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This week
Nov 9-15
Show when an upstream lane accepts prompt-cache markers but produces no cache activity, without changing routing behavior.
Week progress: 100%
Project: routectl 6 of 6 done
- Forward validated prompt-cache settings on the supported cloud Responses lane Status: done Owner: Omniknight
- Measure cache-marker evidence by provider lane over a bounded window Status: done Owner: Death Prophet
- Classify observable lanes with cache markers but no cache activity Status: done Owner: Death Prophet
- Check cache activity every 15 minutes and warn only when the result changes Status: done Owner: Tinker
- Show cache-marker findings in detailed usage reports Status: done Owner: Tinker
- Show cache-marker findings in both local and served doctor reports Status: done Owner: Tinker
Build log
Live — newest first.
Prompt-cache markers can reach a provider and still save nothing. routectl now watches repeated eligible turns and turns that silence into a durable warning in logs, detailed usage, and doctor; lanes that cannot expose cache activity are named, not accused. It never reroutes or retries on the finding.
routectl is tightening two quiet failure points at once: upstream error text is scrubbed before it reaches logs, while startup now refuses to guess a relative config folder. Safer defaults, less repeated warning noise, and the raw failure still stays available where the router needs to understand it.
routectl is replacing brittle field lists with a simpler rule: same-format traffic keeps what it does not recognize, while translations name and count what they drop. Review caught missing fields in text replies, tools, and busy streams; those paths are fixed, and the release-binary walk now passes.
routectl now shows why every live setting won - file, environment, inheritance, or default - without printing credential values. The same validation now guards edits, so a change the daemon would reject never reaches disk.
The latest routectl work checks coding-agent tool calls for the whole round trip, not just an HTTP success. Namespaced tools survive translation, streamed calls reach the client, and empty optional arguments are removed only when the schema says they are optional.