOMPort.ToString());
_xml.Write("RFIDBaudRate", RFID.RFIDBaudRate.ToString());
_xml.Write("RFIDStopBits", RFID.RFIDStopBits.ToString());
_xml.Write("RFIDParity", RFID.RFIDParity.ToString());
_xml.Write("RFIDDataBits", RFID.RFIDDataBits.ToString());
_xml.CloseSection();
_xml.OpenSection("MeasurementTest");
_xml.Write("COMPort", MeasurementTest.COMPort.ToString());
_xml.Write("BaudRate", MeasurementTest.BaudRate.ToString());
_xml.Write("StopBits", MeasurementTest.StopBits.ToString());
_xml.Write("Parity", MeasurementTest.Parity.ToString());
_xml.Write("DataBits", MeasurementTest.DataBits.ToString());
_xml.Write("CurrentInstalledTestProbeType", MeasurementTest.CurrentInstalledTestProbeType.ToString());
int i = 0;
foreach (TestProbeType TestProbeType in MeasurementTest.TestProbeTypes)
{
string CurrentTestProbe = "TestProbe" + (i++);
_xml.Write(CurrentTestProbe + "TestProbeName", TestProbeType.Name);
}
_xml.CloseSection();
_xml.OpenSection("Camera");
_xml.Write("InputCamera_Recipe", Vision.InputCamera.Recipe.ToString());
_xml.Write("InputCamera_ImagesOutputPath", Vision.InputCamera.ImagesOutputPath.ToString());
_xml.Write("InputCamera_SaveAllImages", Vision.InputCamera.SaveAllImages.ToString());
_xml.Write("InputCamera_SaveImagesLessThanTenHGAs", Vision.InputCamera.SaveImagesLessThanTenHGAs.ToString());
_xml.Write("InputCamera_SerialNumber", Vision.InputCamera.CameraSerialNumber.ToString());
_xml.Write("Input_TotalDayToStoreImage", Vision.InputCamera.TotalDayToStoreImage.ToString());
_xml.Write("OutputCamera_Recipe", Vision.OutputCamera.Recipe.ToString());
_xml.Write("OutputCamera_ImagesOutputPath", Vision.OutputCamera.ImagesOutputPath.ToString());
_xml.Write("OutputCamera_SaveAllImages", Vision.OutputCamera.SaveAllImages.ToString());
_xml.Write("OutputCamera_SaveImagesLessThanTenHGAs", Vision.OutputCamera.SaveImagesLessThanTenHGAs.ToString());
_xml.Write("OutputCamera_SerialNumber", Vision.OutputCamera.CameraSerialNumber.ToString());
_xml.Write("Output_TotalDayToStoreImage", Vision.OutputCamera.TotalDayToStoreImage.ToString());
_xml.CloseSection();
_xml.OpenSection("SafetyController");
_xml.Write("COMPort", SafetyController.COMPort.ToString());
_xml.Write("BaudRate", SafetyController.BaudRate.ToString());
_xml.Write("StopBits", SafetyController.StopBits.ToString());
_xml.Write("Parity", SafetyController.Parity.ToString());
_xml.Write("DataBits", SafetyController.DataBits.ToString());
_xml.CloseSection();
_xml.CloseSection();
_xml.Save();
HSTMachine.Instance.MainForm.getPanelCommand().DebugButtonsVisibility();
}
public void Save()
{
if (OnSettingsChanged != null)
{
OnSettingsChanged(this, null);
}
_xml.OpenSection("Config");
// Loop through all properties of this type and read from
// config based on property's name.
