private void OnApplyCalibrationOffset()
{
PrinterObject selectedPrinter = m_oSpoolerConnection.SelectedPrinter;
if (selectedPrinter == null)
{
m_oMessagebox.AddMessageToQueue("You must connect a printer first.");
}
else
{
var num1 = 2f;
var num2 = -1f;
if (!float.TryParse(m_oebwCalibrationOffset_edit.Text, out var result))
{
m_oMessagebox.AddMessageToQueue("Sorry, but the 'Calibration Offset' is not a number. Please try again.");
}
else if (num2 > (double)result || num1 < (double)result)
{
m_oMessagebox.AddMessageToQueue(string.Format("Sorry. The 'Calibration Offset' must be between {0} and {1} mm.", num2, num1));
}
else
{
var num3 = (int)selectedPrinter.AcquireLock(new M3D.Spooling.Client.AsyncCallback(SetCalibrationOffsetAfterLock), new AdvancedCalibrationTab.CalibrationDetails(selectedPrinter, result));
}
}
}
private void SetNozzleSize(PrinterObject printer, int iNozzleSizeMicrons)
{
if (printer == null || !printer.IsConnected())
{
return;
}
var num = (int)printer.AcquireLock(new M3D.Spooling.Client.AsyncCallback(ProcessCommandsToPrinter), new NozzlePage.SetNozzleParameters(printer, iNozzleSizeMicrons, false));
}
public override void OnUpdate()
{
if (Visible)
{
PrinterObject selectedPrinter = MainWindow.GetSelectedPrinter();
if (selectedPrinter == null)
{
MainWindow.ActivateFrame(Manage3DInkMainWindow.PageID.Page0_StartupPage, new Mangage3DInkStageDetails(Manage3DInkMainWindow.Mode.None));
return;
}
if ((selectedPrinter.Info.Status == PrinterStatus.Firmware_Ready || selectedPrinter.Info.Status == PrinterStatus.Firmware_Idle || selectedPrinter.Info.Status == PrinterStatus.Firmware_PrintingPaused) && !selectedPrinter.WaitingForCommandToComplete && ((CurrentDetails.waitCondition != null ? (CurrentDetails.waitCondition() ? 1 : 0) : 1) != 0 && !finishedWaiting))
{
if (CurrentDetails.pageAfterWait == Manage3DInkMainWindow.PageID.Page0_StartupPage)
{
if (selectedPrinter.LockStatus == PrinterLockStatus.Unlocked)
{
finishedWaiting = true;
var num = (int)selectedPrinter.AcquireLock(new AsyncCallback(DoStartUpSequenceCallsAfterLock), selectedPrinter);
}
else if (selectedPrinter.LockStatus == PrinterLockStatus.WeOwnLocked)
{
finishedWaiting = true;
DoStartUpSequence(selectedPrinter);
}
else
{
MainWindow.ActivateFrame(CurrentDetails.pageAfterWait, CurrentDetails);
}
}
else
{
finishedWaiting = true;
MainWindow.ActivateFrame(CurrentDetails.pageAfterWait, CurrentDetails);
}
}
else if (!selectedPrinter.WaitingForCommandToComplete && CurrentDetails.waitCondition == null)
{
MainWindow.ActivateFrame(CurrentDetails.pageAfterWait, CurrentDetails);
}
else if (selectedPrinter.Info.Status == PrinterStatus.Firmware_Idle)
{
if (!m_osIdleStopwatchTimer.IsRunning)
{
m_osIdleStopwatchTimer.Restart();
}
else if (m_osIdleStopwatchTimer.ElapsedMilliseconds > 3000L)
{
var num = (int)selectedPrinter.BreakLock(null, null);
finishedWaiting = true;
}
}
}
base.OnUpdate();
}
private void ApplyCalibrationSettings(PrinterObject printer, Calibration newSettings, bool releaselock)
{
var entireZHeightOffset = newSettings.ENTIRE_Z_HEIGHT_OFFSET;
var frontRightOffset = newSettings.CORNER_HEIGHT_FRONT_RIGHT_OFFSET;
var heightFrontLeftOffset = newSettings.CORNER_HEIGHT_FRONT_LEFT_OFFSET;
var heightBackRightOffset = newSettings.CORNER_HEIGHT_BACK_RIGHT_OFFSET;
var heightBackLeftOffset = newSettings.CORNER_HEIGHT_BACK_LEFT_OFFSET;
if (printer == null)
{
return;
}
var num = (int)printer.AcquireLock(new AsyncCallback(SetBedOffsetsAfterLock), new CatScreenTab.BedInfoCallbackData(printer, new BedOffsets(heightBackLeftOffset, heightBackRightOffset, frontRightOffset, heightFrontLeftOffset, entireZHeightOffset), releaselock));
}
private void OnApplyBacklashSettings()
{
PrinterObject selectedPrinter = m_oSpoolerConnection.SelectedPrinter;
if (selectedPrinter == null)
{
m_oMessagebox.AddMessageToQueue("You must connect a printer first.");
}
else
{
var fastestPossible = selectedPrinter.MyPrinterProfile.SpeedLimitConstants.FastestPossible;
var result1 = -1f;
var result2 = -1f;
var result3 = -1f;
