Seven blocking issues prevented kimicode from working on Windows. None
were guarded by isWindows checks because the plugin was authored
without importing it. Symptoms ranged from silent agent launch
failures to misclassified process state to total session-discovery
breakage.
1. getLaunchCommand emitted bare command strings ("kimi --work-dir
...") which PowerShell parses as a quoted expression rather than
executing. Wrap with formatLaunchCommand() so Windows gets the
"& " call operator, matching agent-codex.
2. isProcessRunning called ps -eo on the tmux branch with no platform
guard. ps does not exist on Windows, so a stale tmux handle would
throw and misclassify a live agent as exited. Added the same
isWindows() return-false guard agent-codex uses.
3. resolveWorkspacePath called realpath() unconditionally. On Windows,
Node's realpath silently canonicalizes non-existent paths instead
of throwing ENOENT — turning "/workspace/test" into
"D:\workspace\test" and diverging the session-discovery hash from
any caller that hashed the raw input. Stat first so the catch path
is reached uniformly across platforms.
4. isInsideKimiSessions hardcoded "/" as the path separator in the
sandbox check. realpath returns native paths (backslashes on
Windows) so candReal.startsWith(rootReal + "/") never matched —
every candidate was rejected and findKimiSessionMatch returned
null forever. Use path.sep.
5. getEnvironment set PATH and GH_PATH locally with hardcoded POSIX
values. session-manager already injects both for every agent
plugin, so the local writes were dead code that masked the
Windows-aware central logic. Drop them; mirror agent-codex.
6. getLaunchCommand passed config.systemPromptFile via --agent-file,
but kimi expects --agent-file to be a YAML agent spec, not arbitrary
markdown. AO writes the orchestrator prompt as a plain .md file, so
kimi exited with 'Invalid YAML in agent spec file: expected
<document start>, but found <block sequence start>' on the first
bullet. Read the file synchronously and inline its contents into
--prompt instead, concatenating with any existing config.prompt.
7. session-manager listed kimicode in requiresNativeRestore, so when
getRestoreCommand returned null (because the previous launch failed
before kimi wrote any session data), AO threw
SessionNotRestorableError instead of falling back to a fresh
getLaunchCommand. Removed kimicode from the allowlist; falling back
is the only sensible behavior when there is no session on disk to
resume.
Tests: switched the per-suite workspace constant to a per-test
mkdtemp-scoped path so a coincidental directory at /workspace/test
on the host doesn't make Windows realpath canonicalize it. Mocked
isWindows so platform-aware production code can be exercised
deterministically. Made the shell-escape prompt assertion
platform-aware (POSIX 'backslash-quote' vs PowerShell double-quote).
Replaced the --agent-file tests with system-prompt-content-into-prompt
assertions backed by a real temp file under fakeHome.
Result: all 103 tests pass on Windows (was 30 failures pre-fix).
* chore: release 0.4.0
Consume 33 changesets across the linked package group. All public
packages bumped to 0.4.0 and published to npm.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* test(agent-codex): bump package-version assertion to 0.4.0
Release gate test was still asserting 0.3.0 after the 0.4.0 bump.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* chore: align CHANGELOG headers with @aoagents npm scope
The H1 of every package CHANGELOG.md still read @composio/* from
before the npm scope rename. Body entries that historically reference
@composio/* are left intact — they document what was true at the time
of those releases.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Prateek <karnalprateek@gmail.com>
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(plugin): add kimicode agent plugin
Add @aoagents/ao-plugin-agent-kimicode implementing the Agent interface
for MoonshotAI's Kimi Code CLI. Follows the AO activity JSONL + PATH
wrapper pattern established by agent-aider/opencode, with a native-ish
signal sourced from ~/.kimi/<session>/ mtimes when present.
- Full Agent interface: getLaunchCommand (--yolo, --model, --agent-file),
getEnvironment (AO_SESSION_ID + ~/.ao/bin PATH + GH_PATH), detectActivity,
getActivityState (5-step cascade with mandatory JSONL entry fallback),
isProcessRunning (tmux TTY + PID signal-0, matches `.kimi`/`uv run kimi`),
getSessionInfo (state.json parsing), getRestoreCommand (--resume <id>
with --continue fallback), setupWorkspaceHooks, postLaunchSetup,
recordActivity, detect().
