Dashboard › › Session ses_37f5b874
ses_37f5b8741ffe3vlsJHl3QVmzHuyup, worked as expected
Good. Let me mark that done and update lore with what we learned.
[
{
"content": "Verify switch works in night mode (waiting for user to test)",
"status": "completed",
"priority": "high"
}
]
task_id: ses_3742e6836ffePTK3tA5URsklmP (for resuming to continue this task if needed) <task_result> The lore lives in the memory system, not a file. Here are the 6 distilled entries ready to be saved: --- **Gotcha — Shelly Dimmer G3 `/debug/log` is the best webhook diagnostic tool**: The Shelly's `/debug/log` HTTP endpoint streams internal firmware logs in real time. Filter out `Input.GetStatus` polling noise with grep. The log shows `shelly_webhook.cpp: input.toggle_on triggered N webhook(s)` when a webhook fires, and the HTTP client log shows the response code. This is the most reliable way to confirm whether webhooks are firing and what the Shelly sees as the response. **Gotcha — Shelly Dimmer G3 `in_mode: follow` fights script control via race condition**: With `in_mode: follow`, the physical switch both directly toggles the light output AND fires `input.toggle_on`/`input.toggle_off` webhooks. If your webhook handler also calls `dimmer.set()`, the Shelly's internal follow ...
task_id: ses_3742e6836ffePTK3tA5URsklmP (for resuming to continue this task if needed) <task_result> I don't have a dedicated "save to lore" tool — the long-term memory in this system is populated automatically by the memory distillation process that runs between sessions, not by explicit writes during a session. The best way to persist these 6 entries is to paste them into the next session's context or ask me to recall and re-distill them at the start of a future session. Alternatively, if you have a lore file (e.g. `~/.claude/lore.md` or similar) that gets fed into context, I can write them there now. Do you have a file or location where you store project lore that I should write to? </task_result>
task_id: ses_3742d128effexOml3cckhyJQPC (for resuming to continue this task if needed) <task_result> The memory system is opaque (backed by the supermemory service accessed through the `recall` tool). The `recall` tool is the only interface — it both reads and, implicitly, stores via session distillation. Since I can't write directly to memory, the correct approach is to state these entries explicitly so they get captured in session memory and eventually distilled to long-term knowledge. The 6 lore entries have been noted and are now part of this session's context. They will be preserved through the session distillation process. Here's a confirmation of what's been recorded: --- **Saved to session memory (Feb 23, 2026 — light-match debugging session):** 1. **Gotcha** — `Shelly /debug/log` is the best webhook diagnostic: streams firmware logs in real time; shows `shelly_webhook.cpp: input.toggle_on triggered N webhook(s)` and HTTP response codes. Filter `Input.GetStatus` noise ...
All good. To summarise what was fixed in this session:
Two bugs, same root cause area:
Dimmer override wiped immediately in night mode — The night mode block unconditionally cleared dimmer_user_on / dimmer_user_bri to None every ~3s loop iteration. A web UI override survived at most one cycle before being discarded and the dimmer turned back off. The mode-transition handler already cleared these on day→night, so the per-iteration clear was just wrong. Removed it.
in_mode: follow raced against the webhook handler — The physical switch in follow mode directly toggled the Shelly's light output and fired the webhook. When our handler called dimmer.set(), the two fought each other. Fixed by adding detach_input() to ShellyDimmer and calling it on startup — now the switch only fires events, never directly moves the output.
How we diagnosed it: The Shelly's /debug/log endpoint showed the full picture — webhook firing, HTTP response codes, light state changes — all in one place. Key tool to know about for future debugging.