office-gobmx/configmgr/source/api2/broadcaster.cxx
2003-03-19 15:20:19 +00:00

1341 lines
57 KiB
C++

/*************************************************************************
*
* $RCSfile: broadcaster.cxx,v $
*
* $Revision: 1.15 $
*
* last change: $Author: hr $ $Date: 2003-03-19 16:18:30 $
*
* The Contents of this file are made available subject to the terms of
* either of the following licenses
*
* - GNU Lesser General Public License Version 2.1
* - Sun Industry Standards Source License Version 1.1
*
* Sun Microsystems Inc., October, 2000
*
* GNU Lesser General Public License Version 2.1
* =============================================
* Copyright 2000 by Sun Microsystems, Inc.
* 901 San Antonio Road, Palo Alto, CA 94303, USA
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License version 2.1, as published by the Free Software Foundation.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston,
* MA 02111-1307 USA
*
*
* Sun Industry Standards Source License Version 1.1
* =================================================
* The contents of this file are subject to the Sun Industry Standards
* Source License Version 1.1 (the "License"); You may not use this file
* except in compliance with the License. You may obtain a copy of the
* License at http://www.openoffice.org/license.html.
*
* Software provided under this License is provided on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING,
* WITHOUT LIMITATION, WARRANTIES THAT THE SOFTWARE IS FREE OF DEFECTS,
* MERCHANTABLE, FIT FOR A PARTICULAR PURPOSE, OR NON-INFRINGING.
* See the License for the specific provisions governing your rights and
* obligations concerning the Software.
*
* The Initial Developer of the Original Code is: Sun Microsystems, Inc.
*
* Copyright: 2000 by Sun Microsystems, Inc.
*
* All Rights Reserved.
*
* Contributor(s): _______________________________________
*
*
************************************************************************/
#include "broadcaster.hxx"
#ifndef CONFIGMGR_API_NOTIFIERIMPL_HXX_
#include "notifierimpl.hxx"
#endif
#ifndef CONFIGMGR_CONFIGNOTIFIER_HXX_
#include "confignotifier.hxx"
#endif
#ifndef CONFIGMGR_CONFIGNODE_HXX_
#include "noderef.hxx"
#endif
#ifndef CONFIGMGR_CONFIGCHANGE_HXX_
#include "nodechange.hxx"
#endif
#ifndef CONFIGMGR_CONFIGCHANGEINFO_HXX_
#include "nodechangeinfo.hxx"
#endif
#ifndef CONFIGMGR_API_TRANSLATECHANGES_HXX_
#include "translatechanges.hxx"
#endif
#ifndef CONFIGMGR_API_FACTORY_HXX_
#include "apifactory.hxx"
#endif
#ifndef CONFIGMGR_API_TREEACCESS_HXX_
#include "apitreeaccess.hxx"
#endif
#ifndef CONFIGMGR_API_TREEIMPLOBJECTS_HXX_
#include "apitreeimplobj.hxx"
#endif
#ifndef _VOS_REFERNCE_HXX_
#include <vos/refernce.hxx>
#endif
#ifndef INCLUDED_MAP
#include <map>
#define INCLUDED_MAP
#endif
#ifndef INCLUDED_SET
#include <set>
#define INCLUDED_SET
#endif
#ifndef INCLUDED_FUNCTIONAL
#include <functional>
#define INCLUDED_FUNCTIONAL
#endif
namespace configmgr
{
namespace configapi
{
// ---------------------------------------------------------------------------------------------------
using configuration::Tree;
using configuration::NodeID;
using configuration::NodeChangeInformation;
using configuration::NodeChangeLocation;
using configuration::NodeChangesInformation;
// ---------------------------------------------------------------------------------------------------
// Broadcaster implementation
// ---------------------------------------------------------------------------------------------------
class BroadcasterHelper
{
public:
static NotifierHolder getImpl(Notifier const& aNotifier) { return aNotifier.m_aImpl; }
};
// ---------------------------------------------------------------------------------------------------
namespace
{
// -----------------------------------------------------------------------------------------------
template <class T>
struct LessORefBodyPtr
{
typedef vos::ORef<T> Ref;
bool operator()(Ref const& lhs, Ref const& rhs) const
{
return ptr_less(lhs.getBodyPtr(), rhs.getBodyPtr());
}
std::less<T*> ptr_less;
};
// -----------------------------------------------------------------------------------------------
class ApiTreeRef
{
ApiTreeImpl const* m_pApiTree;
UnoInterfaceRef m_xKeepAlive;
public:
explicit ApiTreeRef(ApiTreeImpl const* _pApiTree = NULL)
: m_pApiTree(_pApiTree)
, m_xKeepAlive()
{
if (m_pApiTree) m_xKeepAlive = m_pApiTree->getUnoInstance();
}
bool is() const
{
OSL_ASSERT(!m_pApiTree == !m_xKeepAlive.is());
return m_pApiTree != NULL;
}
ApiTreeImpl const* get() const { return m_pApiTree; }
ApiTreeImpl const* operator->() const { return m_pApiTree; }
friend bool operator==(ApiTreeRef const& lhs,ApiTreeRef const& rhs)
{ return lhs.m_pApiTree == rhs.m_pApiTree; }
friend bool operator!=(ApiTreeRef const& lhs,ApiTreeRef const& rhs)
{ return lhs.m_pApiTree != rhs.m_pApiTree; }
};
// -----------------------------------------------------------------------------------------------
typedef std::map< NotifierHolder, ApiTreeRef, LessORefBodyPtr<NotifierImpl> > NotifierSet;
typedef NotifierSet::value_type NotifierData;
// -----------------------------------------------------------------------------------------------
}
// ---------------------------------------------------------------------------------------------------
// class Broadcaster::Impl
// ---------------------------------------------------------------------------------------------------
class Broadcaster::Impl : public vos::OReference
{
private:
NotifierData m_aNotifierData;
public:
Impl(NotifierData const& aNotifierData) : m_aNotifierData(aNotifierData) {}
NotifierData getNotifierData() const { return m_aNotifierData; }
bool translateChanges(NodeChangesInformation& aInfos, NodeChanges const& aChanges, bool bSingleBase) const;
