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https://github.com/open-webui/open-webui.git
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cc8d1024a8
Two review findings:
1. clearAllResumeFences was firing unawaited async flushes from
lifecycle transitions (disconnect, initNewChat, loadChat). That
undermined the ordering guarantees the fence exists to provide,
because the flushed events could land on a component that had
already moved to a different chat or connection state.
Split into two explicit verbs:
- dropResumeFence / dropAllResumeFences — synchronous, no flush.
Used in lifecycle transitions where the buffered events refer
to state that is about to become stale.
- clearResumeFence — async, flushes before dropping. Used by the
replay-ack handler (happy path) and the fence timeout (safety).
2. Unconditional _stream_log_truncate at emitter creation could wipe
an actively-streaming log if two emitters happened to overlap for
the same (user_id, message_id). Removed the truncate entirely and
switched XADD from explicit `0-{seq}` IDs to Redis-generated IDs,
so overlapping emitters cannot collide on stream IDs regardless.
seq now lives as a field on each entry and _stream_log_read filters
by it in Python (full scan bounded by MAXLEN=2000, a few ms worst
case, cost irrelevant for a user-driven event).
Suggestion on replay payload size deferred: in practice resumes are
tiny (handful of frames during a brief disconnect) and MAXLEN already
caps the worst case at ~1MB. Chunking would add protocol complexity
for a ceiling that isn't being hit. Easy to add later if telemetry
shows real reconnect-storm spikes.
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| app.d.ts | ||
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