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…t-dynamodb) PR 1 of the EQL v2 final removal (#707). Delete the closed v2-only dependency chain — @cipherstash/protect-dynamodb → @cipherstash/protect → @cipherstash/schema — and every reference to it. Nothing outside the three imported them (@cipherstash/stack depends only on the separate @cipherstash/protect-ffi). They are superseded by @cipherstash/stack: - @cipherstash/protect -> @cipherstash/stack - @cipherstash/schema -> @cipherstash/stack/schema - @cipherstash/protect-dynamodb -> @cipherstash/stack/dynamodb (encryptedDynamoDB) Existing EQL v2 ciphertext stays decryptable through @cipherstash/stack; this removes the v2 authoring/emission surface, not the read path. Reference cleanup (dangling refs that would break build/CI): - e2e/package.json @cipherstash/protect dep edge - root package.json build:js turbo filter - tests.yml protect/protect-dynamodb .env steps (would fail `touch` on gone dirs) and the bun-job test loop - rebuild-docs.yml trigger tag (@cipherstash/protect@* -> @cipherstash/stack@*) - integration-{drizzle,prisma-next,supabase}.yml packages/schema/** path filters - lint-no-hardcoded-runners allowlist entry - e2e package-managers BIN fixture (dead) + two stale source comments Changeset / RC housekeeping: - delete schema-stevec-standard-pin.md (only target was the deleted schema) - prune the three from pre.json initialVersions - add deletion-notice changeset on @cipherstash/stack + @cipherstash/nextjs Meta honesty: SECURITY.md package list, AGENTS.md Repository Layout, nextjs package description.
- Note the intentional @cipherstash/nextjs patch (package.json description edit) - Use PCRE negative lookahead so the stale-reference check excludes protect-ffi
Remove the `eql_v2_encrypted → 2` branch from `classifyEqlDomain`, so the migrate domain-type resolution (`detectColumnEqlVersion`, `listEncryptedColumns`, `resolveEncryptedColumn`) recognises only the self-describing `eql_v3_*` domains. v3 is the sole generation this workspace authors and backfills; a legacy v2 column's version is carried by the manifest's recorded `eqlVersion` (the CLI status renderers already fall back to it), so v2 status output is unchanged. This drops v2 *classification*, not the v2 read path — existing v2 ciphertext stays decryptable via `@cipherstash/stack`. `EqlVersion` keeps its `2` member for manifest-sourced legacy values and the exported function signatures are unchanged. Tests in `version.test.ts` are updated to assert v2 domains are no longer classified (excluded from `listEncryptedColumns`, `null` from the detectors). Decision 6 guard: `classifyEqlDomain` is a source-column classifier for backfill planning and read-only CLI status display — no decrypt/round-trip consumes its `2` result — so dropping v2 here is safe. NOTE: `packages/migrate/src/eql.ts` (the `eql_v2.*` config-lifecycle wrappers) is NOT deleted in this PR. Although it carries no decrypt path, it is hard- imported by the CLI's v2 cut-over/config commands (`encrypt cutover`, `db activate`, `db push`); deleting it would break the CLI build, which is out of this migrate-scoped PR. Its removal must be sequenced with the CLI v2-command removal. PR 2 of the EQL v2 final removal (#707).
…cryption PR 3 of the EQL v2 removal (#707). Makes EQL v3 the sole generation the client authors and writes, while preserving the minimal v2 READ path on the core client and through the DynamoDB adapter. - Add MappedDecryptOperation: the typed client's decryptModel/bulkDecryptModels are now audit-chainable (.audit()/.withLockContext()) instead of a bare Promise, restoring audited decrypt including through encryptedDynamoDB. - Collapse EncryptionV3 into an overloaded Encryption; EncryptionV3 is now a deprecated, type-identical alias. An explicit config.eqlVersion is honored (the migration escape hatch is retained). - BREAKING: remove the DynamoDB v2 WRITE overloads (encryptModel/bulkEncryptModels); decrypt still reads existing v2 items. - Deprecate (retain) ClientConfig.eqlVersion and the ./schema v2 builders for legacy v2 read/migrate; siblings still consume them, so full removal is deferred to a later PR. - Tests: flip the audit-surface type assertions, add runtime audit-forwarding tests (both chaining orders), and v2-read acceptance integration tests (core + DynamoDB). - Update stash-dynamodb and stash-encryption skills and AGENTS.md. Changesets: @cipherstash/stack minor (audit-on-decrypt), @cipherstash/stack major (DynamoDB v2-write removal), stash patch (skills).
