BUG: There are only 4095 items in the buffer that is zero'd out using 4096.

FIX: Fix the number used in memset.

1 files changed, 1 insertions, 1 deletions

diff --git a/noncore/games/wordgame/wordgame.cpp b/noncore/games/wordgame/wordgame.cpp
index 52e2be2..8cf92ef 100644
--- a/noncore/games/wordgame/wordgame.cpp
+++ b/noncore/games/wordgame/wordgame.cpp
@@ -399,385 +399,385 @@ void Rules::editRules()
 }
 
 void Rules::deleteRuleSet()
 {
     // ### delete existing rule set
     emit rulesChanged();
 }
 
 void WordGame::addPlayer(const QString& name)
 {
     if ( !name.isEmpty() ) {
 	int colon = name.find(':');
 	int cpu = (colon >=0 && name.left(2) == "AI") ? name.mid(2,1).toInt() : 0;
 	addPlayer(name,cpu);
     }
 }
 
 void WordGame::addPlayer(const QString& name, int cpu)
 {
     Rack* r = new Rack(rack_tiles,racks);
     r->setPlayerName(name);
     r->setComputerization(cpu);
     racks->addWidget(r, nplayers);
     refillRack(nplayers);
     namelist.append(name);
 
     ++nplayers;
 }
 
 void WordGame::nextPlayer()
 {
     if ( !refillRack(player) ) {
 	endGame();
     } else {
 	player = (player+1)%nplayers;
 	scoreinfo->setBoldOne(player);
 	readyRack(player);
     }
 }
 
 bool WordGame::mayEndGame()
 {
     int out=-1;
     int i;
     for (i=0; i<nplayers; i++)
 	if ( !rack(i)->count() )
 	    out = i;
     if ( out<0 ) {
 	if ( QMessageBox::warning(this,tr("End game"),
 				  tr("Do you want to end the game early?"), 
 				  tr("Yes"), tr("No") )!=0 )
 	{
 	    return FALSE;
 	}
     }
     return TRUE;
 }
 
 void WordGame::endGame()
 {
     if ( gameover ) {
 	close();
 	return;
     }
 
     if ( !mayEndGame() )
 	return;
     int out=-1;
     int totalleft=0;
     int i;
     for (i=0; i<nplayers; i++) {
 	Rack* r = rack(i);
 	int c = r->count();
 	if ( c ) {
 	    int lose=0;
 	    for ( int j=0; j<c; j++ )
 		lose += r->tileRef(j)->value();
 	    totalleft += lose;
 	    scoreinfo->addScore(i,-lose);
 	} else {
 	    out = i;
 	}
     }
     int highest=0;
     int winner=0;
     for (i=0; i<nplayers; i++) {
 	int s = scoreinfo->playerScore(i);
 	if ( s > highest ) {
 	    highest = s;
 	    winner = i;
 	}
     }
     if ( out >= 0 )
 	scoreinfo->addScore(out,totalleft);
     scoreinfo->setBoldOne(winner);
     gameover = TRUE;
     done->setEnabled(TRUE);
     reset->setEnabled(FALSE);
 }
 
 void WordGame::endTurn()
 {
     if ( gameover ) {
 	openGameSelector(namelist);
     } else {
 	if ( board->checkTurn() ) {
 	    if ( board->turnScore() >= 0 ) {
 		scoreinfo->addScore(player,board->turnScore());
 		board->finalizeTurn();
 	    } else {
 		QApplication::beep();
 	    }
 	    nextPlayer();
 	}
     }
 }
 
 void WordGame::resetTurn()
 {
     board->resetRack();
 }
 
 void WordGame::passTurn()
 {
     // ######## trade?
     nextPlayer();
 }
 
 bool WordGame::refillRack(int i)
 {
     Rack* r = rack(i);
     while ( !bag->isEmpty() && !r->isFull() ) {
 	r->addTile(bag->takeRandom());
     }
     return r->count() != 0;
 }
 
 void WordGame::readyRack(int i)
 {
     Rack* r = rack(i);
     racks->raiseWidget(i);
     board->setCurrentRack(r);
 
     done->setEnabled( !r->computerized() );
     reset->setEnabled( !r->computerized() );
 
     if ( r->computerized() ) {
 	cpu = new ComputerPlayer(board, r);
 	aiheart->start(0);
     }
 }
 
