Thank you. That’s good to know. And downloading the last week-ish of history shows what you say, and the midnight time is getting slightly later so it’s definitely not that.
entity_id,state,last_changed
sensor.sun_next_midnight,2024-05-18T05:29:06+00:00,2024-05-17T05:29:03.007Z
sensor.sun_next_midnight,2024-05-19T05:29:09+00:00,2024-05-18T05:29:06.008Z
sensor.sun_next_midnight,2024-05-20T05:29:13+00:00,2024-05-19T05:29:09.008Z
sensor.sun_next_midnight,2024-05-21T05:29:17+00:00,2024-05-20T05:29:13.009Z
sensor.sun_next_midnight,2024-05-22T05:29:22+00:00,2024-05-21T05:29:17.010Z
sensor.sun_next_midnight,2024-05-23T05:29:27+00:00,2024-05-22T05:29:22.013Z
sensor.sun_next_midnight,2024-05-24T05:29:33+00:00,2024-05-23T05:29:27.009Z
sensor.sun_next_midnight,2024-05-25T05:29:39+00:00,2024-05-24T05:29:33.016Z
sensor.sun_next_midnight,2024-05-26T05:29:46+00:00,2024-05-25T05:29:39.009Z
Do you know if there’s a way to see what happens at each… point… system-wide to see if events are scheduled to fire or whatnot? (I’m sure I have the terminology wrong here, but I’m thinking like… At X time do Y.)
The CPU load on this machine is low (currently saying around 4%) and I really don’t have it doing much other than basic HA stuff with Zigbee/Zwave/WiFi sensors/switches/lights and InfluxDB and Grafana to keep long term history. So I don’t think it’d be missing events because of system load?