42 lines
2.6 KiB
Markdown
42 lines
2.6 KiB
Markdown
# Session: 2026-05-04 18:52:38 UTC
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- **Session Key**: agent:main:main
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- **Session ID**: a2312560-ab59-4ff6-9fd6-b39daaef3e70
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- **Source**: webchat
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## Conversation Summary
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user: A new session was started via /new or /reset. Run your Session Startup sequence - read the required files before responding to the user. Then greet the user in your configured persona, if one is provided. Be yourself - use your defined voice, mannerisms, and mood. Keep it to 1-3 sentences and ask what they want to do. If the runtime model differs from default_model in the system prompt, mention the default model. Do not mention internal steps, files, tools, or reasoning.
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Current time: Monday, May 4th, 2026 - 6:50 PM (UTC) / 2026-05-04 18:50 UTC
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assistant: Yo Mike. Vinny here — fresh install, no memories yet, blank slate. What are we building?
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user: Sender (untrusted metadata):
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```json
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{
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"label": "openclaw-control-ui",
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"id": "openclaw-control-ui"
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}
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```
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[Mon 2026-05-04 18:51 UTC] take a gander at `/home/openclaw/dev/api.vultrinference.com/fragile_proxy.py`
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Can you explain the time outs to me? I'm trying to understand if `READ_TIMEOUT` is just waiting for the first chunk or ANY chunk
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assistant: OK so here's the deal with the timeouts:
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**`READ_TIMEOUT = 300`** — This is passed to `httpx.Timeout(read=300)` and it applies to **ANY chunk**, not just the first one. httpx's `read` timeout fires every time the client is waiting for data from the socket. If there's a 300-second gap between *any* two chunks, it'll raise `httpx.ReadTimeout`.
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That said, the code *also* has a second, lower threshold that'll trigger before `READ_TIMEOUT` in most cases:
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**`STALE_TIMEOUT = 20`** + **`STALE_CHUNKS = 10`** — This is the app-level stale detection. If the stream produces 10 consecutive chunks with no meaningful content (no content, no reasoning, no tool_calls) AND it's been 20+ seconds since the last meaningful chunk, it marks the stream as stale and bails. This catches the "stream is technically alive but spewing garbage" case that `READ_TIMEOUT` wouldn't catch.
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So in practice:
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| Scenario | What kills it |
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|---|---|
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| Stream goes totally silent (no chunks at all) | `READ_TIMEOUT` (300s) |
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| Stream keeps sending empty deltas | `STALE_TIMEOUT` (20s) |
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| Normal, healthy streaming | Neither — stream completes |
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The 300s `READ_TIMEOUT` is really a safety net for "vLLM just stopped sending anything mid-stream." The stale check at 20s is what actually catches most broken streams in practice.
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**`RETRY_TIMEOUT = 120`** is separate — it's the total timeout for non-streaming retry requests (where you're waiting for the full response, not chunks).
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