public PowertrainECU300(VehicleDB db, ICommbox box, PowertrainModel model)
: base(db, box)
{
switch (model)
{
case PowertrainModel.QM48QT_8:
Parameter.KLineParity = KLineParity.None;
Parameter.KLineBaudRate = 19200;
Channel = ChannelFactory.Create(Parameter, box, ProtocolType.MikuniECU300);
Format = new MikuniECU300Format(Parameter);
break;
default:
throw new DiagException("Unsupport model!");
}
startConnection = Format.Pack(Database.QueryCommand("Start Connection", "Mikuni ECU300"));
tpsIdleLearningValueSetting = Format.Pack(Database.QueryCommand("TPS Idle Learning Value Setting", "Mikuni ECU300"));
longTermLearningValueReset = Format.Pack(Database.QueryCommand("02 Feed Back Long Term Learning Value Reset", "Mikuni ECU300"));
dsvISCLearningValueSetting = Format.Pack(Database.QueryCommand("DSV ISC Learning Value Reset", "Mikuni ECU300"));
readEcuVersion = Format.Pack(Database.QueryCommand("ECU Version Information", "Mikuni ECU300"));
this.model = model;
rData = new byte[128];
DataStream = new PowertrainDataStreamECU300(this);
}
public PowertrainDataStreamECU300(PowertrainECU300 ecu)
: base(ecu.Database, ecu.Channel, ecu.Format)
{
model = ecu.Model;
switch (model)
{
case PowertrainModel.QM48QT_8:
if (!QueryLiveData("QingQi Mikuni ECU300"))
{
throw new DiagException("Cannot find live datas");
}
foreach (var item in LiveDataItems)
{
item.FormattedCommand = Format.Pack(item.Command);
item.IsEnabled = true;
}
LiveDataItems["TS"].IsEnabled = false;
break;
default:
throw new DiagException("Unsupport model");
}
ReadInterval = Timer.FromMilliseconds(10);
}
public PowertrainECU200(VehicleDB db, ICommbox box, PowertrainModel model)
: base(db, box)
{
switch (model)
{
case PowertrainModel.DCJ_16A:
case PowertrainModel.DCJ_16C:
case PowertrainModel.DCJ_10:
Parameter.KLineParity = KLineParity.None;
Parameter.KLineBaudRate = 19200;
Channel = ChannelFactory.Create(Parameter, box, ProtocolType.MikuniECU200);
Format = new MikuniECU200Format(Parameter);
break;
case PowertrainModel.QM200GY_F:
case PowertrainModel.QM200_3D:
case PowertrainModel.QM200J_3L:
Parameter.KLineParity = KLineParity.Even;
Parameter.KLineBaudRate = 19200;
Channel = ChannelFactory.Create(Parameter, box, ProtocolType.MikuniECU300);
Format = new MikuniECU200Format(Parameter);
break;
default:
throw new DiagException("Unsupport model!");
}
this.model = model;
if (Channel == null)
throw new DiagException("Cannot create channel!!!");
readECUVersion1 = Format.Pack(Database.QueryCommand("Read ECU Version 1", "Mikuni ECU200"));
readECUVersion2 = Format.Pack(Database.QueryCommand("Read ECU Version 2", "Mikuni ECU200"));
engineRevolutions = Format.Pack(Database.QueryCommand("Engine Revolutions", "Mikuni ECU200"));
tpsIdleAdjustments = Format.Pack(Database.QueryCommand("TPS Idle Adjustment", "Mikuni ECU200"));
longTermLearnValueZoneInitialization = Format.Pack(Database.QueryCommand("Long Term Learn Value Zone Initialization", "Mikuni ECU200"));
longTermLearnValueZones = new Dictionary<int, byte[]>();
for (int i = 1; i < 11; i++)
{
longTermLearnValueZones.Add(i,
Format.Pack(
Database.QueryCommand(
"Long Term Learn Value Zone_" + Convert.ToString(i), "Mikuni ECU200")
)
);
}
iscLearnValueInitialization = Format.Pack(Database.QueryCommand("ISC Learn Value Initialization", "Mikuni ECU200"));
rData = new byte[100];
DataStream = new PowertrainDataStreamECU200(this);
TroubleCode = new PowertrainTroubleCodeECU200(this);
}
public PowertrainTroubleCodeECU300(PowertrainECU300 ecu)
: base(ecu.Database, ecu.Channel, ecu.Format)
{
