Fix Telegram partial-stream preview finalization so ambiguous final edit failures fall back to a final send when the visible preview is a strict prefix of the answer.
Includes archived-preview regression coverage and generated config metadata refresh.
Thanks @sahilsatralkar.
Co-authored-by: Sahil Satralkar <62758655+sahilsatralkar@users.noreply.github.com>
Three table headers introduced in recent agent-runtime / Codex-harness
doc commits used Title Case despite the surrounding house style:
- agent-runtimes.md L17: 'What It Means' -> 'What it means'
- agent-runtimes.md L100: 'Why It Matters' -> 'Why it matters'
- codex-harness.md L615: 'V1 Boundary' / 'Future Path' ->
'V1 boundary' / 'Future path' (V1 stays as the recognized acronym)
Four pages started with weak meta-descriptions ('This page covers...')
that restate the frontmatter summary. Replace with direct content-first
openings, and sentence-case a stray 'Slash Commands' link in
configuration-reference.
- concepts/streaming.md: remove '# Streaming + chunking'.
- reference/session-management-compaction.md: remove Title Case H1
'# Session Management & Compaction (Deep Dive)'.
- plugins/voice-call.md: remove '# Voice Call (plugin)'.
CLI pages keep their command-formatted body H1s since that is the repo
convention and the formatting is not expressible in frontmatter.
Sweep recent (last ~5h) doc edits for two readability/uniformity issues:
- Replace 42 path-as-text links of the form '[/foo/bar](/foo/bar)' with
descriptive labels derived from each target page's frontmatter title
(e.g. '[Anthropic]', '[Token use and costs]', '[OpenAI-compatible
endpoints]'). Affected files include gateway/troubleshooting,
concepts/oauth, reference/session-management-compaction, and
reference/transcript-hygiene.
- Sentence-case Title-Cased headings and link text in Related sections
across codex-harness, model-providers, tools/plugin, sdk-runtime,
sdk-setup, prompt-caching, ci, cli/config, google-meet, browser,
rich-output-protocol, subagents, web/control-ui, while preserving
brand and proper-noun capitalization (OpenAI, Codex, Chrome, Parallels,
Z.AI, etc.).
* fix(auth): bootstrap codex cli credential without clobbering local
readCodexCliCredentialsCached was imported but never registered in
EXTERNAL_CLI_SYNC_PROVIDERS, so overlayExternalAuthProfiles could not
seed openai-codex:default on fresh agents and runtime surfaced
"No API key found for provider openai-codex" even after a successful
codex login.
Register the provider with a new bootstrapOnly flag. Providers flagged
bootstrapOnly are adopted only to fill an empty slot: the overlay skips
them when a local OAuth credential already exists for the profile, and
readExternalCliBootstrapCredential returns null so the refresh path
never replaces the locally stored canonical refresh token with stale
CLI state. Minimax keeps its existing replace-on-expiry behavior.
* test(auth): cover codex cli bootstrap
---------
Co-authored-by: sudol <sudol@A8Max.localdomain>
Co-authored-by: Peter Steinberger <steipete@gmail.com>
two bugs. both squash user model choice silently.
bug 1: applyDefaultModel() unconditional primary: model overwrite.
wizard calls with setDefaultModel=true, provider returns its default
(e.g. openrouter/auto), bam user primary gone. fix: existingPrimary ?? model.
bug 2: applyModelFallbacksFromSelection() phantom primary injection.
when no primary configured, resolvedKey (hardcoded default) written as
primary via nullish coalescing fallback. fix: conditional spread — only
include primary key when one actually existed.
tests for both. closes#70696
* Revert "fix(memory/dreaming): surface blocked status when heartbeat is disabled for main (#69875)"
This reverts commit 529577e045.
Making way for the dreaming-vs-heartbeat decoupling from Josh's
josh/dreaming-isolated-cron-fix branch, which moves the managed dreaming
cron to isolated agent turns (sessionTarget: "isolated") so dreaming no
longer requires heartbeat to fire. Once the cron no longer rides the
heartbeat path, the blocked-reason observability has nothing left to
report — removing it cleanly here before the cherry-picks land.
* openclaw-3ba.1: move managed dreaming cron to isolated agent turns
* openclaw-46d: claim cron runs before embedded attempts
* openclaw-575: disable managed dreaming cron delivery
* openclaw-575: accept wrapped dreaming cron tokens
* openclaw-ccd: filter cron and wrapper transcript noise from dreaming corpus
* openclaw-cd9: filter archived, cron, and heartbeat transcript noise from dreaming corpus
* openclaw-cd9: suppress role-label reflection tags in rem dreaming
* openclaw-b49: stop narrative timeouts from blocking dreaming cron
* openclaw-b49: keep managed dreaming cron out of diary subagents
* openclaw-ff9: restore cron dream diary generation without serial waits
* openclaw-ff9: run dreaming narratives with lightweight isolated subagent lanes
* openclaw-ff9: detach cron dream diary generation from run completion
* openclaw-ff9: defer cron diary task startup until after cron completion
* doctor/cron: migrate stale managed dreaming jobs to isolated agent turns
After the dreaming cron moved off the heartbeat path to sessionTarget:
"isolated" + payload.kind: "agentTurn" (see the preceding memory-core
changes), users with existing ~/.openclaw/cron/jobs.json entries in the
old sessionTarget: "main" + payload.kind: "systemEvent" shape still
carry stale jobs until the gateway restart reconcile rewrites them.