 Rack* WordGame::rack(int i) const
 {
     return (Rack*)racks->widget(i);
 }
 
 void WordGame::think()
 {
     if ( !cpu->step() ) {
 	delete cpu;
 	cpu = 0;
 	aiheart->stop();
 	if ( board->turnScore() < 0 )
 	    passTurn();
 	else
 	    endTurn();
     }
 }
 
 ComputerPlayer::ComputerPlayer(Board* b, Rack* r) :
     board(b), rack(r), best(new const Tile*[rack_tiles]),
 	best_blankvalues(new Tile[rack_tiles])
 {
     best_score = -1;
     across=FALSE;
     dict=0;
 }
 
 ComputerPlayer::~ComputerPlayer()
 {
     delete [] best;
     delete [] best_blankvalues;
 }
 
 bool ComputerPlayer::step()
 {
     const QDawg::Node* root = dict ? Global::dawg("WordGame").root()
 				: Global::fixedDawg().root();
     QPoint d = across ? QPoint(1,0) : QPoint(0,1);
     const Tile* tiles[99]; // ### max board size
     uchar nletter[4095]; // QDawg only handles 0..4095
-    memset(nletter,0,4096);
+    memset(nletter,0,4095);
     for (int i=0; i<rack->count(); i++) {
 	const Tile* r = rack->tileRef(i);
 	if ( r->isBlank() )
 	    nletter[0]++;
 	else
 	    nletter[r->text()[0].unicode()]++;
     }
     Tile blankvalues[99]; // ### max blanks
     findBest(current, d, root, 0, nletter, tiles, 0, blankvalues, 0);
     if ( ++current.rx() == board->xTiles() ) {
 	current.rx() = 0;
 	if ( ++current.ry() == board->yTiles() ) {
 	    if ( across ) {
 		if ( dict == 1 ) {
 		    if ( best_score >= 0 ) {
 			rack->arrangeTiles(best,best_n);
 			rack->setBlanks(best_blankvalues);
 			board->scoreTurn(best_start, best_n, best_dir);
 			board->showTurn();
 		    }
 		    return FALSE;
 		}
 		dict++;
 		across = FALSE;
 		current = QPoint(0,0);
 	    } else {
 		across = TRUE;
 		current = QPoint(0,0);
 	    }
 	}
     }
     return TRUE;
 }
 
 void ComputerPlayer::findBest(QPoint at, const QPoint& d, const QDawg::Node* node, ulong used, uchar* nletter, const Tile** tiles, int n, Tile* blankvalues, int blused)
 {
     if ( !node )
 	return;
     QChar l = node->letter();
     const Tile* cur = board->tile(at);
     if ( cur ) {
 	if ( cur->text()[0] == l ) {
 	    bool nextok =  board->contains(at+d);
 	    if ( node->isWord() && n && (!nextok || !board->tile(at+d)) )
 		noteChoice(tiles,n,d,blankvalues,blused);
 	    if ( nextok )
 		findBest(at+d, d, node->jump(), used, nletter, tiles, n, blankvalues, blused);
 	    // #### text()[1]...
 	}
     } else {
 	if ( nletter[l.unicode()] || nletter[0] ) {
 	    int rc = rack->count();
 	    ulong msk = 1;
 	    for ( int x=0; x<rc; x++ ) {
 		if ( !(used&msk) ) {
 		    const Tile* t = rack->tileRef(x);
 		    if ( t->isBlank() || t->text() == l ) { // #### multi-char value()s
 			bool nextok =  board->contains(at+d);
 			tiles[n++] = t;
 			if ( t->isBlank() )
 			    blankvalues[blused++] = Tile(l,0);
 			if ( node->isWord() && (!nextok || !board->tile(at+d)) )
 			    noteChoice(tiles,n,d,blankvalues,blused);
 			used |= msk; // mark
 			nletter[t->text()[0].unicode()]--;
 			if ( nextok )
 			    findBest(at+d, d, node->jump(), used, nletter, tiles, n, blankvalues, blused);
 			n--;
 			nletter[t->text()[0].unicode()]++;
 			if ( t->isBlank() ) {
 			    // keep looking
 			    blused--;
 			    used &= ~msk; // unmark
 			} else {
 			    break;
 			}
 		    }
 		}
 		msk <<= 1;
 	    }
 	}
 	// #### text()[1]...
     }
     findBest(at, d, node->next(), used, nletter, tiles, n, blankvalues, blused);
 }
 