bool translateChanges(NodeChangesInformation& aInfos, NodeChangesInformation const& aChanges, bool bSingleBase) const;
void queryConstraints(NodeChangesInformation const& aChanges) { this->doQueryConstraints(aChanges); }
void notifyListeners(NodeChangesInformation const& aChanges) { this->doNotifyListeners(aChanges); }
void notifyRootListeners(NodeChangesInformation const& aChanges);
static vos::ORef<Impl> create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChange const& aChange, bool bLocal);
static vos::ORef<Impl> create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChanges const& aChange, bool bLocal);
static vos::ORef<Impl> create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChangeInformation const& aChange, bool bLocal);
static vos::ORef<Impl> create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChangesInformation const& aChange, bool bLocal);
private:
virtual void doQueryConstraints(NodeChangesInformation const& aChanges) = 0;
virtual void doNotifyListeners(NodeChangesInformation const& aChanges) = 0;
};
// ---------------------------------------------------------------------------------------------------
namespace
{
// -----------------------------------------------------------------------------------------------
using configuration::Tree;
using configuration::TreeRef;
using configuration::NodeRef;
using configuration::NodeID;
using configuration::SubNodeID;
using configuration::NodeOffset;
using configuration::NodeChange;
using configuration::NodeChangeInformation;
using configuration::NodeChangeData;
typedef std::set< configuration::NodeID > NodeSet;
typedef std::set< configuration::SubNodeID > SubNodeSet;
// -----------------------------------------------------------------------------------------------
typedef vos::ORef< Broadcaster::Impl > BroadcasterImplRef;
// -----------------------------------------------------------------------------------------------
class EmptyBroadcaster_Impl : public Broadcaster::Impl
{
EmptyBroadcaster_Impl(NotifierData const& rNotifierData)
: Broadcaster::Impl(rNotifierData)
{
}
public:
static
BroadcasterImplRef create(NotifierData const& rRootNotifier)
{
return new EmptyBroadcaster_Impl(rRootNotifier);
}
private:
virtual void doQueryConstraints(NodeChangesInformation const& aChanges);
virtual void doNotifyListeners(NodeChangesInformation const& aChanges);
};
void EmptyBroadcaster_Impl::doQueryConstraints(NodeChangesInformation const&) {}
void EmptyBroadcaster_Impl::doNotifyListeners(NodeChangesInformation const&) {}
// -----------------------------------------------------------------------------------------------
class NodeLocalBroadcaster_Impl : public Broadcaster::Impl
{
NodeID aAffectedNode;
public:
NodeLocalBroadcaster_Impl(NotifierData const& rTreeNotifierData, NodeID const& aAffectedID)
: Broadcaster::Impl(rTreeNotifierData)
, aAffectedNode(aAffectedID)
{
}
NodeID getAffectedNodeID() const { return aAffectedNode; }
NodeOffset getNodeIndex() const { return aAffectedNode.toIndex(); }
protected:
void querySingleConstraint(NodeChangeInformation const& aChange, bool bMore);
void notifySingleChange(NodeChangeInformation const& aChange, bool bMore, css::beans::PropertyChangeEvent*& pCurEvent);
};
// -----------------------------------------------------------------------------------------------
class SingleChangeBroadcaster_Impl : public NodeLocalBroadcaster_Impl
{
SubNodeID m_aChangingValue;
SingleChangeBroadcaster_Impl(NotifierData const& rTreeNotifierData, NodeID const& aAffectedID, SubNodeID const& aChangedValue);
public:
static
NodeLocalBroadcaster_Impl* create(
NotifierData const& rLocalNotifier,
NodeChangeLocation const& aChange);
static
NodeLocalBroadcaster_Impl* create(
NotifierData const& rLocalNotifier,
NodeID const& aAffectedID,
NodeChangeLocation const& aChange);
static
NodeLocalBroadcaster_Impl* create(
NotifierData const& rLocalNotifier,
NodeID const& aAffectedID,
SubNodeID const& aChangedNode,
NodeChangeLocation const& aChange);
private:
virtual void doQueryConstraints(NodeChangesInformation const& aChanges);
virtual void doNotifyListeners(NodeChangesInformation const& aChanges);
};
// -----------------------------------------------------------------------------------------------
class MultiChangeBroadcaster_Impl : public NodeLocalBroadcaster_Impl
{
SubNodeSet m_aChangingNodes;
MultiChangeBroadcaster_Impl(NotifierData const& rTreeNotifierData, NodeID const& aAffectedID, SubNodeSet& aChangedNodes);
public:
static
NodeLocalBroadcaster_Impl* create(
NotifierData const& rLocalNotifier,
NodeChangesInformation const& aChanges);
static
NodeLocalBroadcaster_Impl* create(
NotifierData const& rLocalNotifier,
NodeID const& aAffectedID,
NodeChangesInformation const& aChanges);
private:
virtual void doQueryConstraints(NodeChangesInformation const& aChanges);
virtual void doNotifyListeners(NodeChangesInformation const& aChanges);
};
// -----------------------------------------------------------------------------------------------
class SingleTreeBroadcaster_Impl : public Broadcaster::Impl
{
typedef std::vector< vos::ORef<NodeLocalBroadcaster_Impl> > BroadcasterList;
BroadcasterList m_aBroadcasters;
SingleTreeBroadcaster_Impl(NotifierData const& rTreeNotifierData, BroadcasterList& aBroadcasters);
public:
//--------------------------
static
BroadcasterImplRef create(
NotifierData const& rRootNotifier,
NotifierData const& rLocalNotifier,
NodeChangesInformation const& aChanges);
static bool selectChanges(NodeChangesInformation& rSelected, NodeChangesInformation const& aOriginal, NodeID const& aSelector);
//--------------------------
private:
virtual void doQueryConstraints(NodeChangesInformation const& aChanges);