if (!float.TryParse(m_oebwBacklashX_edit.Text, out result1))
{
m_oMessagebox.AddMessageToQueue("Sorry, but the X backlash is not a number. Please try again.");
}
else if (result1 < 0.0 || result1 > 3.0)
{
m_oMessagebox.AddMessageToQueue("Sorry. Backlash X values must be between 0 mm and " + 3f + " mm");
}
else if (!float.TryParse(m_oebwBacklashY_edit.Text, out result2))
{
m_oMessagebox.AddMessageToQueue("Sorry, but the Y backlash is not a number. Please try again.");
}
else if (result2 < 0.0 || result2 > 3.0)
{
m_oMessagebox.AddMessageToQueue("Sorry. Backlash Y values must be between 0 mm and " + 3f + " mm");
}
else if (!float.TryParse(m_oebwBacklashSpeed_edit.Text, out result3))
{
m_oMessagebox.AddMessageToQueue("Sorry, but the backlash speed is not a number. Please try again.");
}
else if (result3 < 500.0 || result3 > (double)fastestPossible)
{
m_oMessagebox.AddMessageToQueue(string.Format("Sorry. Backlash speed must be between {0} and {1} mm/min.", 500f, fastestPossible));
}
else
{
var num = (int)selectedPrinter.AcquireLock(new M3D.Spooling.Client.AsyncCallback(SetBacklashAfterLock), new AdvancedCalibrationTab.BacklashDetails(selectedPrinter, result1, result2, result3));
}
}
}
public void TemperatureEditEnterCallback(EditBoxWidget edit)
{
PrinterObject selectedPrinter = MainWindow.GetSelectedPrinter();
if (selectedPrinter == null)
{
return;
}
if (int.TryParse(custom_temperature_edit.Text.ToString(), out var result))
{
var min = (int)FilamentConstants.Temperature.MaxMinForFilamentType(CurrentDetails.current_spool.filament_type).Min;
var num1 = 260;
if (result >= min && result <= num1)
{
messagebox.AddMessageToQueue(string.Format("Changing the current temperature settings from {0} to {1}.", CurrentDetails.current_spool.filament_temperature, custom_temperature_edit.Text), PopupMessageBox.MessageBoxButtons.OK);
var filamentSpool = new FilamentSpool(CurrentDetails.current_spool)
{
filament_temperature = result
};
CurrentDetails.current_spool = filamentSpool;
CurrentDetails.waitCondition = new Mangage3DInkStageDetails.WaitCondition(WaitCondition);
CurrentDetails.pageAfterWait = Manage3DInkMainWindow.PageID.Page0_StartupPage;
FilamentWaitingPage.CurrentWaitingText = "Please wait. The printer is busy perfoming the requested actions.";
settingsManager.FilamentDictionary.AddCustomTemperature(filamentSpool.filament_type, (FilamentConstants.ColorsEnum)Enum.ToObject(typeof(FilamentConstants.ColorsEnum), filamentSpool.filament_color_code), filamentSpool.filament_temperature);
MainWindow.ActivateFrame(Manage3DInkMainWindow.PageID.Page8_WaitingPage, CurrentDetails);
var num2 = (int)selectedPrinter.AcquireLock(new M3D.Spooling.Client.AsyncCallback(SetFilamentAfterLock), selectedPrinter);
}
else
{
messagebox.AddMessageToQueue(new SpoolerMessage(MessageType.UserDefined, "Please enter a temperature from " + min + " to " + num1));
}
}
else
{
messagebox.AddMessageToQueue(new SpoolerMessage(MessageType.UserDefined, "Please enter a valid temperature value"));
}
}
public void LockPrinterAndGotoPage(PrinterObject printer, Manage3DInkMainWindow.PageID page, Mangage3DInkStageDetails details)
{
var num = (int)printer.AcquireLock(new AsyncCallback(GotoPageAfterOperation), new Manage3DInkMainWindow.PageAfterLockDetails(printer, page, details));
}
private void DoPrinterOperation(SDCardFrame.Operation op, PrinterObject printer, string file)
{
var num = (int)printer.AcquireLock(new M3D.Spooling.Client.AsyncCallback(DoOperationOnLock), new SDCardFrame.OnLockOperationData(op, printer, file));
}
public void MyButtonCallback(ButtonWidget button)
{
PrinterObject printer = m_oSpoolerConnection.SelectedPrinter;
switch (button.ID)
{
case 2:
if (printer == null || printer.Info.InBootloaderMode)
{
break;
}
var num1 = (int)printer.AcquireLock(ar =>
{
if (ar.CallResult == CommandResult.Failed_PrinterAlreadyLocked)
{
m_oMessagebox.AddMessageToQueue("Unable to calibrate the printer because it is being used by another process.");
}
else if (ar.CallResult != CommandResult.Success_LockAcquired)
{
