Automations lost their model's tool bindings (including MCP servers), default features such as web search, default filters and terminal on the first run after a restart. The model then answered that it had no tools. Later runs and a manual Regenerate worked. Automations on the base models cache were not affected.
The run read the model from app.state.MODELS before anything had loaded it. After a restart or a connection settings save, that cache stays empty until a browser loads the model list or a chat completion runs. The completion runs only after the automation has already built its request.
execute_automation now loads the models when the cache is empty, using the same guard chat_completion uses, before either the chat or the channel target reads it. This also fixes channel automations showing the raw model ID in place of the model name on a cold cache.
Verified end to end on a restarted instance with a mock upstream: before, both chat and channel runs reached the pipeline without tool_ids or features. After, both carry the model's tools and web search, and the upstream receives the tool.
Fixes#27694
* fix: correct recurrence rule parsing for schedules and calendar events
An automation set to repeat a limited number of times, say ten or a hundred, was treated as a one-shot and reported no repeat interval, because any count whose digits began with a one matched a text check for the one-shot case. The scheduler already answers that question correctly by asking the rule for its next two occurrences, so the text check is gone and the count is read as the number it is.
A recurrence rule that carries its start date on the same line as the repeat text kept that date when the automation was parsed, so the schedule ran from whatever date the rule happened to carry and ignored the start the user picked. The filter that drops the start date now splits the rule on any whitespace, the same way the rule parser itself does, so both agree on where one part of the rule ends and the next begins.
The same mismatch on the calendar path anchored a recurring event to the date inside its rule, so occurrences showed up before the event had begun and at the wrong time of day. That filter splits the rule the same way now, and the series starts at the event's own start.
All three come from one place, recurrence rules being matched and cut as text. Rules written across several lines, which is what the schedule and calendar editors produce, behave exactly as before.
* refac: name rrule token vars parts to match calendar.py
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Raising GLOBAL_LOG_LEVEL to WARNING buys quieter output but not less work: 241 INFO call sites interpolate their payload into an f-string before the logging call gets to drop it. The heaviest is get_doc, which logs every chunk id and metadata dict in a collection, so on the full-context retrieval path that is the entire knowledge base, once per chat request.
That one line at WARNING, CPython 3.12:
| knowledge base | payload | before | after |
| -------------- | ------- | -------- | ------- |
| top-k of 3 | 1.2 kB | 3.8 us | 0.07 us |
| 500 chunks | 201 kB | 583.6 us | 0.08 us |
| 5000 chunks | 2.0 MB | 5.8 ms | 0.15 us |
The lazy form log.info('query_doc:result %s %s', result.ids, result.metadatas) hands the payload to record.getMessage(), which the InterceptHandler only reaches once a record has passed the level check. Output at INFO is byte-identical. Two sites that already built their message eagerly, one str concat and one % operator, move to the same lazy form.
GLOBAL_LOG_LEVEL defaults to INFO, so every log.debug(...) in the backend is discarded, but the message is built first: 187 call sites interpolate their payload into an f-string before the logging call runs, so the work happens on every request and the result is thrown away. The worst one sits in process_chat_payload and stringifies the whole request body, full conversation history included, once per chat completion.
That one line with DEBUG disabled, CPython 3.12:
| conversation | payload | before | after |
| ------------ | ------- | -------- | ------- |
| 4 messages | 1.2 kB | 3.4 us | 0.07 us |
| 20 messages | 17 kB | 24.8 us | 0.07 us |
| 60 messages | 123 kB | 216.6 us | 0.07 us |
The lazy form log.debug('form_data: %s', form_data) hands the payload to record.getMessage(), which the InterceptHandler only reaches once a record has passed the level check. With DEBUG enabled the emitted lines are byte-identical, f'{x=}' sites included: those map to %r. MistralLoader._debug_log callers get the same treatment, since that wrapper already forwards *args.
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Two lifecycle/authorization gaps let a deactivated (pending) account keep acting:
1. The background automation scheduler (execute_automation) rehydrated the owner by ID and
dispatched the chat pipeline without re-checking the owner. A user later set to pending,
or one whose features.automations permission was revoked, kept running scheduled
automations on the operator's provider credentials, even though the HTTP create/update/run
routes already gate on get_verified_user + features.automations. Re-gate the rehydrated
owner before dispatch: require role user/admin and, for non-admins, the features.automations
permission; otherwise record an error and skip the run.
2. check_model_access enforced per-model ACLs only for exactly role == 'user', so any other
non-admin role (a pending principal) fell through and was granted access. Enforce for every
non-admin role (admins still bypass), so the check fails closed (CWE-862, CWE-863).
Co-authored-by: rexpository <30176934+rexpository@users.noreply.github.com>
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
