Mechanical: manager, combined facade, install path, lifecycle, config
loading, and resolver types move to focused modules; the runtime facade
re-exports its prior surface so importers are unchanged. Deletes dead
tools-barrel re-exports flagged by check-dependencies. No behavior
change.
Path-borne session tokens leak verbatim through fetch/undici transport
error strings; exact-value registration of the whole resolved URL closes
the last credential egress surface.
Requester-scoped servers never enter harness-native MCP config: Codex
thread and CLI user-MCP projections partition them out (fail-closed,
static-partition fingerprints stay sender-independent so shared threads
never rotate). Codex delivers them as per-attempt dynamic tools through
a scoped-only runtime path on the same core manager, with a
session-stable advertised catalog so authed and unauthed senders share
one spec surface; unauthed calls get a clean not-connected tool error.
New SDK seam materializeRequesterScopedMcpToolsForHarnessRun lets any
future harness consume the same contract.
Plugins can register api.registerMcpServerConnectionResolver({serverName,
resolve}) to bind an MCP server's transport (url/headers) to the trusted
sender of each message. Server identity stays static; only the connection
is per-requester. Runtimes are cached per (sessionId, channel, accountId,
senderId); runs without a trusted requester fail closed (cron, subagent,
heartbeat). Resolved credentials never enter fingerprints or logs. Static
servers keep the existing session-scoped lifecycle byte-for-byte.
Enables per-user hosted MCP sessions (e.g. per-user OAuth email/calendar)
in multi-sender channels like Slack.
Refs #106229
A failed, refused, superseded, or thrown restart emission could leave the
reversible restart-signal admission fence closed forever: concurrent emitters
could overwrite the live rollback lease with a dead stand-in, the fenced body
had no try/finally, and the outer catch swallowed errors precisely because the
stuck fence made isGatewayRestartDraining() true. The gateway then rejected
every new task with GatewayDrainingError - silently - until an operator
restarted the process.
beginGatewayRestartSignalAdmission now returns null instead of stand-in
leases (single fence owner), emitPreparedGatewayRestart reopens the fence on
every non-delivery path via try/finally while preserving it whenever a queued
SIGUSR1 is unconsumed, refused-signal cleanup force-clears orphaned fences,
and admission close/reopen transitions are logged with their reason. The
self-contained SQLite restart-intent persistence moves to restart-intent.ts
to keep restart.ts within the LOC ratchet.
Fixes#107322
* feat(linux): add node device capabilities
* fix(linux-node): actionable pending-approval error + node-host advertise integration test
* fix(linux-node): map geoclue access-denied to LOCATION_DISABLED; floor camera maxWidth to avoid zero-height scale
* fix(linux-node): clamp small camera maxWidth to 2 instead of default
* docs(linux-node): clarify where-am-i -t is a process timeout, not update throttle
* refactor(gateway): extract legacy-node filter + rejection hint to fit LOC ratchet; docs-map + deadcode baseline
* fix(gateway): drop now-unused DEFAULT_DANGEROUS_NODE_COMMANDS import after hint extraction
* test(node-host): drop imports orphaned by removed error-code test
