void CUserAdminItem::doubleClicked()
{
#ifdef DEBUG
qDebug("CUserAdminItem::doubleClicked()");
#endif
if (isBlocked())
return;
if (!is_connected && !isBlocked())
setConnected(true);
}
void CButton::clickLeft(tribool down, bool previousState)
{
if(isBlocked())
return;
if (down)
{
if (!soundDisabled)
CCS->soundh->playSound(soundBase::button);
setState(PRESSED);
}
else if(hoverable && hovered)
setState(HIGHLIGHTED);
else
setState(NORMAL);
if (actOnDown && down)
{
onButtonClicked();
}
else if (!actOnDown && previousState && (down==false))
{
onButtonClicked();
}
}
void CDatabaseItem::refreshWidget(bool b)
{
#ifdef DEBUG
qDebug("CDatabaseItem::refreshWidget(%s)", debug_string(booltostr(b)));
#endif
if (isBlocked())
return;
setBlocked(true);
if (widget_id == int_type())
{
CShowDatabaseGroupProperties * w = (CShowDatabaseGroupProperties *) widgetStack()->widget(int_type());
w->setMySQL(mysql());
w->setTitle(mysql()->connectionName());
if (b || widgetData.isEmpty())
{
w->refresh();
w->saveData(&widgetData);
}
else
w->loadData(widgetData);
}
else
((CDatabaseListViewItem *) QListViewItem::parent())->refreshWidget(b);
widgetStack()->raiseWidget(widget_id);
setBlocked(false);
}
bool
LidSpaceCompactionJob::scanDocuments(const LidUsageStats &stats)
{
if (_scanItr->valid()) {
DocumentMetaData document = getNextDocument(stats);
if (document.valid()) {
IFrozenBucketHandler::ExclusiveBucketGuard::UP bucketGuard = _frozenHandler.acquireExclusiveBucket(document.bucketId);
if ( ! bucketGuard ) {
// the job is blocked until the bucket for this document is thawed
setBlocked(BlockedReason::FROZEN_BUCKET);
_retryFrozenDocument = true;
return true;
} else {
MoveOperation::UP op = _handler.createMoveOperation(document, stats.getLowestFreeLid());
search::IDestructorCallback::SP context = _moveOpsLimiter->beginOperation();
_opStorer.storeOperation(*op, context);
_handler.handleMove(*op, std::move(context));
if (isBlocked(BlockedReason::OUTSTANDING_OPS)) {
return true;
}
}
}
}
if (!_scanItr->valid()){
if (shouldRestartScanDocuments(_handler.getLidStatus())) {
_scanItr = _handler.getIterator();
} else {
_scanItr = IDocumentScanIterator::UP();
_shouldCompactLidSpace = true;
}
}
return false; // more work to do (scan documents or compact lid space)
}
void CToggleButton::clickLeft(tribool down, bool previousState)
{
// force refresh
hover(false);
hover(true);
if(isBlocked())
return;
if (down && canActivate())
{
CCS->soundh->playSound(soundBase::button);
setState(PRESSED);
}
if(previousState)//mouse up
{
if(down == false && getState() == PRESSED && canActivate())
{
onButtonClicked();
setSelected(!selected);
}
else
doSelect(selected); // restore
}
}
void CDatabaseItem::setConnected(bool isconnected)
{
#ifdef DEBUG
qDebug("CDatabaseItem::setConnected(%s)", debug_string(booltostr(isconnected)));
#endif
if (isBlocked())
return;
setBlocked(true);
if (isconnected)
is_connected = isconnected && mysql()->mysql()->mysqlSelectDb(text(0));
else
is_connected = false;
setPixmap(0, is_connected ? databaseConnectedIcon : databaseDisconnectedIcon);
if (is_connected)
{
new CTableGroupItem(this, text(0), mysql());
setOpen(true);
}
else
deleteChilds();
createWindowMenu(consoleWindow()->itemToolBar());
setBlocked(false);
}
glm::vec3 BidirectionalIntegrator::EvaluatePath(std::vector<PathNode> &eyePath, int nEye, std::vector<PathNode> &lightPath, int nLight)
{
if (isBlocked(eyePath[nEye-1].isx, lightPath[nLight-1].isx))
{
return glm::vec3(0.f);
}