virtual void doNotifyListeners(NodeChangesInformation const& aChanges);
};
// -----------------------------------------------------------------------------------------------
class MultiTreeBroadcaster_Impl : public Broadcaster::Impl
{
typedef std::vector< BroadcasterImplRef > BroadcasterList;
BroadcasterList m_aBroadcasters;
MultiTreeBroadcaster_Impl(NotifierData const& rRootNotifierData, BroadcasterList& aBroadcasters);
public:
//--------------------------
static
BroadcasterImplRef create(
NotifierData const& rRootNotifier,
NotifierSet const& rNotifiers,
NodeChangesInformation const& aChanges);
static bool selectChanges(NodeChangesInformation& rSelected, NodeChangesInformation const& aOriginal, NotifierData const& aSelector);
//--------------------------
private:
virtual void doQueryConstraints(NodeChangesInformation const& aChanges);
virtual void doNotifyListeners(NodeChangesInformation const& aChanges);
};
// -----------------------------------------------------------------------------------------------
inline NodeID makeRootID( Tree const& aTree ) { return NodeID( aTree, aTree.getRootNode() ); }
inline NodeID makeRootID( TreeRef const& aTree ) { return NodeID( aTree, aTree.getRootNode() ); }
inline NodeID makeRootID( ApiTreeRef const& pTreeImpl ) { return makeRootID( pTreeImpl->getTree() ); }
// -----------------------------------------------------------------------------------------------
NotifierData findNotifier(NodeChangeLocation const& aChange, ApiTreeRef const& pTreeImpl)
{
OSL_ENSURE(aChange.isValidData(),"Invalid change location - cannot find notifier");
NodeID aAffectedNode = aChange.getAffectedNodeID();
if (aAffectedNode.isEmpty())
return NotifierData();
ApiTreeRef aAffectedImpl( Factory::findDescendantTreeImpl(aAffectedNode, pTreeImpl.get()) );
if (aAffectedImpl.is())
{
NotifierHolder aAffectedNotifier = BroadcasterHelper::getImpl(aAffectedImpl->getNotifier());
return NotifierData(aAffectedNotifier, aAffectedImpl);
}
else
return NotifierData();
}
// -----------------------------------------------------------------------------------------------
inline
NotifierData findNotifier(NodeChangeInformation const& aChange, ApiTreeRef const& pTreeImpl)
{
return findNotifier(aChange.location,pTreeImpl);
}
// -----------------------------------------------------------------------------------------------
void findNotifiers(NotifierSet& aNotifiers, NodeChangesInformation const& aChanges, ApiTreeRef const& pTreeImpl )
{
for (NodeChangesInformation::Iterator it = aChanges.begin(); it != aChanges.end(); ++it)
{
NotifierData aNotifierData( findNotifier(*it,pTreeImpl) );
if (aNotifierData.first.isValid())
{
aNotifiers.insert( aNotifierData );
OSL_ENSURE( aNotifiers[aNotifierData.first] == aNotifierData.second, "Different Api Trees for the same notifier" );
}
}
}
// -----------------------------------------------------------------------------------------------
// NodeLocalBroadcaster_Impl
// -----------------------------------------------------------------------------------------------
void NodeLocalBroadcaster_Impl::querySingleConstraint(NodeChangeInformation const& aChange, bool bMore)
{
using css::beans::XVetoableChangeListener;
typedef ListenerContainerIterator< XVetoableChangeListener > ListenerIterator;
uno::Reference< XVetoableChangeListener > const * const SelectListener = 0;
NotifierImplHolder pNotifierImpl = getNotifierData().first;
ListenerContainer* pListeners = pNotifierImpl->m_aListeners.getContainer( getNodeIndex(), getCppuType(SelectListener) );
ListenerContainer* pSpecial = pNotifierImpl->m_aListeners.getSpecialContainer( aChange.location.getChangingValueID() );
if (pSpecial || pListeners)
{
css::beans::PropertyChangeEvent aEvent;
aEvent.Source = pNotifierImpl->m_aListeners.getObjectAt( getNodeIndex() );
if (configapi::fillEventDataFromResolved(aEvent,aChange,bMore))
{
// Catch only RuntimeExceptions here: vetoableChange issues its veto by throwing
// a PropertyVetoException (which is not a RuntimeException)
if (pListeners)
{
ListenerIterator aIterator(*pListeners);
while (aIterator.hasMoreElements())
try
{
aIterator.next()->vetoableChange(aEvent);
}
catch (uno::RuntimeException & )
{}
}
if (pSpecial)
{
ListenerIterator aIterator(*pSpecial);
while (aIterator.hasMoreElements())
try
{
aIterator.next()->vetoableChange(aEvent);
}
catch (uno::RuntimeException & )
{}
}
}
}
}
// -----------------------------------------------------------------------------------------------
void NodeLocalBroadcaster_Impl::notifySingleChange(NodeChangeInformation const& aChange, bool bMore, css::beans::PropertyChangeEvent*& pCurEvent)
{
using css::beans::XPropertyChangeListener;
using css::container::XContainerListener;
typedef ListenerContainerIterator< XPropertyChangeListener > PropertyListenerIterator;
typedef ListenerContainerIterator< XContainerListener > ContainerListenerIterator;
uno::Reference< XPropertyChangeListener > const * const SelectPropertyListener = 0;
uno::Reference< XContainerListener > const * const SelectContainerListener = 0;
NotifierImplHolder pNotifierImpl = getNotifierData().first;
ListenerContainer* pContainerListeners = pNotifierImpl->m_aListeners.getContainer( getNodeIndex(), getCppuType(SelectContainerListener) );
if (pContainerListeners)
{
css::container::ContainerEvent aEvent;
aEvent.Source = pNotifierImpl->m_aListeners.getObjectAt( getNodeIndex() );
if (configapi::fillEventDataFromResolved(aEvent,aChange))
{
ContainerListenerIterator aIterator(*pContainerListeners);
while (aIterator.hasMoreElements())
try
{
uno::Reference<XContainerListener> xListener( aIterator.next() );
OSL_ASSERT( xListener.is() );
switch (aChange.change.type)
{
case NodeChangeData::eSetValue:
case NodeChangeData::eSetDefault:
