public MapleStream(bool pOutbound, ushort pBuild, byte pLocale, byte[] pIV, byte pSubVersion, bool pLoginServer)
{
mOutbound = pOutbound;
Build = pBuild;
Locale = pLocale;
isLoginServer = pLoginServer;
if (mOutbound)
{
mAES = new MapleAES(Build, Locale, pIV, pSubVersion);
}
else
{
mAES = new MapleAES((ushort)(0xFFFF - Build), Locale, pIV, pSubVersion);
}
if ((Locale == MapleLocale.TESPIA && Build == 40) ||
(Locale == MapleLocale.SOUTH_EAST_ASIA && Build == 15))
{
// WvsBeta
_transformMethod = TransformMethod.MAPLE_CRYPTO | TransformMethod.SHIFT_IV;
_usesByteHeader = true;
}
else if (Locale == MapleLocale.KOREA_TEST && Build == 255)
{
// KMSB (Modified client)
_transformMethod = TransformMethod.OLD_KMS_CRYPTO | TransformMethod.SHIFT_IV_OLD;
_usesByteHeader = true;
_usesOldHeader = true;
}
else if (
Locale == MapleLocale.TAIWAN ||
Locale == MapleLocale.CHINA ||
Locale == MapleLocale.TESPIA ||
Locale == MapleLocale.JAPAN ||
(Locale == MapleLocale.GLOBAL && (short)Build >= 149 && (short)Build < 193) ||
(Locale == MapleLocale.KOREA && Build >= 221) ||
(Locale == MapleLocale.SOUTH_EAST_ASIA && Build >= 144) ||
(Locale == MapleLocale.EUROPE && Build >= 115))
{
// TWMS / CMS / CMST / JMS / GMS (>= 149)
_transformMethod = TransformMethod.AES | TransformMethod.SHIFT_IV | TransformMethod.GMS_NEW;
}
else if (Locale == MapleLocale.KOREA || Locale == MapleLocale.KOREA_TEST)
{
// KMS / KMST
_transformMethod = TransformMethod.KMS_CRYPTO;
}
else if (Locale == MapleLocale.GLOBAL && (short)Build >= 193)
{
_transformMethod = TransformMethod.AES | TransformMethod.SHIFT_IV | TransformMethod.GMS_NEW;
}
else
{
// All others lol
_transformMethod = TransformMethod.AES | TransformMethod.MAPLE_CRYPTO | TransformMethod.SHIFT_IV;
}
Console.WriteLine("Using transform methods: {0}", _transformMethod);
}
/// <summary>
/// DatumTranformStage constructor for a gridshift transform
/// </summary>
public DatumTransformStage(string strFrom, string strTo, Spheroid sphFrom, Spheroid sphTo, string strTableName, bool bApplyTableInv)
{
From = strFrom;
To = strTo;
FromSph = sphFrom;
ToSph = sphTo;
Tm = TransformMethod.GridShift;
TableName = strTableName;
ApplyTableInv = bApplyTableInv;
}
/// <summary>
/// DatumTranformStage constructor for a geocentric transform
/// </summary>
public DatumTransformStage(string strFrom, string strTo, Spheroid sphFrom, Spheroid sphTo, double dx, double dy, double dz)
{
From = strFrom;
To = strTo;
FromSph = sphFrom;
ToSph = sphTo;
Dx = dx;
Dy = dy;
Dz = dz;
Tm = TransformMethod.Param3;
}
private void Changes(TransformMethod transform)
{
transform(trackBar_W.Value, trackBar_H.Value, trackBar_Y.Value, trackBar_X.Value, rotate_trackBar.Value);
form.pictureBox.Refresh();
if (!changes_checkBox.Checked)
{
Layers.CurrentLayer.Foreground.ApplyChangesTransform();
form.pictureBox.Image = Layers.CurrentLayer.Foreground.EditImage;
form.PreviewSizeChange();
}
}
public MapleStream(bool pOutbound, ushort pBuild, byte pLocale, byte[] pIV, byte pSubVersion)
{
mOutbound = pOutbound;
Build = pBuild;
Locale = pLocale;
