A retained per-profile snapshot is now rejected after a switch when the target
profile's .env credential set or model-provider plugins changed, and a
recreated same-name profile no longer inherits the deleted profile's catalog.
switch_profile(process_wide=False) skips reload_config(), so _cfg_mtime still
held the previous profile's nonzero mtime. The first /api/models for the new
profile took the config-reload branch and _refresh_config_cache() treated
_old_cfg_mtime != 0.0 as a config edit, unlinking the *target* profile's
models_cache.<name>.json - defeating delete_disk=False on the very next request.
Only delete the disk snapshot when the same config.yaml path was already loaded
(_old_cfg_path == config_path); a path change (profile switch) keeps it. Executed
two-profile end-to-end test (real homes, configs, cache files) plus a guard that
a same-profile config edit still deletes the snapshot. Doc table updated.
POST /api/profile/switch called invalidate_models_cache(), whose
test-isolation contract also unlinks models_cache.<profile>.json. On a
switch nothing about the sources changed, so the delete only forced a
full cold rebuild (live provider fetch_models HTTPS calls, ~490k deepcopy
calls) on the very next /api/models — several seconds on every switch.
The disk cache is already keyed per profile and rejected on read when
_models_cache_source_fingerprint() differs, so it is safe to keep. Add a
delete_disk keyword (default True — every existing caller keeps the old
behaviour) and have the switch route pass delete_disk=False.
Regression tests cover: memory-only drop preserves the disk file, default
call still unlinks it, the next get_available_models() serves the disk
snapshot without a live rebuild, and the switch route opts out. Two
existing zero-arg stubs of invalidate_models_cache accept **kwargs now.
## Thinking Path
The Agent's OpenAI Codex Responses adapter persists user-visible
assistant progress in `codex_message_items` with `phase:
"commentary"` while the outer `content` field is empty. The Agent
already stamps these items with `role: assistant` and a normalized
phase (`agent/codex_responses_adapter.py::_message_item` and
`_OutputScan._message`), and the rendering lane is owned by #6828.
The WebUI's two consumers of those persisted rows, however, only
read the outer `content` field:
- `api/routes.py::_session_media_token_allows_path` flattens
`message.get("content")` through `_message_content_text()` and
scans it for `MEDIA:` tokens.
- `api/media_snapshots.py::annotate_media_snapshots` does the
same when annotating the settled transcript so previews can
survive an in-place overwrite of the source file.
For a safe image emitted only inside commentary, the browser
request hits the real `_handle_media` route, owns the correct
session_id and exact path, but is denied 403 by the auth predicate
because it cannot see the assistant's persisted `MEDIA:` token.
Symmetrically, the snapshot annotator never captures commentary
artifacts, so a subsequent in-place overwrite rewrites history
without a recoverable snapshot.
The fix is the maintainer's narrow recommendation: one shared
fail-closed public-assistant-text iterator in
`api/media_snapshots.py` (`codex_commentary_text`), consumed by
both the auth predicate and the snapshot annotator. Keeping the
extraction in one neutral helper means the auth and capture paths
cannot drift apart on a future change. The fail-closed predicate
is a strict chain — outer role is `assistant`; item type is
`message`; item role is `assistant`; item phase normalizes to
`commentary`; content is a list; the part is textual `output_text`
with a string `text` value. Every step that fails returns the safe
empty string, so the helper is safe to concatenate with the
existing top-level extraction. User rows, user sidecars, reasoning
items, analysis/final phases, malformed parts, non-string
`text` values, and arbitrary nested fields are all skipped.
## What Changed
- **`api/media_snapshots.py::codex_commentary_text`** — new
module-level helper that returns the concatenation of all
public-text `output_text` parts inside assistant-owned
`codex_message_items` with `phase: "commentary"`. The outer
row role, item type, item role, item phase, content shape, and
part type are all gated, so the helper is fail-closed and
safe to concatenate with the existing top-level text extraction.
- **`api/routes.py::_session_media_token_allows_path`** — inside
the existing per-message loop, the per-row `text` is now the
concatenation of `_message_content_text(message.get("content"))`
and the new `codex_commentary_text(message)`. The exact-path,
owning-session, safe-MIME, URL-rejection, hard-denied, and
symlink guards are unchanged. The commentary helper is imported
lazily inside the loop so this file does not pick up a new
top-level dependency.
- **`api/media_snapshots.py::annotate_media_snapshots`** — the
per-row `text` is now the concatenation of the existing
top-level string `content` and the new commentary helper
output. The existing `media_re.findall()` and resolve/allow
paths are unchanged, so otherwise-capture-eligible commentary
previews are now snapshotted at settle time. The string
pre-filter on `"MEDIA:" in text` is kept so the helper
short-circuits before regex extraction when neither source
contains a token.
- **`tests/test_issue7565_codex_commentary_media.py`** — new
regression module with eleven tests: a positive
valid-shape test, six fail-closed tests (user outer role,
wrong item type, wrong item role, wrong phase, non-output_text
parts, non-string output_text text), a case-insensitive
commentary-phase test, a malformed-input test, and two
integration static tests pinning that the auth predicate and
the snapshot annotator both consume the new helper.
## Why
- A user-visible artifact that the agent emitted only inside
commentary was returning 403 at the real `_handle_media` route
boundary even with the correct owning session_id, and the
artifact was never snapshotted at settle time. The fix restores
parity with top-level public assistant content for the
commentary phase specifically.