case NodeChangeData::eReplaceElement:
xListener->elementReplaced(aEvent);
break;
case NodeChangeData::eInsertElement:
xListener->elementInserted(aEvent);
break;
case NodeChangeData::eRemoveElement:
xListener->elementRemoved(aEvent);
break;
case NodeChangeData::eResetSetDefault:
case NodeChangeData::eRenameElementTree:
case NodeChangeData::eNoChange:
OSL_ASSERT(false);
break;
}
}
catch (uno::Exception &)
{}
}
}
OSL_ASSERT(pCurEvent);
css::beans::PropertyChangeEvent& rEvent = *pCurEvent;
rEvent.Source = pNotifierImpl->m_aListeners.getObjectAt( getNodeIndex() );
if (configapi::fillEventDataFromResolved(rEvent,aChange,bMore))
{
ListenerContainer* pPropertyListeners = pNotifierImpl->m_aListeners.getContainer( getNodeIndex(), getCppuType(SelectPropertyListener) );
if (pPropertyListeners)
{
PropertyListenerIterator aIterator(*pPropertyListeners);
while (aIterator.hasMoreElements())
try { aIterator.next()->propertyChange(rEvent); } catch (uno::Exception & ) {}
}
ListenerContainer* pSpecialListeners = pNotifierImpl->m_aListeners.getSpecialContainer( aChange.location.getChangingValueID() );
if (pSpecialListeners)
{
PropertyListenerIterator aIterator(*pSpecialListeners);
while (aIterator.hasMoreElements())
try { aIterator.next()->propertyChange(rEvent); } catch (uno::Exception & ) {}
}
++pCurEvent;
}
}
// -----------------------------------------------------------------------------------------------
// -----------------------------------------------------------------------------------------------
// SingleBroadcaster_Impl
// -----------------------------------------------------------------------------------------------
SingleChangeBroadcaster_Impl::SingleChangeBroadcaster_Impl(
NotifierData const& rTreeNotifierData,
NodeID const& aAffectedID, SubNodeID const& aChangedNode
)
: NodeLocalBroadcaster_Impl(rTreeNotifierData,aAffectedID)
, m_aChangingValue(aChangedNode)
{
}
// -----------------------------------------------------------------------------------------------
NodeLocalBroadcaster_Impl* SingleChangeBroadcaster_Impl::create(
NotifierData const& rLocalNotifier,
NodeChangeLocation const& aChange)
{
OSL_ENSURE(configuration::equalTreeRef(rLocalNotifier.second->getTree(), aChange.getAffectedTreeRef()),
"ERROR: Tree Mismatch creating Single Broadcaster");
OSL_ENSURE(aChange.isValidData(), "ERROR: Invalid Change Location for Broadcaster");
NodeID aAffectedNodeID = aChange.getAffectedNodeID();
if (aAffectedNodeID.isEmpty())
return 0;
return create(rLocalNotifier,aAffectedNodeID,aChange.getChangingValueID(),aChange);
}
// -----------------------------------------------------------------------------------------------
NodeLocalBroadcaster_Impl* SingleChangeBroadcaster_Impl::create(
NotifierData const& rLocalNotifier,
NodeID const& aAffectedID,
NodeChangeLocation const& aChange)
{
return create(rLocalNotifier,aAffectedID,aChange.getChangingValueID(),aChange);
}
// -----------------------------------------------------------------------------------------------
NodeLocalBroadcaster_Impl* SingleChangeBroadcaster_Impl::create(
NotifierData const& rLocalNotifier,
NodeID const& aAffectedID,
SubNodeID const& aChangedNodeID,
NodeChangeLocation const& aChange)
{
OSL_ENSURE(aChange.isValidData(), "ERROR: Invalid Change Location for Broadcaster");
OSL_ENSURE(aAffectedID.isValidNode(),"Cannot broadcast without affected node");
OSL_ENSURE(configuration::equalTreeRef(rLocalNotifier.second->getTree(), aChange.getAffectedTreeRef()),
"ERROR: Tree Mismatch creating Single Broadcaster");
OSL_ENSURE( aChange.getAffectedNodeID() == aAffectedID,
"ERROR: Node Mismatch creating Single Broadcaster");
OSL_ENSURE( aChange.getChangingValueID() == aChangedNodeID,
"ERROR: Value Node Mismatch creating Single Broadcaster");
return new SingleChangeBroadcaster_Impl(rLocalNotifier,aAffectedID,aChangedNodeID);
}
// -----------------------------------------------------------------------------------------------
void SingleChangeBroadcaster_Impl::doQueryConstraints(NodeChangesInformation const& aChanges)
{
OSL_ASSERT(aChanges.size() <= 1);
if (!aChanges.empty())
{
NodeChangesInformation::Iterator it = aChanges.begin();
OSL_ENSURE( m_aChangingValue == it->location.getChangingValueID(), "Broadcasting unanticipated change");
querySingleConstraint(*it, false);
}
}
// -----------------------------------------------------------------------------------------------
void SingleChangeBroadcaster_Impl::doNotifyListeners(NodeChangesInformation const& aChanges)
{
using css::beans::XPropertiesChangeListener;
using css::beans::PropertyChangeEvent;
OSL_ASSERT(aChanges.size() <= 1);
if (!aChanges.empty())
{
PropertyChangeEvent aEvent;
PropertyChangeEvent * pEventNext = &aEvent;
NodeChangesInformation::Iterator it = aChanges.begin();
OSL_ENSURE( m_aChangingValue == it->location.getChangingValueID(), "Broadcasting unanticipated change");
notifySingleChange(*it, false, pEventNext);
if (pEventNext != &aEvent)
{
uno::Sequence< PropertyChangeEvent > aPropertyEvents(&aEvent,1);
typedef ListenerContainerIterator< XPropertiesChangeListener > ListenerIterator;
uno::Reference< XPropertiesChangeListener > const * const SelectListener = 0;
NotifierImplHolder pNotifierImpl = getNotifierData().first;
ListenerContainer* pContainer = pNotifierImpl->m_aListeners.getContainer( getNodeIndex(), getCppuType(SelectListener) );
if (pContainer)
{
ListenerIterator aIterator(*pContainer);
while (aIterator.hasMoreElements())
try { aIterator.next()->propertiesChange(aPropertyEvents); } catch (uno::Exception & ) {}
}
}
}
}
// -----------------------------------------------------------------------------------------------
// MultiChangeBroadcaster_Impl
