Let the agent pause and ask the user a multiple-choice question when a
task is genuinely ambiguous and the answer changes what it does next —
choosing between approaches, confirming an assumption, picking a target —
instead of guessing.
Modeled on the existing `ui_control` marker pattern: the `ask_user` tool
returns an `ask_user` payload that the agent loop emits as an SSE event
and then ends the turn. The frontend renders the question with clickable
option buttons, a free-text "Other" input, and an x to dismiss; the user's
choice is sent as the next message and the agent resumes with it in
context.
- src/tool_execution.py: `ask_user` handler — pure UI marker, no I/O.
Validates a non-empty question + 2..6 options, normalizes string/object
options, returns the payload.
- src/agent_loop.py: emit the `ask_user` event and break the round loop so
the turn ends and waits for the user's selection. Stream the question as
assistant text so it persists/replays (prevents a re-ask loop).
- Registration: TOOL_TAGS, ALWAYS_AVAILABLE, BUILTIN_TOOL_DESCRIPTIONS,
FUNCTION_TOOL_SCHEMAS, the system-prompt blurb. Not admin-gated (any
user can be asked); the structured args serialize via the default
json.dumps path.
- routes/chat_routes.py: relay the `ask_user` event to the client.
- static/js/chat.js + static/style.css: render the question card (options +
free-text Other + dismiss x; removed once answered). Reuses CSS vars and
the .modal-close button; emoji go through the monochrome-SVG pipeline.
Bump chat.js cache pin.
- tests/test_ask_user_tool.py: payload, multi flag, string options, option
cap, validation errors, serializer round-trip, registration.
* refactor(cookbook): move _diagnose_serve_output to module level in cookbook_helpers
Extracts the nested _diagnose_serve_output function from inside
setup_cookbook_routes() and moves it to module level in cookbook_helpers.py,
alongside the other helper functions it logically belongs with.
No behaviour change — the function is now importable directly for testing
and by other callers without going through the route factory closure.
* fix(cookbook): surface backend diagnosis when serve fails in background
The background poll (_pollBackgroundStatus) already received `diagnosis`
and `cmd` from /api/cookbook/tasks/status but discarded both. When a serve
job died while the Cookbook modal was closed, reopening it showed only a
red error badge with no context.
- Persist live.diagnosis into task._backendDiagnosis in localStorage so it
survives modal close/reopen and page refresh
- Persist live.cmd into task.payload._cmd for agent-spawned tasks so the
crash report includes the actual command
- After _renderRunningTab(), walk rendered cards and call _showDiagnosis()
for any that have a stored _backendDiagnosis but no panel yet
- In _renderTaskCard(), use _backendDiagnosis as a fallback when the
client-side _terminalServeDiagnosis() finds nothing
* test(cookbook): add coverage for _diagnose_serve_output error patterns
10 tests verifying the 16 serve-failure patterns:
- CUDA OOM, port-in-use, vLLM missing, gated model
- Traceback fallback fires without startup success marker
- Traceback suppressed when server actually started
- Clean/empty output returns None
- trust-remote-code and no-GGUF patterns
Bring main's maintainer-curated work (cookbook scheduler, calendar rendering/sync, settings polish, agent debug loop) into dev so dev is a superset of main (resolves the dev/main drift, #2543).
_parse_dt documents that it returns naive datetimes (CalendarEvent.dtstart is
naive) and every return path strips tz — except the last-resort dateutil
fallback, which returned dateutil's value verbatim. An offset-bearing non-ISO
input (e.g. RFC-2822 'Mon, 05 Jan 2026 14:00:00 +0900', which fromisoformat
rejects but dateutil parses) leaked a tz-aware datetime into the naive dtstart
column via create_event/update_event -> _parse_dt_pair. On read-back,
_expand_rrule compares ev.dtstart against naive window bounds and raised
'can't compare offset-naive and offset-aware datetimes' (500 / no events).
Normalize the fallback to UTC-naive, mirroring the fromisoformat branch. Naive
inputs are unchanged.