Add a dreaming-specific cron migration to the existing
maybeRepairLegacyCronStore doctor path so "openclaw doctor" (and
"openclaw doctor --fix") rewrites those jobs without needing a gateway
restart. Match lives in a new doctor-cron-dreaming-payload-migration
helper alongside the existing legacy-delivery and store-migration files.
The matching uses the memory-core managed-job name and description tag
plus the short-term-promotion payload token. Constants are mirrored
from extensions/memory-core/src/dreaming.ts and commented so a future
rename in memory-core is a visible drift point here too.
* memory/dreaming: tighten cron-token match to known wrapper, not substring
The previous match relaxed the line check from 'trimmed line equals token'
to 'line contains token anywhere as a substring' to accept the
`[cron:<id>] <token>` wrapper that isolated-cron turns add. Substring
matching also let any user message embedding the token mid-sentence
trigger the dream-promotion hook, and was flagged by both Greptile and
Aisle on PR #70737.
Replace it with strip-the-known-prefix-then-exact-match: keep the
`[cron:<id>]` wrapper case working, reject every other variant. Add
focused unit coverage that the bare token, the wrapped token, and bare
multiline cases match while embedded / code-fenced / arbitrarily-wrapped
variants do not.
* memory/dreaming: drop assistant followup only on assistant-side signals
Per PR #70737 review (aisle-research-bot, Medium): the previous logic
suppressed the next assistant message whenever the prior user message
matched a 'generated prompt' pattern (`[cron:...]`,
`System (untrusted): ...`, heartbeat prompts, exec-completion events).
Real users can type those same patterns, which let a user exfiltrate
real assistant replies from the dreaming corpus by prefixing their own
prompt — the assistant's reply would be silently dropped.
Remove the cross-message coupling. Assistant-side machinery (silent
replies, system wrappers) is already dropped by sanitizeSessionText,
which is the right layer for that filter. Add an explicit assistant-side
HEARTBEAT_TOKEN check to keep the legitimate `HEARTBEAT_OK` ack drop
working without depending on the prior user message. Add a regression
test exercising the spoofing scenario.
* doctor/cron: assert mirrored dreaming constants stay in sync
Per PR #70737 review (greptile-apps): the doctor migration mirrors three
constants (MANAGED_DREAMING_CRON_NAME, MANAGED_DREAMING_CRON_TAG,
DREAMING_SYSTEM_EVENT_TEXT) from extensions/memory-core/src/dreaming.ts.
A future rename in either file would silently break the migration.
Add a vitest unit that reads both files and asserts the literals match.
Manually verified the assertion fires with a clear error when one side
diverges. Adds no runtime cost; sits in the regular test pipeline.
* fix(memory): stabilize dreaming CI checks
* memory/dreaming: skip eager narrative session cleanup when detached
Per PR #70737 review (chatgpt-codex-connector, P2): runDreamingSweepPhases
called deleteNarrativeSessionBestEffort synchronously right after each
phase. Once narrative generation moved to detached mode (queued via
queueMicrotask), the eager cleanup races the writer: the session is
deleted before the queued subagent run reads it, silently dropping cron
diary entries.
Skip the eager cleanup branch when params.detachNarratives is true.
generateAndAppendDreamNarrative still runs its own deleteSession in the
finally{} block, so the cleanup intent is preserved without the race.
Heartbeat-driven (non-detached) runs keep the original eager-cleanup
behavior.
* fix(plugin-sdk): restore heartbeat-summary re-export
Per PR #70737 review (chatgpt-codex-connector, P1): the revert of
PR #69875 dropped the `heartbeat-summary` re-export from
`openclaw/plugin-sdk/infra-runtime`. That subpath shipped publicly two
days earlier, so removing it is technically a breaking change to a
public SDK surface — third-party plugins importing
`isHeartbeatEnabledForAgent` / `resolveHeartbeatIntervalMs` from this
path would fail with no replacement contract introduced.
Restore the re-export. Costs nothing to keep; the helpers are already
public via `../infra/heartbeat-summary.ts`. SDK additions are by
default backwards-compatible (CLAUDE.md), so removing within days of
introduction violates that intent.
* changelog: note dreaming decoupling from heartbeat
Refs PR #70737.
---------
Co-authored-by: Josh Lehman <josh@martian.engineering>
Port the Codex app-server harness onto the context-engine lifecycle, add Codex context projection and compaction integration, and cover bootstrap/history/compaction fallback behavior.
Thanks @jalehman.