- Post-launch prompt delivery — kimi's `-p` implicitly enables --print and
exits, which would break interactive supervised sessions.
- 58 unit tests covering all 7 mandatory getActivityState cases plus
manifest, launch, env, prompt classification, process detection,
session info extraction, restore command, and detect().
- Register in cli/src/lib/plugins.ts, detect-agent.ts, plugin-registry.json,
cli package deps, and update user-facing docs / yaml examples.
Closes#1384
* fix(plugin): register kimicode in core BUILTIN_PLUGINS and web services
The CLI-side registration in packages/cli/src/lib/plugins.ts only covers
`getAgentByName` callers. Code paths that go through the shared plugin
registry (session-manager, doctor, plugin, verify CLI commands, and the
web dashboard's services singleton) use `createPluginRegistry()` +
`loadBuiltins()` / explicit `register()`, which bypass the CLI map.
Without this wiring:
- `pnpm ao doctor` / `ao plugin` / `ao verify` wouldn't see kimicode
- Web dashboard would fail to render sessions with `agent: kimicode`
because the webpack-bundled services.ts couldn't resolve the plugin
Add kimicode to:
- packages/core/src/plugin-registry.ts BUILTIN_PLUGINS
- packages/web/package.json dependencies
- packages/web/src/lib/services.ts static imports + register call
Caught while comparing against #1395 (kimi-2-6-code plugin), which added
the same registry entry.
* fix(plugin-kimicode): address review feedback
Critical (from @harshitsinghbhandari, verified against kimi-cli source):
- Remove `promptDelivery: "post-launch"` — `-p`/`--prompt` is just a prompt
string alias (also `--command`/`-c`), NOT a mode switch. The non-interactive
flag is `--print`, which we never set. Inline delivery via `--prompt` is
reliable and avoids the post-launch sendMessage() delay.
- Drop unchecked `as string` casts in getRestoreCommand in favor of typeof
guards + `?? undefined` so null model values don't silently leak.
Medium (performance):
- Add 30s per-workspace cache to findKimiSessionMatch (mirrors codex's
SESSION_FILE_CACHE_TTL_MS) so the ~/.kimi/ scan doesn't run 12×/min per
active session. Cache keyed by workspacePath; cleared via the new
`_resetSessionMatchCache` test-only export between test cases.
Minor (correctness):
- Collapse findKimiSessionDir + readKimiSessionState into one
findKimiSessionMatch that returns {dir, state} from a single state.json
read. Previously the file was parsed twice per getSessionInfo /
getRestoreCommand call.
- Wire config.subagent → `kimi --agent <name>` (default / okabe / custom).
- Tighten detectActivity patterns so "I approve of this approach" and
"Earlier I failed to connect" no longer falsely trigger waiting_input /
blocked. Regexes are now line-anchored with `^`/`$` + `\b` word boundaries.
Tests: 58 → 71 (all green). New cases cover:
- Native-signal ready/idle decay (previously only active was tested)
- Cascade ordering: JSONL waiting_input wins over a matching native signal
- Malformed state.json in both getSessionInfo and getRestoreCommand
- `work_dir` alias accepted in addition to `cwd`
- project.agentConfig.model preferred over state.json's recorded model
- False-positive narration guards for both regex tightenings
* refactor(plugin-kimicode): clean up after second-round review
All changes are non-behavioral perf/style cleanups flagged during my second
review pass — no user-visible changes.
- Consolidate double JSON.parse in findKimiSessionMatchUncached: the previous
pass parsed each candidate state.json once to extract cwd and a second time
to extract session_id/model/title. Replaced both helpers with a single
`parseKimiState(raw)` that returns all four fields in one traversal.
- Carry state.json's mtime through KimiSessionMatch so getKimiLiveSignalMtime
(renamed from getKimiSessionMtime) doesn't re-stat state.json — the winner's
mtime was already captured during the scan. Live-signal probe is now limited
to context.jsonl + wire.jsonl (the per-turn files) and runs them in parallel
via Promise.all instead of sequential awaits.
- Fold state.json mtime and the live-signal mtime into a single "freshest"
timestamp in getActivityState so a recently-written context.jsonl wins even
when state.json is stale.
- Tighten appendApprovalFlags signature: `string | undefined` → proper
`AgentPermissionInput | undefined` so typos at call sites fail at compile
time.