if (mOutbound)
mAES = new MapleAES(Build, Locale, pIV, pSubVersion);
else
mAES = new MapleAES((ushort)(0xFFFF - Build), Locale, pIV, pSubVersion);
if ((Locale == MapleLocale.TESPIA && Build == 40) ||
(Locale == MapleLocale.SOUTH_EAST_ASIA && Build == 15))
{
// WvsBeta
_transformMethod = TransformMethod.MAPLE_CRYPTO | TransformMethod.SHIFT_IV;
_usesByteHeader = true;
}
else if (Locale == MapleLocale.KOREA_TEST && Build == 255)
{
// KMSB (Modified client)
_transformMethod = TransformMethod.OLD_KMS_CRYPTO | TransformMethod.SHIFT_IV_OLD;
_usesByteHeader = true;
_usesOldHeader = true;
}
else if (
Locale == MapleLocale.TAIWAN ||
Locale == MapleLocale.CHINA ||
Locale == MapleLocale.TESPIA ||
Locale == MapleLocale.JAPAN ||
(Locale == MapleLocale.GLOBAL && (short)Build >= 149) ||
(Locale == MapleLocale.KOREA && Build >= 221) ||
(Locale == MapleLocale.SOUTH_EAST_ASIA && Build >= 144) ||
(Locale == MapleLocale.EUROPE && Build >= 115))
{
// TWMS / CMS / CMST / JMS / GMS (>= 149)
_transformMethod = TransformMethod.AES | TransformMethod.SHIFT_IV;
}
else if (Locale == MapleLocale.KOREA || Locale == MapleLocale.KOREA_TEST)
{
// KMS / KMST
_transformMethod = TransformMethod.KMS_CRYPTO;
}
else
{
// All others lol
_transformMethod = TransformMethod.AES | TransformMethod.MAPLE_CRYPTO | TransformMethod.SHIFT_IV;
}
Console.WriteLine("Using transform methods: {0}", _transformMethod);
}
/// <summary>
/// DatumTranformStage constructor for a 7-parameter transform
/// </summary>
public DatumTransformStage(string strFrom, string strTo, Spheroid sphFrom, Spheroid sphTo, double dx, double dy, double dz, double rx, double ry, double rz, double ds)
{
From = strFrom;
To = strTo;
FromSph = sphFrom;
ToSph = sphTo;
Tm = TransformMethod.Param7;
Dx = dx;
Dy = dy;
Dz = dz;
Rx = rx;
Ry = ry;
Rz = rz;
Ds = ds;
}
private static List <string> RetrieveSource(TransformMethod method, bool debugMode, out byte[] rsaBlob, out string token)
{
return(new List <string>()
{
RetrieveFileText("DeviceInfo.txt"),
RetrieveFileText("DeviceType.txt"),
RetrieveFileText("MachineInformation.txt"),
//Replace values in validator text
method.Replace(RetrieveFileText("Validator.txt"),
RetrieveFileText("TokenGeneration.txt"),
RetrieveFileBytes("KnownHash.txt"),
debugMode,
out rsaBlob, out token)
});
}
static void Transform()
{
var list = new List <int> {
1, 2, 3, 4, 5
};
var method = new TransformMethod();
method.SetStrategy(new DoubleTransform());
method.SetList(list);
Console.WriteLine(string.Join(", ", method.Transform()));
method.SetStrategy(new PowerTransform(2));
method.SetList(list);
Console.WriteLine(string.Join(", ", method.Transform()));
}
/// <summary>
/// DatumTransfromStage copy constructor
/// </summary>
/// <param name="dts"></param>
public DatumTransformStage(DatumTransformStage dts)
{
From = dts.From;
To = dts.To;
FromSph = dts.FromSph;
ToSph = dts.ToSph;
Tm = dts.Tm;
Dx = dts.Dx;
Dy = dts.Dy;
Dz = dts.Dz;
Rx = dts.Rx;
Ry = dts.Ry;
Rz = dts.Rz;
Ds = dts.Ds;
TableName = dts.TableName;
ApplyTableInv = dts.ApplyTableInv;
}
