chore(deps): update pnpm to v11.3.0

[renovate]

This PR contains the following updates:

Package	Change	Age	Confidence
pnpm (source)	11.1.2 → 11.3.0

---

Release Notes

pnpm/pnpm (pnpm)

v11.3.0

Compare Source

Minor Changes

• Added pnpm stage with publish, list, view, approve, reject, and download subcommands for npm staged publishing.

• Added a new setting trustLockfile. When true, pnpm install skips the supply-chain verification pass that re-applies minimumReleaseAge / trustPolicy='no-downgrade' to every entry in the loaded lockfile. The install treats the lockfile as already-trusted — useful for closed-source projects where every commit comes from a trusted author. Defaults to false; verification stays on by default. Set in pnpm-workspace.yaml.

  Also cut the memory footprint of the verification pass itself: the per-(registry, name) trust-meta cache previously retained the full packument — dependency graphs, scripts, README, and per-version manifests — for the entire install. On large workspaces (~4k lockfile entries with minimumReleaseAge + trustPolicy: no-downgrade enabled) this could OOM CI runners with a 2GB heap cap. The cache now stores only the fields the trust check actually reads (time, per-version _npmUser.trustedPublisher, dist.attestations.provenance). The abbreviated-metadata cache is similarly projected to just the package-level modified field and the set of currently-listed version names. Fixes #​11860.

• Implemented pnpm pkg command natively, following npm pkg standards.

• Implemented pnpm repo command natively, following npm repo standards.

• Implemented pnpm set-script (alias ss) natively. Adds or updates an entry in the scripts field of the project manifest, supporting package.json, package.json5, and package.yaml formats.

• Add a skip-manifest-obfuscation option for pnpm pack and pnpm publish. When enabled, the original packageManager field and publish lifecycle scripts are kept in the packed/published manifest instead of being stripped. The pnpm-specific pnpm field continues to be omitted.

Patch Changes

• Fixed pnpm dlx failing with ERR_PNPM_NO_IMPORTER_MANIFEST_FOUND when the installed package's CAS slot is missing its package.json. Observed in the wild for pnpm dlx node@runtime:<version> when the GVS slot was populated without the synthesized manifest runtime archives need (they don't ship a package.json of their own, so the synthesized one is the only way it gets there; an existing slot from an earlier code path that skipped the synthesis stays incomplete). The bin link itself is wired up from the resolution and remains valid, so dlx now falls back to the scopeless package name when the slot's manifest is unreadable — for single-bin packages (the dlx common case, including every runtime: spec) this matches what manifest.bin would have named. Multi-bin packages already require --package=<spec> <bin> to disambiguate and don't enter this code path.
• Fixed non-determinism in pnpm dedupe and pnpm install when a dependency graph contains packages with transitive peer dependencies on each other (e.g. @aws-sdk/client-sts and @aws-sdk/client-sso-oidc) and auto-install-peers is enabled. The lockfile no longer flips between two equally-valid forms across consecutive runs. The root cause was that resolveDependencies pushed onto its pkgAddresses / postponedResolutionsQueue arrays from inside Promise.all-spawned callbacks, so completion-order timing leaked into the array order and downstream cyclic-peer suffix assignment. Fixes #​8155.
• Fixed a regression introduced by #​11711 where pnpm add <github-shorthand> (and any other wanted-dependency whose alias can't be parsed from the user-supplied spec, e.g. tarball URLs or pnpm/test-git-fetch#sha) was silently dropped from the manifest update and from pendingBuilds. The alias-keyed lookup added in that PR couldn't find a wantedDependency whose alias was undefined at parse time but resolved to a package name only after fetching, so the entry never made it into specsToUpsert. Restored the original index-based pairing between directDependencies and wantedDependencies; the catalog-protocol preservation that PR was originally fixing is unaffected because it's driven by rdd.catalogLookup.userSpecifiedBareSpecifier, not by the lookup. Fixes the three rebuilds dependencies / rebuilds specific dependencies / rebuild with pending option failures in building/commands/test/build/index.ts.
• Fixed pnpm add --config leaving orphan entries in pnpm-lock.env.yaml (the optional subdependencies of the previously resolved version of the updated config dependency).

