Media::TextRecording* Media::TextRecording::fromJson(const QList<QJsonObject>& items, const ContactMethod* cm)
{
TextRecording* t = new TextRecording();
//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
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) {
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) {
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);
}
n->m_pContactMethod = m->contactMethod;
t->d_ptr->m_pImModel->addRowBegin();
t->d_ptr->m_lNodes << n;
t->d_ptr->m_pImModel->addRowEnd();
}
}
}
return t;
}
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;
}