m_oMessagebox.AddMessageToQueue("There was a problem sending data to the printer. Please try again");
}
else
{
printer.CalibrateBed(new M3D.Spooling.Client.AsyncCallback(ReleaseAfterOperation), (object)printer, PrinterObject.CalibrationType.CalibrateQuick_G30);
}
}, printer);
break;
case 3:
if (printer == null || printer.Info.InBootloaderMode)
{
break;
}
var num2 = (int)printer.AcquireLock(ar =>
{
if (ar.CallResult == CommandResult.Failed_PrinterAlreadyLocked)
{
m_oMessagebox.AddMessageToQueue("Unable to calibrate the printer because it is being used by another process.");
}
else if (ar.CallResult != CommandResult.Success_LockAcquired)
{
m_oMessagebox.AddMessageToQueue("There was a problem sending data to the printer. Please try again");
}
else
{
printer.CalibrateBed(new M3D.Spooling.Client.AsyncCallback(ReleaseAfterOperation), (object)printer, PrinterObject.CalibrationType.CalibrateFull_G32);
}
}, printer);
break;
case 4:
var fileName = Paths.DebugLogPath(DateTime.Now.Ticks / 10000L);
Form1.debugLogger.Print(fileName);
break;
case 5:
if (printer.GetCurrentFilament() == null)
{
m_oMessagebox.AddMessageToQueue("Please insert filament into your printer.");
break;
}
if (!printer.Info.extruder.Z_Valid || !printer.Info.calibration.Calibration_Valid)
{
m_oMessagebox.AddMessageToQueue(Locale.GlobalLocale.T("T_PrinterViewError_NotCalibrated"));
}
ShowBusyIfPrinterIsWorking(true);
var num3 = (int)printer.AcquireLock(new M3D.Spooling.Client.AsyncCallback(DoTestBorderPrintOnLock), printer);
break;
case 6:
ShowGantryCalibrationG32Page();
break;
case 10:
OnApplyBacklashSettings();
break;
case 11:
if (printer == null || printer.Info.InBootloaderMode)
{
break;
}
m_oebwBacklashSpeed_edit.Text = printer.MyPrinterProfile.SpeedLimitConstants.DefaultBacklashSpeed.ToString();
break;
case 12:
if (printer == null || printer.Info.InBootloaderMode)
{
break;
}
m_oebwBacklashSpeed_edit.Text = printer.MyPrinterProfile.SpeedLimitConstants.FastestPossible.ToString();
break;
case 13:
ShowBasicCalibrationPage(printer);
break;
case 16:
OnApplyCalibrationOffset();
break;
}
}
public void diagnosticsFrameButtonCallback(ButtonWidget button)
{
PrinterObject selectedPrinter = spooler_connection.SelectedPrinter;
if (selectedPrinter == null || !selectedPrinter.IsConnected())
{
return;
}
switch (button.ID)
{
case 1000:
var num1 = (int)selectedPrinter.SendEmergencyStop(null, null);
break;
case 1020:
var num2 = (int)selectedPrinter.DoFirmwareUpdate();
break;
case 1021:
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "G28");
break;
case 1022:
var num3 = (int)selectedPrinter.AcquireLock(new M3D.Spooling.Client.AsyncCallback(FastRecenterOnLock), selectedPrinter);
break;
case 1023:
List <string> xspeedTest = TestGeneration.CreateXSpeedTest(selectedPrinter.MyPrinterProfile);
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, xspeedTest.ToArray());
break;
case 1024:
List <string> yspeedTest = TestGeneration.CreateYSpeedTest(selectedPrinter.MyPrinterProfile);
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, yspeedTest.ToArray());
break;
case 1025:
var num4 = (int)selectedPrinter.AcquireLock(new M3D.Spooling.Client.AsyncCallback(DoBacklashPrintOnLock), selectedPrinter);
break;
case 1026:
List <string> xskipTestMinus = TestGeneration.CreateXSkipTestMinus(selectedPrinter.MyPrinterProfile);
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, xskipTestMinus.ToArray());
break;
case 1027:
List <string> xskipTestPlus = TestGeneration.CreateXSkipTestPlus(selectedPrinter.MyPrinterProfile);
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, xskipTestPlus.ToArray());
break;
case 1028:
List <string> yskipTestMinus = TestGeneration.CreateYSkipTestMinus(selectedPrinter.MyPrinterProfile);
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, yskipTestMinus.ToArray());
break;
case 1029:
List <string> yskipTestPlus = TestGeneration.CreateYSkipTestPlus(selectedPrinter.MyPrinterProfile);
selectedPrinter.SendCommandAutoLockRelease(new M3D.Spooling.Client.AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, yskipTestPlus.ToArray());
break;
}
}