v11.2.2

Compare Source

Patch Changes

• When the install engine is delegated to pacquet via configDependencies, the user's CLI flags passed to pnpm install (e.g. --no-runtime, --prod, --dev, --no-optional, --node-linker, --cpu/--os/--libc, --offline, --prefer-offline) are now forwarded to pacquet's install subcommand verbatim. Previously pacquet was invoked with a fixed argument list, so flags like --no-runtime were silently dropped. Flag forwarding is gated on the command being install/i; add, update, and dedupe still don't forward (their flag surface doesn't line up with pacquet's install).
• Fixed pnpm up (and pnpm add / pnpm remove) failing with pacquet_package_manager::outdated_lockfile when pacquet is declared in configDependencies. pnpm now passes --ignore-manifest-check to pacquet so its --frozen-lockfile check doesn't fire against the (pre-mutation) package.json pnpm hasn't written yet #​11797. Requires a pacquet release that supports the flag — bump PACQUET_VERSION in the e2e tests once it ships.

v11.2.1

Compare Source

Patch Changes

• Mark optional subdependency snapshots of config dependencies with optional: true in the env lockfile, matching how optional dependencies are recorded elsewhere in pnpm-lock.yaml. Previously, snapshots for the platform-specific subdeps pulled in via a config dep's optionalDependencies were written as empty objects, which was inconsistent with the rest of the lockfile and made it look like those non-host platform variants were required.
• Fix pickRegistryForPackage returning the wrong registry for an unscoped npm: alias under a scoped local name. A manifest entry like "@​private/foo": "npm:lodash@^1" was routing the lodash fetch through registries["@​private"], even though lodash is unscoped and doesn't live on that registry. The npm-alias branch now returns the alias target's own scope (or null for an unscoped target, falling through to registries.default) instead of leaking into the local key's scope.
• Don't print "Installing config dependencies..." when config dependencies are already installed and nothing needs to be fetched, re-linked, or removed.

v11.2.0

Compare Source

Minor Changes

• Experimental: Adding @pnpm/pacquet (the Rust port of pnpm) to configDependencies in pnpm-workspace.yaml now delegates the materialization phase of pnpm install to the pacquet binary. pnpm still owns dependency resolution; pacquet only fetches and imports from the freshly-written lockfile. This is an opt-in preview of the Rust install engine #​11723.

  To configure pacquet in a project, run:

  pnpm add @​pnpm/pacquet --config
  

  You'll see changes in pnpm-workspace.yaml and pnpm-lock.yaml that should be committed. If you experience any issues with pacquet, please let us know by mentioning this in the GitHub issue you create.

• configDependencies now resolve and install one level of optionalDependencies declared by the config dependency, with os/cpu/libc platform filtering applied at install time. This unlocks the esbuild/swc-style pattern where a package ships platform-specific binaries via optionalDependencies — a config dependency can now do the same and have the matching binary symlinked next to it in the global virtual store, so require('pkg-platform-arch') from inside the config dependency resolves correctly.

  The env lockfile records all platform variants regardless of host platform, so it remains portable across machines. Each entry in a config dependency's optionalDependencies must declare an exact version — ranges and tags are rejected to keep installs reproducible.

• Implement the documented pnpm login --scope <scope> flag. The scope is normalized (a leading @ is added if missing; blank values are ignored) and an @<scope>:registry=<registry> mapping is written to the pnpm auth file alongside the auth token. Subsequent installs of @<scope>/* packages then route to the chosen registry. Previously pnpm login --scope foo errored with Unknown option: 'scope' despite the flag being listed in the online documentation #​11716.