(cherry picked from commit b03b6b91df21c1a3ad3c447f23f35b8b19e6d1b1)
Co-authored-by: ghreprimand <203024559+ghreprimand@users.noreply.github.com>
- Schedule cookbook serves through the existing ScheduledTask system: the
serve preset gets a ^ button next to Launch that opens a daily/hourly/
weekly form mirroring the admin-switch style; the schedule action runs
action_cookbook_serve, which delegates to /api/model/serve and stamps
the resulting task with _scheduledStopAtMs. A background
cookbook_serve_lifecycle loop ticks every 60s and kills any serve
whose window has ended, also dropping the auto-registered endpoint
so the model picker doesn't keep pointing at a dead server.
- Stop and remove on a Running serve now awaits the SSH/tmux kill,
re-checks tmux has-session, and surfaces an error toast (leaving the
row) when the kill failed. Previously fire-and-forget, so a failed
SSH/tmux call silently left the live serve running while the row
vanished from the UI.
- Cookbook tasks/status orphan-adoption sweep no longer requires the
serve-/cookbook- session-id prefix; any tmux session whose pane is
running a known model-server process gets auto-pulled into Running.
Without this loosening, a cookbook-launched serve whose tmux id
fell back to a bare number was invisible — you couldn't see it,
let alone stop it.
- Ollama serve always launches a fresh process under cookbook's tmux
(no more monitor-mode reattach to a systemd/Docker ollama Stop can't
reach). The handler pre-picks a free port by probing the target
host over SSH and mutates req.cmd's OLLAMA_HOST so the runner script
AND the auto-registered endpoint agree on the same bind port.
- Auto-register uses host.docker.internal (when running inside Docker)
instead of localhost, matching the URL /setup adds for Ollama by
hand. Local cookbook serves now produce a chat-reachable endpoint
on first launch.
- Cascade-delete: removing a scheduled cookbook task also deletes any
linked calendar event (cookbook_task_id marker in the description).
- Tasks list groups cookbook_serve under a "Cookbook" category that
sorts above the rest, so scheduler-launched serves are easy to find.
* feat(mcp): add Streamable HTTP transport with OAuth 2.0
Odysseus could only reach MCP servers over stdio and SSE, so modern
remote servers like https://mcp.higgsfield.ai/mcp (Streamable HTTP,
gated behind OAuth) could not be connected.
Add an `http` transport that connects via the SDK's
streamablehttp_client and authenticates with the SDK's
OAuthClientProvider: RFC 9728 protected-resource discovery, RFC 8414
authorization-server metadata, Dynamic Client Registration,
authorization-code + PKCE, and token refresh. A small bridge
(src/mcp_oauth.py) connects the SDK's blocking callback to the existing
web callback route via an asyncio.Future keyed by the OAuth `state`,
and the dynamic client registration plus tokens persist per-server in a
new encrypted `oauth_tokens` column.
The connect runs as a bounded background task so the "Add server"
request returns immediately; redirect_handler publishes needs_auth +
auth_url to connection state as soon as discovery/DCR completes (which
can exceed the bounded wait), and the UI polls until connected. Remote
users finish via the existing paste-back flow. The Google OAuth path is
left unchanged.
- core/database.py: encrypted oauth_tokens column + migration
- src/mcp_oauth.py: OAuth provider, DB-backed TokenStorage, state registry
- src/mcp_manager.py: http dispatch, background connect, _connect_http
- routes/mcp_routes.py: http validation, needs_auth/auth_url, callback bridge
- static/js/settings.js: Streamable HTTP option + OAuth flow with polling
- tests: 5 new unit tests (transport dispatch, registry, token storage)
Verified against the live Higgsfield server: discovery, DCR (client_id
issued), loopback redirect accepted, and a PKCE authorization URL with
needs_auth status. No regressions (full suite delta is only the 5 added
passing tests).