//Constructor
public TexDesc()
{
unchecked {
image = null;
source = null;
clampMode = TexClampMode.WRAP_S_WRAP_T;
filterMode = TexFilterMode.FILTER_TRILERP;
flags = (ushort)0;
maxAnisotropy = (ushort)0;
uvSet = (uint)0;
ps2L = (short)0;
ps2K = (short)-75;
unknown1 = (ushort)0;
hasTextureTransform = false;
scale = 1.0, 1.0;
rotation = 0.0f;
transformMethod = (TransformMethod)0;
}
}
private void Decrypt(byte[] pBuffer, ushort pBuild, byte pLocale, TransformMethod pTransformLocale)
{
if ((pTransformLocale & TransformMethod.AES) != 0) mAES.TransformAES(pBuffer);
if ((pTransformLocale & TransformMethod.MAPLE_CRYPTO) != 0)
{
for (int index1 = 1; index1 <= 6; ++index1)
{
byte firstFeedback = 0;
byte secondFeedback = 0;
byte length = (byte)(pBuffer.Length & 0xFF);
if ((index1 % 2) == 0)
{
for (int index2 = 0; index2 < pBuffer.Length; ++index2)
{
byte temp = pBuffer[index2];
temp -= 0x48;
temp = (byte)(~temp);
temp = RollLeft(temp, length & 0xFF);
secondFeedback = temp;
temp ^= firstFeedback;
firstFeedback = secondFeedback;
temp -= length;
temp = RollRight(temp, 3);
pBuffer[index2] = temp;
--length;
}
}
else
{
for (int index2 = pBuffer.Length - 1; index2 >= 0; --index2)
{
byte temp = pBuffer[index2];
temp = RollLeft(temp, 3);
temp ^= 0x13;
secondFeedback = temp;
temp ^= firstFeedback;
firstFeedback = secondFeedback;
temp -= length;
temp = RollRight(temp, 4);
pBuffer[index2] = temp;
--length;
}
}
}
}
if ((pTransformLocale & TransformMethod.KMS_CRYPTO) != 0) mAES.TransformKMS(pBuffer);
if ((pTransformLocale & TransformMethod.OLD_KMS_CRYPTO) != 0) mAES.TransformOldKMS(pBuffer);
if ((pTransformLocale & TransformMethod.SHIFT_IV) != 0) mAES.ShiftIV();
if ((pTransformLocale & TransformMethod.SHIFT_IV_OLD) != 0) mAES.ShiftIVOld();
}
public override void WriteJson(JsonWriter writer,
object untypedValue,
JsonSerializer serializer)
{
if (untypedValue == null)
{
serializer.Serialize(writer,
null);
return;
}
TransformMethod value = (TransformMethod)untypedValue;
switch (value)
{
case TransformMethod.Exp:
serializer.Serialize(writer,
"exp");
return;
case TransformMethod.Linear:
serializer.Serialize(writer,
"linear");
return;
case TransformMethod.Log:
serializer.Serialize(writer,
"log");
return;
case TransformMethod.Max:
serializer.Serialize(writer,
"max");
return;
case TransformMethod.Mean:
serializer.Serialize(writer,
"mean");
return;
case TransformMethod.Median:
serializer.Serialize(writer,
"median");
return;
case TransformMethod.Min:
serializer.Serialize(writer,
"min");
return;
case TransformMethod.Poly:
serializer.Serialize(writer,
"poly");
return;
case TransformMethod.Pow:
serializer.Serialize(writer,
"pow");
return;
case TransformMethod.Quad:
serializer.Serialize(writer,
"quad");
return;
case TransformMethod.Value:
serializer.Serialize(writer,
"value");
return;
}
throw new Exception("Cannot marshal type TransformMethod");
}
public IChannel BaseChannelConvert(I_BaseChannelInfo t_channel)
{
#region IEPEChannelInfo
if (t_channel is T1_IEPEChannelInfo)
{
T1_IEPEChannelInfo channel = t_channel as T1_IEPEChannelInfo;
