public void OnNext(string value)
{
var parsedLine = DolphinMbpWriteLine.ParseString(value);
if (parsedLine?.WriteSize == 8)
{
uint flagNum = parsedLine.MemoryAddr - FLAGS_BASE_ADDRESS;
// If the memory address is less than the flags base address, flagNum will overflow
// so we only need to check flagNum < FLAGS_SIZE
if (flagNum >= FLAGS_SIZE)
{
return;
}
byte oldFlag = cachedFlags[flagNum];
cachedFlags[flagNum] = (byte)parsedLine.Value;
if (oldFlag != parsedLine.Value)
{
var eventArgs = new SoALFlagChangedEventArgs {
FlagNumber = (int)flagNum,
OldValue = oldFlag,
NewValue = parsedLine.Value
};
OnChange?.Invoke(this, eventArgs);
}
}
}
public void OnNext(string value)
{
var parsedLine = DolphinMbpWriteLine.ParseString(value);
if (parsedLine?.WriteSize == 32)
{
uint chunkOffset = (parsedLine.MemoryAddr - BITS_BASE_ADDRESS) / 4;
// If the memory address is less than the flags base address, flagNum will overflow
// so we only need to check flagNum < FLAGS_SIZE
if (chunkOffset >= BITS_CHUNKS_COUNT)
{
return;
}
uint oldChunk = cachedBitChunks[chunkOffset];
uint newChunk = parsedLine.Value;
cachedBitChunks[chunkOffset] = newChunk;
List <int> changedBits = BitUtils.GetListOfBits((int)(oldChunk ^ newChunk));
var eventArgs = new SoALBitChangedEventArgs
{
ChunkNumber = (int)chunkOffset
};
foreach (int b in changedBits)
{
eventArgs.ChunkBit = b;
eventArgs.IsBeingSet = (newChunk & (1 << b)) != 0;
OnChange?.Invoke(this, eventArgs);
}
}
}