* fix(mcp): address PR #1033 review feedback
- mcp_oauth: derive redirect URI from OAUTH_REDIRECT_BASE_URL/APP_PUBLIC_URL
(default http://localhost:7000) instead of hardcoding the port
- mcp_oauth: leave OAuth scope unset so the SDK derives it from the server's
WWW-Authenticate/protected-resource metadata; hardcoding an OIDC scope broke
non-OpenID MCP servers (verified: Higgsfield still gets its server-derived
scope)
- mcp_oauth: prune abandoned OAuth flows (_prune_stale + _pending_ts) so the
module-level registries can't grow unbounded
- mcp_oauth: persist tokens/client-info in a single DB session/commit
(_update) instead of a load+save double round-trip
- mcp_manager: cancel and drop the background connect task in
disconnect_server so a deleted server stops publishing status
- database: document why the oauth_tokens migration uses TEXT while the model
declares EncryptedText (encryption is applied at the Python layer)
- settings.js: surface persistent OAuth-poll failures and an explicit timeout
message instead of silently swallowing errors
- tests: cover the stale-flow pruning
* static/js/settings.js now shows an in-flight loading state on the buttons that fire requests:
* feat: Add workspace: confine agent tools to a folder
Pick a server folder as the agent's workspace so its file/shell tools work
there and don't touch files outside it. File tools are hard-confined; bash/
python run with cwd set to the folder.
Includes a slash command: `/workspace` (alias `/ws`) — show / `set <path>` /
`clear` / `pick` (open the directory browser).
- routes/workspace_routes.py: GET /api/workspace/browse (admin-only).
- src/tool_execution.py: hard path confinement for read_file/write_file;
bash/python cwd. Threaded route → stream_agent_loop → execute_tool_block.
- src/agent_loop.py: workspace note prepended to the system prompt.
- static/: overflow menu item, input-bar pill, directory-browser modal, and
the /workspace slash command.
- tests/test_workspace_confine.py.
* Wire workspace confinement into tools that landed after this PR
edit_file (#1239) and grep/glob/ls (#1670) merged after workspace-confine was
written, so they bypassed the workspace boundary. Thread the workspace through:
- edit_file: _do_edit_file resolves via _resolve_tool_path_in_workspace
- grep/glob/ls: _resolve_search_root confines to the workspace (root + paths)
- bash/python/bg cwd: workspace or _AGENT_WORKDIR (keep the #2586 data-dir
default when no workspace is set)
Tests cover edit_file + grep/ls confinement (inside ok, outside rejected).
* Workspace picker: editable path bar + modal style cohesion + cross-platform hardening
- Make the current-folder strip an editable address bar: type/paste a full
path and press Enter to navigate (also reaches other Windows drives and
hidden dirs the up-only browser cannot).
- Reuse shared modal CSS: drop bespoke .workspace-modal-content/.workspace-btn*
in favour of base .modal-content/.modal-body and the .confirm-btn button
family; separators/hover use var(--border). Net -31 CSS lines.
- Fix the path field overflowing the modal right edge (flex stretch + margin
vs an overflow:auto scrollbar-feedback loop): full-bleed, no h-margin.
- Cross-platform confinement: normcase the workspace commonpath check so
containment holds on case-insensitive filesystems (Windows/macOS).
- Make tests OS-portable: sibling temp dirs instead of /etc, python os.getcwd()
instead of pwd. 5 pass.
Reverts b98ee04 + 4ed48ba + a19b6d2.
Calendar events turned out to be the wrong abstraction for scheduling model serve windows. Pivoting to the existing ScheduledTask infrastructure (cron / daily / weekly recurrence, next_run tracking, edit-from-Tasks-tab UI) in a follow-up commit. The ScheduledTask path:
- reuses dispatch logic the rest of the app already understands
- drops the calendar dependency entirely (no auto-created "Cookbook" calendar, no calendar.js hook)
- shows up in the Tasks UI that already exists for everything else
What this revert removes:
- src/cookbook_scheduler.py — calendar reconciler
- routes/cookbook_schedule_routes.py — /api/cookbook/schedule/* endpoints
- static/js/cookbookSchedule.js — Schedule modal / settings card
- cookbook_scheduler_enabled + cookbook_schedule_calendar_href settings keys
- The window.cookbookOpenScheduleForm hook in calendar.js
- The Schedule button + paired-button CSS in cookbookServe.js + style.css
* feat: round-limit handling — Continue affordance at the cap + configurable cap
When the agent loop runs out of rounds (per-message step cap, default 20)
while still actively using tools, it stopped silently mid-task. Now:
1. The loop emits a `rounds_exhausted` SSE event at the cap, and the UI shows
a "Continue" pill at the bottom of the chat that resumes the task from where
it left off. Repeated cap-hits each get a fresh Continue (multiple continues
in a row).