IEPEChannelInfo i_channel = new IEPEChannelInfo();
CalibrationlInfo calibrationlInfo = JsonConvert.DeserializeObject <CalibrationlInfo>(channel.CalibrationlInfo);
i_channel.VelocityCalibration = calibrationlInfo.VelocityCalibration;
i_channel.DisplacementCalibration = calibrationlInfo.DisplacementCalibration;
OtherInfo otherInfo = JsonConvert.DeserializeObject <OtherInfo>(channel.OtherInfo);
i_channel.RPMCardNum = otherInfo.RPMCardNum;
i_channel.RPMSlotNum = otherInfo.RPMSlotNum;
i_channel.RPMCHNum = otherInfo.RPMCHNum;
i_channel.IsMultiplication = otherInfo.IsMultiplication;
i_channel.MultiplicationCor = otherInfo.MultiplicationCor;
i_channel.IsSaveWaveToSD = otherInfo.IsSaveWaveToSD;
i_channel.IsUploadWave = otherInfo.IsUploadWave;
i_channel.DefaultRPM = otherInfo.DefaultRPM;
VibrationAddition vibrationAddition = JsonConvert.DeserializeObject <VibrationAddition>(channel.VibrationAddition);
i_channel.TPDirCategory = vibrationAddition.TPDirCategory;
i_channel.TPDirCode = vibrationAddition.TPDirCode;
i_channel.BiasVoltHigh = vibrationAddition.BiasVoltHigh;
i_channel.BiasVoltLow = vibrationAddition.BiasVoltLow;
i_channel.Sensitivity = vibrationAddition.Sensitivity;
i_channel.T_IEPEChannelInfo = channel;
return(i_channel);
}
#endregion
#region EddyCurrentDisplacementChannelInfo
if (t_channel is T1_EddyCurrentDisplacementChannelInfo)
{
T1_EddyCurrentDisplacementChannelInfo channel = t_channel as T1_EddyCurrentDisplacementChannelInfo;
EddyCurrentDisplacementChannelInfo i_channel = new EddyCurrentDisplacementChannelInfo();
OtherInfo otherInfo = JsonConvert.DeserializeObject <OtherInfo>(channel.OtherInfo);
i_channel.RPMCardNum = otherInfo.RPMCardNum;
i_channel.RPMSlotNum = otherInfo.RPMSlotNum;
i_channel.RPMCHNum = otherInfo.RPMCHNum;
i_channel.IsMultiplication = otherInfo.IsMultiplication;
i_channel.MultiplicationCor = otherInfo.MultiplicationCor;
i_channel.IsSaveWaveToSD = otherInfo.IsSaveWaveToSD;
i_channel.IsUploadWave = otherInfo.IsUploadWave;
i_channel.DefaultRPM = otherInfo.DefaultRPM;
VibrationAddition vibrationAddition = JsonConvert.DeserializeObject <VibrationAddition>(channel.VibrationAddition);
i_channel.TPDirCategory = vibrationAddition.TPDirCategory;
i_channel.TPDirCode = vibrationAddition.TPDirCode;
i_channel.BiasVoltHigh = vibrationAddition.BiasVoltHigh;
i_channel.BiasVoltLow = vibrationAddition.BiasVoltLow;
i_channel.Sensitivity = vibrationAddition.Sensitivity;
i_channel.T_EddyCurrentDisplacementChannelInfo = channel;
return(i_channel);
}
#endregion
#region EddyCurrentKeyPhaseChannelInfo
if (t_channel is T1_EddyCurrentKeyPhaseChannelInfo)
{
T1_EddyCurrentKeyPhaseChannelInfo channel = t_channel as T1_EddyCurrentKeyPhaseChannelInfo;
EddyCurrentKeyPhaseChannelInfo i_channel = new EddyCurrentKeyPhaseChannelInfo();
ThresholdInfo thresholdInfo = JsonConvert.DeserializeObject <ThresholdInfo>(channel.ThresholdInfo);
i_channel.ThresholdVolt = thresholdInfo.ThresholdVolt;
i_channel.HysteresisVolt = thresholdInfo.HysteresisVolt;
i_channel.ThresholdModeCategory = thresholdInfo.ThresholdModeCategory;
