/// <summary>Read one flash block (32kByte) of acquisition raw data</summary>
/// <param name="Position">Position of acquisition data in ring</param>
/// <param name="Data">Target byte array for flash data</param>
/// <returns>0 on success, else see ReturnValue</returns>
public override ReturnValue ReadAcquisitionData(UInt16 Position, out byte[] Data)
{
ReturnValue ret = ReturnValue.NoError;
if (mBusy)
{
Data = new byte[0];
ret = ReturnValue.ThreadingBusy;
}
else
{
Data = new byte[MAX_READ_BUFFER_SIZE];
for (int i = 0; i < MAX_READ_BUFFER_SIZE; i++)
{
Data[i] = 0xFF;
}
if (Position <= mInfo.AqSizeNumBlocks)
{
Comm.OrderByte stb = Comm.OrderByte.Alive;
switch (Position)
{
case 0:
stb = Comm.OrderByte.ReadAcquisitionSector_01; break;
case 1:
stb = Comm.OrderByte.ReadAcquisitionSector_02; break;
case 2:
stb = Comm.OrderByte.ReadAcquisitionSector_03; break;
case 3:
stb = Comm.OrderByte.ReadAcquisitionSector_04; break;
case 4:
stb = Comm.OrderByte.ReadAcquisitionSector_05; break;
case 5:
stb = Comm.OrderByte.ReadAcquisitionSector_06; break;
case 6:
stb = Comm.OrderByte.ReadAcquisitionSector_07; break;
case 7:
stb = Comm.OrderByte.ReadAcquisitionSector_08; break;
case 8:
stb = Comm.OrderByte.ReadAcquisitionSector_09; break;
case 9:
stb = Comm.OrderByte.ReadAcquisitionSector_10; break;
case 10:
stb = Comm.OrderByte.ReadAcquisitionSector_11; break;
case 11:
stb = Comm.OrderByte.ReadAcquisitionSector_12; break;
case 12:
stb = Comm.OrderByte.ReadAcquisitionSector_13; break;
case 13:
stb = Comm.OrderByte.ReadAcquisitionSector_14; break;
case 14:
stb = Comm.OrderByte.ReadAcquisitionSector_14; break;
case 15:
stb = Comm.OrderByte.ReadAcquisitionSector_16; break;
case 16:
stb = Comm.OrderByte.ReadAcquisitionSector_17; break;
case 17:
stb = Comm.OrderByte.ReadAcquisitionSector_18; break;
case 18:
stb = Comm.OrderByte.ReadAcquisitionSector_19; break;
case 19:
stb = Comm.OrderByte.ReadAcquisitionSector_20; break;
case 20:
stb = Comm.OrderByte.ReadAcquisitionSector_21; break;
case 21:
stb = Comm.OrderByte.ReadAcquisitionSector_22; break;
case 22:
stb = Comm.OrderByte.ReadAcquisitionSector_23; break;
case 23:
stb = Comm.OrderByte.ReadAcquisitionSector_24; break;
case 24:
stb = Comm.OrderByte.ReadAcquisitionSector_25; break;
case 25:
stb = Comm.OrderByte.ReadAcquisitionSector_26; break;
case 26:
stb = Comm.OrderByte.ReadAcquisitionSector_27; break;
case 27:
stb = Comm.OrderByte.ReadAcquisitionSector_28; break;
case 28:
stb = Comm.OrderByte.ReadAcquisitionSector_29; break;
default:
stb = Comm.OrderByte.Alive; break;
}
if (stb != Comm.OrderByte.Alive)
{
ret = mEcu.Read(stb, out Data);
}
else
{
ret = ReturnValue.ComOrderFailed;
}
}
else
{
ret = ReturnValue.ComOrderFailed;
}
}
return(ret);
}
/// <summary>Send order to ecu</summary>
/// <param name="Order">Enumeration of order</param>
/// <param name="Value">Value of order</param>
/// <returns>0 on success, else see ReturnValue</returns>
public override ReturnValue SendOrder(Comm.OrderByte Order, UInt16 Value)
{
return(mEcu.Order(Order, Value));
}
/// <summary>Send order to ecu</summary> /// <param name="Order">Enumeration of order</param> /// <param name="Value">Value of order</param> /// <returns>0 on success, else see ReturnValue</returns> public abstract ReturnValue SendOrder(Comm.OrderByte Order, UInt16 Value);
