public override void SetFanConstants(FanConstValues.FanType fanType)
{
var eepromMapping1 = new EEPROMMapping(m_oBootloaderConnection.ReadAllReadableEEPROM(), MyPrinterProfile.EEPROMConstants);
var alignedByte1 = (int)eepromMapping1.GetAlignedByte("FANTYPE");
var alignedByte2 = eepromMapping1.GetAlignedByte("FANOFFSET");
var num1 = eepromMapping1.GetFloat("FANSCALE");
FanConstValues.FanValues fanConstant = FanConstValues.FanConstants[fanType];
var num2 = (int)(byte)fanType;
if (alignedByte1 != num2)
{
m_oBootloaderConnection.WriteToEEPROM(GetEEPROMDataLocation("FANTYPE"), eepromMapping1.AlignedByteToBytaArray((ushort)fanType));
}
if (alignedByte2 != fanConstant.Offset)
{
m_oBootloaderConnection.WriteToEEPROM(GetEEPROMDataLocation("FANOFFSET"), eepromMapping1.AlignedByteToBytaArray((ushort)fanConstant.Offset));
}
if (num1 != (double)fanConstant.Scale)
{
m_oBootloaderConnection.WriteToEEPROM(GetEEPROMDataLocation("FANSCALE"), BitConverter.GetBytes(fanConstant.Scale));
}
var eepromMapping2 = new EEPROMMapping(m_oBootloaderConnection.ReadAllReadableEEPROM(), MyPrinterProfile.EEPROMConstants);
var alignedByte3 = (int)eepromMapping1.GetAlignedByte("FANTYPE");
var alignedByte4 = eepromMapping1.GetAlignedByte("FANOFFSET");
var num3 = eepromMapping1.GetFloat("FANSCALE");
var num4 = (int)(byte)fanType;
if (alignedByte3 == num4 && alignedByte4 == fanConstant.Offset && num3 == (double)fanConstant.Scale)
{
WriteLog(">> ok", Logger.TextType.Read);
}
else
{
WriteLog(">> failed", Logger.TextType.Read);
}
}
private void CheckFirmwareStep()
{
foreach (KeyValuePair <char, FirmwareDetails> firmware in MyPrinterProfile.ProductConstants.FirmwareList)
{
var key = firmware.Key;
FirmwareDetails firmwareDetails = firmware.Value;
if (mInterfaceVersion == BootloaderController.BootloaderInterfaceVersion.V2)
{
SetBootloader(key);
}
var eepromMapping = new EEPROMMapping(m_oBootloaderConnection.ReadAllReadableEEPROM(), MyPrinterProfile.EEPROMConstants);
var uint32_1 = eepromMapping.GetUInt32("FirmwareVersion");
var uint32_2 = eepromMapping.GetUInt32("FirmwareCRC");
BootloaderController.FirmwareStatus firmwareStatus = BootloadCheckFirmware(firmwareDetails, uint32_1, uint32_2);
if (mCheckedFirmwareStatus.ContainsKey(key))
{
mCheckedFirmwareStatus[key] = firmwareStatus;
}
else
{
mCheckedFirmwareStatus.Add(key, firmwareStatus);
}
}
var bFirmwareIsInvalid = false;
foreach (KeyValuePair <char, BootloaderController.FirmwareStatus> checkedFirmwareStatu in mCheckedFirmwareStatus)
{
if (BootloaderController.FirmwareStatus.Bad == checkedFirmwareStatu.Value)
{
bFirmwareIsInvalid = true;
break;
}
}
SetNextActionFromFirmwareStatus(bFirmwareIsInvalid);
}
public static void M580SetBackLashSpeed(GCode gcode, FirmwareController connection)
{
connection.SetBacklashSpeed(gcode.X);
EepromAddressInfo eepromInfo = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("BacklashSpeed");
var num = (int)connection.WriteManualCommands("M618 S" + eepromInfo.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.X) + " T" + eepromInfo.Size);
StandardVirtualCodes.SendOK(connection);
}
public static void M571SetBacklashConstants(GCode gcode, FirmwareController connection)
{
EepromAddressInfo eepromInfo1 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("BacklashX");
EepromAddressInfo eepromInfo2 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("BacklashY");
connection.SetBacklash(gcode.X, gcode.Y);
var num1 = (int)connection.WriteManualCommands("M618 S" + eepromInfo1.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.X) + " T" + eepromInfo1.Size);
var num2 = (int)connection.WriteManualCommands("M618 S" + eepromInfo2.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.Y) + " T" + eepromInfo2.Size);
StandardVirtualCodes.SendOK(connection);
}
public static void M682SetLimitingSpeed(GCode gcode, FirmwareController connection)