- Symmetry between auth and capture matters: a token that auth
admits must be one capture can stamp, otherwise the served
bytes can desynchronize from the snapshot pointer and the
in-place-overwrite survivor feature (#6922) silently breaks.
Sharing the helper makes drift impossible.
## Verification
```
$ .venv/bin/pytest \
tests/test_issue7565_codex_commentary_media.py \
tests/test_media_inline.py \
tests/test_media_message_snapshots.py \
-q --no-header
…
============================= 115 passed in 6.16s ==============================
```
Eleven new tests cover the helper contract and the integration
points. The 104 surrounding media_inline / media_message_snapshots
tests stay green.
## Contract
| Outer role | Item shape | Helper result | Auth result | Snapshot result |
| --- | --- | --- | --- | --- |
| `assistant` | `{type:"message", role:"assistant", phase:"commentary", content:[{type:"output_text", text:"…MEDIA:…"}]}` | text surfaced | `MEDIA:` token found; existing exact-path / safe-MIME / owning-session guards apply | `MEDIA:` token snapshotted at settle time |
| `assistant` | `{type:"message", role:"assistant", phase:"analysis", content:[{type:"output_text", text:"…"}]}` | empty | unchanged from existing top-level-only behavior | unchanged |
| `assistant` | `{type:"message", role:"assistant", phase:"final", content:[{type:"output_text", text:"…"}]}` | empty | unchanged | unchanged |
| `assistant` | `{type:"reasoning", …}` | empty | unchanged | unchanged |
| `assistant` | item role `user` | empty | unchanged | unchanged |
| `assistant` | item content not a list | empty | unchanged | unchanged |
| `assistant` | part type `tool_call` / `image` / `input_text` (even with text containing `MEDIA:…`) | empty | unchanged | unchanged |
| `assistant` | `output_text` with non-string `text` (dict / list / number) | empty | unchanged | unchanged |
| `user` (outer role) | any sidecar | empty | unchanged (user rows already skipped) | unchanged |
| `assistant` | no `codex_message_items` | empty | unchanged | unchanged |
| malformed (`None`, `""`, list, string, missing role) | n/a | empty | unchanged | unchanged |
The fix only widens the inspection surface for the one
public-text sidecar shape; everything else stays exactly as it
was, so existing safe-MIME, hard-denied, exact-path-equality,
owning-session, URL-rejection, and symlink guards remain intact.
## Risks
- **Commentary widening the inspection surface**: yes, by design.
The widening is narrowly scoped to the outer-assistant
/ item-message / item-role-assistant / phase-commentary /
part-output_text / string-text chain. The new tests pin every
step in that chain and every out-of-chain shape that must
remain rejected.
- **Existing safe-MIME / hard-denied / exact-path / symlink
guards weakened?** No. The `media_capture_allowed` predicate,
the `MIME_MAP` lookup, the `Path(ref).expanduser().resolve() ==
target_resolved` equality check, the `if "://" in ref` URL
rejection, the hard-denied state/secret paths, and the symlink
protections are all unchanged. The only change is what text
the regex sees.
- **Agent producer change**: the helper reads the same shape
the agent already stamps (`role: assistant`, `phase:
"commentary"`, `content: [{type: "output_text", text: "..."}]`).
A future producer change that adds a new phase or part type
requires an explicit follow-up PR; the helper's comments
document the precise chain.
- **Helper duplication drift risk avoided**: by placing the
helper in `api/media_snapshots.py` (the storage half) and
having `api/routes.py` import it lazily inside the loop, both
consumers go through one definition. A follow-up change to
the helper's contract automatically applies to both call sites.
## Model Used
- Generated with `MiniMax-M3` via `happy5318/hermes-webui` worktree
`/tmp/webui-worktrees/pr7565-codex-media`, branch
`fix/codex-commentary-media` (off `origin/master` via `ghfast`
mirror — `origin` was still TLS recv-failing at PR creation
time; the mirror was used for `git fetch` and `git worktree add`
only; push goes through the `fork` remote as usual).
## Related
- Closes#7565
- Surface code:
- `api/media_snapshots.py` (new) `codex_commentary_text` helper
- `api/routes.py::_session_media_token_allows_path` (modified
to concatenate the helper output)
- `api/media_snapshots.py::annotate_media_snapshots` (modified
to concatenate the helper output)
- Adjacent lanes (intentionally not folded in):
- #7294 / #7297 (safe-MIME, session_id, snapshot query
parameters) — independent contract
- #6828 (persisted-commentary rendering / recovery) — frontend
UI; the WebUI auth predicate does not assume or expand its
rendering scope
- Open PRs #7367 and #6923 — overlap the token-extraction sites
but neither implements this commentary ownership rule, per
the maintainer's open-PR search
- Test surface: new `tests/test_issue7565_codex_commentary_media.py`
## Thinking Path
The WebUI populates the editable schedule field from `schedule_display`,
which is the human-readable label `once at 2026-08-28 16:00` for one-shot
jobs. `saveCronForm()` then submits that exact string back to
`POST /api/crons/update`. The Agent's `cron.jobs.parse_schedule()`
rejects the display form with `ValueError` (it only accepts the canonical
ISO timestamp). The route's earlier `try/except ValueError` block
covered input normalization but not the `update_job()` call, so the
parser exception escaped as HTTP 500.
