std::string getLibraryName (UInt32 Index)
{
if(osgLibraryVersions == NULL ||
Index > getNumLibraries())
{
return "";
}
LibVersionMap::const_iterator SearchItor(osgLibraryVersions->begin());
std::advance(SearchItor, Index);
return SearchItor->first;
}
void LuaActivity::removeLuaCallback(FieldContainerRefPtr producerObject,
std::string funcName,
UInt32 producedEventId)
{
LuaFuncGroup TheFuncGroup(producerObject, funcName, producedEventId);
FuncMap::iterator SearchItor(_GlobalLuaActivities.find(TheFuncGroup));
if(SearchItor != _GlobalLuaActivities.end())
{
(*SearchItor).second.second.disconnect();
_GlobalLuaActivities.erase(SearchItor);
}
}
void ColorChooser::addChooserPanel(AbstractColorChooserPanelRefPtr panel)
{
MFInternalChooserPanelsType::iterator
SearchItor(editMFInternalChooserPanels()->find(panel));
if(SearchItor == editMFInternalChooserPanels()->end())
{
panel->installChooserPanel(this);
pushToInternalChooserPanels(panel);
//updateChildren();
//panel->updateChooser();
}
}
std::string getLibraryRevision (const std::string& szName)
{
if(osgLibraryVersions == NULL)
{
return "";
}
LibVersionMap::const_iterator SearchItor(osgLibraryVersions->find(szName));
if(SearchItor != osgLibraryVersions->end())
{
return SearchItor->second.second;
}
else
{
return "";
}
}
AbstractColorChooserPanelRefPtr ColorChooser::removeChooserPanel(AbstractColorChooserPanelRefPtr panel)
{
MFInternalChooserPanelsType::iterator
SearchItor(editMFInternalChooserPanels()->find(panel));
if(SearchItor == editMFInternalChooserPanels()->end())
{
panel->uninstallChooserPanel(this);
removeObjFromInternalChooserPanels(panel);
return panel;
}
else
{
return NULL;
}
}
/*! Add a string to the version output.
Mainly used by the libraries to publicise the svn revision they were
built from.
*/
void addLibraryVersion (const std::string& szName,
const std::string& szVersion,
const std::string& szRevision)
{
if(osgLibraryVersions == NULL)
{
osgLibraryVersions = new LibVersionMap();
}
LibVersionMap::const_iterator SearchItor(osgLibraryVersions->find(szName));
if(SearchItor != osgLibraryVersions->end())
{
SFATAL << "OpenSG Library by name " << szName
<< " cannot be added more than once." << std::endl;
}
(*osgLibraryVersions)[szName] = std::pair<std::string,std::string>(szVersion,szRevision);
}
SpringLayoutConstraintsRefPtr SpringLayout::getConstraint(ComponentUnrecPtr TheComponent) const
{
FieldContainerMap::const_iterator
SearchItor(getConstraints().find(static_cast<FieldContainerMap::key_type>(TheComponent->getId())));
if(SearchItor == getConstraints().end())
{
SpringLayoutConstraintsUnrecPtr TempConstraints(SpringLayoutConstraintsBase::create());
SpringLayoutConstraintsRefPtr NewConstraints = applyDefaults(TheComponent, TempConstraints);
const_cast<SpringLayout*>(this)->editConstraints()[static_cast<FieldContainerMap::key_type>(TheComponent->getId())] = NewConstraints;
return NewConstraints;
}
else
{
return dynamic_pointer_cast<SpringLayoutConstraints>((*SearchItor).second);
}
}
TableFileTypeP TableFileHandlerBase::getFileType(const std::string& FileExtension, UInt32 Flags)
{
FileTypeMap::const_iterator SearchItor(_SuffixTypeMap.find(FileExtension));
if(SearchItor != _SuffixTypeMap.end())
{
for(FileTypeVector::const_iterator VecItor(SearchItor->second.begin()) ; VecItor != SearchItor->second.end() ; ++VecItor)
{
if((*VecItor)->getFlags() & Flags)
{
return (*VecItor);