Verification of the EncryptionV3->Encryption collapse surfaced a regression: because Encryption now returns the TYPED client for a v3 schema set, stack-supabase's encryptedSupabaseV3 (which casts to the nominal overload and calls decryptModel(row)/bulkDecryptModels(rows) one-arg) hit the typed methods with no table argument and threw on undefined.tableName. The sibling build passed because it is a type/runtime mismatch with no v3 runtime coverage. Fix: the typed client's decryptModel/bulkDecryptModels now tolerate a missing table, degrading to nominal behaviour (decrypt without date reconstruction) instead of dereferencing undefined — restoring exactly what stack-supabase received before the collapse. table stays required for genuinely-typed callers. - Add regression tests: typed client one-arg decryptModel/bulkDecryptModels decrypt without throwing (no reconstruction). - Correct now-stale customer-visible source docs flagged in review: the resolveDecryptResult docblock, the encryptedDynamoDB version-mismatch error string and @example, and the EncryptedDynamoDBConfig JSDoc (all pointed at EncryptionV3 / needless eqlVersion:3). Update construct-guard.test.ts to the new error wording. Follows 686004f.
Re-parameterize EncryptedQueryBuilderImpl over AnyV3Table and inline every EncryptedQueryBuilderV3Impl dialect override, then delete query-builder-v3.ts. Pure refactor: no runtime behaviour or wire encoding change. The decrypt path stays generation-agnostic (decryptModel/bulkDecryptModels), so stored EQL v2 payloads still decrypt (Decision 6).
encryptedSupabase is now the introspecting EQL v3 factory (was encryptedSupabaseV3); encryptedSupabaseV3 kept as a @deprecated type-identical alias. The legacy v2 encryptedSupabase({ encryptionClient, supabaseClient }).from(table, schema) wrapper and EncryptedSupabaseConfig are removed. All *V3 type exports de-suffixed to canonical names with @deprecated *V3 aliases retained. v2 decrypt is unaffected.
Point tests at the folded EncryptedQueryBuilderImpl, drop the removed v2 authoring tests (v2 live suite, v2 wire-encoding block, v2 builder type test), convert the shared execute() error-threading tests to a v3 table, and add canonical-name type assertions.
- MappedDecryptOperation.execute returns a fresh Result on the unknown-table path, so ops can't alias/mutate a shared failure object. - Document the AnyV3Table cast in Encryption with a biome-ignore explaining the runtime isV3Only guard the compiler can't see. - Restore CS_WORKSPACE_CRN in decrypt-audit-forwarding.test.ts afterEach so it doesn't leak env state across suites. Verified the v2-read acceptance tests (integration/shared/v2-decrypt-compat) match the CI CS_IT_SUITE glob, so #1a/#1b run under test:integration.
v2 read via this adapter is intentionally removed; v2 ciphertext still decrypts through the core @cipherstash/stack client. Mixed-generation handling is customer-side (install both), per #707 out-of-scope stance.
