In SearchCache::expire, if there is an op whose expiration is equal to
`now`, then it's not processed and the function returns `now` as the
next expiration timepoint. This can lead to the opExpirationJob in
Search::cancelListen getting rescheduled at the same time in an infinite
loop.
Since 15eb221c the node's bound port is persisted alongside the DHT
state and reused on the next run for a stable identity. If that port
is still held by another process - typically a fast application
restart racing the previous instance's shutdown - UdpSocket
constructor throws (both the IPv4 and IPv6 binds fail) and
DhtRunner::run() propagates the exception: the node never starts.
In Jami this left every account stuck in the connecting state after a
quick restart, with 'DhtException occurred: Can't bind socket' logged
per account, and no retry.
The persisted port is only a best-effort hint: when binding it fails,
retry with OS-assigned ports instead of throwing. The persisted file
is then refreshed with the newly bound ports as before.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
Cover starting a node whose persisted port (persist_path + "_port.txt")
is already bound by another node, as happens when an application is
restarted while the previous instance still holds the socket. The node
is expected to start on a fallback port instead of failing.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
The pushType field (593e59e0) lets the DHT proxy server tag push
notifications with the connection type ("pt" in the FCM payload), so
mobile clients can tell incoming calls apart from background noise.
It was only serialized in msgpack. Clients using DhtProxyClient
send their puts as JSON (Value::toJson()), where the field was
silently dropped, and the proxy server parsed the incoming JSON with
Value(const Json::Value&), which never read it back. As a result any
value put through a proxy (e.g. a call request from a mobile device)
reached the recipient's device with an empty "pt", was classified as
noise, and did not wake up the callee: calls from proxied devices
never rang, while the same call from a full DHT node (desktop) did.
Serialize pushType as "pt" in Value::toJson() when set, and parse it
back in the JSON constructor, mirroring the msgpack behavior.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
Cover Value::toJson() / Value(const Json::Value&) preservation of the
pushType field, and its absence from the JSON when empty. This is the
serialization path used by DhtProxyClient::put(), so mobile clients
behind a DHT proxy depend on it to propagate the push notification
type.
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
This prevents ThreadPool::stop from hanging if it is called with `wait`
set to true (which is notably the case in ThreadPool::join) and the
pool's task queue is non-empty.
The worker threads in a ThreadPool don't signal the pool's condition
variable when completing the last task in the queue. As a consequence,
ThreadPool::join() hangs if called while the task queue is non-empty.
When values are exported and re-imported, permanent values retain their
time_point::max() expiration but lose their permanent flag. This caused
them to be stored as non-permanent with an effectively infinite
expiration, so they would never expire.
Cap the expiration of non-permanent values to created + type.expiration,
ensuring that imported permanent values get a finite expiration matching
their value type.
Add testImportPermanentValueExpires to verify that values originally
stored as permanent (with time_point::max() expiration) properly expire
after being exported and re-imported, since the permanent flag is lost
during the import process.