// Synchronize remote expunged linked notebooks
void SyncRunner::syncRemoteExpungedLinkedNotebooks(QList<Guid> guids) {
LinkedNotebookTable btable(db);
for (int i=0; i<guids.size(); i++) {
LinkedNotebookTable ntable(db);
qint32 lid = ntable.getLid(guids[i]);
btable.expunge(guids[i]);
emit notebookExpunged(lid);
}
}
// Expunge deleted notebooks from the local database
void SyncRunner::syncRemoteExpungedNotebooks(QList<Guid> guids) {
QLOG_TRACE() << "Entering SyncRunner::syncRemoteExpungedNotebooks";
NotebookTable notebookTable(db);
for (int i=0; i<guids.size(); i++) {
int lid = notebookTable.getLid(guids[i]);
notebookTable.expunge(guids[i]);
if (!finalSync)
emit notebookExpunged(lid);
}
QLOG_TRACE() << "Leaving SyncRunner::syncRemoteExpungedNotebooks";
}
// Synchronize remote linked notebooks
bool SyncRunner::syncRemoteLinkedNotebooksActual() {
LinkedNotebookTable ltable(db);
QList<qint32> lids;
ltable.getAll(lids);
bool fs;
for (int i=0; i<lids.size(); i++) {
LinkedNotebook book;
qint32 usn = ltable.getLastUpdateSequenceNumber(lids[i]);
qint32 startingUSN = usn;
ltable.get(book, lids[i]);
int chunkSize = 5000;
// If the share key is set, we need to authenticate
if (!comm->authenticateToLinkedNotebookShard(book)) {
this->communicationErrorHandler();
error = true;
return false;
}
bool more = true;
SyncState syncState;
if (!comm->getLinkedNotebookSyncState(syncState, book)) {
this->communicationErrorHandler();
error = true;
return false;
}
if (syncState.updateCount <= usn)
more=false;
qint32 startingSequenceNumber = usn;
if (usn == 0)
fs = true;
else
fs = false;
// ***** STARTING PASS #1
while (more && keepRunning) {
SyncChunk chunk;
if (!comm->getLinkedNotebookSyncChunk(chunk, book, usn, chunkSize, fs)) {
more = false;
if (comm->error.type == CommunicationError::EDAMNotFoundException) {
ltable.expunge(lids[i]);
if (!finalSync)
emit(notebookExpunged(lids[i]));
} else {
this->communicationErrorHandler();
error = true;
return false;
}
} else {
processSyncChunk(chunk, lids[i]);
usn = chunk.chunkHighUSN;
if (chunk.updateCount > 0 && chunk.updateCount > startingSequenceNumber) {
int pct = (usn-startingSequenceNumber)*100/(chunk.updateCount-startingSequenceNumber);
QString sharename = "";
if (book.shareName.isSet())
sharename = book.shareName;
emit setMessage(tr("Downloading ") +QString::number(pct) + tr("% complete for tags in shared notebook ") +sharename + tr("."), defaultMsgTimeout);
}
if (!chunk.chunkHighUSN.isSet()|| chunk.chunkHighUSN >= chunk.updateCount)
more = false;
}
}
//************* STARTING PASS 2
usn = startingUSN;
more = true;
chunkSize = 50;
if (error == true)
more=false;
QString sharename = "";
if (book.shareName.isSet())
sharename = book.shareName;
emit setMessage(tr("Downloading notes for shared notebook ") +sharename + tr("."), defaultMsgTimeout);
while (more && keepRunning) {
SyncChunk chunk;
if (!comm->getLinkedNotebookSyncChunk(chunk, book, usn, chunkSize, fs)) {
more = false;
if (comm->error.type == CommunicationError::EDAMNotFoundException) {
ltable.expunge(lids[i]);
if (!finalSync)
emit(notebookExpunged(lids[i]));
} else {
this->communicationErrorHandler();
error = true;
return false;
}
} else {
processSyncChunk(chunk, lids[i]);
usn = chunk.chunkHighUSN;
if (chunk.updateCount > 0 && chunk.updateCount > startingSequenceNumber) {
int pct = (usn-startingSequenceNumber)*100/(chunk.updateCount-startingSequenceNumber);
QString sharename = "";
if (book.shareName.isSet())
sharename = book.shareName;
emit setMessage(tr("Downloading ") +QString::number(pct) + tr("% complete for shared notebook ") +sharename + tr("."), defaultMsgTimeout);
}
if (!chunk.chunkHighUSN.isSet() || chunk.chunkHighUSN >= chunk.updateCount) {
more = false;
ltable.setLastUpdateSequenceNumber(lids[i], syncState.updateCount);
}
}
}
qint32 noteUSN = uploadLinkedNotes(lids[i]);
if (noteUSN > usn)
ltable.setLastUpdateSequenceNumber(lids[i], noteUSN);
}
TagTable tagTable(db);
tagTable.cleanupLinkedTags();
return true;
}