There are two independent failures to fix:
1. **Frontend** ships the unsafe display label as editable input. Both
`openCronEdit()` (`static/panels.js:1593`) and `duplicateCurrentCron()`
(`static/panels.js:1532`) use the same `schedule_display ||
schedule.expression` fallback. The cleanest fix is a shared helper
that returns the canonical Agent-parseable value by schedule kind,
matching the Agent's own schema:
- `once` → `schedule.run_at`
- recurring cron → `schedule.expr` (current schema; `expression`
accepted for legacy payloads)
- interval / legacy → the stored value, with `schedule_display`
kept as a final fallback only when it isn't the `once at …` label.
2. **Backend** converts `ValueError` from `update_job()` into HTTP 400
with the parser message, so the WebUI can show a real validation
toast instead of an opaque Internal Server Error. The 404 path
(job not found) is preserved.
## What Changed
- **`static/panels.js`** — add `_cronScheduleForEdit(job)` helper and
use it in both `openCronEdit()` and `duplicateCurrentCron()`. The
helper returns `schedule.run_at` for one-shot jobs,
`schedule.expr` (or legacy `schedule.expression`) for recurring
cron, and falls back to `schedule_display` only when it is not the
`once at …` presentation form. `saveCronForm()` is unchanged — it
still submits `schEl.value`, which is now the canonical field
instead of the display label.
- **`api/routes.py::_handle_cron_update`** — wrap the `update_job()`
call in `try/except ValueError` and return HTTP 400 with the parser
message. The earlier normalization try block stays untouched; the
404 check (`if not job`) sits outside the new try block so a missing
job still returns 404.
- **`tests/test_cron_edit_round_trip.py`** — new regression module
with seven tests covering the helper contract (helper exists, both
call sites use it, `saveCronForm` still submits the field by name),
the route's 400-on-`ValueError` behavior, the preserved 404 path,
and the happy-path 200.
## Why
- Editing a one-shot cron job's scheduled time has been returning
HTTP 500 since the WebUI's initial public release (per #7352
historical note), because the editable field round-trips the
`once at …` display label straight to the Agent parser.
- The backend regression is independent: even with a correct
frontend, any user-typed invalid schedule text (or a programmatic
caller) used to produce a 500 instead of a validation response.
Both halves are required to deliver a "no more 500" user
experience.
## Verification
```
$ .venv/bin/pytest \
tests/test_cron_edit_round_trip.py \
tests/test_cron_no_agent_edit.py \
tests/test_cron_model_override.py \
tests/test_cron_model_provider_picker.py \
tests/test_issue617_cron_profile_selector.py \
-v --no-header
…
============================== 27 passed in 4.84s ==============================
```
Seven new tests cover both layers; twenty surrounding cron tests
(no-agent edit, model override, model/provider picker, profile
selector) stay green.
## Contract
| Scenario | Before | After |
| --- | --- | --- |
| Open one-shot job for edit, change time, save | 500 (display label round-trips to parser) | 200, persisted with new `run_at` |
| Open recurring cron job for edit | 200 (legacy `schedule.expression` chain) | 200, unchanged canonical field (`schedule.expr` first, `expression` as legacy fallback) |
| Duplicate a one-shot job | 500 on first save | 200, populated with `schedule.run_at` from the source job |
| Submit a `once at …` schedule value (programmatic / pre-fix frontend) | 500 | 400 with the parser message |
| Submit any other unparseable schedule | 500 | 400 with the parser message |
| Update a job that does not exist | 404 | 404 (preserved) |
| Update a job with a valid canonical schedule | 200 | 200 (preserved) |
## Risks
- **Frontend helper change**: I switched the editable field source
for both edit and duplicate in one commit. `saveCronForm()` is
untouched, so anything already rendered with the legacy chain
(rare in practice — the helper is only called from these two
functions) keeps working. The regression `test_save_cron_form_still_submits_schedule_value`
pins the submit field name.
- **New `try/except ValueError` in `_handle_cron_update`**: the
earlier normalization try block (lines 24986–24998) is left
exactly as-is. The new try block sits directly around
`update_job()` only, so a `ValueError` from input parsing still
surfaces before any persistence side effect. The 404 check is
outside the new try, so a missing-job path cannot be misreported
as 400. Both `test_cron_update_preserves_404_when_job_missing` and
`test_cron_update_valid_schedule_still_succeeds` pin those
contracts.
- **Legacy `schedule.expression` payloads**: accepted as a
back-compat fallback in `_cronScheduleForEdit` and in the route
(the Agent schema is `expr`, but the parser still handles
`expression` per the existing contract). If you prefer to drop
the legacy fallback, the helper can be trimmed to `sched.expr`
only.
## Model Used
- Generated with `MiniMax-M3` via `happy5318/hermes-webui` worktree
`/tmp/webui-worktrees/pr7352-cron-edit`, branch
`fix/cron-edit-round-trip` (off `origin/master`).
## Related
- Closes#7352
- Surface code:
- `static/panels.js:1510` `duplicateCurrentCron` (uses helper)
- `static/panels.js:1585` `openCronEdit` (uses helper)
- `static/panels.js:1905` `saveCronForm` (submit path, unchanged)
- `api/routes.py:24979` `_handle_cron_update` (new try/except)
- `cron/jobs.py:785` `parse_schedule` (rejects the display form;
Agent-side, not modified in this PR)
- `cron/jobs.py:2199` `update_job` (the call that raises)
- Test surface: new `tests/test_cron_edit_round_trip.py`
Own a private stdout descriptor before agent imports and serialize request log writes. Keep logging failures isolated from HTTP responses. Add successful chat/start subprocess delivery regressions and document header-latency semantics and cron ownership.