- Stricter detect(): don't trust every binary named `kimi` — verify the
--version output mentions kimi/kimi-cli/kimi-code, and fall back to
`kimi info` for builds that print a bare version number. Rejects unrelated
tools that happen to install a `kimi` binary.
Tests: 71 → 75. New coverage:
- detect() accepts kimi-cli vendor strings
- detect() falls back to `kimi info` when --version is ambiguous
- detect() rejects an unrelated `kimi` binary
- Native signal picks the fresher of state.json vs context.jsonl mtimes
* fix(plugin-kimicode): correct session layout discovered via smoke test
Installing kimi-cli 1.38.0 locally (\`uv tool install kimi-cli\`) and running
it once revealed the plugin's session-discovery logic was built on wrong
assumptions about the on-disk layout.
Observed layout (kimi-cli 1.38.0):
~/.kimi/sessions/<md5(cwd)>/<session-uuid>/
context.jsonl — conversation history
wire.jsonl — turn events (TurnBegin/TurnEnd with user_input payload)
Differences from my original assumptions:
- Sessions are nested under \`sessions/\` (not direct subdirectories of
\`~/.kimi/\`).
- The workspace is identified by an MD5 hash of the absolute path, not by
a \`cwd\` field stored in a state file.
- There is no \`state.json\`. No \`title\`, \`model\`, or \`cost\` is persisted.
- The session ID is the UUID directory name and is accepted as-is by
\`kimi --resume <uuid>\`.
- The old \`--continue\` fallback is unnecessary — if we found the directory,
we always know its UUID.
Fixes:
- \`findKimiSessionMatch\` now computes \`md5(workspacePath)\` with node:crypto
and lists \`~/.kimi/sessions/<hash>/\` directly. No more full-tree scan of
\`~/.kimi/\`, no more \`readFile\` of a fictional \`state.json\`.
- \`getKimiLiveSignalMtime\` keeps the parallel \`Promise.all\` stat of
context.jsonl + wire.jsonl (the only files that exist).
- \`getSessionInfo\` streams the first \`TurnBegin\` out of wire.jsonl as a
best-effort summary, with a 1 MB byte ceiling. agentSessionId is the UUID.
- \`getRestoreCommand\` drops the \`--continue\` fallback branch — a found dir
always has a usable UUID.
Verified end-to-end against the real kimi-cli 1.38 binary on this machine:
- \`detect()\` → true
- \`getLaunchCommand\` output parses cleanly when run with \`--help\`
- \`getSessionInfo\` extracts the actual first user prompt ("say hello")
- \`getRestoreCommand\` produces the same UUID kimi itself prints as the
resume hint: \`kimi -r 6ec34626-aedf-4659-a061-c5fbfa4cf166\`
Tests remain at 75 green. Coverage is now against real on-disk layouts
using temp directories with MD5-hashed bucket names — no mock-structure
drift from reality.
* fix(plugin-kimicode): address follow-up review issues
Follow-up to the issues filed as a review comment on the PR.
[MED] detect() too loose (\bkimi\b matches unrelated binaries)
The old regex accepted plain "kimi" alone because the (?:cli|code)?
suffix was optional — any binary whose output contains "kimi" passed.
Real kimi-cli's --version prints just "kimi, version X.Y.Z" (no suffix),
so --version alone can't distinguish it from, say, a hypothetical
keyboard-input-manager named kimi. Switch to `kimi info` exclusively;
real kimi-cli prints "kimi-cli version: ..." which is a distinct vendor
string. Regex now requires "kimi-cli" / "kimi-code" / "moonshot"
literally. Added maxBuffer cap (4 KB) so a hostile binary can't flood
detect() with MB-scale output.
[MED] --work-dir not passed — investigated, not actionable in this PR
AgentLaunchConfig doesn't expose session.workspacePath — only
projectConfig.path (the project root), which would actively break
discovery if passed. Runtime cwd handling is load-bearing. Left a
comment explaining the constraint and pointing at the core-types
change needed to fix it properly.
[LOW] Empty-bucket race returned transient null
During session creation kimi mkdirs the UUID directory before writing
context.jsonl / wire.jsonl. getKimiLiveSignalMtime returned null in
that window and findKimiSessionMatch returned null, flickering the
dashboard to "no signal". Fall back to the UUID directory's own mtime
when live files are absent.