i_channel.ThresholdModeCode = thresholdInfo.ThresholdModeCode;
VibrationAddition vibrationAddition = JsonConvert.DeserializeObject <VibrationAddition>(channel.VibrationAddition);
i_channel.TPDirCategory = vibrationAddition.TPDirCategory;
i_channel.TPDirCode = vibrationAddition.TPDirCode;
i_channel.BiasVoltHigh = vibrationAddition.BiasVoltHigh;
i_channel.BiasVoltLow = vibrationAddition.BiasVoltLow;
i_channel.Sensitivity = vibrationAddition.Sensitivity;
RPMChannelInfo rPMChannelInfo = JsonConvert.DeserializeObject <RPMChannelInfo>(channel.RPMChannelInfo);
i_channel.CalibrationCor = rPMChannelInfo.CalibrationCor;
i_channel.IsNotch = rPMChannelInfo.IsNotch;
i_channel.AverageNumber = rPMChannelInfo.AverageNumber;
i_channel.TeethNumber = rPMChannelInfo.TeethNumber;
i_channel.T_EddyCurrentKeyPhaseChannelInfo = channel;
return(i_channel);
}
#endregion
#region EddyCurrentTachometerChannelInfo
if (t_channel is T1_EddyCurrentTachometerChannelInfo)
{
T1_EddyCurrentTachometerChannelInfo channel = t_channel as T1_EddyCurrentTachometerChannelInfo;
EddyCurrentTachometerChannelInfo i_channel = new EddyCurrentTachometerChannelInfo();
ThresholdInfo thresholdInfo = JsonConvert.DeserializeObject <ThresholdInfo>(channel.ThresholdInfo);
i_channel.ThresholdVolt = thresholdInfo.ThresholdVolt;
i_channel.HysteresisVolt = thresholdInfo.HysteresisVolt;
i_channel.ThresholdModeCategory = thresholdInfo.ThresholdModeCategory;
i_channel.ThresholdModeCode = thresholdInfo.ThresholdModeCode;
VibrationAddition vibrationAddition = JsonConvert.DeserializeObject <VibrationAddition>(channel.VibrationAddition);
i_channel.TPDirCategory = vibrationAddition.TPDirCategory;
i_channel.TPDirCode = vibrationAddition.TPDirCode;
i_channel.BiasVoltHigh = vibrationAddition.BiasVoltHigh;
i_channel.BiasVoltLow = vibrationAddition.BiasVoltLow;
i_channel.Sensitivity = vibrationAddition.Sensitivity;
RPMChannelInfo rPMChannelInfo = JsonConvert.DeserializeObject <RPMChannelInfo>(channel.RPMChannelInfo);
i_channel.CalibrationCor = rPMChannelInfo.CalibrationCor;
i_channel.IsNotch = rPMChannelInfo.IsNotch;
i_channel.AverageNumber = rPMChannelInfo.AverageNumber;
i_channel.TeethNumber = rPMChannelInfo.TeethNumber;
RPMCouplingInfo rPMCouplingInfo = JsonConvert.DeserializeObject <RPMCouplingInfo>(channel.RPMCouplingInfo);
i_channel.RPMCouplingCategory = rPMCouplingInfo.RPMCouplingCategory;
i_channel.RPMCouplingCode = rPMCouplingInfo.RPMCouplingCode;
i_channel.T_EddyCurrentTachometerChannelInfo = channel;
return(i_channel);
}
#endregion
#region DigitTachometerChannelInfo
if (t_channel is T1_DigitTachometerChannelInfo)
{
T1_DigitTachometerChannelInfo channel = t_channel as T1_DigitTachometerChannelInfo;
DigitTachometerChannelInfo i_channel = new DigitTachometerChannelInfo();
RPMChannelInfo rPMChannelInfo = JsonConvert.DeserializeObject <RPMChannelInfo>(channel.RPMChannelInfo);
i_channel.CalibrationCor = rPMChannelInfo.CalibrationCor;
i_channel.IsNotch = rPMChannelInfo.IsNotch;
i_channel.AverageNumber = rPMChannelInfo.AverageNumber;