…ap 91 -> 71 The EQL v2 removal folded `query-builder-v3.ts` into `query-builder.ts` (2b4e2e9). FTA penalises size superlinearly, so two files that each passed the complexity gate became one that did not: 90.88 + 73.95 -> 105.77, against a cap of 91. That failed the "Analyze v3 complexity" check on #769. `fta-v3.yml` is explicit that the cap is "a ratchet, not an aspiration", so decompose rather than raise it. The 2331-line class becomes a pipeline: column-map.ts ColumnMap - name + capability resolution, the concern every stage needed (was six correlated fields) query-encrypt.ts filter-operand terms: collect, validate, batch-encrypt query-mutation.ts row-data encryption for insert/update/upsert query-dbspace.ts property-space -> DB-space, once query-filters.ts operand substitution onto the PostgREST query query-results.ts decryption + Date reconstruction query-builder.ts the class: recorded state, fluent surface, execute() Worst file 105.77 -> 70.12 (query-encrypt.ts); cap lowered 91 -> 71. Also removed, all no-ops from the pre-fold v2/v3 inheritance: - `notFilterOperator` - an identity function with an unused parameter - `applyPatternFilter`'s dead `_wasEncrypted` parameter - `protected` throughout, now `private`; nothing extends the class and collapsed the six-times-repeated withLockContext/audit/await dance into one `withOpContext` helper - a skipped lock context would encrypt under the wrong data key, so the three steps must stay identical. `EncryptedQueryBuilderImpl` keeps its name, export site and constructor; nothing here is part of the package's public surface (index.ts does not re-export it). 466 tests pass unchanged. One test reached the unsupported- queryType backstop by subclassing to override `queryTypeForRawOp`, which is now a module function; `assertTermQueryable` is exported instead and the test calls it directly, dropping a subclass its own comment called "breaking the internal contract". Docs: correct comments asserting adapter-side EQL v2 reads. The adapter is v3 only and does not auto-read `eql_v2_encrypted` columns - introspection matches `public.eql_v3_*` domains exclusively, so such a column never enters the encrypt config. No ciphertext is stranded: core decryption stays generation-agnostic. Also retires the two-dialect scaffolding in types.ts, whose header claimed v3 does free-text via `contains` - contradicting the typed surface forty lines above it and re-introducing the exact confusion #617 removed. `EncryptedQueryBuilderCore`'s OK/BK defaults are kept: they are live for the untyped surface, only their v2-era rationale was wrong.
Delete the EQL v2 authoring surface (`src/index.ts` `encryptedType` + config extraction, `src/operators.ts`, `src/schema-extraction.ts`) and promote the EQL v3 implementation from `./v3` to the package root as a hard break with no alias. - Drop the `./v3` subpath from the `exports` map and remove `typesVersions`; the v3 impl now lives at `src/*` and is the sole `.` export. - De-suffix the public API: `createEncryptionOperatorsV3` -> `createEncryptionOperators`, `extractEncryptionSchemaV3` -> `extractEncryptionSchema`. No `*V3` aliases (they would type-check v2 call sites against v3 semantics). - Delete the two v2 operator test files; move the v3 test suite to `__tests__/*` and repoint imports. ESM+CJS both preserved. - Fix the `@cipherstash/bench` importer: rewrite the Drizzle table to v3 `types.*` domains + `EncryptionV3`, switch operator usages off the removed v2-only ops (`like`/`ilike`, jsonb-path) to `matches`/`contains`/`selector`, and update the bench fixture schema.sql to the eql_v3 domains/index terms. - Update the README and the bundled `stash-drizzle` skill to the collapsed root imports; remove v2 authoring guidance. Existing v2 ciphertext still decrypts via `@cipherstash/stack`; only the Drizzle-side v2 authoring/query-building is removed (Decision 6). BREAKING CHANGE: `@cipherstash/stack-drizzle` no longer exports an EQL v2 surface and the `./v3` subpath is removed. Import the v3 API from the package root with the de-suffixed names.
…ollapse PR 3 made EncryptionV3 an overloaded alias; ReturnType<typeof EncryptionV3> now resolves to the nominal overload (EncryptionClient) not the typed client. Infer through a single-signature helper so the bench handle keeps the typed client type.