foreach (PropertyInfo pi in this.GetType().GetProperties())
{
if (!pi.CanWrite) // Avoid saving readonly property to config file such as IsAutoRecipe
{
continue;
}
if (pi.PropertyType == typeof(String))
{
_xml.Write(pi.Name, (String)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Int32))
{
_xml.Write(pi.Name, (Int32)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Double))
{
_xml.Write(pi.Name, (Double)pi.GetValue(this, null));
}
if (pi.PropertyType == typeof(Boolean))
{
_xml.Write(pi.Name, (Boolean)pi.GetValue(this, null));
}
if (pi.PropertyType.IsEnum == true)
{
_xml.Write(pi.Name, (int)pi.GetValue(this, null));
}
}
_xml.OpenSection("MoveProfile/InputEEZ/");
_xml.Write("Acceleration", MoveProfile.InputEEZ.Acceleration.ToString());
_xml.Write("Deceleration", MoveProfile.InputEEZ.Deceleration.ToString());
_xml.Write("Velocity", MoveProfile.InputEEZ.Velocity.ToString());
_xml.CloseSection();
_xml.OpenSection("MoveProfile/PrecisorX/");
_xml.Write("Acceleration", MoveProfile.PrecisorX.Acceleration.ToString());
_xml.Write("Deceleration", MoveProfile.PrecisorX.Deceleration.ToString());
_xml.Write("Velocity", MoveProfile.PrecisorX.Velocity.ToString());
_xml.CloseSection();
_xml.OpenSection("MoveProfile/PrecisorY/");
_xml.Write("Acceleration", MoveProfile.PrecisorY.Acceleration.ToString());
_xml.Write("Deceleration", MoveProfile.PrecisorY.Deceleration.ToString());
_xml.Write("Velocity", MoveProfile.PrecisorY.Velocity.ToString());
_xml.CloseSection();
_xml.OpenSection("MoveProfile/PrecisorTheta/");
_xml.Write("Acceleration", MoveProfile.PrecisorTheta.Acceleration.ToString());
_xml.Write("Deceleration", MoveProfile.PrecisorTheta.Deceleration.ToString());
_xml.Write("Velocity", MoveProfile.PrecisorTheta.Velocity.ToString());
_xml.CloseSection();
_xml.OpenSection("MoveProfile/TestProbeZ/");
_xml.Write("Acceleration", MoveProfile.TestProbeZ.Acceleration.ToString());
_xml.Write("Deceleration", MoveProfile.TestProbeZ.Deceleration.ToString());
_xml.Write("Velocity", MoveProfile.TestProbeZ.Velocity.ToString());
_xml.CloseSection();
_xml.OpenSection("MoveProfile/OutputEEZ/");
_xml.Write("Acceleration", MoveProfile.OutputEEZ.Acceleration.ToString());
_xml.Write("Deceleration", MoveProfile.OutputEEZ.Deceleration.ToString());
_xml.Write("Velocity", MoveProfile.OutputEEZ.Velocity.ToString());
_xml.CloseSection();
_xml.OpenSection("DelayTimer");
_xml.Write("VacuumOnDelay", Delay.VacuumOnDelay.ToString());
_xml.Write("VacuumOffDelay", Delay.VacuumOffDelay.ToString());
_xml.CloseSection();
_xml.Save();
HSTMachine.Instance.MainForm.getPanelCommand().DebugButtonsVisibility();
}
private void btnSaveRecipe_Click(object sender, EventArgs e)
{
string FunctionalTestsRecipeFilePath = string.Format("{0}FunctionalTestsRecipe.rcp", CommonFunctions.Instance.RecipeFileDirectory);
if (!Directory.Exists(CommonFunctions.Instance.RecipeFileDirectory))
{
Directory.CreateDirectory(CommonFunctions.Instance.RecipeFileDirectory);
}
Log.Info("Startup", "Saving recipe for functional tests to {0}.", FunctionalTestsRecipeFilePath);
SettingsXml _xml = new SettingsXml(FunctionalTestsRecipeFilePath);
_xml.OpenSection("ZeroOhm");
// 0Ohm
_xml.Write("Ch1WriterResistance0Ohm", txtFunctionalTests0CH1.Text);
_xml.Write("Ch2TAResistance0Ohm", txtFunctionalTests0CH2.Text);
_xml.Write("Ch3WHResistance0Ohm", txtFunctionalTests0CH3.Text);