2. The cap is configurable in Settings → Agent ("Max steps per message"),
validated on the client, at the save endpoint, and at the read site.
- src/agent_loop.py: track `_exhausted_rounds` (set only when a full
tool-executing round completes on the last allowed round — i.e. the agent
wanted to keep going); emit `{"type":"rounds_exhausted","rounds":N}` (logged).
- routes/chat_routes.py: read `agent_max_rounds` (clamped 1..200), pass as
`max_rounds`; forward the new event through the SSE relay.
- routes/auth_routes.py: validate numeric settings on save (int + clamp;
agent_max_rounds 1..200, agent_max_tool_calls 0..1000; 400 on non-int).
- src/settings.py: default `agent_max_rounds = 20`.
- static/: Settings input + client-side clamp; the Continue pill (reuses the
existing .stopped-indicator / .continue-btn classes and theme vars
--border/--fg/--bg/--accent); appended to the chat container so it survives
the message re-render at stream finalize. chat.js cache version bumped.
* test: cover rounds_exhausted emission (cap-hit vs normal finish)
Drives the real stream_agent_loop with mocked LLM stream / tool exec / settings:
a tool block every round exhausts the cap and must emit rounds_exhausted; a
plain answer hits the done-break and must not. Guards the for/else logic.
* feat(provider): add GitHub Copilot provider with device-flow auth
Adds GitHub Copilot as a model provider, so Copilot models (gpt-4o/4.1/5,
Claude, Gemini, …) work through the normal chat + agent loop, incl. native
tool calling and vision.
Auth is one-click via the GitHub OAuth device flow; the access token is stored
as the endpoint's (encrypted) api_key and sent directly as `Authorization:
Bearer` (no Copilot-token exchange, no refresh — matching how editors talk to
the Copilot API). Copilot is a normal ModelEndpoint detected by host; the only
provider-specific behaviour is a small set of required request headers,
injected centrally.
Sign-in is available from Settings → model endpoints ("Connect GitHub
Copilot") and from chat via `/setup copilot`.
- src/copilot.py (new), routes/copilot_routes.py (new): constants, header
builders, device-flow start/poll, model discovery, owner-scoped endpoint
provisioning.
- src/llm_core.py, src/endpoint_resolver.py: detect `copilot`, inject headers,
per-request x-initiator/vision.
- src/agent_loop.py: allowlist api.githubcopilot.com for native tool schemas.
- src/model_context.py: known context windows for Copilot (no unauthenticated
/models probe).
- static/, README, tests/test_copilot*.py.
* Tidy copilot_routes: clarify supports_tools, note _PENDING is per-process
* fix: renaming a user leaves their API tokens resolving to the old owner
* Drive rename token-cache test through the real auth resolver instead of patching a closure
Drop the custom Schedule modal in favor of opening the calendar's existing event-creation form pre-filled with the model's name + cookbook YAML in the description. The user lands in the same event editor they already know from regular calendar use, just pointed at the auto-created "Cookbook" calendar.
Backend:
- POST /api/cookbook/schedule/ensure-calendar — idempotent: creates a calendar named "Cookbook" if one doesn't exist for the current user, saves its href into cookbook_schedule_calendar_href, flips cookbook_scheduler_enabled on. Verifies the saved href against /api/calendar/calendars on every call so a manually-deleted calendar self-heals.
Frontend:
- calendar.js: expose window.cookbookOpenScheduleForm(draft) which opens the calendar modal (if not open), calls _showEventForm, then pre-fills summary / description / rrule / calendar dropdown. Force-expands the "Add details" section so the user can see which calendar it's heading into.
- cookbookSchedule.js: Schedule-button click now calls ensure-calendar, builds the cookbook: YAML block, and routes to window.cookbookOpenScheduleForm instead of openModal(). The legacy custom modal stays as a fallback for the case where calendar.js hasn't loaded.