// -----------------------------------------------------------------------------------------------
MultiChangeBroadcaster_Impl::MultiChangeBroadcaster_Impl(
NotifierData const& rTreeNotifierData,
NodeID const& aAffectedID, SubNodeSet& aChangedNodes
)
: NodeLocalBroadcaster_Impl(rTreeNotifierData,aAffectedID)
, m_aChangingNodes()
{
m_aChangingNodes.swap(aChangedNodes);
}
// -----------------------------------------------------------------------------------------------
NodeLocalBroadcaster_Impl* MultiChangeBroadcaster_Impl::create(
NotifierData const& rLocalNotifier,
NodeChangesInformation const& aChanges)
{
if (aChanges.empty())
return 0;
OSL_ENSURE(aChanges.begin()->hasValidLocation(), "ERROR: Invalid Change Location for Broadcaster");
NodeID aAffectedNodeID = aChanges.begin()->location.getAffectedNodeID();
if (aAffectedNodeID.isEmpty())
return 0;
return create(rLocalNotifier, aAffectedNodeID, aChanges);
}
// -----------------------------------------------------------------------------------------------
NodeLocalBroadcaster_Impl* MultiChangeBroadcaster_Impl::create(
NotifierData const& rLocalNotifier,
NodeID const& aAffectedNodeID,
NodeChangesInformation const& aChanges)
{
if (aChanges.empty())
return 0;
else if (aChanges.size() == 1)
return SingleChangeBroadcaster_Impl::create(rLocalNotifier,aAffectedNodeID,aChanges.begin()->location);
else
{
OSL_ENSURE(aAffectedNodeID.isValidNode(),"Cannot broadcast without affected node");
SubNodeSet aChangedNodes;
for (NodeChangesInformation::Iterator it = aChanges.begin(); it != aChanges.end(); ++it)
{
OSL_ENSURE(it->hasValidLocation(), "ERROR: Invalid Change Location for Broadcaster");
OSL_ENSURE(it->location.getAffectedNodeID() == aAffectedNodeID, "ERROR: Change is not local to affected node (as advertised)");
OSL_ENSURE(configuration::equalTreeRef(rLocalNotifier.second->getTree(), it->location.getAffectedTreeRef()),
"ERROR: Tree Mismatch creating Multi Change Broadcaster");
SubNodeID aChangedValueID = it->location.getChangingValueID();
aChangedNodes.insert(aChangedValueID);
}
OSL_ENSURE(!aChangedNodes.empty(), "Changes don't affect any nodes");
if (aChangedNodes.size() == 1) OSL_TRACE("WARNING: Different changes all affect the same node !");
return new MultiChangeBroadcaster_Impl(rLocalNotifier, aAffectedNodeID, aChangedNodes);
}
}
// -----------------------------------------------------------------------------------------------
void MultiChangeBroadcaster_Impl::doQueryConstraints(NodeChangesInformation const& aChanges)
{
NodeChangesInformation::Iterator const stop = aChanges.end(), last = stop-1;
for (NodeChangesInformation::Iterator it = aChanges.begin(); it != stop; ++it)
{
OSL_ENSURE( m_aChangingNodes.find( it->location.getChangingValueID() ) != m_aChangingNodes.end(), "Broadcasting unanticipated change");
querySingleConstraint(*it, it != last);
}
}
// -----------------------------------------------------------------------------------------------
void MultiChangeBroadcaster_Impl::doNotifyListeners(NodeChangesInformation const& aChanges)
{
using css::beans::XPropertiesChangeListener;
using css::beans::PropertyChangeEvent;
uno::Sequence< PropertyChangeEvent > aPropertyEvents(aChanges.size());
PropertyChangeEvent * const pEventStart = aPropertyEvents.getArray();
PropertyChangeEvent * pEventNext = pEventStart;
NodeChangesInformation::Iterator const stop = aChanges.end(), last = stop-1;
for (NodeChangesInformation::Iterator it = aChanges.begin(); it != stop; ++it)
{
// #92463# Skip nodes that are not in the tree
if (it->location.getAffectedNodeID().isEmpty()) continue;
OSL_ENSURE( m_aChangingNodes.find( it->location.getChangingValueID() ) != m_aChangingNodes.end(), "Broadcasting unanticipated change");
notifySingleChange(*it, it != last, pEventNext);
}
sal_Int32 nPropertyEvents = pEventNext-pEventStart;
if (nPropertyEvents > 0)
{
OSL_ASSERT(nPropertyEvents <= aPropertyEvents.getLength());
if (nPropertyEvents != aPropertyEvents.getLength())
aPropertyEvents.realloc(nPropertyEvents);
typedef ListenerContainerIterator< XPropertiesChangeListener > ListenerIterator;
uno::Reference< XPropertiesChangeListener > const * const SelectListener = 0;
NotifierImplHolder pNotifierImpl = getNotifierData().first;
ListenerContainer* pContainer = pNotifierImpl->m_aListeners.getContainer( getNodeIndex(), getCppuType(SelectListener) );
if (pContainer)
{
ListenerIterator aIterator(*pContainer);
while (aIterator.hasMoreElements())
try { aIterator.next()->propertiesChange(aPropertyEvents); } catch (uno::Exception & ) {}
}
}
}
// -----------------------------------------------------------------------------------------------
// TreeLocalBroadcaster_Impl
// -----------------------------------------------------------------------------------------------
SingleTreeBroadcaster_Impl::SingleTreeBroadcaster_Impl(
NotifierData const& aTreeNotifierData,
BroadcasterList& aBroadcasters
)
: Broadcaster::Impl(aTreeNotifierData)
, m_aBroadcasters()
{
m_aBroadcasters.swap(aBroadcasters);
}
// -----------------------------------------------------------------------------------------------
bool SingleTreeBroadcaster_Impl::selectChanges(NodeChangesInformation& rSelected, NodeChangesInformation const& aOriginal, NodeID const& aSelector)
{
OSL_ASSERT(rSelected.empty()); // nothing in there yet
for (NodeChangesInformation::Iterator it = aOriginal.begin(); it != aOriginal.end(); ++it)
{
if ( it->location.getAffectedNodeID() == aSelector )
{
rSelected.push_back(*it);
}
}
return !rSelected.empty();
}
// -----------------------------------------------------------------------------------------------
BroadcasterImplRef SingleTreeBroadcaster_Impl::create(
NotifierData const& rRootNotifier,
NotifierData const& rLocalNotifier,
NodeChangesInformation const& aChanges)
