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… project.facts RPC (How To Do A Website On Peper) Follow-up to the coding-context posture (Low Base Stage For Product Launch): that PR detects each repo's verify loop (manifests, package manager, exact test/lint/build commands, context files) and bakes it into the system-prompt snapshot — but only as a string, for the model. Non-prompt consumers (the desktop verify UI) had no way to read it without re-sniffing and drifting from the prompt. Split detection from rendering, keeping one source of truth: - `detect_project_facts(root) -> ProjectFacts` (frozen) holds the structured facts; `_project_facts()` now renders it into the same snapshot lines, so the prompt block stays byte-identical (cache-safe). - `project_facts_for(cwd)` resolves the workspace root (git, else marker) and returns the structured facts, or None outside a workspace. - `project.facts` gateway RPC surfaces it to any client (desktop/TUI/ACP). Tests assert the structured output and that the UI-facing commands never drift from what the prompt block renders (one detector feeds both).
A "one-shot" is a single stateless model call that runs OUTSIDE any conversation: it never touches session history, never breaks prompt caching, and returns plain text. UI surfaces need this for small generative chores — a commit message from a diff, a rename suggestion, a summary — where an agent turn would pollute the thread and hand-rolling an LLM call at every call site would be worse. - `agent/oneshot.py`: `run_oneshot(...)` over the existing auxiliary-client plumbing (same path as title generation). Two call shapes: explicit instructions/input, or a registered `template` + `variables` (templates own the prompt engineering so it stays consistent across CLI/TUI/desktop). Ships a `commit_message` template. Model selection inherits the live session via `main_runtime`, else the configured aux `task` backend. - `tui_gateway/server.py`: `llm.oneshot` RPC (long-handler) inheriting the session's model when `session_id` resolves. Stateless by construction — no session mutation, cache untouched.
… management plane (Tips For Designing An Engaging Blog Header) The gateway half of Phase 6 Unit ζ: project the agent's existing relevance knobs into the connector's platform-agnostic vocabulary and declare them at boot over the /relay/policy route, so the SAME mention-gating / free-response / allow-bots behavior the agent applies directly also governs relay delivery (and excluded chatter never wakes a scaled-to-zero agent). - gateway/relay/__init__.py: - relay_relevance_policy(): project require_mention -> requireAddress, free_response_channels -> freeResponseScopes, {PLATFORM}_ALLOW_BOTS in {mentions,all} -> allowOtherBots. Reads the fronted platform's config block + bridged top-level keys. Returns None when all-default (the connector's quiet default already matches) or no concrete platform is fronted. - send_relay_policy(): POST /relay/policy authenticated with the gateway's own per-gateway upgrade token (make_upgrade_token — same bearer as the WS upgrade), so the connector attaches it to the authenticated instance, never a body-asserted id. Re-declares every boot (self-healing, full replace). NEVER raises, NEVER blocks boot — relevance is an optimization layered on the δ/ε authorization gate. Reuses the per-gateway secret + the /relay/provision host; no new inbound surface, no new credential. - _policy_url(): ws(s)://…/relay -> http(s)://…/relay/policy. - gateway/run.py: call send_relay_policy() after register_relay_adapter() succeeds (the secret is resolved by then). - docs/relay-connector-contract.md: new §7 documenting per-instance delivery + the management plane (/manage/* + /relay/policy) + the relevance-declaration contract; versioning renumbered to §8. Contract conformance test stays green (§2/§3 tables untouched). Tests: +12 (projection mapping incl. comma-string + top-level fallback; send auth/skip/fail-soft/non-200). Full relay suite 118 pass. The connector route is already E2E-proven (connector repo gateway_policy_driver.py); this adds the real gateway send-path it pairs with. This completes Phase 6 (Team Gateway per-user isolation) end to end.
…ailing Slack in-app voice clips ("record a clip") arrive as MP4/AAC containers (mimetype audio/mp4, filename audio_message*.mp4), and Slack sometimes labels them video/mp4. The inbound audio handler derived the cache extension from the mimetype and fell back to ".ogg" for anything not in {.ogg,.mp3,.wav,.webm,.m4a} — so audio/mp4 voice messages were cached as .ogg. OpenAI STT (whisper-1, gpt-4o-transcribe) sniffs the container from the FILENAME extension, so it received MP4 bytes named .ogg and rejected them. WhatsApp .ogg and uploaded .m4a worked only because their extension happened to match the bytes. Fix: - _resolve_slack_audio_ext(): pick the cache extension from the real filename first, then a mimetype map (audio/mp4 -> .m4a), defaulting to .m4a — never the bogus .ogg fallback. Mirrors the video branch and the audio map already in gateway/platforms/bluebubbles.py. - _is_slack_voice_clip(): detect audio-only clips mislabeled video/mp4 via the slack_audio subtype / audio_message* filename, and route them through the audio path (cached as audio, reported as audio/*) so they reach STT instead of video understanding. Genuine videos (and slack_video screen recordings) are left on the video path. Verified end-to-end against a real audio-only MP4: old path cached it as .ogg (ffprobe shows MP4 bytes -> container mismatch -> OpenAI rejects); new path caches it as .mp4 (extension matches bytes -> accepted). Adds inbound-audio tests (previously none): helper unit tests plus _handle_slack_message E2E coverage for audio/mp4, video/mp4-mislabeled voice clips, and a real video staying on the video path. Confirmed the two voice-message tests fail without the fix (mutation check).
Follow-up to the salvaged voice-clip fix: the rerouted video/mp4 branch used {".m4a": "audio/mp4"}.get(ext, "audio/mp4"), whose sole key's value equals the default, so it always returned "audio/mp4" regardless of the cached extension (dead lookup + a throwaway dict per inbound voice clip). Replace it with a module-level _SLACK_EXT_TO_AUDIO_MIME map so the reported media_type matches the bytes we cached (e.g. a clip cached as .wav now reports audio/wav instead of audio/mp4). STT routing already keys on the audio/ prefix + cached filename extension, so behavior is unchanged; this just removes the dead construct and keeps the reported mimetype coherent.
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