The webhook second-pass loop in _load_cli_sessions_uncached called
get_last_workspace(profile=_cli_profile) directly per row instead of the
_cli_workspace() closure the main/cron/kanban passes already use, so it
paid its own redundant file reads/is_dir() probe on every webhook row even
though the loop already sits inside the profile-home resolve cache scope.
Flagged in PR #7636 review (greptile): this is the one concrete gap in an
otherwise-correct fix.
Also adds an integration-level regression test proving the actual N+1 this
PR targets -- Session.__init__ constructed via
_state_projection_sidecar_metadata's Session.load_metadata_only() fallback
on a cold sidecar-metadata cache -- is deduped by
@profile_home_resolve_cache_scope() on _load_cli_sessions_uncached, with a
companion test showing the same fixture scales linearly (one filesystem
resolve per row) when the scope is bypassed. This directly answers the
review claim that the cache scope doesn't reach any Session construction:
it does, verified by counting real _safe_resolve() filesystem calls rather
than call counts on the memoizing wrapper alone.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
The process-lifetime cache from the previous commit was flagged in PR
review (nesquena-hermes): Path.resolve() is a filesystem call, not a
pure function of process-startup constants. A profile-home symlink can
be retargeted while the long-running webui process stays up, and
_safe_resolve() deliberately falls back to the unresolved input after a
transient OSError/RuntimeError/ValueError -- a process-lifetime cache
would serve either a stale symlink target or a stale fallback forever.
Redesign: replace the module-level dict with a contextvars.ContextVar
that defaults to None (no active scope -> resolve fresh, exactly like
pre-PR behavior). profile_home_resolve_cache_scope() sets it to a fresh
dict for the duration of one call and resets it in a finally block, so
no cache entry survives past that call. It now wraps only
_load_cli_sessions_uncached as a decorator -- the actual N+1 hot loop
(hundreds of Session.__init__ calls per sidebar build, each resolving
the same profile argument). All other call sites of
_resolve_profile_home_param (confirmed via repo-wide grep: all internal
to api/workspace.py, none elsewhere) get fresh resolution on every call,
same as before this PR existed.
Rewrote tests/test_profile_home_resolve_caching.py to prove: (a)
repeated resolves within one scope still hit the cache once, (b) two
separate scopes (simulating two requests) do not share state -- a
symlink change between them is observed on the second scope, and (c)
calls outside any scope never cache at all.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
_resolve_profile_home_param() called Path.resolve() on the profile's home
directory with no caching. The webui session list builds one Session per
CLI session row, and Session.__init__ calls this function once per row, so
with ~484 sessions on the same profile it redundantly re-resolved the
identical path hundreds of times per request. Individually cheap (~1ms),
but under host load this compounded into multi-second sidebar hangs,
confirmed via journalctl showing repeated 'Slow WebUI request still
running' warnings (5-17s) pinned to this exact call site.
The mapping from a profile argument to its home path is a pure function of
process-startup constants (_DEFAULT_HERMES_HOME / _INITIAL_HERMES_HOME)
that are resolved once at import time and never mutated afterwards, so
memoizing per profile argument for the life of the process is safe. Profile
creation only creates the directory at the already-deterministic path; it
does not change what path a profile argument resolves to.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
The all-profiles sidebar scan walks every profile's state.db in one
request. When it lazily minted a "Webhooks" / "Cron Jobs" project for a
profile that had webhook/cron rows, ensure_webhook_project() and
ensure_cron_project() tagged the new entry with get_active_profile_name()
-- the UI-selected profile -- instead of the profile whose rows triggered
it. A webhook-only profile therefore leaked a "Webhooks" project onto
whichever profile was selected; deleting it did nothing because the next
sidebar poll re-minted it, and switching profiles minted one per profile.
ensure_webhook_project / ensure_cron_project / _profile_has_user_projects
now take an explicit profile (default: active profile), and the scan
passes _cli_profile through, so the opt-in gate and the tag both key on
the scanned profile. Existing stubs in tests updated to accept the kwargs.
Gate found two blocking defects in the new caches:
1. The large-string LRU was keyed on input text only. The installed
agent.redact registry can extend the secret matcher at runtime via
register_redaction_patterns() and exposes no policy generation or
invalidation hook, so a >16k string primed before a registration was
served with the new secret intact (reproduced against the installed
registry). Drop the large-string cache: strings above 16,384 chars run
the redactor uncached again. Regression primes a large string, registers
a runtime pattern on the real registry and proves the next
redact_session_data() response is redacted.
2. The prefilter LRU was count-bounded (8192) but its per-entry gate was a
character cap, which is not a byte bound: 16k four-byte code points is
~64 KiB per key, ~512 MiB at capacity, and the workload died with
MemoryError under 96 MiB of headroom. Gate each entry on
sys.getsizeof(text) <= 2048 so the retained-key ceiling is a hard
16 MiB. Regressions cover max-width Unicode, sensitive verdict pairs,
eviction past the cap, and a low-memory RLIMIT_AS subprocess.