{
NodeSet aNodes;
for (NodeChangesInformation::Iterator itChanges = aChanges.begin(); itChanges != aChanges.end(); ++itChanges)
{
OSL_ENSURE(itChanges->hasValidLocation(), "ERROR: Invalid Change Location for Broadcaster");
NodeID aAffectedNodeID = itChanges->location.getAffectedNodeID();
if (!aAffectedNodeID.isEmpty())
aNodes.insert(aAffectedNodeID);
}
BroadcasterList aNodecasters;
for (NodeSet::const_iterator itNodes = aNodes.begin(); itNodes != aNodes.end(); ++itNodes)
{
OSL_ASSERT(itNodes->isValidNode()); // filtered empty ones above
NodeChangesInformation aSelectedChanges;
if ( selectChanges(aSelectedChanges, aChanges, *itNodes))
{
NodeLocalBroadcaster_Impl* pSelectedImpl = MultiChangeBroadcaster_Impl::create(rLocalNotifier, *itNodes, aSelectedChanges);
if (pSelectedImpl)
aNodecasters.push_back(pSelectedImpl);
}
}
if (aNodecasters.empty())
return 0;
else if (aNodecasters.size() == 1)
return aNodecasters.begin()->getBodyPtr();
else
return new SingleTreeBroadcaster_Impl(rRootNotifier, aNodecasters);
}
// -----------------------------------------------------------------------------------------------
void SingleTreeBroadcaster_Impl::doQueryConstraints(NodeChangesInformation const& aChanges)
{
for(BroadcasterList::iterator it = m_aBroadcasters.begin(); it != m_aBroadcasters.end(); ++it)
{
NodeChangesInformation aSelectedInfos;
if ( selectChanges(aSelectedInfos, aChanges, (*it)->getAffectedNodeID()) )
(*it)->queryConstraints(aSelectedInfos);
}
}
// -----------------------------------------------------------------------------------------------
void SingleTreeBroadcaster_Impl::doNotifyListeners(NodeChangesInformation const& aChanges)
{
for(BroadcasterList::iterator it = m_aBroadcasters.begin(); it != m_aBroadcasters.end(); ++it)
{
NodeChangesInformation aSelectedInfos;
if ( selectChanges(aSelectedInfos, aChanges, (*it)->getAffectedNodeID()) )
(*it)->notifyListeners(aSelectedInfos);
}
}
// -----------------------------------------------------------------------------------------------
// MultiTreeBroadcaster_Impl
// -----------------------------------------------------------------------------------------------
MultiTreeBroadcaster_Impl::MultiTreeBroadcaster_Impl(NotifierData const& aRootSelector, BroadcasterList& aBroadcasters)
: Broadcaster::Impl(aRootSelector)
, m_aBroadcasters()
{
m_aBroadcasters.swap(aBroadcasters);
}
// -----------------------------------------------------------------------------------------------
bool MultiTreeBroadcaster_Impl::selectChanges(NodeChangesInformation& rSelected, NodeChangesInformation const& aOriginal, NotifierData const& aSelector)
{
OSL_ASSERT(aSelector.first.isValid());
OSL_ASSERT(aSelector.second.is());
OSL_ASSERT(rSelected.empty()); // nothing in there yet
TreeRef const aSelectedTree( aSelector.second->getTree() );
for (NodeChangesInformation::Iterator it = aOriginal.begin(); it != aOriginal.end(); ++it)
{
if ( configuration::equalTreeRef(it->location.getAffectedTreeRef(),aSelectedTree) )
{
rSelected.push_back(*it);
}
}
return !rSelected.empty();
}
// -------------------------------------------------------------------------------------------
BroadcasterImplRef MultiTreeBroadcaster_Impl::create(NotifierData const& rRootNotifier, NotifierSet const& rNotifiers, NodeChangesInformation const& aChanges)
{
BroadcasterList aTreecasters;
for (NotifierSet::const_iterator it = rNotifiers.begin(); it != rNotifiers.end(); ++it)
{
NodeChangesInformation aSelectedChanges;
if ( selectChanges(aSelectedChanges, aChanges, *it))
{
BroadcasterImplRef pSelectedImpl = SingleTreeBroadcaster_Impl::create(rRootNotifier, *it, aSelectedChanges);
if (pSelectedImpl.isValid())
aTreecasters.push_back(pSelectedImpl);
}
}
if (aTreecasters.empty())
return 0;
else if (aTreecasters.size() == 1)
return *aTreecasters.begin();
else
return new MultiTreeBroadcaster_Impl(rRootNotifier, aTreecasters);
}
// -------------------------------------------------------------------------------------------
void MultiTreeBroadcaster_Impl::doQueryConstraints(NodeChangesInformation const& aChanges)
{
for(BroadcasterList::iterator it = m_aBroadcasters.begin(); it != m_aBroadcasters.end(); ++it)
{
NodeChangesInformation aSelectedInfos;
if ( selectChanges(aSelectedInfos, aChanges, (*it)->getNotifierData()) )
(*it)->queryConstraints(aSelectedInfos);
}
}
// -------------------------------------------------------------------------------------------
void MultiTreeBroadcaster_Impl::doNotifyListeners(NodeChangesInformation const& aChanges)
{
for(BroadcasterList::iterator it = m_aBroadcasters.begin(); it != m_aBroadcasters.end(); ++it)
{
NodeChangesInformation aSelectedInfos;
if ( selectChanges(aSelectedInfos, aChanges, (*it)->getNotifierData()) )
(*it)->notifyListeners(aSelectedInfos);
}
}
// -----------------------------------------------------------------------------------------------
}
// ---------------------------------------------------------------------------------------------------
BroadcasterImplRef Broadcaster::Impl::create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChange const& aChange, bool bLocal)
{
OSL_ASSERT(pTreeImpl.is());
BroadcasterImplRef pRet;
NodeChangeLocation aLocation;
if (aChange.getChangeLocation(aLocation))
{
if (bLocal)
{
pRet = SingleChangeBroadcaster_Impl::create( NotifierData(rNotifierImpl,pTreeImpl), aLocation);
}
else
{
NotifierData aAffectedNotifier( findNotifier(aLocation, pTreeImpl) );
if (aAffectedNotifier.second.is()) // only if we found a notifier we are able to create a broadcaster (DG)
pRet = SingleChangeBroadcaster_Impl::create( aAffectedNotifier, aLocation);
}
}
else
{
OSL_ENSURE(false, "Invalid change location set in node change - cannot broadcast");