• pnpm outdated and pnpm update --interactive now report Node.js, Deno, and Bun runtimes installed as project dependencies (runtime: specifiers). Previously these were silently skipped.

Patch Changes

• Fix cafile=<relative-path> in .npmrc being read from the wrong directory when pnpm is invoked from a different cwd (e.g. pnpm --dir <project> install from a CI wrapper or monorepo script). The path is now resolved against the directory of the .npmrc that declared it, not process.cwd(). Before this fix the CA file silently failed to load — the install proceeded without the configured CA and the user only saw TLS errors against a private registry, with no log line tying back to the wrongly resolved path #​11624.

• Fix config.registry getting a trailing slash appended when registry is set in .npmrc and no registries.default is provided by pnpm-workspace.yaml. The sync from registries.default to config.registry introduced in #​11744 now only fires when the workspace manifest actually contributes a different default.

• Fix global add/update to handle minimumReleaseAge policy violations instead of surfacing an internal resolver guardrail error.

• Fix two crashes with injectWorkspacePackages: true when the lockfile has been pruned (e.g. by turbo prune --docker):

  • Cannot use 'in' operator to search for 'directory' in undefined: a peer-dependency-variant injected snapshot inherits its resolution from the base packages: entry; when a pruner drops that base entry the readers crash. convertToLockfileObject now reconstructs the directory resolution from the file: depPath at load time — a single normalization point, so every reader sees a fully-formed snapshot.
  • ERR_PNPM_ENOENT on node_modules/.bin/<tool>: after prepare/postinstall, runLifecycleHooksConcurrently re-imported each injected workspace package; the scanDir-into-filesMap workaround fed target-internal paths to the importer, which the makeEmptyDir fast path (#​11088) then wiped. Drop the workaround and pass keepModulesDir: true so the importer preserves the target's existing node_modules (bin links + transitive deps) and source files keep their hardlinks.

• Fixed pnpm login and pnpm logout ignoring registries.default from pnpm-workspace.yaml #​10099.

• Fix the minimumReleaseAge (publishedBy) maturity shortcut to be inclusive at the cutoff. Previously, abbreviated metadata whose modified field equalled the cutoff fell off the fast path and triggered a full-metadata re-fetch (or a MISSING_TIME error when full metadata wasn't permitted). Since modified is an upper bound on every version's publish time, modified == publishedBy already implies every version passes the per-version <= filter in filterPkgMetadataByPublishDate, so the shortcut now accepts the boundary case directly. Strictly > (was >=) at the rejection branch.

• Honor publishConfig.access when publishing packages.

v11.1.3

Compare Source

Patch Changes

• pnpm install now re-validates pnpm-lock.yaml entries against the active minimumReleaseAge and trustPolicy: 'no-downgrade' policies before any tarball is fetched. Lockfiles resolved elsewhere (committed to the repo, restored from a CI cache, produced by an older pnpm) under a weaker or absent policy can no longer install a freshly-published or trust-downgraded version silently. Violating entries abort the install with ERR_PNPM_MINIMUM_RELEASE_AGE_VIOLATION, ERR_PNPM_TRUST_DOWNGRADE, or the generic ERR_PNPM_LOCKFILE_RESOLUTION_VERIFICATION when both policies trip in the same batch; minimumReleaseAgeExclude and trustPolicyExclude are honored. Verification results are cached so repeat installs against an unchanged lockfile take a fast path, and pnpm shows a transient progress line while the registry round-trip runs.

