void ResourceListenerManager::unregisterListener(IResourceListener* listener)
{
#if BS_DEBUG_MODE
{
RecursiveLock lock(mMutex);
mActiveListeners.erase(listener);
}
#endif
mDirtyListeners.erase(listener);
clearDependencies(listener);
}
void MyKGanttView::setScheduleManager( ScheduleManager *sm )
{
clearDependencies();
m_manager = sm;
KGantt::DateTimeGrid *g = static_cast<KGantt::DateTimeGrid*>( grid() );
if ( sm && project() ) {
QDateTime start = project()->startTime( sm->scheduleId() ).addDays( -1 );
if ( g->startDateTime() != start ) {
g->setStartDateTime( start );
}
}
if ( ! g->startDateTime().isValid() ) {
g->setStartDateTime( QDateTime::currentDateTime() );
}
model()->setScheduleManager( sm );
createDependencies();
}
void ActionAtomistic::requestAtoms(const vector<AtomNumber> & a){
plumed_massert(!lockRequestAtoms,"requested atom list can only be changed in the prepare() method");
int nat=a.size();
indexes=a;
positions.resize(nat);
forces.resize(nat);
masses.resize(nat);
charges.resize(nat);
int n=atoms.positions.size();
clearDependencies();
unique.clear();
for(unsigned i=0;i<indexes.size();i++){
if(indexes[i].index()>=n) error("atom out of range");
if(atoms.isVirtualAtom(indexes[i])) addDependency(atoms.getVirtualAtomsAction(indexes[i]));
// only real atoms are requested to lower level Atoms class
else unique.insert(indexes[i]);
}
}
void MyKGanttView::setProject( Project *proj )
{
clearDependencies();
if ( project() ) {
disconnect( project(), SIGNAL(relationToBeModified(Relation*)), this, SLOT(removeDependency(Relation*)));
disconnect( project(), SIGNAL(relationModified(Relation*)), this, SLOT(addDependency(Relation*)));
disconnect( project(), SIGNAL(relationAdded(Relation*)), this, SLOT(addDependency(Relation*)) );
disconnect( project(), SIGNAL(relationToBeRemoved(Relation*)), this, SLOT(removeDependency(Relation*)) );
disconnect( project(), SIGNAL(projectCalculated(ScheduleManager*)), this, SLOT(slotProjectCalculated(ScheduleManager*)) );
}
NodeGanttViewBase::setProject( proj );
if ( proj ) {
connect( project(), SIGNAL(relationToBeModified(Relation*)), this, SLOT(removeDependency(Relation*)));
connect( project(), SIGNAL(relationModified(Relation*)), this, SLOT(addDependency(Relation*)));
connect( proj, SIGNAL(relationAdded(Relation*)), this, SLOT(addDependency(Relation*)) );
connect( proj, SIGNAL(relationToBeRemoved(Relation*)), this, SLOT(removeDependency(Relation*)) );
connect( proj, SIGNAL(projectCalculated(ScheduleManager*)), this, SLOT(slotProjectCalculated(ScheduleManager*)) );
}
createDependencies();
}
void ResourceListenerManager::update()
{
for (auto& listener : mDirtyListeners)
{
clearDependencies(listener);
addDependencies(listener);
}
mDirtyListeners.clear();
{
RecursiveLock lock(mMutex);
for (auto& entry : mLoadedResources)
sendResourceLoaded(entry.second);
for (auto& entry : mModifiedResources)
sendResourceModified(entry.second);
mLoadedResources.clear();
mModifiedResources.clear();
}
}