UX tweak:
- cookbookServe.js: replace the standalone "Schedule…" text button with a small icon-only button (clock SVG) glued to the right edge of Launch. The pair forms one visual unit — Launch on the left, schedule-now on the right — sharing a thin divider. CSS handles the rounded corners + divider.
Python's bool('false') returns True because the string is non-empty.
A JS client serialising a boolean as the string 'false' would have
supports_tools or is_enabled silently flipped to True — so 'disable
tool support' would actually enable it.
Use an explicit lookup dict for supports_tools and a case-insensitive
string check for is_enabled so both string and native bool inputs are
handled correctly.
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
Add a calendar-driven scheduler so a user can pick a model in Cookbook, click "Schedule…" instead of "Launch", choose time windows + days of the week + (optional) end date, and have Odysseus auto-launch the serve when the window starts and hard-kill it when the window ends. The calendar IS the source of truth — events on a designated calendar are interpreted as serve schedules, so editing the event in the calendar UI immediately changes the schedule.
Whole feature is gated by setting `cookbook_scheduler_enabled` (default False). Disabling the setting silences the reconciler and the API refuses requests; setting + three new files = entire surface, easy to revert.
New files:
- src/cookbook_scheduler.py — background reconciler: ticks every 60s, reads next ±90s of calendar events on the designated calendar, launches/kills serves to match. Honors "refuse if GPUs busy" (skips with reason, no retry). Adopts pre-existing manual serves matching the event's model so window-end cleanup still applies. Tags scheduler-owned tasks with `_scheduledBy: <event_uid>` so it never kills serves it doesn't own.
- routes/cookbook_schedule_routes.py — POST /api/cookbook/schedule/from-cookbook builds RRULE+ICS events from the modal's input (model, slots[], days[], until). GET /upcoming returns the next 24h with per-event status (scheduled / running / adopted / skipped / failed / ended) for the UI. POST /reconcile-now manually kicks the reconciler.
- static/js/cookbookSchedule.js — Schedule button click handler + modal. Daily/hourly time slot picker, multi-slot ("+ add another time slot"), weekday chips with Weekdays/Weekend/Every-day quicksets, optional Until date. Calls /from-cookbook on save. Whole module is a single IIFE; deleting the file plus its <script> tag removes the UI surface.
Existing files touched (minimal):
- app.py: register the new router + add the reconcile loop as a startup task (~10 lines, all in one block). Reconcile loop checks the feature flag on every tick, so leaving it running with the flag off costs ~one settings lookup per minute.
- static/index.html: one new <script> tag for cookbookSchedule.js.
- static/js/cookbookServe.js: add a "Schedule…" button next to the existing Launch button. Hidden by default; cookbookSchedule.js reveals it after confirming the feature flag is on.
- static/style.css: ~80 lines for the modal styles (mobile-aware via @media).
User choices baked in:
- Calendar events are the source of truth.
- Refuse to launch if GPUs busy (skip + log reason in scheduler.events[uid].reason).
- Hard kill at event end.
- No retry on a skipped event within the window.
- Multi-slot per day supported (one calendar event per slot, shared RRULE).
- Pre-existing manual serves get adopted at window start so they're killed at end.
Known follow-ups (not in this commit):
- Settings UI to pick the schedule calendar + toggle the feature flag.
- Calendar event color/badge for status (running/skipped/failed).
- "Lazy launch on first request" — currently launches at event start. Replacing _launch_serve with a proxy that defers vllm until the first chat request is a contained future change.
Two bugs prevented pinned models from appearing in the chat model picker:
1. _fetch_models() only used _cached_model_ids(), ignoring pinned_models.
Since Fireworks AI doesn't list kimi-k2p6-turbo in /v1/models, the
cached list was empty, so the endpoint showed as offline with no models.
2. _curate_models() filtered unknown pinned IDs into models_extra, but the
chat UI only reads models (primary list). Pinned models stayed invisible.
Fix: use _visible_models() to merge cached + pinned, then promote pinned
IDs from models_extra to models so they appear in the dropdown.
