public StatisticsGenerator(StatusContainer status, P2PQuickWatchPresentation quickWatch, KeySearcher keySearcher, KeySearcherSettings settings, DistributedBruteForceManager distributedBruteForceManager)
{
this.status = status;
this.quickWatch = quickWatch;
this.keySearcher = keySearcher;
this.distributedBruteForceManager = distributedBruteForceManager;
lastDateOfGlobalStatistics = DateTime.Now;
HighestChunkCalculated = -1;
stopWatch = new Stopwatch();
var keyPattern = new KeyPattern.KeyPattern(keySearcher.ControlMaster.GetKeyPattern())
{
WildcardKey = settings.Key
};
var keysPerChunk = Math.Pow(2, settings.ChunkSize);
var keyPatternPool = new KeyPatternPool(keyPattern, new BigInteger(keysPerChunk));
TotalAmountOfChunks = keyPatternPool.Length;
status.PropertyChanged += StatusPropertyChanged;
elapsedTimeTimer = new Timer(1000);
elapsedTimeTimer.Elapsed += ElapsedTimeTimerTick;
elapsedTimeTimer.Start();
trafficUpdateTimer = new Timer(10000);
trafficUpdateTimer.Elapsed += TrafficUpdateTimerTick;
trafficUpdateTimer.Start();
}
public DistributedBruteForceManager(KeySearcher keySearcher, KeyPattern.KeyPattern keyPattern, KeySearcherSettings settings,
KeyQualityHelper keyQualityHelper, P2PQuickWatchPresentation quickWatch, KeyPoolTreePresentation keyPoolTreePresentation)
{
this.keySearcher = keySearcher;
this.settings = settings;
this.keyQualityHelper = keyQualityHelper;
this.quickWatch = quickWatch;
_keyPoolTreePresentation = keyPoolTreePresentation;
// TODO when setting is still default (21), it is only displayed as 21 - but the settings-instance contains 0 for that key!
if (settings.ChunkSize == 0)
{
settings.ChunkSize = 21;
}
StopWatch = new Stopwatch();
status = new StatusContainer(keySearcher);
status.IsCurrentProgressIndeterminate = true;
keyGenerator = new StorageKeyGenerator(keySearcher, settings);
patternPool = new KeyPatternPool(keyPattern, new BigInteger(Math.Pow(2, settings.ChunkSize)));
StatisticsGenerator = new StatisticsGenerator(status, quickWatch, keySearcher, settings, this);
quickWatch.Dispatcher.BeginInvoke(DispatcherPriority.Normal, new Action(UpdateStatusContainerInQuickWatch));
_keyPoolTreePresentation.PatternPool = patternPool;
_keyPoolTreePresentation.KeyQualityHelper = keyQualityHelper;
_keyPoolTreePresentation.KeyGenerator = keyGenerator;
_keyPoolTreePresentation.StatusContainer = status;
}
public void SetKeys(object keys)
{
if (!(keys is KeyPattern.KeyPattern) || (((KeyPattern.KeyPattern)keys).WildcardKey == null))
{
throw new Exception("Something went horribly wrong!");
}
pattern = (KeyPattern.KeyPattern)keys;
keyMovements = pattern.getKeyMovements();
movementStatus = pattern.getWildcardProgress();
if (movementStatus.Length != keyMovements.Length)
{
throw new Exception("Movements and Wildcards do not fit together!");
}
movementPointers = new int[movementStatus.Length];
int mpc = 0;
byte[] keya2 = new byte[256];
int kc = 0;
string wildcardKey = pattern.WildcardKey;
int i = 0;
bool first = true;
while (i < wildcardKey.Length)
{
if (wildcardKey[i] == '[')
{
i++;
while (wildcardKey[i++] != ']')
{
;
}
i--;
movementPointers[mpc++] = kc++;
first = false;
}
else if (wildcardKey[i] == '-')
{
first = true;
}
else
{
byte val = Convert.ToByte("" + wildcardKey[i], 16);
if (first)
{
keya2[kc / 2] = (byte)((int)val << 4);
}
else
{
keya2[kc / 2] |= val;
}
kc++;
first = false;
}
i++;
}
keya = new byte[kc / 2];
for (int c = 0; c < (kc / 2); c++)
{
keya[c] = keya2[c];
}
for (int x = 0; x < movementStatus.Length; x++)
{
SetWildcard(x);
}
}