…array CodeRabbit review of the query-builder split. Six findings, all pre-dating the refactor; these are the two worth acting on. `single()`/`maybeSingle()` have always returned ONE object at runtime, but returned `Self`, so the builder kept advertising the array shape it was created with — `data` was typed `T[] | null` while holding a single row. Callers had to launder it, and the test suite documented the lie in a comment while casting through `unknown` to reach the row's fields. Both now return `EncryptedSingleQueryBuilder<T>`, awaiting `EncryptedSupabaseResponse<T>` (`data: T | null`) — which already covers the zero-row case for `maybeSingle()` and the error case for both, so no separate null modelling was needed. The impl class carries the awaited shape as a `TData` parameter so the promise cannot keep advertising `T[]` after the runtime has been switched to single-row mode; `returns<U>()` preserves that shape. Filters and transforms are deliberately absent from the single-row builder, matching supabase-js: applying one after `single()` would change the query the single-row promise was made about. Also drops two unnecessary `as unknown as T[]` bridges in query-results.ts (`[] as T[]` and the bulk-decrypt map both compile directly). Not acted on, with reasons: - The missing `assertPostgrestCanQueryEncryptedOperator` in the not-filter branch is a false positive. The guard fires upstream in `assertTermQueryable` (`contains`/`matches` map to `freeTextSearch`), before encryption, and `supabase-v3-json.test.ts` already covers `.not(col,'contains')` and `.not(col,'matches')` under EQL 3.0.2. The suggested guard keys on `wasEncrypted`, which that path never reaches. - Routing plaintext `in` arrays through `formatInListOperand` would change behaviour: `.filter()` is the raw escape hatch and forwards verbatim, as supabase-js does. The encrypted path only intervenes because it must encrypt element-wise. - The `as never` on `bulkEncrypt` args and the `term.column` double assertion need `ScalarQueryTerm['column']` widened in `@cipherstash/stack` — a different package's public type.
…the image The bench fixture schema moved to concrete EQL v3 domains (`public.eql_v3_text_search`, `eql_v3.eq_term(...)`), but tests-bench.yml started `postgres-eql:17-2.3.1` — which ships EQL v2 — and ran the suite immediately. `applySchema` failed with `type "public.eql_v3_text_search" does not exist`. Nothing tied the image tag to the EQL version the fixtures need, so the coupling broke silently. Install v3 the way every integration suite already does: a vitest `globalSetup` calling test-kit's `installEqlV3`, which shells out to the real `stash eql install --eql-version 3`. That needs only a database URL — no CipherStash credentials — so `db-only.test.ts` stays the credential-free smoke test it is meant to be, and CI and `pnpm test:local` become the same path rather than CI depending on a step the local flow never ran. The globalSetup imports `@cipherstash/test-kit/install` (a new narrow subpath export) rather than the barrel: the barrel reaches `needle-for.ts`, which consumes stack source through the `@/` alias, and bench has no `stackSourceAlias` in its vitest config. `install.ts` depends on node builtins only. Workflow changes: - Use the `integration-setup` composite, which already builds the `stash` CLI the install needs (pinned to this job's existing Node 22). - Start only the `postgres` service; docker-compose.yml also defines a PostgREST that bench never talks to. - Widen the trigger paths to follow the package graph. bench depends on `@cipherstash/stack` and `@cipherstash/stack-drizzle`, and now on the CLI's EQL installer, but the filter covered only `packages/bench/**` and `local/**` — a break upstream could never trigger this job. No changeset: `@cipherstash/bench` and `@cipherstash/test-kit` are both private, and workflow files are repo tooling.