i_channel.TeethNumber = rPMChannelInfo.TeethNumber;
i_channel.T_DigitTachometerChannelInfo = channel;
return(i_channel);
}
#endregion
#region AnalogRransducerInChannelInfo
if (t_channel is T1_AnalogRransducerInChannelInfo)
{
T1_AnalogRransducerInChannelInfo channel = t_channel as T1_AnalogRransducerInChannelInfo;
AnalogRransducerInChannelInfo i_channel = new AnalogRransducerInChannelInfo();
TransformMethod transformMethod = JsonConvert.DeserializeObject <TransformMethod>(channel.TransformMethod);
i_channel.EquationCategory = transformMethod.EquationCategory;
i_channel.EquationCode = transformMethod.EquationCode;
i_channel.T_AnalogRransducerInChannelInfo = channel;
return(i_channel);
}
#endregion
#region RelayChannelInfo
if (t_channel is T1_RelayChannelInfo)
{
T1_RelayChannelInfo channel = t_channel as T1_RelayChannelInfo;
RelayChannelInfo i_channel = new RelayChannelInfo();
i_channel.T_RelayChannelInfo = channel;
return(i_channel);
}
#endregion
#region DigitRransducerInChannelInfo
if (t_channel is T1_DigitRransducerInChannelInfo)
{
T1_DigitRransducerInChannelInfo channel = t_channel as T1_DigitRransducerInChannelInfo;
DigitRransducerInChannelInfo i_channel = new DigitRransducerInChannelInfo();
TransformMethod transformMethod = JsonConvert.DeserializeObject <TransformMethod>(channel.TransformMethod);
i_channel.EquationCategory = transformMethod.EquationCategory;
i_channel.EquationCode = transformMethod.EquationCode;
DigitRransducerInfo digitRransducerInfo = JsonConvert.DeserializeObject <DigitRransducerInfo>(channel.DigitRransducerInfo);
digitRransducerInfo.SwitchCategory = digitRransducerInfo.SwitchCategory;
digitRransducerInfo.SwitchCode = digitRransducerInfo.SwitchCode;
digitRransducerInfo.ModBusFunCategory = digitRransducerInfo.ModBusFunCategory;
digitRransducerInfo.ModBusFunCode = digitRransducerInfo.ModBusFunCode;
i_channel.T_DigitRransducerInChannelInfo = channel;
return(i_channel);
}
#endregion
#region DigitRransducerOutChannelInfo
if (t_channel is T1_DigitRransducerOutChannelInfo)
{
T1_DigitRransducerOutChannelInfo channel = t_channel as T1_DigitRransducerOutChannelInfo;
DigitRransducerOutChannelInfo i_channel = new DigitRransducerOutChannelInfo();
TransformMethod transformMethod = JsonConvert.DeserializeObject <TransformMethod>(channel.TransformMethod);
i_channel.EquationCategory = transformMethod.EquationCategory;
i_channel.EquationCode = transformMethod.EquationCode;
DigitRransducerInfo digitRransducerInfo = JsonConvert.DeserializeObject <DigitRransducerInfo>(channel.DigitRransducerInfo);
digitRransducerInfo.SwitchCategory = digitRransducerInfo.SwitchCategory;
digitRransducerInfo.SwitchCode = digitRransducerInfo.SwitchCode;
digitRransducerInfo.ModBusFunCategory = digitRransducerInfo.ModBusFunCategory;
digitRransducerInfo.ModBusFunCode = digitRransducerInfo.ModBusFunCode;
SourceChannelInfo sourceChannelInfo = JsonConvert.DeserializeObject <SourceChannelInfo>(channel.SourceChannelInfo);
i_channel.SourceCardNum = sourceChannelInfo.SourceCardNum;