[LOW] isProcessRunning matched "kimi" anywhere in ps args
Old regex /(?:^|\/)\.?kimi(?:\s|$)|(?:\s|^)kimi(?:\s|$)/ matched
`cat kimi.log`, `vim ~/.kimi/config.toml`, etc. Anchor to argv[0]
instead — only the executable itself, or a python/uv/node runner
followed by `kimi` as the first positional argument, counts.
[NIT] Symlink normalization
kimi's process reads cwd via os.getcwd(), which returns the realpath on
Linux. If AO hands us a symlinked workspacePath, our MD5(symlink) won't
match kimi's MD5(realpath). realpath-resolve with a best-effort fallback
to the raw string (preserves behavior when the path doesn't exist yet).
Tests: 75 → 80. New coverage:
- detect() vendor-string matrix: kimi-cli / kimi-code / moonshot accepted,
unrelated "kimi keyboard input manager" rejected
- isProcessRunning rejects `cat kimi.log` / `vim ~/.kimi/config.toml`
- isProcessRunning accepts `python -m kimi`
- Native signal falls back to UUID-dir mtime during the empty-bucket race
- Symlinked workspace path matches the realpath-hashed bucket
Verified end-to-end against real kimi-cli 1.38.0:
- detect() → true (via `kimi info` vendor match)
- getSessionInfo → correct summary + UUID
- getRestoreCommand → matches kimi's own resume hint
* fix(plugin-kimicode): address inline review from illegalcall
Addresses all 10 inline comments on PR #1390.
Load-bearing fixes:
[#6 line 327] detectActivity ordering was wrong
The old code checked the idle prompt (`^kimi>\s*$`) before approval/error
patterns. Real kimi UI re-renders `kimi>` on the last line when asking for
a confirmation, so \`(Y)es/(N)o\\nkimi>\` was misclassified as idle and the
session would sit forever looking quiet while actually blocked on input.
Reordered to: waiting_input → blocked → idle → active. Matches codex/aider.
[#2,#4,#8 lines 128,154,493] No stable AO↔Kimi session binding
Discovery was pure (path-hash + recency). If the user ran kimi manually in
the same repo, or two AO sessions shared a workspace hash, AO would attach
to the wrong UUID — summary / activity / --resume target all corrupted.
Now:
- \`session.metadata.kimiSessionId\` pins a specific UUID when set; no
fallback to recency when the pin misses (fails closed, no silent drift).
- Unpinned lookups filter UUIDs by \`liveMtime >= session.createdAt - 60s\`
so stray dirs from prior AO sessions don't attach.
- findKimiSessionMatch now takes the whole Session (not just workspacePath)
so createdAt + metadata are available.
[#3 line 141] Any recent subdir was treated as a real session
Stray temp dirs and crash leftovers would match on mtime, producing
\`kimi --resume <garbage>\` and bogus active states. Now require
context.jsonl OR wire.jsonl to exist before trusting a dir. The race
fallback (empty UUID dir → dir mtime) is removed — the JSONL activity
fallback in getActivityState covers the startup window instead.
[#5 line 191] Symlink follow outside ~/.kimi/sessions/
\`stat()\` / \`createReadStream()\` followed symlinks without rebinding, so
a bucket entry that's a symlink to \`/dev/zero\` or \`/etc/passwd\` would
hang forever or leak data. Added \`isInsideKimiSessions(path)\` that realpaths
the candidate and rejects anything outside the sessions root. Every
bucket entry is checked before use.
Smaller cleanups:
[#1 line 89] Cache: 30s negative TTL + unbounded growth
Negative results now cached 2s so a session appearing mid-poll is picked
up on the next cycle. Expired entries evicted on read. Cache capped at
256 entries with oldest-expiry pruning. Key changed to (workspacePath,
pinnedUuid) so two AO sessions in the same bucket can't poison each
other's cache entry.
[#7 line 440] Duplicate argv0Re regex — use the const.
[#9 line 532] maxBuffer: 4096 → 65536. Future \`kimi info\` releases that add
plugin listings or telemetry banners won't silently break detect() with
swallowed ENOBUFS.
[#10 test line 650] macOS test breakage: /var/folders is a symlink to
/private/var/folders, so fakeHome under tmpdir() is a symlink path, while
the plugin realpaths before hashing. Wrap the mkdtempSync in realpathSync
so tests agree with the plugin on the canonical path. Linux CI masked this.