Closes#1521 follow-up
Three converging fixes so the chat agent + external Codex/Claude skills can actually debug a crashed serve instead of staring at a post-crash neofetch banner:
* Serves now `tee` to /tmp/odysseus-tmux/SESSION.log on the host running them. Runner saves fds 3/4 before the tee and restores them right before `exec ${SHELL}`, so the post-crash interactive zsh banner does NOT pollute the log file.
* `tail_serve_output` (chat agent) and `/api/codex/cookbook/output/{sid}` (Codex+Claude skills) both prefer the persistent log file over the tmux pane. Pane is fallback for sessions predating the tee runner. Default tail bumped 150 -> 400.
* `list_served_models` "recent log" snippet seeks to the Traceback line instead of showing the last 6 lines (which was always the bash prompt).
Cookbook auto-adoption sweep on `/api/cookbook/tasks/status`: every 20s (rate-limited) the cookbook SSHes each configured server, finds `serve-*` / `cookbook-*` tmux sessions running an actual model process (vllm/python/llama-server/etc., filtered via `pane_current_command`), and writes them into state.tasks. So when the agent falls back to raw ssh+tmux, the session appears in the Cookbook UI on the next poll.
`serve_model` error path now reads `data["detail"]` in addition to `data["error"]` so the FastAPI HTTPException message ("Invalid characters in cmd") actually reaches the agent instead of being swallowed as a generic "Serve failed". Tool description updated to warn against `cd …`/`source …`/`&&` prefixes.
Intent-without-action supervisor in agent_loop: when the model writes "Let me tail the output" / "I'll check the logs" / "Let me investigate" and ends the turn without emitting a tool call, the loop injects a sharp system nudge ("You said you would X — DO IT NOW") and continues. Capped at 2 nudges per chat so a model that genuinely cannot use the tool does not pin the loop.
Codex/Claude skill parity: adds `/cookbook/cached`, `/cookbook/presets`, `/cookbook/preset/{name}`, `/cookbook/adopt` so external agents have the same surface as the chat agent. SKILL.md docs + odysseus_api.py wrapper updated for both bundles.
`adopt_served_model` promoted to the always-on tool set so the agent has a documented fallback when serve_model rejects a cmd.
Also various cookbook UI tweaks accumulated alongside the above (cookbook.js, cookbookRunning.js, cookbookServe.js, cookbook-diagnosis.js, settings.js, style.css).
Adding GigaChat (Sber) or an on-premise enterprise LLM gateway as a
model endpoint fails on first probe with
CERTIFICATE_VERIFY_FAILED: self-signed certificate in certificate
chain (_ssl.c:1000)
because their TLS chain is signed by a private root CA (Russian Trusted
Root CA for GigaChat; corporate CA for on-prem) that isn't part of the
default system / certifi trust store. The endpoint shows offline in
the picker even though the URL and API key are correct (issue #722).
The right fix is to extend the trust store, not to weaken verification.
This change:
- src/tls_overrides.py: new module that resolves an opt-in env var
LLM_CA_BUNDLE at import time, builds a shared SSLContext via
ssl.create_default_context() (so the system / certifi bundle is
loaded first) and layers the operator's PEM on top with
load_verify_locations(). Exposes llm_verify() returning a value
suitable for httpx `verify=`. Defaults to True (httpx built-in
trust) when the env var is unset, when the file is missing, or
when the PEM fails to load — verification is never silently
disabled, the warning is logged and we fall back to the safe path.
- src/llm_core.py: thread llm_verify() into the shared AsyncClient
used by stream_llm / streaming completions.
- routes/model_routes.py: thread llm_verify() into the five httpx.get
call sites in _probe_endpoint / _ping_endpoint so adding a
private-CA endpoint goes green on the very first probe and the
picker stops showing it offline.
- .env.example: document LLM_CA_BUNDLE with the GigaChat case as the
concrete example.
Deliberately NOT included: a verify=False knob (global or per-host).
Disabling verification exposes the affected endpoint to MITM, and the
operator-supplied bundle is the correct fix for legitimate private-CA
providers — so the only switch in this PR is the safe one.