  When fresh resolution picks an immature version, the behavior depends on minimumReleaseAgeStrict:

  • Loose mode — the default, in effect whenever minimumReleaseAge keeps its built-in 24-hour value — auto-adds the immature picks to minimumReleaseAgeExclude in pnpm-workspace.yaml and lets the install proceed. A single info message lists what was persisted.
  • Strict mode in an interactive terminal collects every immature direct AND transitive pick in one pass and prompts once with the full list. Approving adds them to minimumReleaseAgeExclude and the install continues; declining aborts before the lockfile, package.json, or node_modules is touched.
  • Strict mode in CI (or any non-TTY context) aborts with ERR_PNPM_NO_MATURE_MATCHING_VERSION listing every offending entry, instead of failing on the first one the resolver hit.

  minimumReleaseAgeStrict auto-enables whenever the user explicitly sets minimumReleaseAge (CLI flag, env var, global config.yaml, or pnpm-workspace.yaml); set minimumReleaseAgeStrict: false to keep loose-mode auto-collect even with an explicit minimumReleaseAge value. Closes #​10438, #​10488, #​11687.

• Allow redundant trailing base64 padding in .npmrc auth values and report invalid auth base64 with a pnpm error.

• Make pnpm self-update respect minimumReleaseAge (and minimumReleaseAgeExclude) when resolving which pnpm version to install.

  When the latest dist-tag points to a version newer than the configured age threshold, self-update now selects the newest mature version instead unless excluded by minimumReleaseAgeExclude.

  Also makes dlx and outdated surface invalid minimumReleaseAgeExclude patterns under the same ERR_PNPM_INVALID_MINIMUM_RELEASE_AGE_EXCLUDE error code already used by install, instead of leaking the internal ERR_PNPM_INVALID_VERSION_UNION / ERR_PNPM_NAME_PATTERN_IN_VERSION_UNION codes.

• Global installs respect global config build policy (e.g., dangerouslyAllowAllBuilds from config.yaml) when GVS is enabled #​9249.

  The global virtual-store (GVS) default allowBuilds = {} was applied before workspace manifest settings were read and before global config values (stripped by extractAndRemoveDependencyBuildOptions) were re-applied via globalDepsBuildConfig. This caused hasDependencyBuildOptions to return true (because {} is not null), blocking restoration of global config values like dangerouslyAllowAllBuilds. As a result, global installs skipped all build scripts even when the config explicitly allowed them.

  This fix moves the GVS default to after workspace manifest reading and globalDepsBuildConfig re-application, so that:

  1. Workspace manifest allowBuilds takes precedence (if present)
  2. Global config dangerouslyAllowAllBuilds is properly restored (if set and no workspace policy exists)
  3. Empty {} is only applied as a last resort when no policy is configured anywhere

• Honor --silent when verifyDepsBeforeRun: install auto-installs dependencies before pnpm run or pnpm exec, preventing install output from being written to stdout #​11636.

• Fix lockfile parsing failures when pnpm-lock.yaml contains CRLF line endings and multiple YAML documents #​11612.

• Anchor the side-effects-cache key and global-virtual-store hash to the project's script-runner Node — engines.runtime pin when present, shell node otherwise — instead of pnpm's own runtime.

  ENGINE_NAME (the <platform>;<arch>;node<major> prefix used as the side-effects-cache key and the engine portion of the GVS hash) was computed from process.version — the Node that runs pnpm itself. That was wrong in two situations:

  1. @pnpm/exe SEA bundle. The bundle has its own embedded Node, not the node on the user's PATH that actually spawns lifecycle scripts. Two pnpm installations on the same machine (one SEA, one npm-package) therefore disagreed on the cache key, partitioning the side-effects cache and the global virtual store across two Node majors even though both installs would run scripts on the same shell node.
  2. engines.runtime / devEngines.runtime pin. When a project pins a Node version via devEngines.runtime (pnpm v11+), pnpm downloads that Node into node_modules/node/ and uses it to run lifecycle scripts. But the hash still anchored to whichever Node ran pnpm itself, not to the pinned Node — so two installs of the same project with two different runner Nodes would still disagree on the GVS slot path even though scripts run on the same pinned Node.

