bool CreateMailboxTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tagCreate) {
if (resp->kind == Responses::OK) {
EMIT_LATER(model, mailboxCreationSucceded, Q_ARG(QString, mailbox));
if (_dead) {
// Got to check if we're still allowed to execute before launching yet another command
_failed("Asked to die");
return true;
}
tagList = parser->list(QLatin1String(""), mailbox);
// Don't call _completed() yet, we're going to update mbox list before that
} else {
EMIT_LATER(model, mailboxCreationFailed, Q_ARG(QString, mailbox), Q_ARG(QString, resp->message));
_failed("Cannot create mailbox");
}
return true;
} else if (resp->tag == tagList) {
if (resp->kind == Responses::OK) {
model->finalizeIncrementalList(parser, mailbox);
_completed();
} else {
_failed("Error with the LIST command after the CREATE");
}
return true;
} else {
return false;
}
}
bool SubscribeUnsubscribeTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
TreeItemMailbox *mailbox = dynamic_cast<TreeItemMailbox *>(static_cast<TreeItem *>(mailboxIndex.internalPointer()));
QString subscribed = QLatin1String("\\SUBSCRIBED");
switch (operation) {
case SUBSCRIBE:
if (mailbox && !mailbox->m_metadata.flags.contains(subscribed)) {
mailbox->m_metadata.flags.append(subscribed);
}
break;
case UNSUBSCRIBE:
if (mailbox) {
mailbox->m_metadata.flags.removeOne(subscribed);
}
}
_completed();
} else {
_failed("SUBSCRIBE/UNSUBSCRIBE has failed");
// FIXME: error handling
}
return true;
} else {
return false;
}
}
// Initial Sync
Status DatabasesCloner::start() {
_active = true;
if (!_status.isOK() && _status.code() != ErrorCodes::NotYetInitialized) {
return _status;
}
_status = Status::OK();
log() << "starting cloning of all databases";
// Schedule listDatabase command which will kick off the database cloner per result db.
Request listDBsReq(_source,
"admin",
BSON("listDatabases" << true),
rpc::ServerSelectionMetadata(true, boost::none).toBSON());
CBHStatus s = _exec->scheduleRemoteCommand(
listDBsReq,
stdx::bind(&DatabasesCloner::_onListDatabaseFinish, this, stdx::placeholders::_1));
if (!s.isOK()) {
_setStatus(s);
_failed();
}
_doNextActions();
return _status;
}
bool AppendTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
if (resp->respCode == Responses::APPENDUID) {
const Responses::RespData<QPair<uint, Sequence> > *const respData =
dynamic_cast<const Responses::RespData<QPair<uint, Sequence> >* const>(resp->respCodeData.data());
Q_ASSERT(respData);
auto uids = respData->data.second.toVector();
if (uids.size() != 1) {
log(QLatin1String("APPENDUID: malformed data, cannot extract a single UID"));
} else {
emit appendUid(respData->data.first, uids.front());
}
}
// nothing should be needed here
_completed();
} else {
_failed(resp->message);
}
return true;
} else {
return false;
}
}
bool SubscribeUnsubscribeTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
TreeItemMailbox *mailbox = dynamic_cast<TreeItemMailbox *>(model->findMailboxByName(mailboxName));
QString subscribed = QStringLiteral("\\SUBSCRIBED");
switch (operation) {
case SUBSCRIBE:
if (mailbox && !mailbox->m_metadata.flags.contains(subscribed)) {
mailbox->m_metadata.flags.append(subscribed);
}
break;
case UNSUBSCRIBE:
if (mailbox) {
mailbox->m_metadata.flags.removeOne(subscribed);
}
}
if (mailbox) {
auto index = mailbox->toIndex(model);
emit model->dataChanged(index, index);
}
_completed();
} else {
_failed(tr("SUBSCRIBE/UNSUBSCRIBE has failed"));
// FIXME: error handling
}
return true;
} else {
return false;
}
}
void SortTask::perform()
{
parser = conn->parser;
markAsActiveTask();
IMAP_TASK_CHECK_ABORT_DIE;
if (! mailboxIndex.isValid()) {
_failed(tr("Mailbox vanished before we could ask for threading info"));
return;
}
// We can be killed when appropriate