 void ComputerPlayer::noteChoice(const Tile** tiles, int n, const QPoint& d, const Tile* blankvalues, int blused)
 {
     int s = board->score(current, tiles, n, blankvalues, d, TRUE, 0);
 /*
 if (s>0 || current==QPoint(5,1)){
 QString st;
 for ( int i=0; i<n; i++ )
     st += tiles[i]->text();
 odebug << "" << current.x() << "," << current.y() << ": " << st.latin1() << " (" << n << ") for " << s << "" << oendl; 
 }
 */
     if ( s > best_score ) {
 	int i;
 	for ( i=0; i<n; i++ )
 	    best[i] = tiles[i];
 	for ( i=0; i<blused; i++ )
 	    best_blankvalues[i] = blankvalues[i];
 	best_n = n;
 	best_blused = blused;
 	best_score = s;
 	best_dir = d;
 	best_start = current;
     }
 }
 
 int TileItem::smallWidth()
 {
     return tile_smallw;
 }
 
 int TileItem::smallHeight()
 {
     return tile_smallh;
 }
 
 int TileItem::bigWidth()
 {
     return tile_bigw;
 }
 
 int TileItem::bigHeight()
 {
     return tile_bigh;
 }
 
 void TileItem::setState( State state )
 {
     hide();
     s = state;
     show(); // ### use update() in Qt 3.0
 }
 
 void TileItem::setTile(const Tile& tile)
 {
     hide();
     t = tile;
     show(); // ### use update() in Qt 3.0
 }
 
 void TileItem::setBig(bool b)
 {
     big = b;
 }
 
 void TileItem::drawShape(QPainter& p)
 {
     static QFont *value_font=0;
     static QFont *big_font=0;
     static QFont *small_font=0;
     if ( !value_font ) {
 	value_font = new QFont("helvetica",8);
 	if ( TileItem::bigWidth() < 20 ) {
 	    big_font = new QFont("helvetica",12);
 	    small_font = new QFont("helvetica",8);
 	} else {
 	    big_font = new QFont("smoothtimes",17);
 	    small_font = new QFont("smoothtimes",10);
 	}
     }
 
     QRect area(x(),y(),width(),height());
     p.setBrush(s == Floating ? yellow/*lightGray*/ : white);
     p.drawRect(area);
     if ( big ) {
 	p.setFont(*value_font);
 	QString n = QString::number(t.value());
 	int w = p.fontMetrics().width('1');
 	int h = p.fontMetrics().height();
 	w *= n.length();
 	QRect valuearea(x()+width()-w-1,y()+height()-h,w,h);
 	p.drawText(valuearea,AlignCenter,n);
 	p.setFont(*big_font);
 	area = QRect(x(),y()+tile_btweak,width()-4,height()-1);
     } else {
 	p.setFont(*small_font);
 	area = QRect(x()+1+tile_stweak,y()+1,width(),height()-3);
     }
     if ( t.value() == 0 )
 	p.setPen(darkGray);
     p.drawText(area,AlignCenter,t.text().upper());
 }
 
 Board::Board(QPixmap bgshapes, int w, int h, QWidget* parent) :
     QCanvasView(new QCanvas(bgshapes,w,h, TileItem::smallWidth(), TileItem::smallHeight()),
 		parent)
 {