// returns false if the database is up to date
bool KBuildSycoca::build()
{
typedef TQPtrList<KBSEntryDict> KBSEntryDictList;
KBSEntryDictList *entryDictList = 0;
KBSEntryDict *serviceEntryDict = 0;
entryDictList = new KBSEntryDictList();
// Convert for each factory the entryList to a Dict.
int i = 0;
// For each factory
for (KSycocaFactory *factory = m_lstFactories->first();
factory;
factory = m_lstFactories->next() )
{
KBSEntryDict *entryDict = new KBSEntryDict();
if (g_allEntries)
{
KSycocaEntry::List list = (*g_allEntries)[i++];
for( KSycocaEntry::List::Iterator it = list.begin();
it != list.end();
++it)
{
entryDict->insert( (*it)->entryPath(), static_cast<KSycocaEntry *>(*it));
}
}
if (factory == g_bsf)
serviceEntryDict = entryDict;
else if (factory == g_bsgf)
g_serviceGroupEntryDict = entryDict;
entryDictList->append(entryDict);
}
TQStringList allResources;
// For each factory
for (KSycocaFactory *factory = m_lstFactories->first();
factory;
factory = m_lstFactories->next() )
{
// For each resource the factory deals with
const KSycocaResourceList *list = factory->resourceList();
if (!list) continue;
for( KSycocaResourceList::ConstIterator it1 = list->begin();
it1 != list->end();
++it1 )
{
KSycocaResource res = (*it1);
if (!allResources.contains(res.resource))
allResources.append(res.resource);
}
}
g_ctimeInfo = new KCTimeInfo(); // This is a build factory too, don't delete!!
bool uptodate = true;
// For all resources
for( TQStringList::ConstIterator it1 = allResources.begin();
it1 != allResources.end();
++it1 )
{
g_changed = false;
g_resource = (*it1).ascii();
TQStringList relFiles;
(void) TDEGlobal::dirs()->findAllResources( g_resource,
TQString::null,
true, // Recursive!
true, // uniq
relFiles);
// Now find all factories that use this resource....
// For each factory
g_entryDict = entryDictList->first();
for (g_factory = m_lstFactories->first();
g_factory;
g_factory = m_lstFactories->next(),
g_entryDict = entryDictList->next() )
{
// For each resource the factory deals with
const KSycocaResourceList *list = g_factory->resourceList();
if (!list) continue;
for( KSycocaResourceList::ConstIterator it2 = list->begin();
it2 != list->end();
++it2 )
{
KSycocaResource res = (*it2);
if (res.resource != (*it1)) continue;
// For each file in the resource
for( TQStringList::ConstIterator it3 = relFiles.begin();
it3 != relFiles.end();
++it3 )
{
// Check if file matches filter
if ((*it3).endsWith(res.extension))
createEntry(*it3, true);
}
}
if ((g_factory == g_bsf) && (strcmp(g_resource, "services") == 0))
processGnomeVfs();
}
if (g_changed || !g_allEntries)
{
uptodate = false;
g_changeList->append(g_resource);
}
}
bool result = !uptodate || !g_ctimeDict->isEmpty();
if (result || bMenuTest)
{
g_resource = "apps";
g_factory = g_bsf;
g_entryDict = serviceEntryDict;
g_changed = false;
g_vfolder = new VFolderMenu;
if (!m_trackId.isEmpty())
g_vfolder->setTrackId(m_trackId);
connect(g_vfolder, TQT_SIGNAL(newService(const TQString &, KService **)),
this, TQT_SLOT(slotCreateEntry(const TQString &, KService **)));
VFolderMenu::SubMenu *kdeMenu = g_vfolder->parseMenu("tde-applications.menu", true);
KServiceGroup *entry = g_bsgf->addNew("/", kdeMenu->directoryFile, 0, false);
entry->setLayoutInfo(kdeMenu->layoutList);
createMenu(TQString::null, TQString::null, kdeMenu);
KServiceGroup::Ptr g(entry);
(void) existingResourceDirs();
*g_allResourceDirs += g_vfolder->allDirectories();
disconnect(g_vfolder, TQT_SIGNAL(newService(const TQString &, KService **)),
this, TQT_SLOT(slotCreateEntry(const TQString &, KService **)));
if (g_changed || !g_allEntries)
{
uptodate = false;
g_changeList->append(g_resource);
}
if (bMenuTest)
return false;
}