Addresses PR #760 review feedback. - `docs/query-api-walkthrough.md` pointed at `packages/protect/src/ffi/*`, deleted by this PR. Replaced with a note rooting the doc's relative paths, and corrected the two other stale facts in the same block: the protect-ffi pin (0.24.0/0.23.0 → the actual 0.30.0) and row 1a's query-builder paths, which moved to stack-drizzle/stack-supabase in the #627 split. - `.github/dependabot.yml`'s ignore-rule comment narrated the #673 incident in the present tense against a package that no longer exists. Kept the lesson, marked the package as removed, and stated why the rule still holds for the surviving consumers. - `.github/workflows/tests.yml` looped over `packages/stack-forge`, which has never existed. The `[ -f ]` guard made it a no-op; dropped it. `scripts/lint-no-dead-package-paths.mjs` fails CI on any `packages/<name>` reference that doesn't resolve to a directory, across docs, .github, skills and the root meta files. Design archives (docs/plans, docs/superpowers) and CHANGELOGs are exempt — they record history, not the current tree. It catches all three of the above; self-tests follow the existing scripts/__tests__ pattern.
…pr1-delete-packages feat!: remove EQL v2-only published packages (protect, schema, protect-dynamodb)
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…change `classifyEqlDomain` now returns `3 | null`, so `listEncryptedColumns` can never emit `version: 2` and the `c.version === 2` exemption in `explainUnresolved` is dead. Removing it is provably behaviour-preserving: a post-cutover v2 table (`<col>` carrying the v2 domain) now reaches `explainUnresolved` with an EMPTY candidate list, which the `candidates.length === 0` guard above already falls through on. - Remove the branch; rewrite the doc comment and the stale v2 parentheticals in `drop.ts` / `cutover.ts` to say why the post-cutover state now arrives as "no EQL columns". - Rewrite the drop test that hand-built a `version: 2` candidate — a state resolution can no longer produce, so it only exercised the dead branch — to the state that actually occurs. - Add unit tests pinning `explainUnresolved`'s contract, including that a candidate sharing the plaintext column's name still fails closed (the removed branch's only behaviour, and wrong at v3, which has no cut-over rename). - Correct the backfill manifest comments: `null` now also means a legacy `eql_v2_encrypted` domain, so a v2 column backfilled from here on records no `eqlVersion` and reports no version in `encrypt status`. The live-domain fallback yields null for that case too. Existing manifests are unaffected. Noted in the changeset. - Drop the PR-1 plan doc that landed in this PR's diff.
…ent lock-context re-bind
- resolveDecryptResult: the inner comment and `logger.debug` message still
said the typed client has no decrypt audit surface and told the reader to
use `Encryption({ config: { eqlVersion: 3 } })`. Both shipped clients now
carry `.audit()` on decrypt, so the branch only fires for a non-conforming
custom client. Message rewritten to describe that, with a regression test
asserting it names neither `eqlVersion` nor `EncryptionV3`. The same false
claim had propagated to the resolve-decrypt test header, `dynamodb/types.ts`,
a test literally named "though decrypt cannot carry it", and a comment in
`stack-supabase` — all corrected.
- MappedDecryptOperation.withLockContext: chaining a second lock context onto
an already-bound op silently dropped it. The wrapper always exposes the
method, unlike the nominal path where it is absent after binding, so the
re-bind type-checks. It now throws. Verified no internal or sibling call
site chains after a positional bind (stack-supabase calls `decryptModel(row)`
one-arg then chains, so its underlying op is unbound). Tests cover both
`decryptModel` and `bulkDecryptModels`.
- Changeset bumped minor -> major. Making `Encryption({ schemas: [<v3>] })`
return the typed client changes its return type AND adds `Date`
reconstruction on the two-arg `decryptModel` for existing plain-`Encryption`
v3 callers. The package already carried a major, so the released bump is
unchanged — the changelog is just accurate now.
- skills/stash-encryption documented `decryptModel`/`bulkDecryptModels` as
returning `Promise<Result<…>>` and said only encrypt-side ops are chainable.