glm::vec3 L(1.0f);
// eyePath
for (int i = 0; i < nEye-1; ++i)
{
L *= eyePath[i].F * glm::abs(glm::dot(eyePath[i].dirOut_world, eyePath[i].isx.normal)) / (eyePath[i].pdf);
}
// connecting
L *= eyePath[nEye-1].F * G(eyePath[nEye-1], lightPath[nLight-1]) * lightPath[nLight-1].F;
// lightPath
for (int i = nLight-2; i >= 0; --i)
{
L *= lightPath[i].F * glm::abs(glm::dot(lightPath[i].dirOut_world, lightPath[i].isx.normal)) / (lightPath[i].pdf);
}
return L;
}
size_t TensorType::getSize() const {
size_t size = (isBlocked()) ? blockType->getSize() : 1;
for (int dimension : dimensions) {
size *= dimension;
}
return size;
}
void InteractableObject::setMomentToUndo(){
if (isBlocked())
momentToUndo = time(NULL) + timeToUndo + timeToUnblock;
else
momentToUndo = time(NULL) + timeToUndo;
}
void CQueryTable::refresh()
{
if (isBlocked())
return;
reset();
m_cancel = false;
if (!query()->isResultNull())
{
setBlocked(true);
query()->dataSeek(0);
uint num_fields = query()->numFields();
ulong num_rows = query()->numRows();
setNumRows(num_rows);
setNumCols(num_fields);
QPixmap icon;
bool columns_ok = (keepColumnWidth() && previous_columns_map.count() == num_fields);
if (columns_ok)
for (uint i = 0; i < num_fields; i++)
columns_ok &= (previous_columns_map[i].label == query()->fields(i).name);
if (!columns_ok && keepColumnWidth())
previous_columns_map.clear();
for (uint i = 0; i < num_fields; i++)
{
if (IS_PRI_KEY(query()->fields(i).flags))
icon = pkIcon;
else if (IS_MUL_KEY(query()->fields(i).flags))
icon = mulIcon;
else if (IS_UNI_KEY(query()->fields(i).flags))
icon = uniIcon;
else
icon = nothingIcon;
if (columns_ok && previous_columns_map[i].label == query()->fields(i).name)
horizontalHeader()->setLabel(i, icon, query()->fields(i).name, previous_columns_map[i].size);
else
horizontalHeader()->setLabel(i, icon, query()->fields(i).name);
}
if (hasProcessEvents())
qApp->processEvents();
else
updateScrollBars();
ulong j = 0;
while (query()->next(!hasProcessEvents()))
{
if (m_cancel)
break;
for (uint i = 0; i < num_fields; i++)
setText(j, i, query()->row(i));
j++;
}
setBlocked(false);
emit refreshed();
}
else
if (!previous_columns_map.empty())
previous_columns_map.clear();
}
uint AccountRecord::secsToUnblock() const
{
if ( isBlocked() )
return ~0;
else if ( blockUntil.isValid() && blockUntil < QDateTime::currentDateTime() )
return QDateTime::currentDateTime().secsTo( blockUntil );
return 0;
}
V3MPDRCube* const
V3VrfMPDR::recursiveBlockCube(V3MPDRCube* const badCube) {
// Create a Queue for Blocking Cubes
V3BucketList<V3MPDRCube*> badQueue(getPDRFrame());
assert (badCube); badQueue.add(getPDRDepth(), badCube);
// Block Cubes from the Queue
V3MPDRTimedCube baseCube, generalizedCube;
while (badQueue.pop(baseCube.first, baseCube.second)) {
assert (baseCube.first < getPDRFrame());
if (!baseCube.first) {
// Clear All Cubes in badQueue before Return
V3Set<const V3MPDRCube*>::Set traceCubes; traceCubes.clear();
const V3MPDRCube* traceCube = baseCube.second;
while (true) {
traceCubes.insert(traceCube); if (_pdrBad == traceCube) break;
traceCube = traceCube->getNextCube();
}
while (badQueue.pop(generalizedCube.first, generalizedCube.second)) {
if (traceCubes.end() == traceCubes.find(generalizedCube.second)) delete generalizedCube.second;
}
return baseCube.second; // A Cube cannot be blocked by R0 --> Cex
}
if (!isBlocked(baseCube)) {
assert (!existInitial(baseCube.second->getState()));
// Check Reachability : SAT (R ^ ~cube ^ T ^ cube')
