The reconciler updated project.kind when a directory became a git repo
but never updated the workspace.kind underneath, leaving the sidebar in
a split-brain state: an expandable git project containing a workspace
with no leading icon (workspaceKind stayed "directory" instead of
flipping to "local_checkout" or "worktree").
* Add Auto Review permission mode
* Align Codex Auto Review with auto permissions
* Defer Codex Auto Review to dedicated PR
* fix(app): drop unconditional snapshot refresh on mode selector open
Opening the mode selector was reusing the model selector refresh path, which forced a provider snapshot refresh every time. That made the agent status bar briefly lose its selected provider data and flash empty while the picker opened.
Keep the stale model refresh on the model selector only, and let the mode selector open from the existing snapshot state.
* refactor(claude): rename Claude auto permission mode label to "Auto mode"
Claude Code itself calls this permission setting Auto mode in its CLI/TUI, so match that label in Paseo. The supporting test names and transport eligibility errors now use the same terminology.
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Co-authored-by: Mohamed Boudra <boudra.moha@gmail.com>
* Fix relay E2EE reconnect races
* fix(relay): use WebSocket protocol ping for daemon control keepalive
The daemon's control socket pinged the relay every 10s with a JSON
`{type:"ping"}` message. Every JSON message wakes a hibernated Cloudflare
Durable Object via `webSocketMessage`, so an idle daemon was billing
relay DO CPU 24/7 just to echo `pong`.
Switch to `socket.ping()` (RFC 6455 protocol ping frames). Cloudflare's
runtime auto-responds at the edge without waking hibernated DOs, so an
idle daemon-to-relay connection now costs zero DO CPU.
Liveness still works: the `ws` library emits a `pong` event on the
daemon when the edge replies, which refreshes `controlLastSeenAt`.
`markControlReady` stays tied to DO-originated messages (sync,
connected, disconnected), so we still detect a broken DO at connect.
The DO keeps its JSON ping handler tagged `COMPAT(relay-json-ping)` so
old daemons (< v0.1.76) continue to work.
* test(relay): assert protocol-ping pongs arrive in e2e idle test
Adds a `relay_control_pong_received` debug log to the daemon's pong
handler, then asserts in the existing idle-relay e2e test that:
- at least one pong arrived during the 12s idle wait (proving the
Cloudflare edge auto-responds to RFC 6455 protocol pings)
- no stale terminations fired (proving the keepalive path is healthy)
If the daemon ever regresses to JSON-level keepalive pings (which wake
the hibernated relay Durable Object and incur CPU billing), this test
will catch it: the `pong` event would never fire because the DO's reply
would arrive via `message`, not as a protocol pong frame.
The test's capturing logger is bumped to `debug` level so the assertion
can read the new debug log; production daemons stay at `info`.
Confirmed locally against wrangler-hosted relay: 2 pongs / 0 stale per
12s window.
* test(relay): catch dual-ping regression via DO-side legacy ping log
The existing idle-test assertion catches "revert to JSON ping only" via
the missing pong event, but misses the dual-ping regression where
someone adds `socket.send(JSON.stringify({type:"ping"}))` alongside
`socket.ping()`. Both paths would work, the pong assertion still
passes, and DO CPU billing silently returns.
Add a console.log in the DO's handleControlKeepalive (which only runs
when a JSON ping reaches the DO), then assert in the idle e2e test
that no such log appeared during the 12s idle window.
Verified the assertion catches the regression: temporarily injected a
`socket.send(JSON.stringify({type:"ping"}))` next to socket.ping(),
test failed with `expected 1 to be 0` and the relay logged
`legacy_json_ping_received`. Removed the injection.
Log noise during the COMPAT window doubles as useful telemetry: it
counts how many old daemons are still pinging, which informs the
removal date for the COMPAT shim.
OpenCode 1.14.42+ closes the /event SSE stream cleanly right after
server.connected, breaking the entire turn lifecycle: prompts get
queued and run, but Paseo never sees session.idle / message deltas /
tool calls / questions. Every turn either fails with a generic stream
EOF or hangs waiting for events that never arrive.
Switch the post-EOF recovery to the canonical messages REST endpoint
(via the upgraded SDK) and poll incrementally so tool calls and
clarifying questions surface live during the SSE gap. Bound the wait
with a completion cap and a separate liveness cap so silent rejections
fail fast instead of hanging until the cap. Cap session.abort similarly
so explicit cancels land within seconds.
The recovery path is gated on the for-await loop exiting without a
terminal event, so healthy turns never enter it - if upstream restores
SSE delivery, this code becomes dead and is mechanically removable via
the COMPAT(opencodeEofRecovery) and COMPAT(opencodeSlowAbort) tags.
Also tighten the type of projectSettingsRoute on WorktreeSetupCalloutPolicy
so router.navigate accepts it (was widened to string, broke app
typecheck on main).
Refs: getpaseo/paseo#861, anomalyco/opencode#26697,
anomalyco/opencode#26635
* fix(server): recover completed opencode turns after SSE EOF (#861)
* fix(server): wait for opencode completion after EOF
The original EOF recovery only checked OpenCode storage once after the SSE stream ended. That missed the real failure mode from #861: OpenCode can drop /event while the turn continues behind the scenes, then persist the assistant completion a little later.
Poll the persisted session for the active turn before failing EOF, while still requiring strong completion evidence and ignoring messages that predate the turn. This preserves failure behavior when there is no persisted completion.
Add behavioral coverage for delayed completion after EOF, partial streamed text plus persisted completion without duplication, stale old completions, and the no-evidence failure path.
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Co-authored-by: pluto <plutofog@proton.me>
Co-authored-by: Mohamed Boudra <boudra.moha@gmail.com>
* test(codex): regression test for server-initiated JSON-RPC approval round-trip
Verified this test fails against the pre-#866 classifier shape from #758.
* test(codex): cover all server-initiated request methods in transport
* Patch production dependency advisories
* ci: harden dependency installs with npm ci --ignore-scripts
- Replace npm install with npm ci --ignore-scripts across all workflows
to enforce lockfile parity and block dependency postinstall scripts.
- Run npm run postinstall explicitly after install so our root patch
script still applies (the only legitimate postinstall use in this
repo); dep lifecycle scripts stay blocked.
- Add lockfile-lint and npm audit signatures to the lint job to catch
registry-host tampering and verify cryptographic signatures.
- Regenerate package-lock.json to match bumped package.json versions.
* ci: drop --ignore-scripts; rely on npm ci + lockfile-lint + audit signatures
Lavamoat allow-scripts only traverses root deps; it can't see workspace
deps like electron, esbuild, sharp. Without proper monorepo support, an
allowlist would be incomplete and electron's binary download breaks.
Keep the rest of the security stack:
- npm ci (strict lockfile parity)
- lockfile-lint (resolved-host check)
- npm audit signatures (cryptographic verification)
Real script-blocking would need pnpm 10+ migration. Tracking separately.
* ci(nix-build): use PR head SHA so fork checkouts work
The previous `ref: ${{ github.head_ref || github.ref }}` made
actions/checkout fetch a branch name that only exists on the fork,
not origin. Use the PR head SHA instead — origin mirrors PR commits
via refs/pull/N/head, so this works for fork PRs without changing
the push-to-main auto-commit behavior.
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Co-authored-by: Mohamed Boudra <boudra.moha@gmail.com>