i_channel.SourceSlotNum = sourceChannelInfo.SourceSlotNum;
i_channel.SourceCHNum = sourceChannelInfo.SourceCHNum;
i_channel.SourceSubCHNum = sourceChannelInfo.SourceSubCHNum;
i_channel.T_DigitRransducerOutChannelInfo = channel;
return(i_channel);
}
#endregion
#region AnalogRransducerOutChannelInfo
if (t_channel is T1_AnalogRransducerOutChannelInfo)
{
T1_AnalogRransducerOutChannelInfo channel = t_channel as T1_AnalogRransducerOutChannelInfo;
AnalogRransducerOutChannelInfo i_channel = new AnalogRransducerOutChannelInfo();
TransformMethod transformMethod = JsonConvert.DeserializeObject <TransformMethod>(channel.TransformMethod);
i_channel.EquationCategory = transformMethod.EquationCategory;
i_channel.EquationCode = transformMethod.EquationCode;
SourceChannelInfo sourceChannelInfo = JsonConvert.DeserializeObject <SourceChannelInfo>(channel.SourceChannelInfo);
i_channel.SourceCardNum = sourceChannelInfo.SourceCardNum;
i_channel.SourceSlotNum = sourceChannelInfo.SourceSlotNum;
i_channel.SourceCHNum = sourceChannelInfo.SourceCHNum;
i_channel.SourceSubCHNum = sourceChannelInfo.SourceSubCHNum;
i_channel.T_AnalogRransducerOutChannelInfo = channel;
return(i_channel);
}
#endregion
#region WirelessScalarChannelInfo
if (t_channel is T1_WirelessScalarChannelInfo)
{
T1_WirelessScalarChannelInfo channel = t_channel as T1_WirelessScalarChannelInfo;
WirelessScalarChannelInfo i_channel = new WirelessScalarChannelInfo();
TransformMethod transformMethod = JsonConvert.DeserializeObject <TransformMethod>(channel.TransformMethod);
i_channel.EquationCategory = transformMethod.EquationCategory;
i_channel.EquationCode = transformMethod.EquationCode;
i_channel.T_WirelessScalarChannelInfo = channel;
return(i_channel);
}
#endregion
#region WirelessVibrationChannelInfo
if (t_channel is T1_WirelessVibrationChannelInfo)
{
T1_WirelessVibrationChannelInfo channel = t_channel as T1_WirelessVibrationChannelInfo;
WirelessVibrationChannelInfo i_channel = new WirelessVibrationChannelInfo();
CalibrationlInfo calibrationlInfo = JsonConvert.DeserializeObject <CalibrationlInfo>(channel.CalibrationlInfo);
i_channel.VelocityCalibration = calibrationlInfo.VelocityCalibration;
i_channel.DisplacementCalibration = calibrationlInfo.DisplacementCalibration;
OtherInfo otherInfo = JsonConvert.DeserializeObject <OtherInfo>(channel.OtherInfo);
i_channel.RPMCardNum = otherInfo.RPMCardNum;
i_channel.RPMSlotNum = otherInfo.RPMSlotNum;
i_channel.RPMCHNum = otherInfo.RPMCHNum;
i_channel.IsMultiplication = otherInfo.IsMultiplication;
i_channel.MultiplicationCor = otherInfo.MultiplicationCor;
i_channel.IsSaveWaveToSD = otherInfo.IsSaveWaveToSD;
i_channel.IsUploadWave = otherInfo.IsUploadWave;
i_channel.DefaultRPM = otherInfo.DefaultRPM;
VibrationAddition vibrationAddition = JsonConvert.DeserializeObject <VibrationAddition>(channel.VibrationAddition);
i_channel.TPDirCategory = vibrationAddition.TPDirCategory;
i_channel.TPDirCode = vibrationAddition.TPDirCode;
i_channel.BiasVoltHigh = vibrationAddition.BiasVoltHigh;
i_channel.BiasVoltLow = vibrationAddition.BiasVoltLow;