{
EepromAddressInfo eepromInfo1 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("SpeedLimitX");
EepromAddressInfo eepromInfo2 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("SpeedLimitY");
EepromAddressInfo eepromInfo3 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("SpeedLimitZ");
EepromAddressInfo eepromInfo4 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("SpeedLimitEp");
EepromAddressInfo eepromInfo5 = connection.MyPrinterProfile.EEPROMConstants.GetEepromInfo("SpeedLimitEn");
if (gcode.HasX)
{
var num1 = (int)connection.WriteManualCommands("M618 S" + (int)eepromInfo1.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.X) + " T" + eepromInfo1.Size);
}
if (gcode.HasY)
{
var num2 = (int)connection.WriteManualCommands("M618 S" + (int)eepromInfo2.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.Y) + " T" + eepromInfo2.Size);
}
if (gcode.HasZ)
{
var num3 = (int)connection.WriteManualCommands("M618 S" + (int)eepromInfo3.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.Z) + " T" + eepromInfo3.Size);
}
if (gcode.HasE)
{
var num4 = (int)connection.WriteManualCommands("M618 S" + (int)eepromInfo4.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.E) + " T" + eepromInfo4.Size);
}
if (gcode.HasR)
{
var num5 = (int)connection.WriteManualCommands("M618 S" + (int)eepromInfo5.EepromAddr + " P" + EEPROMMapping.FloatToBinaryInt(gcode.R) + " T" + eepromInfo5.Size);
}
StandardVirtualCodes.SendOK(connection);
}
private void BootLoaderStartup()
{
FirmwareDetails firmware = MyPrinterProfile.ProductConstants.FirmwareList['M'];
if (mInterfaceVersion == BootloaderController.BootloaderInterfaceVersion.V2)
{
SetBootloader('M');
}
MyPrinterInfo.hardware.machine_type = "The_Micro";
var eepromMapping = new EEPROMMapping(m_oBootloaderConnection.ReadAllReadableEEPROM(), MyPrinterProfile.EEPROMConstants);
var flag = false;
var str = "";
byte[] bytesFromLocation = eepromMapping.GetBytesFromLocation("SerialNumber", 16);
for (var index = 0; index < 16; ++index)
{
if (bytesFromLocation[index] == byte.MaxValue)
{
flag = true;
}
str += ((char)bytesFromLocation[index]).ToString();
}
if (flag)
{
BroadcastServer.BroadcastMessage(new SpoolerMessage(MessageType.UserDefined, MySerialNumber, "There was a major error in your printer. Please reset the printer. If the problem persist, contact M3D.").Serialize());
Status = PrinterStatus.Error_PrinterNotAlive;
}
else
{
MySerialNumber = new PrinterSerialNumber(str);
foreach (IFirstRunUpdater updater in MyPrinterProfile.FirstRunConstants.updater_list)
{
updater.CheckForUpdate(str, eepromMapping.GetAllEEPROMData(), m_oBootloaderConnection, MyPrinterProfile);
}
logger.ResetWithSerialNumber(MySerialNumber.ToString());
LoadPersistantData();
PersistantDetails.hours_used = eepromMapping.GetFloat("HoursCounterSpooler");
HardwareDetails.firmware_version = eepromMapping.GetUInt32("FirmwareVersion");
PersistantData.RestartOptions restartOptions = PersistantDetails.PopRestartAction();
SavePersistantData();
CurrentBootloaderStep = BootloaderController.BootLoaderStep.CheckFirmware;
if (restartOptions.RestartAction == PersistantData.RestartAction.SetExtruderCurrent)
{
SetExtruderCurrent((ushort)restartOptions.RestartActionParam);
}
else if (restartOptions.RestartAction == PersistantData.RestartAction.SetFan)
{
SetFanConstants((FanConstValues.FanType)restartOptions.RestartActionParam);
}
else if (restartOptions.RestartAction == PersistantData.RestartAction.ForceStayBootloader)
{
Status = PrinterStatus.Bootloader_Ready;
CurrentBootloaderStep = BootloaderController.BootLoaderStep.Waiting;
}
else
{
if (restartOptions.RestartAction != PersistantData.RestartAction.ForceUpdateFirmware)
{
return;
}
CurrentBootloaderStep = BootloaderController.BootLoaderStep.ForceFirmwareUpdate;
}
}
}