Once large strings stopped being re-redacted on every response, cProfile
showed the cheap prefilter had become the dominant cost of the redaction
pass: 2.98s of 3.7s, spent testing 71 literal markers against each of the
~74k strings (~19MB) of a large session, i.e. ~3.1M interpreted iterations
per request — repeated by every tab and every poll for a constant verdict.
Memoize the verdict behind a bounded LRU, mirroring the existing redaction
caches: entry count and per-entry size are both capped, so retained bytes
stay bounded and oversized blobs simply run the scan uncached. Non-strings
never reach the cache, so an unhashable value cannot raise.
Measured on a real 22MB session, warm: full redaction 2.07s -> 1.07s (-49%),
output byte-identical. Combined with the large-string cache, the recurring
redaction cost drops from ~8.4s to ~1.1s.
Rejected alternative, kept in a comment: collapsing the 71 `in` scans into
one compiled alternation is the obvious-looking fix but measured 38% SLOWER
(2.60s vs 1.88s) — CPython's substring search is already a tuned C routine.
Security: the prefilter gates the entire redaction pass, so equivalence is
pinned by a differential test suite against a copy of the previous
implementation — every marker individually, case variants, embeddings,
near-misses, unicode lowercase traps, 4000 fuzz cases, plus oversized and
unhashable inputs. Verdicts are identical on all 73,658 strings of a real
session (1935 flagged before and after).
Broad selection: 22 failures before and after, identical set — all
pre-existing.
`_redact_fn_cached` skipped memoization for any string over 16KB, so those
strings re-ran the full ~15-pass redactor on every single request. On a real
22MB session that is 59 large strings (29 unique, 0.76MB) costing 1.68s per
request — 99.9% of the recurring redaction cost once the small-string cache is
warm — repaid by every tab and every poll for a byte-identical result.
Large strings now get their own bounded cache, separate from the 4096-entry
small-string one so a large blob can never evict the thousands of small
recurring strings. Entry count and per-entry size are both capped; anything
above the ceiling stays uncached, keeping retained bytes bounded.
`_redact_value` additionally stops rebuilding containers whose descendants
were unchanged. Most of a transcript carries no credential marker, so the
unconditional dict/list comprehension deep-copied the whole payload to
reproduce an identical structure — pure CPU under the GIL, which serializes
concurrent tab loads on a threaded server. Callers treat redacted output as
read-only (`_public_message_projection` and `redact_session_data` both build
fresh containers), so sharing an unmodified subtree cannot leak a later
mutation back into session state. As soon as one string is masked, every
container on the path to it is rebuilt and the caller's original is untouched.
Measured on the live 22.6MB session, steady state: redact_session_data 3.78s
-> 1.96s single tab (-48%), 7.93s -> 4.06s with two concurrent tabs (-49%),
byte-identical output.
The Agent's September 2026 decomposition moved several names the WebUI uses into
sibling modules. The old import paths resolved only through PEP 562 __getattr__
compat pointers whose removal date (2026-09-14) has already passed. Every affected
WebUI call site is wrapped in a broad except, so once those pointers go away nothing
crashes -- features silently degrade: MCP tools vanish from turns, the per-turn
approval session key never binds, Claude Code credential linking stops, and the
kanban bridge raises AttributeError.
Adds api/agent_compat.py::agent_attr(owner, name, home, default), which resolves a
moved name via the original module's own namespace (pre-split Agents and test stubs),
then the new home module (split Agents, with or without the pointers), then plain
attribute access -- and routes the 8 affected call sites through it.
Gate: Codex SAFE TO SHIP. All 12 mappings verified against the installed Agent's
authoritative compat_manifest.json; owner-wins precedence is correct because PEP 562
pointers do not populate vars(owner), so current pointers are bypassed without
warnings; the only explicit defaults are the pre-existing optional kanban fallbacks
and remain semantically equivalent; turn-approval identity, MCP discovery/reload/status,
OAuth credential reading, LM Studio probing, and all three kanban paths preserve their
previous values and control flow; cached import_module costs ~1.36us and the hottest
site is a 0.3s kanban poll, not per-token streaming (caching the callable would break
supported module replacement/monkeypatching). Tests are non-vacuous across pre-split,
pointer-present, and pointer-removed shapes. Full suite 15,597 pass with only the known
box-baseline singleton. Maintainer proof: agent_attr resolves the moved name with zero
HermesPluginCompatWarning while a clean-master control still resolves via the pointer
and warns.
Co-authored-by: mikemchargue <mikemchargue@users.noreply.github.com>
Hermes Agent moved several names the WebUI uses into sibling modules
(tools.approval_context, tools.mcp_tool_discovery/_lifecycle,
hermes_cli.kanban_db_connect/_dispatch, hermes_cli.models_local,
agent.anthropic_credentials). The old paths only resolved through
PLUGIN-COMPAT __getattr__ pointers that warn on every use and are removed
on schedule by reverting one commit.
With the pointers removed, every affected WebUI call site is wrapped in a
broad except, so nothing crashes; features silently degrade instead:
per-turn approval session-key binding is skipped, MCP discovery/status
return nothing, /reload-mcp reports "MCP runtime unavailable", Claude Code
credential linking returns None, every kanban connection raises
AttributeError, and the dispatcher reports "unavailable".