Closes#722.
txt/html/md export joined and string-munged message.content directly, so a
multimodal turn (content is a list of blocks) crashed export with a TypeError
on join (txt) / AttributeError on .replace (html), and None content (tool-only
assistant turns) rendered as the literal 'None'. Add a _content_to_text helper
that flattens string/list/None to plain text and apply it at the three export
sites. JSON export is unchanged (it serializes structured content correctly).
Plain-string content is returned unchanged, so existing exports are identical.
Co-authored-by: ghreprimand <203024559+ghreprimand@users.noreply.github.com>
get_builtin_overrides() was swallowing all exceptions with a bare
`except Exception: pass`, so misconfigured tool-description overrides
would silently produce wrong agent behaviour with no log trace.
The background endpoint refresh loop had the same pattern: any probe
failure was silently ignored, giving operators no signal that the
refresh was broken.
Also removes a circular self-import (`from src.agent_loop import
_build_base_prompt`) inside _build_system_prompt; the function is
already in scope and the import created a latent circular reference risk.
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
routes/document_routes.py imports UPLOAD_DIR from src.constants in 8
separate function bodies but never uses it (pyflakes: 'imported but
unused' ×8). Drop the dead imports — no behaviour change.
routes/calendar_routes.py imports several names it never uses (pyflakes):
typing.Tuple, dateutil.rrule.{rruleset,DAILY,WEEKLY,MONTHLY,YEARLY}, and
auth_helpers.get_current_user. Drop them (the whole DAILY/WEEKLY/MONTHLY/
YEARLY line goes; rrulestr and require_user are kept). No behaviour change.
* fix: support large proxy model endpoint refresh
Large OpenAI-compatible proxy endpoints can expose hundreds of models and make /v1/models slow. Treating those endpoints like local model servers caused model picker opens and background probes to repeatedly hit /models, producing timeouts and making otherwise usable endpoints appear offline.
Make model endpoint discovery cached-first for normal UI usage, add explicit proxy/API classification and refresh policy fields, exclude proxy/API endpoints from aggressive local probing, and preserve cached models when refresh fails.
Manual Test/Add/Refresh actions still fetch the full model list with longer timeouts so users can intentionally import large proxy model lists without blocking normal model picker usage.
* fix: preserve endpoint ping status semantics
* fix: revoke API bearer tokens when their owner is deleted
* Re-run CI
* Invalidate bearer-token cache on user delete so warmed cached tokens stop working
Blind Compare anonymized the pane headers, but each pane still created a helper chat session named "[CMP] <real-model>" and GET /api/sessions returned the session's model field. So the sidebar and the session-list API let a user map "Model A" back to its real model before voting, defeating the blind test.
- Frontend (static/js/compare/index.js, panes.js): in blind mode, name helper sessions by their neutral slot ("[CMP] Model A") instead of the model, matching the existing blind pane labels.
- Backend GET /api/sessions (routes/session_routes.py): blank the model field for [CMP]-prefixed helper sessions via a new _public_model helper.
- Backend /api/compare/start (routes/compare_routes.py): name blind sessions by slot and withhold model_left/model_right/mapping from the blind response (revealed at /vote).
- Tests: tests/test_blind_compare_redaction.py.
Fixes#1285.
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Two more bare uid.decode() calls at lines 889 and 897 crash with
AttributeError when uid is already a string. Applies the same
isinstance guard used everywhere else in this function.
- Claude Agent integration: AGENT_CONFIGS.claude, INTG_TYPES.claude,
setup_claude_routes + integrations/claude/ skill bundle. Wired in
app.py alongside the existing Codex integration; same scope-gated
/api/codex/* backend; agent form has new description so users know
it's setup for an external CLI, not an agent streamed inside Odysseus.
- Remove mark_email_boundaries action: not good enough yet. Stripped
from task UI, scheduler defaults, registry, tool schema, clear-cache
route. Added to RETIRED_HOUSEKEEPING_ACTIONS so existing rows + their
task_runs auto-purge on startup.