It ships in the `stash` tarball, so that was wrong guidance in customer
repos. Updated, including the one-or-the-other lock-context rule.
refactor(migrate): drop EQL v2 from the domain-type classifier
…-core feat(stack)!: EQL v3 audit-on-decrypt + collapse EncryptionV3 into Encryption (EQL v2 removal PR 3)
feat(stack-supabase)!: remove EQL v2 authoring surface, de-suffix v3 API
… scaffold, stale shipped docs Six review findings, each with the regression test that would have caught it. - `packages/bench/sql/schema.sql` indexed `eql_v3.ste_vec(enc_jsonb)`, a mechanical rename of the v2 expression. It builds, and `db-only.test.ts`'s `pg_indexes` check passes, but nothing the adapter emits ever mentions it: `@>` on `eql_v3_json_search` inlines to `eql_v3.to_ste_vec_query(a)::jsonb` (the bundle's own comment says so). A permanently-dead index in the one fixture whose job is to prove index engagement. Now indexed on the inlined expression, with `scripts/__tests__/bench-index-expressions.test.mjs` pinning each bench index against the operator body in the vendored EQL bundle — no database, no credentials, which matters because the bench's own EXPLAIN assertions need credentials and never run in CI. - `stash init --drizzle` scaffolded `extractEncryptionSchemaV3` from `@cipherstash/stack-drizzle/v3` into the user's repo — both removed here, so a freshly-initialised project would not resolve. Flipped the drizzle half of the generated strings (the `@cipherstash/stack/v3` half stays for PR 7) and pinned it in `utils-codegen-drizzle.test.ts`. - `skills/stash-encryption`, `packages/stack/README.md` and `AGENTS.md` still documented the `./v3` subpath and the `*V3` names. Both skills and the stack README are shipped artifacts. `no-removed-drizzle-surface.test.mjs` scans the shipped file set (deliberately not CHANGELOGs or specs, which should still name the old surface). - `vitest.shared.ts` aliased `@cipherstash/stack-drizzle/v3` to the deleted `src/v3/index.ts`; `vitest-shared-alias.test.mjs` asserts every alias target exists on disk. - The bench `matches` operand was the shared `value` prefix, which every seeded row contains — the bloom index had nothing to narrow, so the number measured a full scan. Uses a full seeded value now. - The bench importer's only CI gate was the Bun job's `turbo build`, which swallows its own test failures. Added an explicit typecheck step to the main test job. The eq/matches index assertions are sound and now say why: the operator wrappers are `LANGUAGE sql IMMUTABLE STRICT` single-SELECT bodies, so the planner inlines them and applies the same inlining to the stored index expression. The old comment claimed the adapter emitted `eql_v3.eq_term(col) = eql_v3.hmac_256(value)` — it emits `eql_v3.eq(col, term)`, and `eql_v3.hmac_256` does not exist in the bundle at all.
CI runs against the PR MERGE commit, so it saw a file this branch never had: `remove-v2` gained `utils-codegen.test.ts` (from the v3 domain-picker work) after this branch was cut, and it pins the generated `stash init` client to `extractEncryptionSchemaV3` / `@cipherstash/stack-drizzle/v3` — exactly the two names this PR removes. Textually the merge is clean; the conflict is semantic, which is why it only surfaced in CI. Points those assertions at the collapsed root and adds the matching negatives, so a regression to the `./v3` specifier fails here rather than in a scaffolded project. Narrowed `utils-codegen-drizzle.test.ts` to what the merged-in suite does not cover — `generatePlaceholderClient`, still untested — and updated it to the new `ColumnDef` shape (`domain`, not `dataType`/`searchOps`).
