bool XSettingsModel::save_profile()
{
// get lastused profile name
QString previous = getLastUsed(); // or default if none
#ifdef USE_ALTERNATE_GETFILE
QString filename = util_getFileName(0, "Save Profiles", previous, QStringList("*.ini"));
#else // !#ifdef USE_ALTERNATE_GETFILE
QString filename = QFileDialog::getSaveFileName(0, "Save Profiles", previous, "Profile files (*.ini)" );
#endif // #ifdef USE_ALTERNATE_GETFILE y/n
if (filename.length() == 0) {
outLog("*** Profile write abandoneed");
return false;
}
QSettings settings(filename,QSettings::IniFormat);
// selected profile filename will be stored in settings
set_option("profile", true, filename);
setLastUsed(filename);
//= loop rows and save each "option" as an [ini section] with enabled, value as values
for(int row_idx=0; row_idx < rowCount(); row_idx++){
settings.beginGroup(item(row_idx, C_OPTION)->text());
settings.setValue( "enabled", item(row_idx, C_ENABLED)->text());
settings.setValue( "value", item(row_idx, C_VALUE)->text());
settings.endGroup();
}
outLog("*** Profile written to disk: "+filename);
return true;
}
void beginSession(const std::string& rVersion,
const std::string& rVersionHome)
{
setLastUsed();
setRunning(true);
setRVersion(rVersion, rVersionHome);
}
void
DcpAppletMetadata::incrementUsage()
{
if (widgetTypeID() == DcpWidgetType::Button)
return;
MostUsedCounter::instance()->incrementUsageCount (
QFileInfo(fileName()).baseName()
);
setLastUsed (this);
}
bool XSettingsModel::load_profile()
{
_loading = true;
// get lastused profile name
QString previous = getLastUsed(); // or default if none
#ifdef USE_ALTERNATE_GETFILE
QString filename = util_getFileName(0, "Load Profiles", previous, QStringList("*.ini") );
#else // !#ifdef USE_ALTERNATE_GETFILE
QString filename = QFileDialog::getOpenFileName(0, "Load Profiles", previous, "Profile files (*.ini)" );
#endif // #ifdef USE_ALTERNATE_GETFILE y/n
QFile file;
if ((filename.length() == 0) || (!file.exists(filename))) {
outLog("*** Profile load abandonned!");
_loading = false;
return false; // NO LOAD POSSIBLE
}
QSettings settings(filename,QSettings::IniFormat);
bool ena;
for(int row_idx=0; row_idx < rowCount(); row_idx++){
//= loop rows and load each "option" as an [ini section] with enabled, value as values
settings.beginGroup(item(row_idx, C_OPTION)->text());
ena = settings.value("enabled").toBool() ;
item(row_idx, C_ENABLED)->setText( ena ? "1" : "0");
QString val = settings.value("value").toString();
if(val == ""){
val = item(row_idx, C_DEFAULT)->text();
}
item(row_idx, C_VALUE)->setText(val );
set_row_bg(row_idx, ena ? QColor(200,255,200) : QColor(240,240,240));
//= Broadcast changes
emit upx(item(row_idx, C_OPTION)->text(),
item(row_idx, C_ENABLED)->text() == "1",
item(row_idx, C_VALUE)->text()
);
settings.endGroup();
}
emit updated(get_fgfs_list());
outLog("*** Profile loaded: "+filename);
setLastUsed(filename); // store lastused profile name
return true;
}
Media::TextRecording* Media::TextRecording::fromJson(const QList<QJsonObject>& items, const ContactMethod* cm, CollectionInterface* backend)
{
TextRecording* t = new TextRecording();
if (backend)
t->setCollection(backend);
ConfigurationManagerInterface& configurationManager = ConfigurationManager::instance();
//Load the history data
for (const QJsonObject& obj : items) {
Serializable::Peers* p = SerializableEntityManager::fromJson(obj,cm);
t->d_ptr->m_lAssociatedPeers << p;
}
//Create the model
bool statusChanged = false; // if a msg status changed during parsing, we need to re-save the model
t->instantMessagingModel();
//Reconstruct the conversation
//TODO do it right, right now it flatten the graph
for (const Serializable::Peers* p : t->d_ptr->m_lAssociatedPeers) {
//Seems old version didn't store that
if (p->peers.isEmpty())
continue;
// TODO: for now assume the convo is with only 1 CM at a time
auto peerCM = p->peers.at(0)->m_pContactMethod;
// get the latest timestamp to set last used
time_t lastUsed = 0;
for (const Serializable::Group* g : p->groups) {
for (Serializable::Message* m : g->messages) {
::TextMessageNode* n = new ::TextMessageNode();
n->m_pMessage = m ;
if (!n->m_pMessage->contactMethod) {
if (cm) {
n->m_pMessage->contactMethod = const_cast<ContactMethod*>(cm); //TODO remove in 2016
n->m_pMessage->authorSha1 = cm->sha1();
if (p->peers.isEmpty())
addPeer(const_cast<Serializable::Peers*>(p), cm);
} else {
if (p->m_hSha1.contains(n->m_pMessage->authorSha1)) {
n->m_pMessage->contactMethod = p->m_hSha1[n->m_pMessage->authorSha1];
} else {
// message was outgoing and author sha1 was set to that of the sending account
n->m_pMessage->contactMethod = peerCM;
n->m_pMessage->authorSha1 = peerCM->sha1();
}
}
}
n->m_pContactMethod = m->contactMethod;
t->d_ptr->m_pImModel->addRowBegin();
t->d_ptr->m_lNodes << n;
t->d_ptr->m_pImModel->addRowEnd();
if (lastUsed < n->m_pMessage->timestamp)
lastUsed = n->m_pMessage->timestamp;
if (m->id) {
int status = configurationManager.getMessageStatus(m->id);
t->d_ptr->m_hPendingMessages[m->id] = n;
if (t->d_ptr->updateMessageStatus(m, static_cast<TextRecording::Status>(status)))
statusChanged = true;
}
}
}
if (statusChanged)
t->save();
// update the timestamp of the CM
peerCM->setLastUsed(lastUsed);
}
return t;
}
void endSession()
{
setLastUsed();
setRunning(false);
setExecuting(false);
}
