public void GotCANFrame(CANFrame frame)
{
int found = -1;
for (int x = 0; x < foundID.Count; x++)
{
if (foundID[x].ID == frame.ID)
{
found = x;
break;
}
}
if (found == -1)
{
UniqueFrameData tempData = new UniqueFrameData();
tempData.ID = frame.ID;
tempData.referenceBitfield = bytesToUInt64(frame.data);
tempData.staticBits = 0xFFFFFFFFFFFFFFFF; //that'd be 64 binary 1's
foundID.Add(tempData);
}
UInt64 newdata = bytesToUInt64(frame.data);
UInt64 bitDiffs = newdata ^ foundID[found].referenceBitfield;
//The above XOR will cause bitDiffs to have a 1 anywhere the bits were different.
//This would be wherever a change occurred in bits from the reference.
//This needs to be inverted so that a 1 appears wherever the bits were the same.
bitDiffs = ~bitDiffs;
//Now that we've got a variable with a 1 in the bit positions that did not change
//we can AND it with the staticBits member for the frame ID. This will cause there to be a 1
//in this field only where 1 is currently there and in the bitDiffs variable. The
//end result is that staticBits will only have a 1 where the bits have NEVER changed
//in any frame we've seen. These are candidates for trying to find a switched value.
UInt64 staticTemp = foundID[found].staticBits & bitDiffs;
if (initialBaseline)
{
//Since this is the initial baseline we store the new static bits
foundID[found].staticBits = staticTemp;
}
else
{
//initial baseline is already complete so compare the result to what is stored. See if there is a change
if (foundID[found].staticBits != staticTemp)
{
}
}
//enqueue frame
frameCache.Add(frame);
}
public void GotCANFrame(CANFrame frame)
{
int found = -1;
for (int x = 0; x < foundID.Count; x++)
{
if (foundID[x].ID == frame.ID)
{
found = x;
break;
}
}
if (found == -1)
{
UniqueFrameData tempData = new UniqueFrameData();
tempData.ID = frame.ID;
tempData.referenceBitfield = bytesToUInt64(frame.data);
tempData.staticBits = 0xFFFFFFFFFFFFFFFF; //that'd be 64 binary 1's
foundID.Add(tempData);
}
UInt64 newdata = bytesToUInt64(frame.data);
UInt64 bitDiffs = newdata ^ foundID[found].referenceBitfield;
//The above XOR will cause bitDiffs to have a 1 anywhere the bits were different.
//This would be wherever a change occurred in bits from the reference.
//This needs to be inverted so that a 1 appears wherever the bits were the same.
bitDiffs = ~bitDiffs;
//Now that we've got a variable with a 1 in the bit positions that did not change
//we can AND it with the staticBits member for the frame ID. This will cause there to be a 1
//in this field only where 1 is currently there and in the bitDiffs variable. The
//end result is that staticBits will only have a 1 where the bits have NEVER changed
//in any frame we've seen. These are candidates for trying to find a switched value.
UInt64 staticTemp = foundID[found].staticBits & bitDiffs;
if (initialBaseline)
{
//Since this is the initial baseline we store the new static bits
foundID[found].staticBits = staticTemp;
}
else
{
//initial baseline is already complete so compare the result to what is stored. See if there is a change
if (foundID[found].staticBits != staticTemp)
{
}
}
//enqueue frame
frameCache.Add(frame);
}
