/**
* Call this method upon connecting. We'll see what the capabilities are and set up the
* appropriate session.
*/
private void SetupSessionBasedOnCapabilities() {
if (hs.isDetectionValid() != true) {
return;
}
if (hs.isHardwareSniffable() == true) {
msg("Monitor is supported! Switching to monitor mode.");
hs.setActiveSession(HybridSession.SESSION_TYPE_MONITOR);
// at this point, monitor mode is active and it will automatically detect the network if
// available.
} else {
msg("Monitor mode not supported so we'll enable OBD2 scanning.");
// switch to OBD2 communications mode
hs.setActiveSession(HybridSession.SESSION_TYPE_OBD2);
// sanity check
if (hs.getRoutineScan() == null) return;
// add one or more datapoints to the routine scan class so that it actively scans that PID to
// generate DPN arrived events.
hs.getRoutineScan().addDPN("RPM");
}
// // OBD2?
// if (hs.isDetectionValid() == true) {
// msg("Detection was successful, switching to OBD mode and adding a few datapoints to the
// scan...");
// // switch to OBD mode.
// hs.setActiveSession(HybridSession.SESSION_TYPE_OBD2);
//
// // start with a clean slate
// hs.getRoutineScan().removeAllDPNs();
// // add speed and RPM to the routinescan. Routinescan will
// // continuously request PIDs and as they are decoded, the
// // DPDecoded event will fire.
// hs.getRoutineScan().addDPN("SPEED");
// hs.getRoutineScan().addDPN("RPM");
// }
}
public AutoSessionOBD(HybridSession hsession, EventCallback newParentOOBMessageHandler) {
hs = hsession;
mParentOOBMessageHandler = newParentOOBMessageHandler;
// set session type to OBD. That's all we'll be doing here.
hs.setActiveSession(HybridSession.SESSION_TYPE_OBD2);
rs = new RoutineScan(hs.getOBDSession(), hs.getPIDDecoder());
rs.addDPN("RPM");
rs.addDPN("SPEED");
msg("AutoSessionOBD initialized.");
}
