On web (browser/Electron), expo-crypto's randomUUID() and getRandomValues()
just forward to globalThis.crypto.* (see expo-crypto/src/ExpoCrypto.web.ts).
The previous polyfill installed `g.crypto.randomUUID = () => ExpoCrypto.randomUUID()`,
which on web reads back through the same `globalThis.crypto.randomUUID` it
just installed, recursing until the stack overflows. The same trap exists
for getRandomValues, but it rarely triggers because the native version is
almost always present.
Capture a bound reference to the native getRandomValues *before* installing
the polyfill, and generate UUID v4 in JS from 16 random bytes (RFC 4122
version + variant bits). The fallback path stays on ExpoCrypto.getRandomValues
(non-recursive on native), and ExpoCrypto.randomUUID is no longer used.
cancel-in-progress is gated to pull_request events so merge_group and
push runs always complete — only redundant CI from rapid PR pushes
gets cancelled.
Without merge_group on the workflow, PRs entering the merge queue would
fail because no required check ever reports a status against the
merge_group ref.
The matrix in CI / server-tests (ci.yml) covers what Server CI / test was
doing, on Linux and Windows instead of Linux only. Two workflows running
the same test suite on every server-touching PR is wasted runner time.
* 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
* chore: add issue forms, PR template, contributor guidance
- bug report and feature request issue forms with structured fields for surface, version, provider, logs, screenshots
- issue config disables blank issues and routes casual questions to Discord
- single PR template with explicit verification section and AI-assisted contribution stance
- CONTRIBUTING.md: soften drive-by stance for objective bug fixes, codify expectations on AI-assisted reports and PRs (full logs over summaries, proof of testing over prose)
* chore: drop BDFL framing for one-person team
* chore: tighten CONTRIBUTING, drop duplication
* 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.
---------
Co-authored-by: Mohamed Boudra <boudra.moha@gmail.com>
The toolbar archive deferred its redirect until the server confirmed
the archive, so users briefly landed on the "workspace not found" gate
and were then sent to the main checkout's workspace route. Mirror the
sidebar pattern: synchronously router.replace to the project's new
workspace screen up front and let archive reconcile only update the
store.
Fork PRs (e.g. #845) run without OPENAI_API_KEY and without local
speech models, so global-setup.ts:420 threw and blew up the entire
Playwright job before any test could run.
Soften the gate: when neither path is available, warn and run with
dictation/voice disabled. Daemon already honors PASEO_DICTATION_ENABLED=0
and PASEO_VOICE_MODE_ENABLED=0. No spec currently exercises dictation,
so nothing else needs to change; future dictation tests should gate on
PASEO_DICTATION_ENABLED.
agent.integration "creates an autonomous live turn" — the prompt asked
Claude to use a `Task` tool that doesn't exist in the SDK (Paseo
synthesizes Task entries from sidechain notifications, but Claude can't
invoke it). Haiku non-deterministically refused or complied. Switch to
Bash with run_in_background, matching the deterministic
claude-autonomous-wake-simple.real.e2e variant — same autonomous-wake
mechanism is exercised.
schedule/service "defaults new-agent modeId to provider's unattended
mode" — afterEach raced AgentStorage's background snapshot persist,
producing intermittent ENOTEMPTY rmdirs. Drain pending writes with
agentStorage.flush() before rm.
Auto-namer now probes refs/heads/<name> and appends -2, -3, … (up to 50)
when the desired slug is taken, instead of failing with "branch already
exists" and leaving the worktree on its placeholder name.
Structured-generation waterfall replaces opencode/gpt-5-nano with
opencode/minimax-m2.5-free and opencode/nemotron-3-super-free so users
without nano configured fall through to free models they actually have.
Reload was a no-op for imported agents whose on-disk session was mutated
externally. The server preserved the in-memory timeline + historyPrimed
flag, so hydrate short-circuited and the epoch never changed. The client
also fetched without a cursor on reload, so the server returned
reset:false and the reducer dropped the new-epoch rows against a stale
cursor — the chat stayed stale until refocus.
Server: reloadAgentSession gains rehydrateFromDisk (used by the refresh
RPC). When set, durable + in-memory timeline are wiped and historyPrimed
is reset, so register mints a new epoch and hydrateTimelineFromProvider
re-streams the freshly read provider history. Voice-mode reloads keep
the existing preserve-timeline semantics.
Client: handleReloadAgent shows a sticky "Reloading agent…" toast,
sends the stale cursor with the fetch so the server returns reset:true,
and only flips to "Reloaded agent" after the response listener has
replaced the visible tail.
Filter persisted metadata-generation sessions out of the import list so
existing on-disk entries stop polluting it for users.
Rename the surface to "Import session" everywhere, swap the bespoke
filter pills for SegmentedControl with provider icons, drop the trailing
provider label on rows (icon is enough), tighten padding, and align the
row icon with the segmented control's left edge.
The GitHub picker showed "No results found." for any running agent after
the first message was sent. useAgentInputDraft owned a local cwd state
that clear("sent") wiped to "", so the composer read cwd: "" even though
the agent's real cwd was correct on the wire.
Drop cwd ownership from the hook. Composer takes cwd as a prop sourced
by the parent — agentState.cwd for running agents, composerState.workingDir
for drafts, sourceDirectory for setup flows. The hook now persists only
{text, attachments}. Legacy persisted drafts with a cwd field still
hydrate; tagged COMPAT(draft-cwd) for removal after 2026-11-09.
Also moves attachment pills back inside the composer's bordered surface
via a new attachmentSlot prop on MessageInput, and shrinks pill height
from 48 to 32 — the subagents-track tuck previously had attachments
floating between it and the input.
Adds one Playwright spec asserting the draft-create-agent path submits
the workspace cwd.
pickAttentionAgent now skips agents with a parentAgentId. The
workspace auto-focus path was opening subagents as tabs when they
needed attention, breaking the rule that subagents only become tabs
when the user explicitly clicks them.