i_channel.Sensitivity = vibrationAddition.Sensitivity;
i_channel.T_WirelessVibrationChannelInfo = channel;
return(i_channel);
}
#endregion
return(null);
}
private void Decrypt(byte[] pBuffer, TransformMethod pTransformLocale)
{
if ((pTransformLocale & TransformMethod.AES) != 0)
{
mAES.TransformAES(pBuffer);
}
if ((pTransformLocale & TransformMethod.MAPLE_CRYPTO) != 0)
{
for (int index1 = 1; index1 <= 6; ++index1)
{
byte firstFeedback = 0;
byte secondFeedback = 0;
byte length = (byte)(pBuffer.Length & 0xFF);
if ((index1 % 2) == 0)
{
for (int index2 = 0; index2 < pBuffer.Length; ++index2)
{
byte temp = pBuffer[index2];
temp -= 0x48;
temp = (byte)(~temp);
temp = RollLeft(temp, length & 0xFF);
secondFeedback = temp;
temp ^= firstFeedback;
firstFeedback = secondFeedback;
temp -= length;
temp = RollRight(temp, 3);
pBuffer[index2] = temp;
--length;
}
}
else
{
for (int index2 = pBuffer.Length - 1; index2 >= 0; --index2)
{
byte temp = pBuffer[index2];
temp = RollLeft(temp, 3);
temp ^= 0x13;
secondFeedback = temp;
temp ^= firstFeedback;
firstFeedback = secondFeedback;
temp -= length;
temp = RollRight(temp, 4);
pBuffer[index2] = temp;
--length;
}
}
}
}
if ((pTransformLocale & TransformMethod.KMS_CRYPTO) != 0)
{
mAES.TransformKMS(pBuffer);
}
if ((pTransformLocale & TransformMethod.OLD_KMS_CRYPTO) != 0)
{
mAES.TransformOldKMS(pBuffer);
}
if ((pTransformLocale & TransformMethod.SHIFT_IV) != 0)
{
mAES.ShiftIV();
}
if ((pTransformLocale & TransformMethod.SHIFT_IV_OLD) != 0)
{
mAES.ShiftIVOld();
}
}
/// <summary>
/// DatumTranformStage constructor for a geocentric transform
/// </summary>
public DatumTransformStage(string strFrom, string strTo, Spheroid sphFrom, Spheroid sphTo, double dx, double dy, double dz)
{
From = strFrom;
To = strTo;
FromSph = sphFrom;
ToSph = sphTo;
Dx = dx;
Dy = dy;
Dz = dz;
Tm = TransformMethod.Param3;
}
/// <summary>
/// DatumTransfromStage copy constructor
/// </summary>
/// <param name="dts"></param>
public DatumTransformStage(DatumTransformStage dts)
{
From = dts.From;
To = dts.To;
FromSph = dts.FromSph;
ToSph = dts.ToSph;
Tm = dts.Tm;
Dx = dts.Dx;
Dy = dts.Dy;
Dz = dts.Dz;
Rx = dts.Rx;
Ry = dts.Ry;
Rz = dts.Rz;
Ds = dts.Ds;
TableName = dts.TableName;
ApplyTableInv = dts.ApplyTableInv;
}
/// <summary>
/// DatumTranformStage constructor for a 7-parameter transform
/// </summary>
public DatumTransformStage(string strFrom, string strTo, Spheroid sphFrom, Spheroid sphTo, double dx, double dy, double dz, double rx, double ry, double rz, double ds)
{
From = strFrom;
To = strTo;
FromSph = sphFrom;
ToSph = sphTo;
Tm = TransformMethod.Param7;
Dx = dx;
Dy = dy;
Dz = dz;
Rx = rx;
Ry = ry;
Rz = rz;
Ds = ds;
}
/// <summary>
/// DatumTranformStage constructor for a gridshift transform
/// </summary>
public DatumTransformStage(string strFrom, string strTo, Spheroid sphFrom, Spheroid sphTo, string strTableName, bool bApplyTableInv)
{
From = strFrom;
To = strTo;
FromSph = sphFrom;
ToSph = sphTo;
Tm = TransformMethod.GridShift;
TableName = strTableName;
ApplyTableInv = bApplyTableInv;
}