if (checkReachability(baseCube.first, baseCube.second->getState())) { // SAT, Not Blocked Yet
if (profileON()) _ternaryStat->start();
generalizedCube.second = extractModel(baseCube.second, baseCube.first - 1);
if (profileON()) _ternaryStat->end();
badQueue.add(baseCube.first - 1, generalizedCube.second); // This Cube should be blocked in previous frame
badQueue.add(baseCube.first, baseCube.second); // This Cube has not yet been blocked (postpone to future)
}
else { // UNSAT, Blocked
bool satGen = true;
while (true) {
if (profileON()) _generalStat->start();
generalizedCube.first = baseCube.first;
generalizedCube.second = new V3MPDRCube(*(baseCube.second));
generalization(generalizedCube); // Generalization
if (profileON()) _generalStat->end();
addBlockedCube(generalizedCube); // Record this Cube that is bad and to be blocked
// I found Niklas Een has modified the original IWLS paper and alter the line below
// However, I suggest the alteration restricts PDR (i.e. fold-free) and does not help
if (satGen && (baseCube.first < getPDRDepth()) && (generalizedCube.first < getPDRFrame()))
badQueue.add(baseCube.first + 1, baseCube.second);
//if ((baseCube.first < getPDRDepth()) && (generalizedCube.first < getPDRDepth()))
// badQueue.add(generalizedCube.first + 1, baseCube.second);
if (!isForwardSATGen() || getPDRDepth() <= generalizedCube.first) break;
baseCube.second = forwardModel(generalizedCube.second); if (!baseCube.second) break;
baseCube.first = baseCube.first + 1; satGen = false;
if (checkReachability(baseCube.first, baseCube.second->getState())) break;
}
}
}
//else delete baseCube.second;
}
return 0;
}
/**
* Moves back a blocked thread to a priority queue.
* Has no effect on unblocked threads.
*/
void PriorityQueue::resume(int id)
{
int location = isBlocked(id);
if (location != -1)
{
enqueueElement(_Blocked.at(location));
_Blocked.erase(_Blocked.begin() + location);
}
}
void PrivacyManager::slotDenyRemoved()
{
PrivacyItemTask * pit = ( PrivacyItemTask * )sender();
if ( pit->success() )
{
m_denyList.remove( pit->dn() );
emit privacyChanged( pit->dn(), isBlocked( pit->dn() ) );
}
}
void PrivacyManager::slotAllowAdded()
{
PrivacyItemTask * pit = ( PrivacyItemTask * )sender();
if ( pit->success() )
{
m_allowList.append( pit->dn() );
emit privacyChanged( pit->dn(), isBlocked( pit->dn() ) );
}
}
void CDatabaseItem::doubleClicked()
{
#ifdef DEBUG
qDebug("CDatabaseItem::doubleClicked()");
#endif
if (!is_connected && !isBlocked())
setConnected(true);
}
void CUserAdminItem::activated()
{
#ifdef DEBUG
qDebug("CUserAdminItem::activated()");
#endif
if (isBlocked())
return;
refreshWidget(false);
}
void CDatabaseItem::activated()
{
#ifdef DEBUG
qDebug("CDatabaseItem::activated()");
#endif
if (isBlocked())
return;
refreshWidget(false);
}
void
restart(tcb_t *target)
{
if (isBlocked(target)) {
ipcCancel(target);
setupReplyMaster(target);
setThreadState(target, ThreadState_Restart);
tcbSchedEnqueue(target);
switchIfRequiredTo(target);
}
}
TEST_F(MoveTest, Execute_TargetIsBlocked)
{
ON_CALL(mWorld, isBlocked(glm::ivec2(1, 0)))
.WillByDefault(Return(true));
auto move = std::make_shared<Move>(mJobStack, mWorld, mOwner, glm::ivec2(1, 0));
mJobStack.push_back(move);
move->execute(1000);
EXPECT_EQ(glm::ivec2(0, 0), mOwnerPosition.get<glm::ivec2>());
}
void CButton::hover (bool on)
{
if(hoverable && !isBlocked())
{
if(on)
setState(HIGHLIGHTED);
else
setState(NORMAL);
}
/*if(pressedL && on) // WTF is this? When this is used?