syntheticFailure = Format.Pack(Database.QueryCommand("Synthetic Failure", "Mikuni ECU300"));
failureCmds = new Dictionary<int, byte[]>();
failureCalcs = new Dictionary<int, Func<byte[], int, int, string>>();
byte[] cmd = Database.QueryCommand("O2 Sensor Failure", "Mikuni ECU300");
failureCmds.Add(1, Format.Pack(cmd));
failureCalcs.Add(1, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "0140", "0180");
});
cmd = Database.QueryCommand("TPS Value Failure", "Mikuni ECU300");
failureCmds.Add(2, Format.Pack(cmd));
failureCalcs.Add(2, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "0240", "0280");
});
cmd = Database.QueryCommand("Sensor Source Failure", "Mikuni ECU300");
failureCmds.Add(3, Format.Pack(cmd));
failureCalcs.Add(3, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "0340", "0380");
});
cmd = Database.QueryCommand("Battery Voltage Failure", "Mikuni ECU300");
failureCmds.Add(4, Format.Pack(cmd));
failureCalcs.Add(4, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "0540", "0580");
});
cmd = Database.QueryCommand("Engine Temperature Sensor Failure", "Mikuni ECU300");
failureCmds.Add(5, Format.Pack(cmd));
failureCalcs.Add(5, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "0640", "0680");
});
cmd = Database.QueryCommand("Tilt Sensor Failure", "Mikuni ECU300");
failureCmds.Add(6, Format.Pack(cmd));
failureCalcs.Add(6, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "0880", "0880");
});
cmd = Database.QueryCommand("Injector Failure", "Mikuni ECU300");
failureCmds.Add(7, Format.Pack(cmd));
failureCalcs.Add(7, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "2040", "2080");
});
cmd = Database.QueryCommand("Ignition Coil Failure", "Mikuni ECU300");
failureCmds.Add(8, Format.Pack(cmd));
failureCalcs.Add(8, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "2140", "2180");
});
cmd = Database.QueryCommand("DSV Failure", "Mikuni ECU300");
failureCmds.Add(9, Format.Pack(cmd));
failureCalcs.Add(9, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "2840", "2880");
});
cmd = Database.QueryCommand("PDP Failure", "Mikuni ECU300");
failureCmds.Add(10, Format.Pack(cmd));
failureCalcs.Add(10, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "2740", "2780");
});
cmd = Database.QueryCommand("EEPROM Failure", "Mikuni ECU300");
failureCmds.Add(11, Format.Pack(cmd));
failureCalcs.Add(11, (recv, offset, count) =>
{
return CalcTroubleCode(recv, offset, count, "4040", "4080");
});
failureHistoryPointer = Format.Pack(Database.QueryCommand("Failure History Pointer", "Mikuni ECU300"));
failureHistoryBuffer = new Dictionary<int, byte[]>();
for (int i = 1; i < 17; i++)
{
cmd = Database.QueryCommand("Failure History Buffer" + Convert.ToString(i), "Mikuni ECU300");
failureHistoryBuffer.Add(i, Format.Pack(cmd));
}
failureHistoryClear1 = Format.Pack(Database.QueryCommand("Failure History Clear1", "Mikuni ECU300"));
failureHistoryClear2 = Format.Pack(Database.QueryCommand("Failure History Clear2", "Mikuni ECU300"));
failureHistoryClear3 = Format.Pack(Database.QueryCommand("Failure History Clear3", "Mikuni ECU300"));
this.ecu = ecu;
this.model = ecu.Model;
switch (model)
{
case PowertrainModel.QM48QT_8:
sys = "QingQi Mikuni ECU300";
break;
default:
break;
}
rData = new byte[128];
}
public PowertrainTroubleCodeECU200(PowertrainECU200 ecu)
: base(ecu.Database, ecu.Channel, ecu.Format)
{
syntheticFailure = Format.Pack(Database.QueryCommand("Synthetic Failure", "Mikuni ECU200"));
failureCmds = new Dictionary<int, byte[]>();
failureCalcs = new Dictionary<int, Func<byte[], int, int, string>>();
failureCmds.Add(1, Format.Pack(Database.QueryCommand("Manifold Pressure Failure", "Mikuni ECU200")));