// can't create a matching change - must still create an empty one
}
if (pRet.isEmpty())
pRet = EmptyBroadcaster_Impl::create( NotifierData(rNotifierImpl,pTreeImpl) );
return pRet;
}
// ---------------------------------------------------------------------------------------------------
BroadcasterImplRef Broadcaster::Impl::create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChanges const& aChanges, bool bLocal)
{
NotifierData aRootData(rNotifierImpl, pTreeImpl);
NodeChangesInformation aChangeInfos;
if (aChanges.getChangesInfos(aChangeInfos))
{
return create(rNotifierImpl,pTreeImpl,aChangeInfos,bLocal);
}
else
{
OSL_ENSURE(aChanges.isEmpty(), "Cannot get information for changes - cannot notify");
// make an empty one below
BroadcasterImplRef pRet = EmptyBroadcaster_Impl::create( aRootData );
return pRet;
}
}
// ---------------------------------------------------------------------------------------------------
BroadcasterImplRef Broadcaster::Impl::create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChangeInformation const& aChange, bool bLocal)
{
OSL_ASSERT(pTreeImpl.is());
BroadcasterImplRef pRet;
if (aChange.hasValidLocation())
{
if (bLocal)
{
pRet = SingleChangeBroadcaster_Impl::create( NotifierData(rNotifierImpl,pTreeImpl), aChange.location);
}
else
{
NotifierData aAffectedNotifier( findNotifier(aChange.location, pTreeImpl) );
if (aAffectedNotifier.second.is()) // only if we found a notifier we are able to create a broadcaster (DG)
pRet = SingleChangeBroadcaster_Impl::create( aAffectedNotifier, aChange.location);
}
}
else
{
OSL_ENSURE(false, "Invalid change location set in node change - cannot broadcast");
// can't create a matching change - must still create an empty one
}
if (pRet.isEmpty())
pRet = EmptyBroadcaster_Impl::create( NotifierData(rNotifierImpl,pTreeImpl) );
return pRet;
}
// ---------------------------------------------------------------------------------------------------
BroadcasterImplRef Broadcaster::Impl::create(NotifierHolder const& rNotifierImpl, ApiTreeRef const& pTreeImpl, NodeChangesInformation const& aChanges, bool bLocal)
{
BroadcasterImplRef pRet;
NotifierData aRootData(rNotifierImpl, pTreeImpl);
if (aChanges.size() == 1)
{
pRet = create(rNotifierImpl, pTreeImpl, *aChanges.begin(), bLocal);
}
else if (bLocal)
{
pRet = MultiChangeBroadcaster_Impl::create( aRootData, aChanges);
}
else
{
NotifierSet aNotifiers;
findNotifiers( aNotifiers, aChanges, pTreeImpl);
if (aNotifiers.size() > 1)
{
pRet = MultiTreeBroadcaster_Impl::create(aRootData, aNotifiers, aChanges);
}
else if (!aNotifiers.empty())
{
pRet = SingleTreeBroadcaster_Impl::create(aRootData, *aNotifiers.begin(), aChanges);
}
// else: empty
}
if (pRet.isEmpty())
pRet = EmptyBroadcaster_Impl::create( aRootData );
return pRet;
}
// ---------------------------------------------------------------------------------------------------
bool Broadcaster::Impl::translateChanges(NodeChangesInformation& _rInfos, NodeChanges const& aChanges, bool bSingleBase) const
{
TreeRef aBaseTree = m_aNotifierData.second->getTree();
Factory& rFactory = m_aNotifierData.second->getFactory();
NodeChangesInformation aRawInfos;
sal_uInt32 nChanges = aChanges.getChangesInfos(aRawInfos);
OSL_ENSURE(nChanges, "Cannot get info(s) for change - skipping for notification");
OSL_ENSURE(nChanges == aRawInfos.size(), "Incorrect change count returned");
NodeChangesInformation aNewInfos;
aNewInfos.reserve(nChanges);
// enabling the Single base optimization requires a base node (not only a base tree) for correct accessors
//if (!bSingleBase || !configuration::equalTree(aBaseTree,aNewChange.info.baseTree))
for (NodeChangesInformation::Iterator pos = aRawInfos.begin(); pos != aRawInfos.end(); ++pos)
{
NodeChangeInformation aInfo = *pos;
if( !configapi::rebaseChange(aInfo.accessor,aInfo.location,aBaseTree) )
{
OSL_TRACE("Change is not within expected tree - skipping for notification");
continue;
}
OSL_ENSURE(!pos->isEmptyChange(), "Empty Change Found for Notification");
// it actually is expected that elements may not be found - thus ignoring result
configapi::resolveToUno(aInfo.change,rFactory);
aNewInfos.push_back( aInfo );
}
aNewInfos.swap(_rInfos);
return !_rInfos.empty();
}
// ---------------------------------------------------------------------------------------------------
bool Broadcaster::Impl::translateChanges(NodeChangesInformation& aInfos, NodeChangesInformation const& aChanges, bool bSingleBase) const
{
NodeChangesInformation aNewInfos;
aNewInfos.reserve( aChanges.size() );
TreeRef aBaseTree = m_aNotifierData.second->getTree();
Factory& rFactory = m_aNotifierData.second->getFactory();
for (NodeChangesInformation::Iterator it = aChanges.begin(); it != aChanges.end(); ++it)
{
NodeChangeInformation aInfo(*it);
// enabling the Single base optimization requires a base node (not only a base tree) for correct accessors
//if (!bSingleBase || !configuration::equalTree(aBaseTree,aNewChange.info.baseTree))
if( !configapi::rebaseChange(aInfo.accessor,aInfo.location,aBaseTree) )
{
OSL_TRACE("Change is not within expected tree - skipping for notification");
continue;
}
if( !configapi::resolveToUno(aInfo.change,rFactory) )
{
// it actually is expected that elements may not be found
// OSL_TRACE("Cannot find affected elements of Change");
}
aNewInfos.push_back( aInfo );
}
aNewInfos.swap(aInfos);
return !aInfos.empty();
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::Impl::notifyRootListeners(NodeChangesInformation const& aChanges)
{
if (aChanges.empty()) return;
ApiTreeRef pRootTree( m_aNotifierData.second->getRootTreeImpl() );
if (pRootTree.is())
{
osl::ClearableMutexGuard aGuardRoot( pRootTree->getApiLock() );
NotifierHolder aRootNotifier = BroadcasterHelper::getImpl(pRootTree->getNotifier());