KeepMailboxOpenTask *keepTask = dynamic_cast<KeepMailboxOpenTask*>(conn);
Q_ASSERT(keepTask);
keepTask->feelFreeToAbortCaller(this);
if (sortCriteria.isEmpty()) {
if (model->accessParser(parser).capabilitiesFresh &&
model->accessParser(parser).capabilities.contains(QLatin1String("ESEARCH"))) {
// We always prefer ESEARCH over SEARCH, if only for its embedded reference to the command tag
if (model->accessParser(parser).capabilities.contains(QLatin1String("CONTEXT=SEARCH"))) {
// Hurray, this IMAP server supports incremental ESEARCH updates
m_persistentSearch = true;
sortTag = parser->uidESearch("utf-8", searchConditions,
QStringList() << QLatin1String("ALL") << QLatin1String("UPDATE"));
} else {
// ESORT without CONTEXT is still worth the effort, if only for the tag reference
sortTag = parser->uidESearch("utf-8", searchConditions, QStringList() << QLatin1String("ALL"));
}
} else {
// Plain "old" SORT
sortTag = parser->uidSearch(searchConditions,
// It looks that Exchange 2003 does not support the UTF-8 charset in searches.
// That is, of course, insane, and only illustrates how useless its support of IMAP really is.
model->m_capabilitiesBlacklist.contains(QLatin1String("X-NO-UTF8-SEARCH")) ? QByteArray() : "utf-8"
);
}
} else {
// SEARCH and SORT combined
if (model->accessParser(parser).capabilitiesFresh &&
model->accessParser(parser).capabilities.contains(QLatin1String("ESORT"))) {
// ESORT's better than regular SORT, if only for its embedded reference to the command tag
if (model->accessParser(parser).capabilities.contains(QLatin1String("CONTEXT=SORT"))) {
// Hurray, this IMAP server supports incremental SORT updates
m_persistentSearch = true;
sortTag = parser->uidESort(sortCriteria, "utf-8", searchConditions,
QStringList() << QLatin1String("ALL") << QLatin1String("UPDATE"));
} else {
// ESORT without CONTEXT is still worth the effort, if only for the tag reference
sortTag = parser->uidESort(sortCriteria, "utf-8", searchConditions, QStringList() << QLatin1String("ALL"));
}
} else {
// Plain "old" SORT
sortTag = parser->uidSort(sortCriteria, "utf-8", searchConditions);
}
}
}
bool SortTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty()) {
if (resp->kind == Responses::NO && resp->respCode == Responses::NOUPDATE) {
// * NO [NOUPDATE "tag"] means that the server won't be providing further updates for our SEARCH/SORT criteria
const Responses::RespData<QString> *const untaggedTag = dynamic_cast<const Responses::RespData<QString>* const>(
resp->respCodeData.data());
Q_ASSERT(untaggedTag);
if (untaggedTag->data.toUtf8() == sortTag) {
m_persistentSearch = false;
model->m_taskModel->slotTaskMighHaveChanged(this);
if (m_firstCommandCompleted) {
// The server decided that it will no longer inform us about the updated SORT order, and the original
// response has been already received and processed. That means that we're done here and shall declare
// ourselves as completed.
_completed();
}
// We actually support even more benevolent mode of operation where the server can tell us at any time that
// this context updating is no longer supported. Yay for that; let's hope that it's reasonably bug-free now.
return true;
}
}
return false;
}
if (resp->tag == sortTag) {
m_firstCommandCompleted = true;
if (resp->kind == Responses::OK) {
emit sortingAvailable(sortResult);
if (!m_persistentSearch || _aborted) {
// This is a one-shot operation, we shall not remain as an active task, listening for further updates
_completed();
} else {
// got to prod the TaskPresentationModel
model->m_taskModel->slotTaskMighHaveChanged(this);
// Even though we aren't "finished" at this point, the KeepMailboxOpenTask is now free to issue its IDLE thing,
// as that won't interfere with our mode of operation. Let's kick it around.
