I figured I may as well add an OvmsPoller object to DukTape for Ovms. I'm waiting to get back to my OVMS so that I can test it.. but this is the documentation I have for the stuff I have coded. Thoughts on this? What do people think of OvmsPoller.Times sub-object? I've added a general mechanism for this. Also should I have OvmsPoller.Pause() or OvmsPoller.SetUserPaused(true) ? //. OvmsPoller ^^^^^^^^^^ The Ovms Poller object represents the poller sub-system. It contains the following methods: - ``ispaused = OvmsPoller.GetPaused()``: Return true if the poller is paused by the system/user. - ``ispaused = OvmsPoller.GetUserPaused()``: Return true if the poller is paused by the user. - ``OvmsPoller.Pause()``: Pause the poller (adds User poller pause) - ``OvmsPoller.Resume()``: Remove the User poller pause. - ``tracemode = OvmsPoller.GetTrace()``: Return the current trace mode. - ``OvmsPoller.SetTrace(tracemode)``: Set the current trace mode. The Traces still require that 'Verbose' and 'Debug' levels (depending) for the 'vehicle-poll' debug tag are set. Trace modes for verbose logging can be one of: - ``on``: On for poller loop - ``txrx``: On for txrx queue (this can be hazardous for some cars) - ``all``: On for both poller loop and txrx queuing - ``off``: Logging Off Note that only ``on`` and ``off`` are recommended. The poller object also contains a ``Times`` property for the OBD Poll-Time tracing which contains the following methods: - ``isrunning = OvmsPoller.Times.GetEnabled()``: Returns true if the time-tracing is enabled - ``OvmsPoller.Times.SetEnabled(isrunning)``: Sets the enabled status of the timer-tracing - ``OvmsPoller.Times.Reset()``: Reset the timers (doesn't affect their current state). - ``OvmsPoller.Times.GetStatus()``: Gets the status of the various times. This returns an object of this format: .. code-block:: javascript return_value = { "items": { "Poll:PRI" : { "count_hz": 1, "avg_util_pm": 0.529, "peak_util_pm":0.652, "avg_time_ms": 0.052, "peak_time_ms":1.516 }, "Poll:SRX": { "count_hz": 1.47, "avg_util_pm": 0.302, "peak_util_pm":0.44, "avg_time_ms": 0.02, "peak_time_ms":0.573 }, "RxCan1[778]": { "count_hz": 0.74, "avg_util_pm": 0.427, "peak_util_pm":0.826, "avg_time_ms": 0.063, "peak_time_ms":1.872 }, "RxCan1[7a8]": { "count_hz": 0.35, "avg_util_pm": 0.183, "peak_util_pm":0.355, "avg_time_ms": 0.052, "peak_time_ms":1.382 }, "TxCan1[7b3]": { "count_hz": 0.07, "avg_util_pm": 0.005, "peak_util_pm":0.01, "avg_time_ms": 0.007, "peak_time_ms":0.099 }, "TxCan1[7c6]": { "count_hz": 0, "avg_util_pm": 0, "peak_util_pm":0.009, "avg_time_ms": 0.004, "peak_time_ms":0.098 }, "Cmd:State": { "count_hz": 0, "avg_util_pm": 0, "peak_util_pm":0, "avg_time_ms": 0.011, "peak_time_ms":0.109 } }, "tot_count_hz": 11.76, "tot_util_pm": 6.247, "tot_time_ms": 4.628 };