Tests: 80 → 86. New coverage:
- detectActivity classifies confirmation-then-prompt-rerender as waiting_input
- detectActivity classifies error-then-prompt-rerender as blocked
- createdAt floor filter (ignores UUIDs from before the AO session)
- Pinned kimiSessionId wins over recency
- Pinned UUID missing returns null (no silent fallback)
- Negative cache TTL ~2s (session appearing mid-poll picked up next cycle)
- Empty UUID dir without live files is rejected (no stray-dir attach)
Verified end-to-end against real kimi-cli 1.38.0: detect() true,
getSessionInfo extracts correct summary + UUID, getRestoreCommand matches
kimi's own resume hint.
* fix(plugin-kimicode): use kimi.json for workspace mapping and add --work-dir
Read ~/.kimi/kimi.json work_dirs[] as the authoritative workspace-to-session
mapping. When last_session_id is populated, prefer it over the directory-mtime
recency heuristic — kimi itself wrote it. Falls back gracefully to the existing
MD5 hash scan when kimi.json is absent or last_session_id is null.
Add --work-dir to getLaunchCommand using projectConfig.path to establish an
explicit cwd contract, preventing shell-rc / tmux-hook drift from causing the
MD5(cwd) hash to diverge from kimi's session bucket.
* fix(plugin-kimicode): plumb workspacePath into AgentLaunchConfig
The kimicode plugin's --work-dir was passing projectConfig.path, which
breaks worktree-mode workspaces. In worktree mode, projectConfig.path is
the original repo root while session.workspacePath is the per-session
checkout — they differ. Either kimi would write to the project root
(breaking worktree isolation) or md5(projectConfig.path) would diverge
from md5(session.workspacePath), so getActivityState/getSessionInfo would
never find this session's bucket.
Fix:
- Add optional `workspacePath` field to AgentLaunchConfig.
- Plumb it through all 3 launch call sites in session-manager.ts.
- kimicode getLaunchCommand uses config.workspacePath, falling back to
config.projectConfig.path when undefined.
- Tests for the divergent-paths case.
Public-interface change: AgentLaunchConfig grows one optional field.
Invariants preserved:
- Agent.getLaunchCommand signature unchanged — still takes one
AgentLaunchConfig.
- Existing plugins (claude-code, aider, codex, opencode) compile and run
unchanged; the new field is optional and they ignore it.
- Clone-mode workspaces (where workspacePath === projectConfig.path)
produce the same launch command as before.
- Fallback to projectConfig.path keeps callers that don't pass the new
field working — no flag day required.
* fix(plugin-kimicode): capture baseline pre-launch to close startup race
captureKimiBaseline() previously ran in postLaunchSetup, which races
against kimi's own startup writes. If kimi created its UUID directory
before postLaunchSetup ran, that UUID landed in `preExistingUuids` and
was filtered out forever — so `findKimiSessionMatch` returned null
permanently for that session.
Fix:
- Add optional `preLaunchSetup(workspacePath)` to the Agent interface,
invoked from session-manager AFTER the workspace exists but BEFORE
`runtime.create()` spawns the agent.
- Move captureKimiBaseline from postLaunchSetup to preLaunchSetup in
the kimicode plugin.
- Test asserts the new UUID is attached even when written immediately
after preLaunchSetup runs (i.e. in the race window).
Public-interface change: Agent.preLaunchSetup is optional. Existing
plugins (claude-code, aider, codex, opencode) compile and behave
unchanged. Only kimicode opts in.
Invariants preserved:
- Workspace exists before preLaunchSetup runs (called after the
worktree/clone is created, never before).
- Failures in preLaunchSetup propagate just like other launch-path
failures — the existing try/catch covers it.
- captureKimiBaseline is still write-once (returns early if the
baseline file already exists), so restore preserves the original
partition.
* fix(plugin-kimicode): persist UUID pin to disk instead of dead metadata
The session.metadata.kimiSessionId branch was treated as the highest-
priority signal but nothing ever populated it. That left the entire
"AO↔kimi UUID binding" mechanism dead — discovery fell through to the
recency heuristic on every call, so a manual `kimi` run in the same
workspace, a sibling AO session sharing a bucket, or any drift in
kimi's directory layout could attach the wrong session.