failureCalcs.Add(1, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0040", "0080");
});
failureCmds.Add(2, Format.Pack(Database.QueryCommand("O2 Sensor Failure", "Mikuni ECU200")));
failureCalcs.Add(2, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0140", "0180");
});
failureCmds.Add(3, Format.Pack(Database.QueryCommand("TPS Sensor Failure", "Mikuni ECU200")));
failureCalcs.Add(3, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0240", "0280");
});
failureCmds.Add(4, Format.Pack(Database.QueryCommand("Sensor Source Failure", "Mikuni ECU200")));
failureCalcs.Add(4, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0340", "0380");
});
failureCmds.Add(5, Format.Pack(Database.QueryCommand("Battery Voltage Failure", "Mikuni ECU200")));
failureCalcs.Add(5, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0540", "0580");
});
failureCmds.Add(6, Format.Pack(Database.QueryCommand("Engine Temperature Sensor Failure", "Mikuni ECU200")));
failureCalcs.Add(6, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0640", "0680");
});
failureCmds.Add(7, Format.Pack(Database.QueryCommand("Manifold Temperature Failure", "Mikuni ECU200")));
failureCalcs.Add(7, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0740", "0780");
});
failureCmds.Add(8, Format.Pack(Database.QueryCommand("Tilt Sensor Failure", "Mikuni ECU200")));
failureCalcs.Add(8, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0840", "0880");
});
failureCmds.Add(9, Format.Pack(Database.QueryCommand("DCP Failure", "Mikuni ECU200")));
failureCalcs.Add(9, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "2040", "2080");
});
failureCmds.Add(10, Format.Pack(Database.QueryCommand("Ignition Coil Failure", "Mikuni ECU200")));
failureCalcs.Add(10, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "2140", "2180");
});
failureCmds.Add(11, Format.Pack(Database.QueryCommand("O2 Heater Failure", "Mikuni ECU200")));
failureCalcs.Add(11, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "2240", "2280");
});
failureCmds.Add(11, Format.Pack(Database.QueryCommand("EEPROM Failure", "Mikuni ECU200")));
failureCalcs.Add(11, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "4040", "4080");
});
failureCmds.Add(11, Format.Pack(Database.QueryCommand("Air Valve Failure", "Mikuni ECU200")));
failureCalcs.Add(11, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "2340", "2380");
});
failureCmds.Add(11, Format.Pack(Database.QueryCommand("SAV Failure", "Mikuni ECU200")));
failureCalcs.Add(11, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "2440", "2480");
});
failureCmds.Add(11, Format.Pack(Database.QueryCommand("CPS Failure", "Mikuni ECU200")));
failureCalcs.Add(11, (buff, offset, length) =>
{
return CalcTroubleCode(buff, offset, length, "0940", "0980");
});
failureHistoryPointer = Format.Pack(Database.QueryCommand("Failure History Pointer", "Mikuni ECU200"));
failureHistoryBuffer = new Dictionary<int, byte[]>();
for (int i = 0; i < 16; i++)
{
failureHistoryBuffer.Add(i,
Format.Pack(
Database.QueryCommand(
"Failure History Buffer" + Convert.ToInt32(i), "Mikuni ECU200")
)
);
}
failureHistoryClear = Format.Pack(Database.QueryCommand("Failure History Clear", "Mikuni ECU200"));
model = ecu.Model;
switch (model)
{
case PowertrainModel.DCJ_16A:
case PowertrainModel.DCJ_16C:
case PowertrainModel.DCJ_10:
sys = "DCJ Mikuni ECU200";
break;
case PowertrainModel.QM200GY_F:
case PowertrainModel.QM200_3D:
case PowertrainModel.QM200J_3L:
sys = "QingQi Mikuni ECU200";
break;
default:
break;
}
rData = new byte[100];
}
