Raise all 88 workspace zod declarations to exact 4.6.6 and move @browserbasehq/stagehand to 4.4.0, which pins the same version, so the lock keeps a single zod copy. Test expectations and the Typert consumer's node types follow the new declarations; pnpm-workspace.yaml records the release-age exemption for [email protected].
* feat(release): publish package source, declaration maps, and documentation
Every release member publishes its TypeScript source and the declaration
maps that resolve into it, and @deepseek-ai/dsh publishes the repository
Markdown documentation staged from docs/ at prepack time.
The ./src/* export most members already declared now resolves for an
installed consumer, and a consumer editor follows a declaration to the
implementation. Bundled JavaScript maps stay unpublished; the vendored
family and the Desktop runtime file policy are unchanged.
Rationale: .agents/notes/implemented/process/2026-10-08-published-source-and-docs.md
* feat(release): publish JavaScript maps and compress bundles
Every emitted JavaScript map ships beside the bundle it describes, and the
workspace build and the client preset compress bundles without mangling
identifiers.
The documentation payload now mirrors the website publication manifest and
is removed again by `postpack`; Desktop and the Python executable exclude
the published source, documentation, and maps; `clean` removes a staged
copy. Typert's publication contract gains the Remote declaration map.
* fix(release): keep node bundles readable for the worker image
The browser worker image lowers `yield*` only as a whole statement and
rewrites `for await` loops by their source layout, so compressed node-side
entries either fail that lowering or lower to unparseable code. Only the
browser bundles keep compression, which removes about a third of their text.
The bundle-purity assertion now matches the module-loader call regardless of
the quote style compression picks, and the release-pack fixture exercises
the installed package's new documentation requirement.
* feat(release): publish the whole documentation tree
`@deepseek-ai/dsh` copies `docs/` in full instead of the website's page
set: the maintainer documents, the generated migration records, the
translation guidelines, and the `*.i18n.yaml` consistency records ship
with the installed package, so the documentation's own links resolve
without a checkout.
* feat(release): publish the upgrade guides with the documentation
The staged documentation keeps the website's page set and adds every
`docs/upgrade-guide/` document, which is what an installed reader consults
when a released change breaks something. The rest of the maintainer tree
stays out.
* test(release): expect source and maps in master's new payload cases
* feat(release): keep installed docs and source readable in Desktop
Desktop keeps the published src/ and docs/ trees inside app.asar, and
every model shell call receives DSH_INSTALL_DIR and DSH_NODE_EXECUTABLE
so an agent can read them through Electron's Node mode. Staging also
generates docs/upgrade-guide/README.md, an index of the upgrade guides
grouped by the release they upgrade from.
Minified client bundles print string literals with backticks: the
worker image packer now recognizes those chunk requests, client license
banners are prepended after minification so their text survives, and
the affected artifact tests accept either quote.
* test(desktop): read archived docs through the Windows PowerShell form
Regenerate the config catalog for the shifted shell-env source line.
* test(desktop): wait for the GUI-subsystem Electron process from PowerShell
* build(release): publish source and maps from the message-quotes package
* build(release): publish source and maps from packages new on master
* build(release): publish source and maps from the tool-office package
* fix(session-projection): keep released units in checkpoints
Since the Cordis rc.11 teardown order unloads the Web layer before the
base layer, Session Controller and harness-dev-context release their
projection units before their live Sessions detach. The projection
cache is still alive at that point and wrote a checkpoint holding only
the units that were still registered, replacing the complete record.
A blank Session then lost sessionListMetadata and listed as an untitled
conversation after every graceful restart.
A released unit now stays in the registry as a predecessor: it leaves
event drives, snapshots, restores, and change notifications, while
checkpoint() keeps each Session's last cell of it without advancing it.
Registering the same key again replaces the predecessor and refolds
the log. The projection cache keeps replacing whole records.