setState(PRESSED);*/
std::string name = hoverTexts[getState()].empty()
? hoverTexts[getState()]
: hoverTexts[0];
if(!name.empty() && !isBlocked()) //if there is no name, there is nohing to display also
{
if (LOCPLINT && LOCPLINT->battleInt) //for battle buttons
{
if(on && LOCPLINT->battleInt->console->alterTxt == "")
{
LOCPLINT->battleInt->console->alterTxt = name;
LOCPLINT->battleInt->console->whoSetAlter = 1;
}
else if (LOCPLINT->battleInt->console->alterTxt == name)
{
LOCPLINT->battleInt->console->alterTxt = "";
LOCPLINT->battleInt->console->whoSetAlter = 0;
}
}
else if(GH.statusbar) //for other buttons
{
if (on)
GH.statusbar->setText(name);
else if ( GH.statusbar->getText()==(name) )
GH.statusbar->clear();
}
}
}
bool Piece::canMove(string dest)
{
int move[2] = {0,0};
move[0] = static_cast<int>(dest[0]-m_position[0]);
move[1] = static_cast<int>(dest[1]-m_position[1]);
if (isDestPossible(dest, move))
{
if (!isBlocked(dest, move))
return true;
}
return false;
}
void CAdministrationWindow::refresh()
{
if (isBlocked())
return;
setBlocked(true);
processList->refresh();
status->refresh();
if (has_innodb)
innoDBStatus->refresh();
messagePanel()->information(tr("Refresh successful"));
setBlocked(false);
}
void WindowBasedEdge::doUpdateBlocking()
{
if (!isReserved()) {
return;
}
if (isBlocked()) {
m_window.unmap();
m_approachWindow.unmap();
} else {
m_window.map();
m_approachWindow.map();
}
}
int main(void){
openFiles();
int i, j;
scanf("%d %d", &width, &height);
for (j = 0; j < height; j++)
for (i = 0; i < width; i++)
scanf("%d", &map[i][j]);
for (j = 0; j < height; j++){
for (i = 0; i < width; i++){
if (!room[i][j]){
room[i][j] = TOPROCESS;
flood_fill();
}
}
}
for (i = 0; i < width; i++){
for (j = height - 1; j >= 0; j--){
if (isBlocked(north, map[i][j])){
tryJoining(i,j,i,j-1,'N');
}
if (isBlocked(east, map[i][j])){
tryJoining(i,j,i+1,j,'E');
}
}
}
printf("%d\n", nextRoom-1);
printf("%d\n", largestRoom);
printf("%d\n", max);
printf("%d %d %c\n", besty + 1, bestx + 1, bestDir);
return 0;
}
void Pathfinding::calculate(BattleUnit *unit, Position endPosition)
{
Position startPosition = unit->getPosition();
_movementType = unit->getArmor()->getMovementType();
_unit = unit;
Tile *destinationTile = _save->getTile(endPosition);
// check if destination is not blocked
if (isBlocked(destinationTile, MapData::O_FLOOR) || isBlocked(destinationTile, MapData::O_OBJECT)) return;
// the following check avoids that the unit walks behind the stairs if we click behind the stairs to make it go up the stairs.