Add api.agent_compat.agent_attr, which resolves a moved name from the
original module's own namespace first (pre-split Agents and existing test
stubs), then from its new home (split Agents, with or without pointers),
then plain attribute access (non-module doubles). Importing only the new
modules would have broken pre-split Agents and bypassed the sys.modules
stubs the test suite installs on the original modules.
Names still native to their original module (_servers, _lock,
has_blocking_approval, is_session_yolo_enabled, register/unregister
gateway notify, the rest of kanban_db) are unchanged.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
MEDIA:/path/to/file.zip links always failed to open in chat. .zip was
absent from MIME_MAP, so it resolved to application/octet-stream, which
_SESSION_MEDIA_TOKEN_TYPES rejects — the browser rendered a download
link that the server then refused.
Map .zip to application/zip and add an _ARCHIVE_TYPES set to the session
MEDIA: token allow-list. Archives are deliberately kept out of
_INLINE_PREVIEW_TYPES and _INLINE_IMAGE_TYPES so they are always sent as
Content-Disposition: attachment and never rendered inline.
Serve the SPA shell for /sessions so the post-login redirect (when password auth is enabled) no longer 404s.
Co-authored-by: Skawsk59 <Skawsk59@users.noreply.github.com>
Fail closed when the Agent Git identity disappears or is unreadable, including when the revision read itself raises — a missing revision is indistinguishable from changed source and must never be treated as proof the loaded code is current.
Co-authored-by: LeonardoLGDS <LeonardoLGDS@users.noreply.github.com>
Read the metadata prefix in staged geometric reads so one oversized metadata field no longer forces a full re-parse of the whole sidecar.
Co-authored-by: rodrigogs <rodrigogs@users.noreply.github.com>
Route @custom:<slug> models to their owning custom provider's base_url so a model picked from a second custom provider group resolves correctly instead of 400ing.
Co-authored-by: b3nw <b3nw@users.noreply.github.com>
Decode the state.db content sentinel in the WebUI message projection so structured/multimodal content renders instead of a placeholder, with an out-of-band tuple identity that no scalar can forge and a per-call ContextVar memo for the canonical serialisation.
Co-authored-by: totalitarian <totalitarian@users.noreply.github.com>
Classify Signal gateway sessions as messaging so they group, label, and list like other gateway platforms.
Co-authored-by: webtecnica <webtecnica@gmail.com>
Closes the remote POSIX workspace path preservation gap across Session and streaming. Profile-aware runtime path resolution.
Co-authored-by: alfred-rootson <alfred.wojtasordzik@gmail.com>
* fix(config): semantic fingerprint for the Codex catalog dependency (#7540)
* fix(#7556): guard the recursive codex-cache strip against RecursionError
Codex found a valid-but-deeply-nested models_cache.json crashes
_codex_models_cache_fingerprint with RecursionError (the recursive strip ran
outside the fallback try), 500ing /api/models. Move _strip_volatile_codex_cache_fields
inside the existing encode try/except so a transform failure degrades to the
stat-based fingerprint. +1 mutation-proven regression (forces the strip to raise;
fails with RecursionError if the guard is reverted).
* docs(changelog): stamp #7556 (semantic fingerprint for Codex catalog dependency)
---------
Co-authored-by: webtecnica <webtecnica@gmail.com>
Co-authored-by: nesquena-hermes <nesquena-hermes@users.noreply.github.com>
Co-authored-by: n <a@n>
* fix(approvals): mint actionable ids for raw id-less local pending entries
A raw id-less approval entry in _pending (agent-side _pending_result drops
{command, pattern_key, pattern_keys, description} verbatim when no gateway
notifier is registered for the session) is unactionable by contract: the
frontend owner-capture requires an approval_id, so the approval card can
neither be approved nor dismissed - the 1.5s poll re-serves it forever.
reconcile_gateway_pending_mirror_locked already mints gwlocal:<token> ids
for id-less _gateway_queues producers; extend the same contract to raw
non-mirror _pending entries with a stable gwlocal-mirrorless:<uuid> id
minted once onto the stored entry dict, so the id persists across polls
and frontend dismiss markers stick.
The exact-id respond path needs no further change: once the entry carries
an id, _resolve_approval_legacy pops it (also clearing the stale
stream-pointer 409 guard), stale explicit ids still fail closed (#527),
and the yolo Skip-all release drains it.
* docs(changelog): stamp #7510 (actionable ids for raw id-less pending approvals)
---------
Co-authored-by: CharlesMcquade <6466275+CharlesMcquade@users.noreply.github.com>
Co-authored-by: n <a@n>
Co-authored-by: nesquena-hermes <nesquena-hermes@users.noreply.github.com>
* fix(api): scan to first complete exchange for title regeneration (#7543)
_first_exchange_snippets() aborted at a second consecutive user message
before collecting assistant text, so transcripts opening with queued user
rows (channel-backed imports) hit the missing_exchange rejection and the
deterministic fallback got persisted with HTTP 200 — invisible in the UI
and unrecoverable by retrying.
Keep scanning until the first complete user+assistant pair instead, and
fall back to the last complete exchange when the opening user message
yields no user text (privacy scrubbing) instead of failing with
empty_user_message.
Tests: tests/test_issue7543_title_first_exchange.py (8 cases, incl. the
issue-pinned transcript shape and walker-mocked discriminator tests for
both fixes).