* test(session-projection): assert frozen released units across unload tests
Update the remaining unload tests that still expected a released unit
to vanish from checkpoint(): user-approval, agent-loop inbox and scope
lifecycle, time-context, and the agent registry now assert that the
same Session keeps its pre-unload row, that a later event does not
advance it, and that a Session created after the unload has no row.
The token-meter and goal unload tests also append an event after the
unload.
Document that a retained handle read still advances a released cell
that checkpoint() serves, and that restore() folds only live units, so
its refreshed rows omit released units.
* docs(session-projection): sync the ProjectionHandle type-equiv block
* docs(session-projection): record frozen released units and their upgrade
Add the upgrade guide for checkpoint() keeping a released unit's last
row, update the registration-handles Agent Note with the frozen-cell
decision and the retained predecessor, list both consequences under the
registry README's known limitations, note in the projection cache README
that a stored row can be frozen at its unit's release, and say that
restoreFloor() ignores released predecessors.
Update the agent-loop resource-lifecycle unload test, which read
checkpoints through an alias, to the frozen-row semantics.
* docs(upgrade-guide): mark the released-checkpoint snippet ignore-check
* docs(session-projection): state the retained-handle path and narrow a rejected alternative
* docs(upgrade-guide): re-record the released-checkpoint guide pairing
- Export `ProjectionKeySelection` (the read faces' key selection) and reuse it
from the projection cache instead of restating the union twice. The Cordis
catalog can now resolve the type its generated signatures reference.
- Make `wire.summary` a plain boolean: omitted means `true`, and a key whose
map entry carries the summary mark declares `false` so the runtime key set
and the client view type agree. The type no longer forbids a declaration.
- Describe the mark accurately: it has no runtime representation; `wire.view`
and `viewSchema` are typed with `SessionProjectionViewValue`, which strips it,
so the registration erase only widens the state type.
- Say plainly in the package README, the subsystem page, the client field
comments, and the Agent Note that a list row carries the summary projection
and never the full projection: a connected Session's store may hold more
values, but those are outside the list contract.
- Document the summary vocabulary on the subsystem page with `ts type-equiv`
blocks for the mark, its stripping, the excluded-key test, the summary value
type, and the key selection; split the prose paragraph.
- Revert the behavior-neutral cache-double refactors in three specs, and record
in the Agent Note why no upgrade guide accompanies the wire change and how a
consumer migrates.
A Session-list row no longer carries every registered client view: the three
units whose values a list row never renders (`turnOutline`, `sessionStats`,
and `todos`) are excluded, which removes the whole-log turn outline and the
figure and todo payloads from every row. An opened Session is unchanged —
`session/follow`, the `session/control` baseline, and `session.projections`
still serve every projected key.
The exclusion is one type-level mark plus one registration interlock:
`SessionProjectionSummaryExcluded<T>` marks a map entry, and
`ProjectionDefinition.wire` requires `summary: false` exactly on a marked key
and rejects it everywhere else, so the mark and the declaration cannot drift.
A nullable entry keeps `null` outside the wrapper, so `todos` stays
`TodoItem[] | null`. `summaryKeys()` returns the derived set, stable until a
registration or its disposal changes the key table, and the existing
key-taking read faces (`cachedSnapshot`, `viewCheckpoint`) accept that set
directly, so summaries need no separate read face and no per-read key copy.
`packages/api/session-controller/src/list.ts` passes the set to the live and
cold cached faces; `cachedPredecessorTitle` is untouched.
Client types only: `SessionSummary.projectionValues` narrows to
`SessionProjectionSummaryValues`, `SessionProjectionSnapshot.values` keeps
every view value with the mark stripped, and no wire field or client name
changed. The cache, subsystem page, and package README document the summary
rule and the two read faces.
Delete @deepseek-ai/dsh-invariants, every package's ./invariant companion
and its tests, the invariant gates and Vitest setup, the scoped-event
resolver generator, and the INVARIANT-coded listener rethrow paths.
Update docs, READMEs, Agent Notes, and add an upgrade guide.