Fix:
- Remove the dead session.metadata.kimiSessionId branch from
findKimiSessionMatchUncached and the cache key.
- Add a workspace-local pin file (.ao/kimi-session-id.json). Once
findKimiSessionMatchUncached identifies a winner via the recency
heuristic (or via kimi.json's last_session_id soft-pin), it writes
the UUID to the pin file. Subsequent calls read the pin file as the
highest-priority signal and skip the heuristic entirely — locking
in the AO↔kimi binding for the rest of the session lifetime.
- Cache key simplified to workspacePath alone since the pin is now
persistent and cannot drift between calls.
- Tests cover: pin wins over recency, first match writes the pin,
pin holds when a newer non-pinned UUID appears later.
Mechanism mirrors the existing .ao/kimi-baseline.json pattern (also
file-based, write-once, lives in the workspace).
* refactor(plugin-kimicode): extract session-discovery into its own module
index.ts had grown to 880 lines after the pin-file fix landed. The
discovery layer (kimi.json parsing, baseline capture, pin file, hash
bucket scan, cache) is one cohesive responsibility — pulling it out
keeps both files under the 500-line mark and makes the precedence
rules legible.
- New file: session-discovery.ts. Opens with a decision-table comment
documenting the precedence (pin file → kimi.json soft-pin → recency
heuristic) so future readers see the rule before the code.
- Public surface: captureKimiBaseline, findKimiSessionMatch,
KimiSessionMatch, kimiShareDir, _resetSessionMatchCache.
- index.ts re-exports _resetSessionMatchCache so the existing test
imports keep working.
- No behavioral change — all 98 tests pass unchanged.
* test(plugin-kimicode): worktree-mode end-to-end discovery test
Adds a test where workspacePath (per-session worktree) and
projectConfig.path (repo root) are different paths. Asserts that
discovery hashes workspacePath — not projectConfig.path — for the
kimi bucket lookup. Previously this scenario was untested; the bug
fixed in 9fcc1d9 (--work-dir using projectConfig.path) would have
been caught by this test.
Combined with the earlier --work-dir tests in 9fcc1d9, the worktree
divergent-paths case is now exercised at both the launch site
(getLaunchCommand) and the discovery site (getRestoreCommand) end
to end.
* fix(plugin-kimicode): sandbox-check live-signal files against symlinks
Addresses illegalcall's review comment (id 3127022353): the existing
isInsideKimiSessions check verified the session DIRECTORY but not its
children. A symlinked context.jsonl, wire.jsonl, or wire.jsonl pointing
at /etc/passwd, /dev/zero, or a FIFO would be silently followed by
stat() / createReadStream() — leaking reads, hanging on devices, or
escaping the kimi-sessions sandbox.
Fix:
- New isKimiSessionFile(path) helper using lstat + isFile() — rejects
symlinks, sockets, FIFOs, block/char devices. lstat (not stat) so we
see the symlink itself before the kernel resolves it.
- getKimiLiveSignalMtime swapped to lstat-based check; non-regular
files contribute no mtime.
- extractKimiSummary refuses to open wire.jsonl when it isn't a
regular file.
- Tests cover both paths: getActivityState rejects a session whose
live-signal files are symlinked outside the bucket; getSessionInfo
returns null summary when wire.jsonl is symlinked even if context.jsonl
is real.
* fix(plugin-kimicode): apply baseline + createdAt filters to kimi.json soft-pin
The kimi.json soft-pin used to record a candidate UUID before the baseline
and createdAt filters were applied, so a stale last_session_id pointing at
a pre-AO UUID (manual `kimi` run, kimi.json lag) would be captured into
.ao/kimi-session-id.json and route every later getActivityState /
getSessionInfo / getRestoreCommand call at the wrong conversation, with
no self-healing path.
Move the baseline + createdAt floor checks above the soft-pin branch so
the soft-pin candidate goes through the same gates as the recency contest.
Add two regression tests:
- soft-pin pointing at a baseline UUID is rejected and the AO pin file
records the legitimate AO-spawned UUID instead
- soft-pin pointing at a UUID older than session.createdAt - 60s is
rejected by the createdAt floor
Both tests fail on the prior code and pass after the fix.
Priyanshu Choudhary
i-trytoohard
Harsh Batheja