feat(stack-drizzle)!: remove EQL v2 root and collapse ./v3 to root
The wizard now scaffolds EQL v3 columns, so `drizzle-kit generate` emits `ALTER COLUMN ... SET DATA TYPE eql_v3_<name>` — which Postgres rejects (no cast from text/numeric to an EQL domain). The post-agent rewriter matched only the single `eql_v2_encrypted` type, so those v3 statements slipped through unrepaired and failed at migrate time. Port the rewriter to the whole `eql_v3_*` concrete-domain family alongside legacy `eql_v2_encrypted`, mirroring the sibling CLI fix (#693): every mangled form drizzle-kit emits (incl. the 0.31.0+ `"undefined".` prefix and schema-qualified pgSchema tables), near-miss flagging for `SET DATA TYPE ... USING ...` it cannot safely repair, statement-breakpoints, and a clearer data-destroying / empty-table-only warning that points populated tables at the staged `stash encrypt` flow. Database introspection (`isEqlEncrypted`) now recognises BOTH `eql_v2_encrypted` and the `eql_v3_*` family as already-encrypted, matching migrate's `classifyEqlDomain` v3 convention — so the agent won't scaffold over existing encrypted data of either generation (v2 ciphertext stays valid and detected). Add a rewrite-migrations test suite (adapted from the CLI's).
Address code-review feedback on the v3 migration-rewriter port.
**Sweep every candidate migration directory.** `rewriteEncryptedMigrations`
returned after the FIRST candidate that merely existed, even when that
directory contained zero matches — so an empty or already-rewritten
`drizzle/` sitting next to a project's real `migrations/` left those
migrations unrepaired, and they then failed at migrate time with the very
`cannot cast type ...` error the rewriter exists to prevent.
The comment justifying the early return ("running again on a different
candidate would double-transform already-rewritten SQL") was wrong on both
counts: distinct directories hold distinct files, and the rewrite is
idempotent anyway — a rewritten statement no longer contains `SET DATA
TYPE`, so neither the strict matcher nor the near-miss scan can match it a
second time.
Extract the sweep into an exported, log-free `sweepMigrationDirs(cwd, dirs)`
so it is directly testable without mocking @clack/prompts. It sweeps every
existing candidate and reports a directory that throws via `error` rather
than stranding the ones after it; post-agent keeps the reporting.
**Trim the near-miss statement preamble.** `NEAR_MISS_RE` opens with a lazy
`[^;]*?` whose only left boundary is the previous `;` — or the start of file
when there is none. The reported statement therefore dragged in every
comment and blank line since then, so a near-miss in a file opening with a
comment block was quoted back to the user with the whole header glued to its
front. Strip leading blank/comment lines (incl. `--> statement-breakpoint`)
so the statement reads as the offending statement alone. Detection is
unchanged; only the text shown to the user differs.
Applied to the `stash` CLI sibling too — it carried the identical defect and
its header mandates keeping the two in sync. The directory sweep does not
apply there: the CLI takes a single explicit `outDir`.
**Document the hardcoded `"public"."<domain>"`.** Behaviour unchanged and
not a regression, but worth stating: the domain qualifier is an assumption
(EQL installs into `public`), not something read back from the matched SQL —
the `schema` capture is the TABLE's schema and says nothing about where the
domain lives. Non-public domain installs would need it threaded in here and
in the CLI sibling. Already pinned by the existing pgSchema() test.
9 new tests across the two packages, each watched failing first.
…ypecheck Closes the last open item from the #771 review — the 3 pre-existing `AutoStrategy` tsc errors flagged as "would bite a future strict type gate". **Root cause.** `@cipherstash/auth` uses conditional exports: `node` resolves to `index.d.ts` (the full surface, including `AutoStrategy`), `default` resolves to `wasm-types.d.ts` (which has no `AutoStrategy`). The wizard's tsconfig sets `moduleResolution: "bundler"`, which does NOT include the `node` condition, so tsc took the `default` branch and reported `AutoStrategy` as missing on all three call sites — `agent/fetch-prompt.ts`, `agent/interface.ts` and `lib/prerequisites.ts`. Nothing was actually broken at runtime: the wizard is a Node CLI and always loads the `node` branch. The types were simply resolved against the wrong entry point. **Fix.** Add `"customConditions": ["node"]`, matching what `packages/stack`, `packages/prisma-next`, `packages/test-kit`, `packages/stack-drizzle` and `packages/stack-supabase` already carry for the identical `protect-ffi` conditional-export problem. `tsc --noEmit` now exits 0. **Regression guard.** A type-level defect needs a type-level gate, or it comes back silently — the wizard is built by tsup with `dts: false`, so the build transpiles without ever typechecking, which is exactly why these three errors sat in `main` unnoticed. Add a `typecheck` script and wire it into `tests.yml` alongside the prisma-next gate (#684). Verified the gate fires: with `customConditions` removed the step exits 2 on all three errors; restored, it exits 0. No changeset — `dts: false` means the published tarball is byte-identical. Tooling only, no observable behaviour change. Green: wizard 265 pass / 5 env-skipped, typecheck 0 errors; stash 770 pass / 53 files; `code:check` 0 errors.
