void RegExpCachedResult::setInput(ExecState* exec, JSObject* owner, JSString* input)
{
// Make sure we're reified, otherwise m_reifiedInput will be ignored.
lastResult(exec, owner);
ASSERT(m_reified);
m_reifiedInput.set(exec->vm(), owner, input);
}
JSString* RegExpCachedResult::leftContext(ExecState* exec, JSObject* owner)
{
// Make sure we're reified.
lastResult(exec, owner);
if (!m_reifiedLeftContext)
m_reifiedLeftContext.set(exec->vm(), owner, m_result.start ? jsSubstring(exec, m_reifiedInput.get(), 0, m_result.start) : jsEmptyString(exec));
return m_reifiedLeftContext.get();
}
JSString* RegExpCachedResult::rightContext(ExecState* exec, JSObject* owner)
{
// Make sure we're reified.
lastResult(exec, owner);
if (!m_reifiedRightContext) {
unsigned length = m_reifiedInput->length();
m_reifiedRightContext.set(exec->vm(), owner, m_result.end != length ? jsSubstring(exec, m_reifiedInput.get(), m_result.end, length - m_result.end) : jsEmptyString(exec));
}
return m_reifiedRightContext.get();
}
pair<TMove, TPoint> CSearchEngine::optimalMove(TBlock board[], const TPos&_p1, const TPos&_p2, const TPlayer next, const vector<TMove> &history)
{
static CMyAI *pAI = CMyAI::getInstance();
pair<TMove, TPoint> result;
pair<TMove, TPoint> lastResult(0, 0);
int d;
if (pAI->inEnemyTurn)
d = pAI->lastReachedDepth > 0 ? pAI->lastReachedDepth - 1 : MIN_DEPTH;
else
{
d = pAI->lastReachedDepth > 0 ? pAI->lastReachedDepth - 2 : MIN_DEPTH;
}
cout << "started with d = " << d << endl;
for (; d <= MAX_DEPTH; d++){
result = getOptimalMoveByAB(board, _p1, _p2, next, history, d);
if (result.second == TIMEOUT_POINTS)
{
if (pAI->foundAnEnd)
if (pAI->isCalculatingInEnemyTurn)
pAI->foundAnEnd = false; // if this is an enemy's turn then in the next turn (our turn, do it normal)
else
d++;// if this is our turn, in the enemy turn, reach to this depth right!
break;
}
else
{
TPoint p = abs(result.second);
if (p > POINTS / 2){
pAI->foundAnEnd = true;
if (abs(lastResult.second) <= POINTS / 2)
d--;
}
else {
pAI->foundAnEnd = false;
}
lastResult = result;
cout << lastResult.second << endl;
}
}
pAI->lastReachedDepth = d - 1;
if (!pAI->isCalculatingInEnemyTurn)
cout << "Reached depth = " << pAI->lastReachedDepth << endl;
CTranspositionTable::getInstance()->printStatic();
return lastResult;
}