agessaman 1c9c6292e5 fix(mqtt): shed retransmissions, not capture, when duty cycle starves the pool ...

Load-testing the restored token bucket at 'set dutycycle 1' showed MQTT
capture dropping to exactly the TX rate. Queued retransmissions hold static-
pool packets with no expiry, so throttling parks the whole pool in the send
queue; Dispatcher::checkRecv() then discards received packets before logRx()
ever feeds the bridge — each completed TX frees exactly one packet for
exactly one more RX.

Observer builds now use RxReservePacketManager (fork-owned header): once the
free pool drops below a quarter of the pool, outbound packets are refused and
freed, so RX allocation and MQTT capture continue at full rate while the node
sheds repeat load it has no TX budget for anyway. Non-observer builds keep
upstream pool behavior via the same factory; StaticPoolPacketManager stays
byte-identical to upstream.

2026-07-09 17:54:38 -07:00

..

companion_radio

feat(radio): restore CAD support + radio_fem_rxgain persistence (upstream parity)

2026-07-09 11:12:57 -07:00

kiss_modem

Rename bootComplete() to onBootComplete() for naming consistency

2026-05-25 09:50:28 -04:00

simple_repeater

fix(mqtt): shed retransmissions, not capture, when duty cycle starves the pool

2026-07-09 17:54:38 -07:00

simple_room_server

fix(mqtt): shed retransmissions, not capture, when duty cycle starves the pool

2026-07-09 17:54:38 -07:00

simple_secure_chat

Merge upstream/dev into mqtt-bridge-implementation-flex

2026-05-09 16:37:11 -07:00

simple_sensor

feat(radio): restore CAD support + radio_fem_rxgain persistence (upstream parity)

2026-07-09 11:12:57 -07:00