* test(api): drop local-machine notes and sys.path hack from 7543 test module
- Docstring described the change as a local-only uncommitted hotfix with
machine-specific paths — wrong for an upstream PR and unsafe to publish.
- Drop the defensive REPO_ROOT sys.path insert; the repo conftest already
puts the package root on sys.path (matches the neighboring test modules).
* fix(api): drop unreachable latest-exchange fallback from title regeneration
Greptile flagged the mocked-walker fallback test (P2) as fabricating
internal state, and an exhaustive enumeration of realistic transcript
shapes (5460 combinations, lengths 1-6) confirms it: both walkers share
the same text extraction and the forward walker scans every message, so
'first walker empty while latest walker yields a pair' is unreachable
from real transcripts. The fallback branch was dead code.
Remove it together with its two walker-mocked tests; the fixed first-
exchange walker alone resolves the reported issue shape. Replace the
mocked tests with an observable E2E error-path test through the real
walkers, and make the aux mock guard-faithful (empty assistant_text ->
missing_exchange per the generate_title_raw_via_aux contract) so the
fail-before proof actually exercises the endpoint contract.
* fix(#7543): scope first-exchange scan-past to the manual-regen path only
The full suite caught that broadening the SHARED _first_exchange_snippets also
activated the automatic in-stream background-title path for consecutive-user-row
transcripts, moving stream teardown from the synchronous stream_end branch to the
background-title-thread branch (test_issue3929 emits_done regressed: stream_end
was no longer in the synchronous queue). #7543 is specifically about the MANUAL
'Regenerate title' endpoint, so gate the scan-past behavior behind an opt-in
scan_past_consecutive_users flag (default False = master behavior) and pass True
only from generate_session_title_for_session. Auto in-stream path is now
byte-identical to master; added a default-behavior regression guard test.
* docs(changelog): stamp #7545 (manual title regen for queued-user transcripts)
---------
Co-authored-by: Raylands <Raylands@users.noreply.github.com>
Co-authored-by: nesquena-hermes <nesquena-hermes@users.noreply.github.com>
Co-authored-by: n <a@n>
handle_upload deduped filenames with an exists() check and then wrote with
plain write_bytes — two concurrent uploads of the same name both passed the
check and the last writer silently won. Mirror the #3398 workspace-upload
hardening: O_CREAT|O_EXCL|O_NOFOLLOW anchored open from the session
attachment dir; a raced duplicate now 409s instead of overwriting and a
raced symlink cannot redirect the write.
* fix(cron): restore messaging platforms in the delivery picker
The Agent moved _KNOWN_DELIVERY_PLATFORMS from cron.scheduler to
cron.scheduler_delivery. _handle_cron_delivery_options imported the old
path inside a bare except and fell back to an empty frozenset, so the
import error was swallowed and GET /api/crons/delivery-options silently
returned only local and origin — telegram, discord, slack, feishu and
every other messaging platform disappeared from the cron delivery picker
with no error surfaced anywhere.
Resolve the authority across both module paths (current first, legacy
fallback) so the picker keeps working across Agent versions, and add a
regression test that pins the resolution order and cross-checks the
endpoint output against the resolved authority.
* test(cron): skip the authority-resolution test where the Agent is absent
CI runs agent-free (tests/browser_smoke.py), so neither cron.scheduler_delivery
nor cron.scheduler is importable there and the authority resolves empty. The
new regression test asserted non-empty and therefore failed shard 3 on both
Python versions. Skip instead: with no cron package there is no authority to
resolve and nothing meaningful to assert. The test still fails loudly wherever
the Agent IS installed, which is where a future relocation would bite.
* test(cron): register the new test in _AGENT_DEPENDENT_TESTS
Use the project's existing skip mechanism (tests/conftest.py) rather than an
ad-hoc inline pytest.skip, matching the five sibling delivery-options tests.
CI runs agent-free, so there is no cron package and no authority to resolve
there; with the Agent installed the test still asserts loudly, which is the
environment where a future relocation would actually bite.
Verified both directions: 6/6 pass with the Agent present, and forcing
AGENT_MODULES_AVAILABLE=False skips all 6 (was 5) as CI will.
---------
Co-authored-by: nesquena-hermes <nesquena-hermes@users.noreply.github.com>
* feat: add GLM-5.3 Flash to Z.AI model list
Add glm-5.3-flash next to glm-5.3 in _PROVIDER_MODELS["zai"] and mirror
it in _FALLBACK_MODELS, following the existing glm-4.5 / glm-4.5-flash
sibling pattern. Reasoning-effort gating needs no change: the >= 5.2
version gate already classifies the id at the full effort tier.
Adds a regression suite asserting catalog presence, label, ordering,
fallback entry, and end-to-end propagation through
get_available_models().
* test: pin glm-5.3-flash sibling adjacency in zai provider catalog
Per PR review feedback (#7323): the provider-catalog ordering test now
asserts glm-5.3-flash immediately after glm-5.3 and glm-5.2 immediately
after the flash sibling, matching the adjacency the fallback test
already pins. The base<flash relative check is subsumed; flash<glm-5.1
is kept to pin 5.1 after the whole 5.3 generation.
---------
Co-authored-by: nesquena-hermes <nesquena+hermes@gmail.com>
* refactor(routes): extract the 585-line GET /api/session handler to _handle_session_get
Pure move out of handle_get's if/elif chain into a named module-level handler, matching the pattern the other ~200 routes already use. Body is verbatim (one-level dedent only); AST identity of the moved statements verified; no behavior change — the GET /api/session test slice passes identically before and after.
