void RootManager::uninitializeRootObject()
{
SLM_TRACE_FUNC();
SLM_WARN_IF("(Hack) Sorry, the OSR must be initialized to uninitialize it. ToDo => transform in assert", ! getDefault()->m_isRootInitialized );
if ( getDefault()->m_isRootInitialized )
{
// Setting initialization to false
getDefault()->m_isRootInitialized = false ;
assert( getDefault()->m_rootObjectConfigurationName.first ) ;
// Stop services reported in m_rootObjectConfiguration before stopping everything
//::fwServices::stopAndUnregister(getDefault()->m_rootObjectConfiguration) ;
getDefault()->m_ctm->stopAndDestroy();
OSLM_WARN_IF("Sorry, few services still exist before erasing root object ( cf debug following message )"
<< std::endl << ::fwServices::OSR::getRegistryInformation(),
! ::fwServices::OSR::getKSContainer().empty());
//::fwServices::GlobalEventManager::getDefault()->clearMessages();
SLM_TRACE("uninitializeRootObject : Reset the last shared_ptr on root object.");
// Reset the root object: involve complete m_container clearing
//getDefault()->m_rootObject.reset();
//assert( getDefault()->m_rootObject.use_count() == 0 );
// ::fwRuntime::profile::Profile::sptr profile = ::fwRuntime::profile::getCurrentProfile();
// SLM_TRACE("Stopping Profile");
// profile->stop();
// SLM_TRACE("Profile Stopped");
}
}
void CurvedHistogram::configuring() throw( ::fwTools::Failed)
{
SLM_TRACE_FUNC();
SLM_ASSERT("\"config\" tag is missing", m_configuration->getName() == "config");
this->IAdaptor::configuring(); // Looks for 'xAxis', 'yAxis', 'opacity' and 'zValue'
m_innerColor = QPen( Qt::transparent );
m_borderColor = QPen( Qt::transparent );
m_brush = QBrush( Qt::NoBrush );
if (!m_configuration->getAttributeValue("borderColor").empty())
{
::scene2D::data::InitQtPen::setPenColor(
m_borderColor, m_configuration->getAttributeValue("borderColor"), m_opacity );
}
if (!m_configuration->getAttributeValue("innerColor").empty())
{
::scene2D::data::InitQtPen::setPenColor(
m_innerColor, m_configuration->getAttributeValue("innerColor"), m_opacity );
}
if (!m_configuration->getAttributeValue("borderWidth").empty())
{
m_borderWidth = ::boost::lexical_cast< float >( m_configuration->getAttributeValue("borderWidth") );
}
m_histogramPointUID = m_configuration->getAttributeValue("histogramPointUID");
OSLM_WARN_IF("If an histogram cursor is used with this histogram, m_histogramPointUID must be set in order to "
<< "inform about the position that the cursor should use.", m_histogramPointUID.empty());
}
ConfigurationElement::sptr BundleDescriptorReader::processConfigurationElement(xmlNodePtr node, const ::boost::shared_ptr<Bundle> bundle) throw(RuntimeException)
{
//xmlKeepBlanksDefault(0);
// Creates the configuration element.
std::string name((const char*) node->name);
ConfigurationElement::sptr configurationElement(new ConfigurationElement(bundle, name));
// Processes all attributes.
xmlAttrPtr curAttr;
for(curAttr = node->properties; curAttr != 0; curAttr = curAttr->next)
{
std::string name((const char*) curAttr->name);
std::string value((const char*) curAttr->children->content);
configurationElement->setAttributeValue(name, value);
}
// Process child nodes.
xmlNodePtr curChild = node->children;
for(curChild = node->children; curChild != 0; curChild = curChild->next)
{
if(curChild->type == XML_TEXT_NODE && !xmlIsBlankNode(curChild))
{
std::string value((const char*) curChild->content);
// Even whitespace (non XML_TEXT_NODE) are considered as valid XML_TEXT_NODE
OSLM_WARN_IF("Bundle : " << ( bundle ? bundle->getIdentifier() : "<None>" ) << ", node: " << name << ", blanks in xml nodes can result in unexpected behaviour. Consider using <![CDATA[ ... ]]>.",
(value.find("\n")!=std::string::npos || value.find("\t")!=std::string::npos));
configurationElement->setValue( configurationElement->getValue() + value );
continue;
}
else if(curChild->type == XML_CDATA_SECTION_NODE )
{
std::string value((const char*) curChild->content);
configurationElement->setValue( configurationElement->getValue() + value );
continue;
}
else if(curChild->type == XML_ELEMENT_NODE)
{
ConfigurationElement::sptr element(processConfigurationElement(curChild, bundle));
configurationElement->addConfigurationElement(element);
continue;
}
}
// Job's done.
return configurationElement;
}