// it only works if the unit is on one of the 2 tiles on the stairs, or on the tile right in front of the stairs.
if (isOnStairs(startPosition, endPosition))
{
endPosition.z++;
destinationTile = _save->getTile(endPosition);
}
// check if we have floor, else lower destination (for non flying units only, because otherwise they never reached this place)
while (canFallDown(destinationTile) && _movementType != MT_FLY)
{
endPosition.z--;
destinationTile = _save->getTile(endPosition);
}
_path.clear();
// look for a possible fast and accurate bresenham path and skip A*
if (startPosition.z == endPosition.z && bresenhamPath(startPosition,endPosition))
{
std::reverse(_path.begin(), _path.end()); //paths are stored in reverse order
return;
}
// Now try through A*.
aStarPath(startPosition, endPosition);
}
void CProcessListTable::DoubleClicked(int row, int col, int button, const QPoint &)
{
if (isBlocked() || button != 1 || col < 1)
return;
QString txt = text(row, 7);
if (txt.isEmpty() || txt.isNull())
return;
CQueryWindow *w = new CQueryWindow(myApp()->workSpace(), mysql(), CQueryWindow::QUERY, SQL_PANEL | RESULTS_PANEL);
w->setQuery(txt);
w->setFocus();
w->raise();
myShowWindow(w);
}
void CDatabaseItem::keyPressed(QKeyEvent * e)
{
#ifdef DEBUG
qDebug("CDatabaseItem::keyPressed()");
#endif
if (isBlocked())
return;
if (e->key() == QListViewItem::Key_Delete)
processMenu(MENU_DELETE);
else
CDatabaseListViewItem::keyPressed(e);
}
Swift::Presence::ref Buddy::generatePresenceStanza(int features, bool only_new) {
std::string alias = getAlias();
std::string name = getSafeName();
Swift::StatusShow s;
std::string statusMessage;
if (!getStatus(s, statusMessage))
return Swift::Presence::ref();
if (m_jid.getNode().empty()) {
generateJID();
}
Swift::Presence::ref presence = Swift::Presence::create();
presence->setFrom(m_jid);
presence->setTo(m_rosterManager->getUser()->getJID().toBare());
presence->setType(Swift::Presence::Available);
if (!statusMessage.empty())
presence->setStatus(statusMessage);
if (s.getType() == Swift::StatusShow::None)
presence->setType(Swift::Presence::Unavailable);
presence->setShow(s.getType());
if (presence->getType() != Swift::Presence::Unavailable) {
// caps
presence->addPayload(boost::shared_ptr<Swift::Payload>(new Swift::CapsInfo(m_rosterManager->getUser()->getComponent()->getBuddyCapsInfo())));
// if (features & 0/*TRANSPORT_FEATURE_AVATARS*/) {
presence->addPayload(boost::shared_ptr<Swift::Payload>(new Swift::VCardUpdate (getIconHash())));
// }
if (isBlocked()) {
presence->addPayload(boost::shared_ptr<Swift::Payload>(new Transport::BlockPayload ()));
}
}
// if (only_new) {
// if (m_lastPresence)
// m_lastPresence->setTo(Swift::JID(""));
// if (m_lastPresence == presence) {
// return Swift::Presence::ref();
// }
// m_lastPresence = presence;
// }
return presence;
}
QString ActionsWidget::getBlockButtonText() const {
auto user = peer()->asUser();
if (!user || (user->id == AuthSession::CurrentUserPeerId())) return QString();
if (user->blockStatus() == UserData::BlockStatus::Unknown) return QString();
if (user->isBlocked()) {
if (user->botInfo) {
return lang(lng_profile_unblock_bot);
}
return lang(lng_profile_unblock_user);
} else if (user->botInfo) {
return lang(lng_profile_block_bot);
}
return lang(lng_profile_block_user);
}