* feat(i18n): key translation pairing records by heading section
Replace the whole-file blob hashes in *.i18n.yaml with one entry per
heading section that still holds language-specific content, keyed by the
English heading-slug path. Blocks identical across the pair (generated
table rows, code blocks, shared regions) stay out of the hash, so edits to
different sections and identical regenerations merge with Git's default
text merge, including on GitHub.
Remove the dsh-translation-pairing merge driver, its resolver command and
installer wiring; gen-translation-brief recovers last-confirmed text from
commit history. Migrate all active records, archive the superseded Agent
Note, and record the replayed conflict reduction in the new one.
* test(i18n): refresh translation prompt snapshot for the terminology note
* feat(i18n): exclude only code blocks and generated regions from pairing records
Replace byte-equality masking with an explicit rule: a record hash skips
fenced code blocks and BEGIN/END GENERATED regions, the two kinds of
content the pairing gate already requires to be identical on both sides.
Move generated data into regions written into both pages:
gen-config-catalog renders both languages and the record with per-package
regions labelled by code identifiers; gen-module-graph keeps its table in a
region; gen-doc-graphs splices the event matrix regions into the Chinese
page. Add a generic region splice beside the region grammar.
SessionProjectionHints gains a required `kind`: `sequenced` when the Host's live registry computed the block for an attached Session, `cached` when a header-only listing viewed it from the persisted projection cache. `asOfSeq` stays the producer's own watermark in that space, so the cache read faces report the lowest served row seq again instead of the -1 sentinel. The two fields are independent: `kind` names the sequence space, `asOfSeq` the position in it.
The projection cache read-only face (cachedSnapshot, cachedPredecessorTitle) now matches the lifecycle identity a header witnesses (formatVersion, createdAt, cwd, isSeeded) and serves its rows as a cached block with asOfSeq -1. The fold face (hydratePrepared, write, coldSnapshot) keeps the full identity including the inherited cut. The session list and @ completion drop their isSeeded guards, so forked sessions keep their cached title and list metadata across a Host restart; list-children keeps its body fallback.
The cache reader preserves opaque JSON keys, but each projection still
parses the returned checkpoint through its own stateSchema before hydration.
State that ownership explicitly so documentation does not imply this reader
fix also changes projection-defined transformations or cloning behavior.
Distinguish the synthetic V7 StorageDomain regression fixture from released
cache archives. Describe its read, put and reopen path directly, and group
its JSON validation checks separately from archived-version recovery.
Translate the Chinese Agent Note headings and keep the paired docs aligned.
The note retains the borrowed-value tradeoff and links the independent
predecessor-format and lifecycle-identity decision.
Production expressions and all test assertions remain unchanged; only
contracts, fixture descriptions, test labels and grouping are clarified.
The fix does not add another persistence format or broaden migration scope.
The projection-cache writer preserves lossless JSON, including own keys named
__proto__. The z.json reader rebuilds objects and drops those keys, so opening
the same stored checkpoint can produce state different from Session replay.
This affects embedded result metadata and opaque extension payloads as well
as other projection state.
Validate with the existing isJsonValue predicate used by the writer's
snapshotJsonValue rules. It rejects non-JSON and lossy values without
rebuilding valid borrowed records. Keep the stored representation and domain
version unchanged: this is a reader correction, not a new cache format.
Exercise a fixture captured through the actual pre-fix writer with a real
StorageDomain open, rewrite, close and reopen. Preserve nested prototype-named
keys and retain negative coverage for invalid JSON values. Document why this
validation matches the storage-domain immutable borrowed-value contract.
Use neutral arbitrary JSON in the new opaque-state fixture so this reader
regression stays independent of Session message representation. Its own
prototype-named keys and nested arrays are unchanged in purpose. Confirm
the fixture matches the pre-fix StorageDomain writer output and that the
old z.json reader fails its key-preservation assertion. No released Session
recordings or historical cache fixtures are edited.
imccyu