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 void OpenVehicleDB()
{
try
{
_db = new VehicleDB();
_db.Open(System.Environment.CurrentDirectory, "test");
}
catch (DatabaseException ex)
{
Assert.Fail(ex.Message);
}
}
public AbstractECU(VehicleDB db, ICommbox box)
{
troubleCode = null;
dataStream = null;
freezeFrame = null;
activeTest = null;
this.db = db;
this.box = box;
param = new Parameter();
format = null;
chn = null;
}
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 DataStreamFunction(VehicleDB db, IChannel chn, IFormat format)
: base(db, chn, format)
{
stopRead = true;
stopCalc = true;
readExp = false;
lds = null;
readInterval = Timer.FromMilliseconds(10);
calcInterval = Timer.FromMilliseconds(1);
readMutex = new Mutex();
calcMutex = new Mutex();
taskFactory = new TaskFactory();
tasks = null;
readBuff = new byte[128];
historyBuff = new Dictionary<string, byte[]>();
BeginRead = null;
EndRead = null;
BeginCalc = null;
EndCalc = null;
}
public TroubleCodeFunction(VehicleDB db, IChannel chn, IFormat format)
: base(db, chn, format)
{
}
public AbstractFunction(VehicleDB db, IChannel chn, IFormat format)
{
this.db = db;
this.chn = chn;
this.format = format;
}
public ActiveTestFunction(VehicleDB db, IChannel chn, IFormat format)
: base(db, chn, format)
{
actMap = new Dictionary<int, Action<ActiveState>>();
state = ActiveState.Stop;
}