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* refactor(sessions): migrate runtime storage to sqlite * test(sessions): fix sqlite CI regressions * test(sessions): align remaining sqlite fixtures * fix(codex): require sqlite trajectory recorder * test(sessions): align orphan recovery sqlite fixture * test(sessions): align sqlite rebase fixtures * fix(sessions): finish current-main integration of the sqlite flip Resolve the whole-store SDK removal across its owner boundary: drop the loadSessionStore re-export and the registry whole-store wrappers, wire hasTrackedActiveSessionRun into gateway chat, complete the preserveLockedHarnessIds cleanup contract, flip the codex thread-history import to storePath targets, and port remaining main-side tests from file-store helpers to session accessor reads. * chore: drop committed pebbles log, revert plugin-inspector bump, refresh generated docs Remove the 1.8k-line .pebbles/events.jsonl work log from the branch, restore the plugin-inspector advisory lane to main's pinned 0.3.10 so the supply-chain bump gets its own review, and regenerate docs_map, the plugin SDK API baseline, and the export-surface ratchet for the merged tree. * feat(sessions): keep archived transcripts by default with zstd cold storage Codex-style retention: deleting or resetting a session archives its transcript as a zstd-compressed JSONL artifact (plain when the runtime lacks node:zlib zstd) and keeps it until the disk budget evicts oldest first. resetArchiveRetention now governs both deleted and reset archives and defaults to keep; maxDiskBytes defaults to 2gb so retention stays bounded, with archives evicted before live sessions. The cron reaper follows the same knob instead of deleting archives on its own timer. * fix(state): converge agent DB migration lineages and bound database growth Merge coherence: run both structure-gated legacy memory-schema repairs (flip-lineage drop, main-lineage identity rebuild) before the flip migration so pre-flip v1/v2 and pre-merge flip v1/v4 databases all converge, and hoist foreign_keys=OFF outside the schema transaction where the pragma was silently ignored and the v1 sessions rebuild cascade-deleted session_entries. Growth guards: fresh agent DBs enable auto_vacuum=INCREMENTAL, WAL maintenance releases freed pages in bounded passes (never a blocking full VACUUM), and doctor reports state/agent DB bloat from freelist stats. * fix(codex): resolve the store path for thread-history import via the SDK The supervision catalog passed the legacy sessionFile locator to the storePath-targeted transcript mirror; resolve the agent store path with the session-store SDK helper instead of a runtime-object seam so test fakes and headless callers need no extra surface. Drop the obsolete missing-session-id preprocessing case: sessions rows are NOT NULL on session_id and upsert repairs id-less patches at write time. * fix(sessions): fail safe on malformed disk-budget config and doctor stat errors A malformed explicit maxDiskBytes disables the budget instead of falling back to the destructive 2gb default the user never chose, and the doctor bloat check skips databases whose paths stat-fail instead of aborting doctor. * fix(sessions): complete sqlite conflict translations * test(sqlite): align hardening checks with maintenance * test(sessions): inspect compressed transcript archives * fix(tests): await session seeds and drop unused helpers flagged by CI lint The five unawaited writeSessionStoreSeed calls raced their SQLite seeds against the assertions, failing compact shards; the bloat probe drops a useless initializer and the merged tests drop now-unused helpers. * test(sessions): type legacy proof events directly * test(sessions): align hardening contracts * perf(sessions): read usage transcript sizes from SQL aggregates Usage/cost scans walked every session and materialized every transcript event just to re-stringify it for a byte estimate — the #86718 stall class reborn on the DB. readTranscriptStatsSync sums stored JSON bytes in SQLite without loading a single row. * fix(sessions): re-root foreign-root transcript paths onto the current sessions dir Restored backups, moved OPENCLAW_STATE_DIR, and rehearsal copies carry absolute sessionFile paths from the old root; the containment fallback kept those foreign paths, so migration read (and would archive) files in the original root and reported local copies missing. Re-root the canonical agents/<id>/sessions suffix onto the current dir when the file exists there; genuine cross-root layouts still fall through unchanged. * test(agents): seed harness admission through sqlite * fix(sqlite): close agent db on pragma setup failure * fix(doctor): compact and retrofit incremental auto-vacuum after session import The migration is the sanctioned offline window: post-import compact reclaims import churn and applies auto_vacuum=INCREMENTAL to databases created before the fresh-DB pragma existed, so runtime maintenance can release pages in bounded passes on every install. --------- Co-authored-by: Peter Steinberger <steipete@gmail.com>
67 lines
2.3 KiB
TypeScript
67 lines
2.3 KiB
TypeScript
/**
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* ACPX runtime plugin entry. It registers the embedded ACP backend service and
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* wires reply-dispatch hooks into the plugin SDK runtime.
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*/
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import { tryDispatchAcpReplyHook } from "openclaw/plugin-sdk/acp-runtime-backend";
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import { finiteSecondsToTimerSafeMilliseconds } from "openclaw/plugin-sdk/number-runtime";
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import { createAcpxRuntimeService } from "./register.runtime.js";
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import type {
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OpenClawPluginApi,
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PluginHookReplyDispatchContext,
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PluginHookReplyDispatchEvent,
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PluginHookReplyDispatchResult,
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} from "./runtime-api.js";
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import { DEFAULT_ACPX_TIMEOUT_SECONDS } from "./src/config-schema.js";
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function resolveReplyDispatchTimeoutMs(pluginConfig?: Record<string, unknown>): number {
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const timeoutSeconds = pluginConfig?.timeoutSeconds;
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const resolvedSeconds =
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typeof timeoutSeconds === "number" && Number.isFinite(timeoutSeconds) && timeoutSeconds > 0
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? timeoutSeconds
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: DEFAULT_ACPX_TIMEOUT_SECONDS;
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return finiteSecondsToTimerSafeMilliseconds(resolvedSeconds) ?? 1;
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}
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async function tryDispatchAcpReplyHookWithTimeout(
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event: PluginHookReplyDispatchEvent,
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ctx: PluginHookReplyDispatchContext,
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timeoutMs: number,
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): Promise<PluginHookReplyDispatchResult | void> {
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const timeoutController = new AbortController();
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const timeout = setTimeout(() => timeoutController.abort(), timeoutMs);
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timeout.unref?.();
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const abortSignal = ctx.abortSignal
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? AbortSignal.any([ctx.abortSignal, timeoutController.signal])
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: timeoutController.signal;
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try {
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return await tryDispatchAcpReplyHook(event, {
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...ctx,
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abortSignal,
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});
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} finally {
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clearTimeout(timeout);
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}
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}
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const plugin = {
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id: "acpx",
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name: "ACPX Runtime",
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description: "Embedded ACP runtime backend with plugin-owned session and transport management.",
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register(api: OpenClawPluginApi) {
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const replyDispatchTimeoutMs = resolveReplyDispatchTimeoutMs(api.pluginConfig);
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api.registerService(
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createAcpxRuntimeService({
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pluginConfig: api.pluginConfig,
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openKeyedStore: (options) => api.runtime.state.openKeyedStore(options),
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}),
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);
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api.on(
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"reply_dispatch",
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(event, ctx) => tryDispatchAcpReplyHookWithTimeout(event, ctx, replyDispatchTimeoutMs),
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{ timeoutMs: replyDispatchTimeoutMs },
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);
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},
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};
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export default plugin;
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