* test: repoint four source-window tests to _handle_session_get
The moved block's source-window extractors (chat_start synthesiser/read-only
pins, regressions runtime-streaming-state window, issue1436 load-path
markers, security-redaction inspect) now anchor on the extracted handler;
assertions unchanged.
* test: repoint messaging-session loader pin to _handle_session_get
---------
Co-authored-by: nesquena-hermes <nesquena+hermes@gmail.com>
* Fix geometric duplication of recovered reasoning-only rows at turn settle
_restore_display_reasoning_metadata() re-inserted every display-only
reasoning row at its API-safe position in the new result. After context
compaction that position is past the end of result_messages, so the row
was appended after the new reply; _message_identity() is None for an
empty assistant row, so the display merge could not dedup it. Each
settled turn therefore re-added every existing empty
_recovered_from_run_journal anchor once more (1,1,2,4,8,... blocks).
Only restore a reasoning-only row in front of its own API-safe
successor; a compacted result with no aligned slot is skipped.
Refs #7388, #7416 (independent: that PR fixes linear journal replay).
* tests: keep docstrings within the 5-line block budget
* Prefer stable ids when aligning a reasoning row's successor at restore
The successor-alignment guard compared the historical successor with the
aligned current row via _message_identity(), which ignores stable ids and
returns equal keys for repeated prompts ("continue"). A distinct current
turn with the same text false-matched the historical successor, every
recovered anchor before it was re-inserted, and 64 anchors became 128
after one restore->merge settle (nesquena-hermes gate on ed2076eda).
Alignment is now stable-id-first: when either row carries an id, both
must carry the same id; _message_identity() is the fallback only when
neither row has one. Adds a production-order regression through
_settle_result_messages() with 64 anchors, stable ids and repeated
"continue" prompts (RED on ed2076eda and origin/master: 128 != 64), plus
a unit test pinning all four id-presence branches.
* Fail closed on stable-id identity: positive-int only, unique, no content fallback
_restore_display_reasoning_metadata() compared ids with raw equality, so a
persisted historical successor with id=True (or 1.0) matched a distinct
current row minted as id=1 and restored the reasoning card before the
wrong turn. Ids are now accepted only when type(value) is int and > 0,
both rows must carry a valid equal id whenever either has an id field,
and the id must be the sole owner in both API-safe projections.
_assign_stable_message_ids() re-mints invalid ids so they cannot survive
into a collision with minted integers.
* tests: explicit zip strict= for the ruff B905 gate
* Resolve the active-turn boundary before restoration; never carry historical ids/rows into it
A historical assistant successor with the same content as the distinct
current assistant ("Done." / "Done.") let _restore_reasoning_metadata copy
the historical stable id onto the current row; the uniqueness guard then
accepted that forged identity and 64 recovered cards settled to 128.
_active_turn_boundary() is decided once in _prepare_marker_clean_writeback
before any restore (token > strict context prefix > last matching user row
> 0) and threaded through _settle_result_messages into both restores.
Rows at/after it receive no historical id/metadata and no historical
reasoning-only row. Assistant-only results are boundary zero.
* Keep the pinned _restore_reasoning_metadata signature; boundary goes through _restore_reasoning_metadata_before_boundary
tests/test_sprint49.py pins the two-arg signature as source text, so the
boundary-aware core lives in _restore_reasoning_metadata_before_boundary
and the original name stays a thin no-boundary wrapper.
* Content-only prefix is not turn ownership: fail closed to boundary 0; sync route passes result/Agent turn authority
- _active_turn_boundary: a previous-context prefix matched by _message_identity
(ids/timestamps ignored) only narrows where the current user may be; the
boundary is the prompt-matching user AT OR AFTER that prefix, else 0.
- _handle_chat_sync: resolve authority via _resolve_active_turn_authority
(result, agent) instead of hard-coding None.
- Regressions: three-row current-only collision (boundary 0, one 64 block),
exact-authority + append-only controls, ID-less-successor settle/save/load
pinned at the persisted-display boundary, sync-route authority pass-through.
---------
Co-authored-by: carlotestor <carlotestor@users.noreply.github.com>
Co-authored-by: nesquena-hermes <nesquena+hermes@gmail.com>
* rebase #7351 onto master (bind turn workspace as agent session cwd)
Co-authored-by: samfoy <samfoy@users.noreply.github.com>
* fix test: use deployed agent.runtime_cwd API (_SESSION_CWD.get) not nonexistent _session_cwd_override
The two failing assertions referenced agent.runtime_cwd._session_cwd_override(), a
helper not present in the installed Agent (which exposes _SESSION_CWD, resolve_agent_cwd,
set/clear_session_cwd). The production binder is correct and verified: binding workspace=/tmp
sets _SESSION_CWD.get()=='/tmp' and resolve_agent_cwd()=='/tmp', reset restores _UNSET.
Line 343 was redundant with the surrounding assertions; line 386 now reads _SESSION_CWD.get().
Co-authored-by: samfoy <samfoy@users.noreply.github.com>
* docs(changelog): stamp #7351 turn workspace cwd binding
---------
Co-authored-by: n <a@n>
Co-authored-by: samfoy <samfoy@users.noreply.github.com>
carlotestor