_xml.Write("Ch4RHResistance0Ohm", txtFunctionalTests0CH4.Text);
_xml.Write("Ch5R1Resistance0Ohm", txtFunctionalTests0CH5.Text);
_xml.Write("Ch6R2Resistance0Ohm", txtFunctionalTests0CH6.Text);
_xml.CloseSection();
_xml.OpenSection("TenOhm");
// 10Ohm
_xml.Write("Ch1WriterResistance10Ohm", txtFunctionalTests10CH1.Text);
_xml.Write("Ch2TAResistance10Ohm", txtFunctionalTests10CH2.Text);
_xml.Write("Ch3WHResistance10Ohm", txtFunctionalTests10CH3.Text);
_xml.Write("Ch4RHResistance10Ohm", txtFunctionalTests10CH4.Text);
_xml.Write("Ch5R1Resistance10Ohm", txtFunctionalTests10CH5.Text);
_xml.Write("Ch6R2Resistance10Ohm", txtFunctionalTests10CH6.Text);
_xml.CloseSection();
_xml.OpenSection("OneHundredOhm");
// 100Ohm
_xml.Write("Ch1WriterResistance100Ohm", txtFunctionalTests100CH1.Text);
_xml.Write("Ch2TAResistance100Ohm", txtFunctionalTests100CH2.Text);
_xml.Write("Ch3WHResistance100Ohm", txtFunctionalTests100CH3.Text);
_xml.Write("Ch4RHResistance100Ohm", txtFunctionalTests100CH4.Text);
_xml.Write("Ch5R1Resistance100Ohm", txtFunctionalTests100CH5.Text);
_xml.Write("Ch6R2Resistance100Ohm", txtFunctionalTests100CH6.Text);
_xml.CloseSection();
_xml.OpenSection("FiveHundredOhm");
// 500Ohm
_xml.Write("Ch1WriterResistance500Ohm", txtFunctionalTests500CH1.Text);
_xml.Write("Ch2TAResistance500Ohm", txtFunctionalTests500CH2.Text);
_xml.Write("Ch3WHResistance500Ohm", txtFunctionalTests500CH3.Text);
_xml.Write("Ch4RHResistance500Ohm", txtFunctionalTests500CH4.Text);
_xml.Write("Ch5R1Resistance500Ohm", txtFunctionalTests500CH5.Text);
_xml.Write("Ch6R2Resistance500Ohm", txtFunctionalTests500CH6.Text);
_xml.CloseSection();
_xml.OpenSection("OneThousandOhm");
// 1000Ohm
_xml.Write("Ch1WriterResistance1000Ohm", txtFunctionalTests1000CH1.Text);
_xml.Write("Ch2TAResistance1000Ohm", txtFunctionalTests1000CH2.Text);
_xml.Write("Ch3WHResistance1000Ohm", txtFunctionalTests1000CH3.Text);
_xml.Write("Ch4RHResistance1000Ohm", txtFunctionalTests1000CH4.Text);
_xml.Write("Ch5R1Resistance1000Ohm", txtFunctionalTests1000CH5.Text);
_xml.Write("Ch6R2Resistance1000Ohm", txtFunctionalTests1000CH6.Text);
_xml.CloseSection();
_xml.OpenSection("TenThousandOhm");
// 10000Ohm
_xml.Write("Ch1WriterResistance10000Ohm", txtFunctionalTests10000CH1.Text);
_xml.Write("Ch2TAResistance10000Ohm", txtFunctionalTests10000CH2.Text);
_xml.Write("Ch3WHResistance10000Ohm", txtFunctionalTests10000CH3.Text);
_xml.Write("Ch4RHResistance10000Ohm", txtFunctionalTests10000CH4.Text);
_xml.Write("Ch5R1Resistance10000Ohm", txtFunctionalTests10000CH5.Text);
_xml.Write("Ch6R2Resistance10000Ohm", txtFunctionalTests10000CH6.Text);
_xml.CloseSection();
_xml.OpenSection("Capacitance");
// Capacitance
_xml.Write("Capacitance100pF", txtFunctionalTests100Capa.Text);
_xml.Write("Capacitance270pF", txtFunctionalTests270Capa.Text);
_xml.Write("Capacitance470pF", txtFunctionalTests470Capa.Text);
_xml.Write("Capacitance680pF", txtFunctionalTests680Capa.Text);
_xml.Write("Capacitance820pF", txtFunctionalTests820Capa.Text);
_xml.Write("Capacitance10nF", txtFunctionalTests10000Capa.Text);
_xml.CloseSection();
_xml.OpenSection("Temperature");
// Temperature
_xml.Write("Ch1Temperature", txtFunctionalTests0Temp.Text);
_xml.Write("Ch2Temperature", txtFunctionalTests50Temp.Text);
_xml.Write("Ch3Temperature", txtFunctionalTests100Temp.Text);
_xml.CloseSection();
_xml.Save();
}