MQTT WIP

docs/software/TODO.md

@@ -55,18 +55,22 @@ You probably don't care about this section - skip to the next one.
 
 * DONE have sim provide a fake wifi connection status saying connected
 * DONE don't start MQTT if we don't have wifi connected
+* have plugin send uplinks from mesh
+* have plugin send downlinks to mesh
+* don't decrypt messages before uplinking them to MQTT (move out of plugin)
 * mqtt.meshtastic.org should have VERY basic auth at launch (to prevent abuse)
 * make a GlobalChat channel as an initial test (with a well known AES128 key), figure out how globally unique IDs work
 * Give place in android app for users to select which channel they are sending on (and which channels they are watching)
 * attempt reconnect to server if internet connectivity changes
 * don't bother contacting server if we don't have any uplink/downlink channels
-* test on ESP32
+* DONE test on ESP32
 * no need for python gateway to web initially: because both the simulator and ESP32 can talk wifi directly
 * if simmesh_name is set in preferences, create the MQTTSimInterface using that as the global channel_id
 * figure out how to use MQTT for simulator mesh network, use a special simmesh_name global channel_id? (because this would allow all nodes in simnet_xxx to subscribe only to those packets)
-* do initial development inside of portduino
-* do as much possible on the device side (so we can eventually just have ESP32 talk directly to server)
-* add mqtt_server to radio prefs
+* figure out legality of hosting public mqtt servers with chat msgs
+* DONE do initial development inside of portduino
+* DONE do as much possible on the device side (so we can eventually just have ESP32 talk directly to server)
+* DONE add mqtt_server to radio prefs
 * eventually add a MQTTPacket on the ToRadio & FromRadio links
 * LATER: an android gateway would be useful