if (aRootNotifier.isValid())
{
uno::Reference< css::util::XChangesListener > const * const pSelect = 0;
NodeID aNotifiedNode = makeRootID( pRootTree );
if (ListenerContainer* pContainer = aRootNotifier->m_aListeners.getContainer(aNotifiedNode.toIndex(), ::getCppuType(pSelect)) )
{
css::util::ChangesEvent aEvent;
aEvent.Source = pRootTree->getUnoInstance();
UnoInterfaceRef xBaseInstance = m_aNotifierData.second->getUnoInstance();
aEvent.Base <<= xBaseInstance;
// translate and collect the changes
aEvent.Changes.realloc(aChanges.size());
css::util::ElementChange* pChange = aEvent.Changes.getArray();
for (NodeChangesInformation::Iterator it = aChanges.begin(); it != aChanges.end(); ++it)
{
fillChangeFromResolved(*pChange, *it);
++pChange;
}
// now notify
ListenerContainerIterator< css::util::XChangesListener > aIter(*pContainer);
aGuardRoot.clear();
while (aIter.hasMoreElements())
try { aIter.next()->changesOccurred(aEvent); } catch (uno::Exception & ) {}
}
}
}
}
// ---------------------------------------------------------------------------------------------------
// class Broadcaster
// ---------------------------------------------------------------------------------------------------
Broadcaster::Broadcaster(Notifier const& aNotifier, NodeChange const& aChange, bool bLocal)
: m_pImpl( Impl::create(aNotifier.m_aImpl,ApiTreeRef(aNotifier.m_pTree),aChange,bLocal) )
{
OSL_ASSERT(m_pImpl.isValid());
}
// ---------------------------------------------------------------------------------------------------
Broadcaster::Broadcaster(Notifier const& aNotifier, NodeChanges const& aChanges, bool bLocal)
: m_pImpl( Impl::create(aNotifier.m_aImpl,ApiTreeRef(aNotifier.m_pTree),aChanges,bLocal) )
{
OSL_ASSERT(m_pImpl.isValid());
}
// ---------------------------------------------------------------------------------------------------
Broadcaster::Broadcaster(Notifier const& aNotifier, NodeChangeInformation const& aChange, bool bLocal)
: m_pImpl( Impl::create(aNotifier.m_aImpl,ApiTreeRef(aNotifier.m_pTree),aChange,bLocal) )
{
OSL_ASSERT(m_pImpl.isValid());
}
// ---------------------------------------------------------------------------------------------------
Broadcaster::Broadcaster(Notifier const& aNotifier, NodeChangesInformation const& aChanges, bool bLocal)
: m_pImpl( Impl::create(aNotifier.m_aImpl,ApiTreeRef(aNotifier.m_pTree),aChanges,bLocal) )
{
OSL_ASSERT(m_pImpl.isValid());
}
// ---------------------------------------------------------------------------------------------------
Broadcaster::Broadcaster(Broadcaster const& aOther)
: m_pImpl(aOther.m_pImpl)
{
OSL_ASSERT(m_pImpl.isValid());
}
// ---------------------------------------------------------------------------------------------------
Broadcaster::~Broadcaster()
{
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::queryConstraints(NodeChange const& aChange) throw(beans::PropertyVetoException)
{
OSL_ENSURE(aChange.isChange(),"Constraint query without a change !");
NodeChanges aChanges;
aChanges.add(aChange);
this->queryConstraints(aChanges,true);
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::queryConstraints(NodeChanges const& aChanges, bool bSingleBase) throw(beans::PropertyVetoException)
{
OSL_ENSURE(!aChanges.isEmpty(),"Constraint query without a change !");
try
{
NodeChangesInformation aInfos;
if (m_pImpl->translateChanges(aInfos,aChanges,bSingleBase))
{
m_pImpl->queryConstraints(aInfos);
}
}
catch (beans::PropertyVetoException & )
{
throw;
}
catch (uno::Exception & )
{
OSL_ENSURE(false, "configmgr::Broadcaster: Unexpected UNO exception in notifyListeners");
}
catch (configuration::Exception & )
{
OSL_ENSURE(false, "configmgr::Broadcaster: Unexpected internal exception in notifyListeners");
}
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::notifyListeners(NodeChange const& aChange) throw()
{
OSL_ENSURE(aChange.isChange(),"Notifying without a change !");
NodeChanges aChanges;
aChanges.add(aChange);
this->notifyListeners(aChanges, true);
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::notifyListeners(NodeChangeInformation const& aChange) throw()
{
OSL_ENSURE(!aChange.isEmptyChange(),"Notifying without a change !");
NodeChangesInformation aChanges;
aChanges.push_back(aChange);
this->notifyListeners(aChanges, true);
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::notifyListeners(NodeChanges const& aChanges, bool bSingleBase) throw()
{
OSL_ENSURE(!aChanges.isEmpty(),"Notifying without a change !");
try
{
NodeChangesInformation aInfos;
if (m_pImpl->translateChanges(aInfos,aChanges, bSingleBase))
{
m_pImpl->notifyListeners(aInfos);
m_pImpl->notifyRootListeners(aInfos);
}
}
catch (uno::Exception & )
{
OSL_ENSURE(false, "configmgr::Broadcaster: Unexpected UNO exception in notifyListeners");
}
catch (configuration::Exception & )
{
OSL_ENSURE(false, "configmgr::Broadcaster: Unexpected internal exception in notifyListeners");
}
}
// ---------------------------------------------------------------------------------------------------
void Broadcaster::notifyListeners(NodeChangesInformation const& aChanges, bool bSingleBase) throw()
{
OSL_ENSURE(!aChanges.empty(),"Notifying without a change !");
try
{
NodeChangesInformation aInfos;
if (m_pImpl->translateChanges(aInfos,aChanges, bSingleBase))
{
m_pImpl->notifyListeners(aInfos);
m_pImpl->notifyRootListeners(aInfos);
}
}
catch (uno::Exception & )
{
OSL_ENSURE(false, "configmgr::Broadcaster: Unexpected UNO exception in notifyListeners");
}
catch (configuration::Exception & )
{
OSL_ENSURE(false, "configmgr::Broadcaster: Unexpected internal exception in notifyListeners");
}
}
// ---------------------------------------------------------------------------------------------------
}
}