}
}
return NULL;
}
else
{
return NULL;
}
}
void MainApplication::updateRecentProject(const BoostPath& ProjectFile)
{
getSettings().put<BoostPath>("basic.last_opened_project",ProjectFile);
//Update Recent Projects
std::vector<BoostPath> RecentProjects;
try
{
RecentProjects = getSettings().get_vec<BoostPath>("basic.recent_projects.files");
}
catch(boost::property_tree::ptree_bad_path&)
{
}
std::vector<BoostPath>::iterator SearchItor(RecentProjects.begin());
for( ; SearchItor!=RecentProjects.end() ; ++SearchItor)
{
if(boost::filesystem::equivalent((*SearchItor),ProjectFile))
{
break;
}
}
if(SearchItor != RecentProjects.end())
{
RecentProjects.erase(SearchItor);
}
RecentProjects.insert(RecentProjects.begin(), ProjectFile);
//Resize
UInt32 MaxRecProj(getSettings().get<UInt32>("basic.recent_projects.max"));
if(RecentProjects.size() > MaxRecProj)
{
//Pop off the front
RecentProjects.resize(MaxRecProj);
}
getSettings().put_vec("basic.recent_projects.files.file", RecentProjects);
}
IconSetPtr IconManager::getIconSet(const std::string& IconSetName)
{
IconSetMap::const_iterator SearchItor(_IconSetMap.find(IconSetName));
if(SearchItor == _IconSetMap.end())
{
//Attempt to create it
IconSetPtr NewSet = createIconSet(IconSetName);
if(NewSet != NULL)
{
_IconSetMap[IconSetName] = NewSet;
}
return NewSet;
}
else
{
return SearchItor->second;
}
}
boost::signals2::connection LuaActivity::addLuaCallback(FieldContainerRefPtr producerObject, std::string funcName, UInt32 producedEventId)
{
if(producerObject->isEventProducer())
{
if(funcName.empty())
{
SWARNING << "LuaActivity::addLuaCallback(): Attempt to attach an empty function name." << std::endl;
return boost::signals2::connection();
}
//Find an attached LuaActivity with the same
// ProducerObject
// Function
// ProducedMethodID
LuaFuncGroup TheFuncGroup(producerObject, funcName, producedEventId);
FuncMap::iterator SearchItor(_GlobalLuaActivities.find(TheFuncGroup));
if(SearchItor != _GlobalLuaActivities.end() &&
(*SearchItor).second.second.connected())
{
SWARNING << "Lua function: " << funcName << " is already attached to this produced method." << std::endl;
return (*SearchItor).second.second;
}
LuaActivityUnrecPtr TheLuaActivity = LuaActivity::create();
TheLuaActivity->setEntryFunction(funcName);
commitChanges();
boost::signals2::connection TheConnection(producerObject->attachActivity(producedEventId, TheLuaActivity));
//BUG: Need to add ref count to keep it from being deleted,
//but who has responsibility for deleting it?
_GlobalLuaActivities[TheFuncGroup] = ActivityConnectionPair(TheLuaActivity, TheConnection);
return TheConnection;
}
else
{
SWARNING << "LuaActivity::addLuaCallback(): Producer object is not an event producer." << std::endl;
return boost::signals2::connection();
}
}
FCFileTypeP FCFileHandlerBase::getFileType(const std::string& FileExtension, UInt32 Flags)
{
//Check if this is a FileName or just the file extension
std::string FileExtensionLowerCase(FileExtension);
boost::algorithm::to_lower(FileExtensionLowerCase);
FileTypeMap::const_iterator SearchItor(_SuffixTypeMap.find(FileExtensionLowerCase));
if(SearchItor != _SuffixTypeMap.end())
{
for(FileTypeVector::const_iterator VecItor(SearchItor->second.begin()) ; VecItor != SearchItor->second.end() ; ++VecItor)
{
if((*VecItor)->getFlags() & Flags)
{
return (*VecItor);
}
}
return NULL;
}
else
{
return NULL;
}
}