- Cookbook download reliability: "Reconnect" fix button in the crash
diagnosis runs _reconnectTask after probing has-session. 30s confirm
window before marking a download "done" — kills the Finished/Downloading
flicker when tmux briefly drops between captures.
- Mobile UX: tap anywhere on a note card body opens the editor;
Update button morphs to Archive when no text was edited; bell icon
accent-colored; chip-trashing notif pills fade so only the icon
rotates into the trash zone.
- Settings integrations: SVG-per-provider in email + API preset
dropdowns, custom drop-up-aware menus, accent sub-header icons
(IMAP/SMTP), consistent card styling between list + edit, contacts
Edit/Delete icons, agent form description copy.
POST /api/research/start (require_privilege "can_use_research" — a normal
user, not admin) resolves an endpoint two ways and feeds the row's *decrypted*
api_key + base_url into research_handler.start_research(llm_endpoint=,
llm_headers=):
1. body.endpoint_id -> query(ModelEndpoint).filter(id == endpoint_id,
is_enabled == True).first()
2. no endpoint + nothing configured -> query(ModelEndpoint).filter(
is_enabled == True).first()
Neither was owner-scoped. ModelEndpoint is a per-user resource (core/database.py:
non-null owner = private, "the model picker only shows the endpoint to that
user"). So a research-privileged user (or a chat-scoped token) could pass another
user's PRIVATE endpoint_id — or fall through to their first-enabled row — and run
research against that owner's endpoint: spending their API key / quota and
reaching whatever internal base_url they configured (SSRF).
This is the same multi-tenant owner-scoping class already fixed for
companion/models, the /api/v1/chat session gate (#870), and the /api/v1/chat
first-enabled fallback (#1045, _first_enabled_endpoint). These two sinks on the
research path were missed.
Extract `_owned_enabled_endpoint(db, owner, endpoint_id=None)` which scopes via
the shared owner_filter helper (own rows + legacy null-owner shared rows),
matching webhook_routes._first_enabled_endpoint and session_routes._owned_endpoint.
Used for both sinks. A scoped miss on the explicit-id path returns the existing
404 ("Endpoint not found or disabled"), so endpoint existence isn't revealed. A
null/empty owner stays a no-op (single-user / legacy mode).
Add regression tests pinning both lookups (cross-owner rejected, own-row
allowed, legacy shared-row allowed, disabled-skipped, fallback never borrows,
null-owner no-op).
POST /api/compare/start (a normal-user route — no admin gate) creates two
caller-owned [CMP] sessions from caller-supplied endpoint URLs (endpoint_a /
endpoint_b), then copies a ModelEndpoint's *decrypted* api_key into each
session's headers by matching on URL:
ep = db.query(ModelEndpoint).filter(ModelEndpoint.base_url == base).first()
The match was not owner-scoped. ModelEndpoint is per-user (core/database.py:
non-null owner = private, "the model picker only shows the endpoint to that
user"). So a user could pass another user's endpoint base_url, have that owner's
api_key copied into a [CMP] session they own, then drive /api/chat_stream on that
session — spending the victim's API key / quota and reaching whatever base_url
they configured. Same multi-tenant owner-scoping class already fixed for
companion/models, /api/v1/chat (#870, #1045), session create/switch-model
(#1093), and /api/research/start (#1099).
Extract `_owned_endpoint_by_url(db, base_url, owner)` which scopes the match via
the shared owner_filter helper (own rows + legacy null-owner shared rows),
mirroring session_routes._owned_endpoint. A scoped miss copies no key (the
comparison session simply carries no borrowed credential). A null/empty owner
stays a no-op (single-user / legacy mode).
Add regression tests pinning the scoped match (cross-owner rejected, own-row
allowed, legacy shared-row allowed, no-match None, null-owner no-op).
cfg is loaded from prefs and already holds the existing, already-encrypted
password. When the edit form was re-submitted without re-typing the
password, the elif branch called encrypt() on that stored ciphertext,
compounding the encryption on every save and eventually breaking sync with
a decrypt error.
Drop the elif branch: the stored value is preserved as-is, and we only
encrypt when a new password is actually supplied.
Fixes#1915
Co-authored-by: EkaTantra Dev <dev@ekatantra.com>
