Take advantage of argument-dependent lookup (ADL) to
avoid specifying std:: qualifier in some STL functions.
When a function argument refers to a namespace (in this
case std) then the compiler will search the unqualified
function in that namespace too.
No functional change.
Signed-off-by: Marco Costalba <mcostalba@gmail.com>
// is given, with the subset of legal moves to search.
for (MoveList<MV_LEGAL> ml(pos); !ml.end(); ++ml)
if ( SearchMoves.empty()
// is given, with the subset of legal moves to search.
for (MoveList<MV_LEGAL> ml(pos); !ml.end(); ++ml)
if ( SearchMoves.empty()
- || std::count(SearchMoves.begin(), SearchMoves.end(), ml.move()))
+ || count(SearchMoves.begin(), SearchMoves.end(), ml.move()))
RootMoves.push_back(RootMove(ml.move()));
if (Options["OwnBook"].value<bool>())
RootMoves.push_back(RootMove(ml.move()));
if (Options["OwnBook"].value<bool>())
Move bookMove = book.probe(pos, Options["Best Book Move"].value<bool>());
if ( bookMove != MOVE_NONE
Move bookMove = book.probe(pos, Options["Best Book Move"].value<bool>());
if ( bookMove != MOVE_NONE
- && std::count(RootMoves.begin(), RootMoves.end(), bookMove))
+ && count(RootMoves.begin(), RootMoves.end(), bookMove))
- std::swap(RootMoves[0], *std::find(RootMoves.begin(), RootMoves.end(), bookMove));
+ std::swap(RootMoves[0], *find(RootMoves.begin(), RootMoves.end(), bookMove));
if (skillBest == MOVE_NONE) // Still unassigned ?
skillBest = do_skill_level();
if (skillBest == MOVE_NONE) // Still unassigned ?
skillBest = do_skill_level();
- std::swap(RootMoves[0], *std::find(RootMoves.begin(), RootMoves.end(), skillBest));
+ std::swap(RootMoves[0], *find(RootMoves.begin(), RootMoves.end(), skillBest));
// At root obey the "searchmoves" option and skip moves not listed in Root
// Move List, as a consequence any illegal move is also skipped. In MultiPV
// mode we also skip PV moves which have been already searched.
// At root obey the "searchmoves" option and skip moves not listed in Root
// Move List, as a consequence any illegal move is also skipped. In MultiPV
// mode we also skip PV moves which have been already searched.
- if (RootNode && !std::count(RootMoves.begin() + PVIdx, RootMoves.end(), move))
+ if (RootNode && !count(RootMoves.begin() + PVIdx, RootMoves.end(), move))
continue;
// At PV and SpNode nodes we want all moves to be legal since the beginning
continue;
// At PV and SpNode nodes we want all moves to be legal since the beginning
// be trusted, and we don't update the best move and/or PV.
if (RootNode && !Signals.stop)
{
// be trusted, and we don't update the best move and/or PV.
if (RootNode && !Signals.stop)
{
- RootMove& rm = *std::find(RootMoves.begin(), RootMoves.end(), move);
+ RootMove& rm = *find(RootMoves.begin(), RootMoves.end(), move);
rm.nodes += pos.nodes_searched() - nodes;
// PV move or new best move ?
rm.nodes += pos.nodes_searched() - nodes;
// PV move or new best move ?
static bool ci_less(char c1, char c2) { return tolower(c1) < tolower(c2); }
bool CaseInsensitiveLess::operator() (const string& s1, const string& s2) const {
static bool ci_less(char c1, char c2) { return tolower(c1) < tolower(c2); }
bool CaseInsensitiveLess::operator() (const string& s1, const string& s2) const {
- return std::lexicographical_compare(s1.begin(), s1.end(), s2.begin(), s2.end(), ci_less);
+ return lexicographical_compare(s1.begin(), s1.end(), s2.begin(), s2.end(), ci_less);