KeepMailboxOpenTask *keepTask = dynamic_cast<KeepMailboxOpenTask*>(conn);
Q_ASSERT(keepTask);
keepTask->activateTasks();
}
} else {
_failed(tr("Sorting command has failed"));
}
return true;
} else if (resp->tag == cancelUpdateTag) {
m_persistentSearch = false;
model->m_taskModel->slotTaskMighHaveChanged(this);
_completed();
return true;
} else {
return false;
}
}
bool FetchMsgMetadataTask::handleFetch(const Imap::Responses::Fetch *const resp)
{
if (! mailbox.isValid()) {
_failed("handleFetch: mailbox disappeared");
// FIXME: nice error handling
return false;
}
TreeItemMailbox *mailboxPtr = dynamic_cast<TreeItemMailbox *>(static_cast<TreeItemMailbox *>(mailbox.internalPointer()));
Q_ASSERT(mailboxPtr);
model->genericHandleFetch(mailboxPtr, resp);
return true;
}
void UnSelectTask::doFakeSelect()
{
if (_dead) {
_failed(tr("Asked to die"));
return;
}
// Again, ignoring abort()
if (model->accessParser(parser).maintainingTask) {
model->accessParser(parser).maintainingTask->breakOrCancelPossibleIdle();
}
// The server does not support UNSELECT. Let's construct an unlikely-to-exist mailbox, then.
selectMissingTag = parser->examine(QLatin1String("trojita non existing ") + QUuid::createUuid().toString());
}
bool NumberOfMessagesTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
_completed();
} else {
_failed(tr("STATUS has failed"));
// FIXME: error handling
}
return true;
} else {
return false;
}
}
bool FetchMsgMetadataTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
_completed();
} else {
_failed("UID FETCH failed");
// FIXME: error handling
}
return true;
} else {
return false;
}
}
bool GenUrlAuthTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
// nothing should be needed here
_completed();
} else {
_failed(resp->message);
}
return true;
} else {
return false;
}
}
bool IdTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
// nothing should be needed here
_completed();
} else {
_failed(tr("ID failed, strange"));
// But hey, we can just ignore this one
}
return true;
} else {
return false;
}
}
void ThreadTask::perform()
{
parser = conn->parser;
markAsActiveTask();
IMAP_TASK_CHECK_ABORT_DIE;
if (! mailboxIndex.isValid()) {
_failed("Mailbox vanished before we could ask for threading info");
return;
}
if (m_incrementalMode) {
tag = parser->uidEThread(algorithm, "utf-8", searchCriteria, QStringList() << "INCTHREAD");
} else {
tag = parser->uidThread(algorithm, "utf-8", searchCriteria);
}
}
bool NoopTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
// nothing should be needed here
_completed();
} else {
_failed("NOOP failed, strange");
// FIXME: error handling
}
return true;
} else {
return false;
}
}
void UnSelectTask::perform()
{
markAsActiveTask(TASK_PREPEND);
if (_dead) {
_failed(tr("Asked to die"));
return;
}
// We really should ignore abort() -- we're a very important task
if (model->accessParser(parser).maintainingTask) {
model->accessParser(parser).maintainingTask->breakOrCancelPossibleIdle();
}
if (model->accessParser(parser).capabilities.contains(QStringLiteral("UNSELECT"))) {
unSelectTag = parser->unSelect();
} else {
doFakeSelect();
}
}
bool ThreadTask::handleStateHelper(const Imap::Responses::State *const resp)
{
if (resp->tag.isEmpty())
return false;
if (resp->tag == tag) {
if (resp->kind == Responses::OK) {
if (!m_incrementalMode)
emit model->threadingAvailable(mailboxIndex, algorithm, searchCriteria, mapping);
_completed();
} else {
_failed("Threading command has failed");
}
mapping.clear();
return true;
} else {
return false;
}
}