void AddinManager::initialize_sharp_addins()
{
if (!sharp::directory_exists (m_addins_prefs_dir))
g_mkdir_with_parents(m_addins_prefs_dir.c_str(), S_IRWXU);
// get the factory
REGISTER_BUILTIN_NOTE_ADDIN(NoteRenameWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteSpellChecker);
REGISTER_BUILTIN_NOTE_ADDIN(NoteUrlWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteLinkWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteWikiWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(MouseHandWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteTagsWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(notebooks::NotebookNoteAddin);
REGISTER_APP_ADDIN(notebooks::NotebookApplicationAddin);
std::string global_path = utils::get_libdir() + "/"PACKAGE_NAME"/addins/"PACKAGE_VERSION;
std::string local_path = m_gnote_conf_dir + "/addins";
load_addin_infos(global_path, local_path);
std::list<std::string> enabled_addins;
get_enabled_addins(enabled_addins);
m_module_manager.load_modules(enabled_addins);
const sharp::ModuleMap & modules = m_module_manager.get_modules();
for(sharp::ModuleMap::const_iterator iter = modules.begin();
iter != modules.end(); ++iter) {
const std::string & mod_id = get_info_for_module(iter->first).id();
sharp::DynamicModule* dmod = iter->second;
if(!dmod) {
continue;
}
dmod->enabled(true); // enable all loaded modules on startup
add_module_addins(mod_id, dmod);
}
}
void AddinManager::initialize_sharp_addins()
{
if (!sharp::directory_exists (m_addins_prefs_dir))
g_mkdir_with_parents(m_addins_prefs_dir.c_str(), S_IRWXU);
// get the factory
REGISTER_BUILTIN_NOTE_ADDIN(NoteRenameWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteSpellChecker);
REGISTER_BUILTIN_NOTE_ADDIN(NoteUrlWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteLinkWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteWikiWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(MouseHandWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(NoteTagsWatcher);
REGISTER_BUILTIN_NOTE_ADDIN(notebooks::NotebookNoteAddin);
REGISTER_APP_ADDIN(notebooks::NotebookApplicationAddin);
m_module_manager.add_path(LIBDIR"/"PACKAGE_NAME"/addins/"PACKAGE_VERSION);
m_module_manager.add_path(m_mnote_conf_dir);
m_module_manager.load_modules();
bool global_addins_prefs_loaded = true;
Glib::KeyFile global_addins_prefs;
try {
global_addins_prefs.load_from_file(m_addins_prefs_file);
}
catch (Glib::Error & not_loaded) {
global_addins_prefs_loaded = false;
}
const sharp::ModuleList & list = m_module_manager.get_modules();
for(sharp::ModuleList::const_iterator iter = list.begin();
iter != list.end(); ++iter) {
sharp::DynamicModule* dmod = *iter;
if(!dmod) {
continue;
}
if(global_addins_prefs_loaded &&
global_addins_prefs.has_key("Enabled", dmod->id())) {
dmod->enabled(global_addins_prefs.get_boolean("Enabled", dmod->id()));
}
sharp::IfaceFactoryBase * f = dmod->query_interface(NoteAddin::IFACE_NAME);
if(f && dmod->is_enabled()) {
m_note_addin_infos.insert(std::make_pair(dmod->id(), f));
}
f = dmod->query_interface(AddinPreferenceFactoryBase::IFACE_NAME);
if(f) {
AddinPreferenceFactoryBase * factory = dynamic_cast<AddinPreferenceFactoryBase*>((*f)());
m_addin_prefs.insert(std::make_pair(dmod->id(), factory));
}
f = dmod->query_interface(ImportAddin::IFACE_NAME);
if(f) {
ImportAddin * addin = dynamic_cast<ImportAddin*>((*f)());
m_import_addins.insert(std::make_pair(dmod->id(), addin));
}
f = dmod->query_interface(ApplicationAddin::IFACE_NAME);
if(f) {
ApplicationAddin * addin = dynamic_cast<ApplicationAddin*>((*f)());
m_app_addins.insert(std::make_pair(dmod->id(), addin));
}
}
}