feat(wizard): port migration rewriter to the EQL v3 domain family
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Umbrella PR for #707 — the integration branch collecting the EQL v2 removal stack. Opened as a draft: only PR 1 of 7 has landed, and merging this now would ship a partial removal.
Design:
docs/plans/2026-07-22-eql-v2-final-removal-design.md(rev 3, approved 2026-07-22).Goal
Make EQL v3 the sole generation the workspace authors and emits, while preserving the ability to decrypt existing v2 payloads. "Remove v2" means remove the v2 emission and authoring surface, not the read path — every PR touching an encrypt/decrypt or classification path carries a v2-payload round-trip test (design Decision 6).
End state: no
eql_v2_*emission or authoring path, one naming convention (v3 takes the unsuffixed name), green suite, v2 ciphertext still readable.Merge model
PRs 1→7 are a strictly linear stack, each merging into the previous, all landing here. One leaf PR (cli v2 SQL +
cutover.ts) sits off this base rather than in the chain — it must rebase on #751 and merges out-of-band, gating nothing.protect,schema,protect-dynamodbmigrate— drop EQL v2 from the domain-type classifierremove-v2stackcore — v3 audit-on-decrypt, collapseEncryptionV3intoEncryptionstack-supabase— remove v2 authoring surface, de-suffix v3stack-drizzle— remove v2 root, collapse./v3to rootwizard— port the migration rewriter to the v3 domain familyexamples/basicto v3 + meta sweepsrc/sql/*, 22.5k lines) +encrypt/cutover.tsLanded so far (#760)
Deletes
packages/protect(~16.9k tracked TS),packages/protect-dynamodb(~1.6k) andpackages/schema(~570) — a closed dependency chain, with nothing else importing them. Removed frompnpm-workspace.yaml, tsconfig references,.changeset/config.json(fixed group + ignore),SECURITY.md, and the AGENTS.md Repository Layout.Also carries a review follow-up:
scripts/lint-no-dead-package-paths.mjsfails CI on anypackages/<name>reference that no longer resolves, acrossdocs/,.github/,skills/and the root meta files. Deleting packages had left dangling paths indocs/query-api-walkthrough.md,.github/dependabot.ymland.github/workflows/tests.yml; nothing else caught them. Design archives and CHANGELOGs are exempt — they record history, not the current tree.Release mechanics
The repo is mid-RC with a fixed version group, so deletions have concrete tooling steps rather than riding a survivor's major:
majorchangeset to a surviving consumer-facing package (stash/@cipherstash/stack) naming what was removed and the migration path, and commits the deleted package's finalCHANGELOG.mdentry before the directory goes.majoron any grouped package forces majors across the fixed group. Budget for that in the RC version line.Encryptioncollapse — it gets its ownmajorchangeset line.Out of scope
#751 (in flight, owned separately — only the leaf PR couples to it), #708 (Supabase v3 in Workers/browser), #654 (v3 Supabase full-ciphertext scalar operand), and customer data-migration tooling.
Closes
Umbrella #707. The
eql-v2labelled issues close with this work: #409, #599, #423, #426, #421, #422, #198.