void Mano::HacerJugada()
{
if (!CheckStraighFlush())
{
if (!CheckFourOfAKind())
{
if (!CheckFullHouse())
{
if (!CheckFlush())
{
if (!CheckStraight())
{
if (!CheckThreeOfAKind())
{
if (!CheckTwoPair())
{
if (!CheckPair())
{
if (!CheckHighCard())
{
void;
}
}
}
}
}
}
}
}
}
}
void ArticleCache::Run()
{
// automatically flush the cache if it is filled to 90% (only in DirectWrite mode)
size_t fillThreshold = (size_t)g_Options->GetArticleCache() * 1024 * 1024 / 100 * 90;
int resetCounter = 0;
bool justFlushed = false;
while (!IsStopped() || m_allocated > 0)
{
if ((justFlushed || resetCounter >= 1000 || IsStopped() ||
(g_Options->GetDirectWrite() && m_allocated >= fillThreshold)) &&
m_allocated > 0)
{
justFlushed = CheckFlush(m_allocated >= fillThreshold);
resetCounter = 0;
}
else if (!m_allocated)
{
Guard guard(m_allocMutex);
m_allocCond.Wait(m_allocMutex, [&]{ return IsStopped() || m_allocated > 0; });
resetCounter = 0;
}
else
{
Util::Sleep(5);
resetCounter += 5;
}
}
}
unsigned int HandRank::GetHandRank(list<Card> cards)
{
unsigned int HandRank = 0;
cards.sort();
cards.reverse();
if( CheckFlush(cards, HandRank)) return HandRank;
if( CheckStraight(cards, HandRank)) return HandRank;
if( CheckThreeOfAKind(cards, HandRank)) return HandRank;
if( CheckTwoPair(cards, HandRank)) return HandRank;
if( CheckPair(cards, HandRank) ) return HandRank;
SetHighCard(cards, HandRank);
return HandRank;
}
void FileBuffer::Flush()
{
CheckFlush(0);
}
void FileBuffer::Write32(uint32_t data)
{
fBuffer.Append32(data);
CheckFlush(fMaxSize);
}
void FileBuffer::Write16(uint16_t data)
{
fBuffer.Append16(data);
CheckFlush(fMaxSize);
}
void FileBuffer::Write8(uint8_t data)
{
fBuffer.Append8(data);
CheckFlush(fMaxSize);
}