  Three changes:

  • @pnpm/engine.runtime.system-node-version now exports engineName(nodeVersion?). Resolves the version in this order: explicit override → getSystemNodeVersion() (which already prefers node --version over process.version in SEA contexts) → process.version.
  • @pnpm/deps.graph-hasher now exports findRuntimeNodeVersion(snapshotKeys) — scans an iterable of lockfile snapshot keys for a node@runtime:<version> entry and returns its bare version string. calcDepState and calcGraphNodeHash/iterateHashedGraphNodes accept a nodeVersion? (in the options bag for the first, as a trailing parameter / ctx field for the others), forwarded to engineName(). The default (no override) preserves the pre-change behaviour. The legacy ENGINE_NAME constant in @pnpm/constants is unchanged so external consumers and existing tests keep working; in non-SEA, non-pinned contexts every value lines up.
  • Every install-side caller of the graph-hasher (@pnpm/installing.deps-resolver, @pnpm/installing.deps-restorer, @pnpm/installing.deps-installer, @pnpm/building.during-install, @pnpm/building.after-install, @pnpm/deps.graph-builder) now derives the project's pinned runtime via findRuntimeNodeVersion(Object.keys(graph)) once per invocation and threads it through.

  On upgrade, two one-time GVS slot churns are possible:

  • SEA-pnpm users without a runtime pin: slots that previously hashed under the embedded-Node major (e.g. node26) now hash under the shell-Node major (e.g. node24), matching what pacquet, the npm-published pnpm package, and any other pnpm-compatible tool already produce.
  • Projects with a devEngines.runtime pin: slots that previously hashed under the runner's Node major now hash under the pinned Node major, matching what the lifecycle scripts will actually run on.

  In both cases the old slots become prune-eligible.

• Resolve the GVS hash's engine portion per-snapshot when a dependency declares its own engines.runtime, instead of using an install-wide value.

  Pnpm's resolver desugars a dep's engines.runtime into dependencies.node: 'runtime:<version>', and the bin linker spawns that dep's lifecycle scripts through the pinned Node downloaded into <pkgDir>/node_modules/node/. The GVS hash and the side-effects-cache key prefix were still anchored to the install-wide runtime — so a pinning snapshot's slot encoded the wrong Node major, and a reinstall on the same host could read the cached side-effects under a key whose <platform>;<arch>;node<major> triple disagreed with the Node the build actually ran on.

  Per-snapshot resolution now matches what bins/linker already does on a per-package basis:

  • @pnpm/deps.graph-hasher adds readSnapshotRuntimePin(children) — reads the node entry from one snapshot's graph children and extracts the version from a node@runtime: value. Pairs with the existing findRuntimeNodeVersion(snapshotKeys) install-wide fallback (also now exported from @pnpm/deps.graph-hasher rather than @pnpm/engine.runtime.system-node-version, where it was a poor fit — system-node-version is about probing the host Node, not parsing lockfile-derived strings).
  • calcDepState and calcGraphNodeHash consult readSnapshotRuntimePin(graph[depPath].children) first and only fall back to the install-wide nodeVersion parameter when the snapshot doesn't pin its own Node.

  Pacquet mirrors the same precedence at the calc_graph_node_hash call site in package-manager/src/virtual_store_layout.rs — a new find_own_runtime_node_major(snapshot) helper reads each snapshot's dependencies for a node entry with Prefix::Runtime and overrides the install-wide engine when present.

  On upgrade, snapshots of dependencies that declare their own engines.runtime re-hash under that dep's pinned Node instead of the install-wide value. The old slots become prune-eligible. Closes #​11690.

• Fixed pnpm publish failing with a 404 when authentication relied on OIDC trusted publishing alongside an .npmrc written by actions/setup-node (_authToken=${NODE_AUTH_TOKEN}) without NODE_AUTH_TOKEN being set. Unresolved ${VAR} placeholders in auth values are now treated as empty rather than passed through verbatim, so the literal placeholder no longer surfaces as a bearer token when OIDC fallback is the intended auth source #​11513.

• Fix devEngines.packageManager (singular form, without onFail) defaulting to onFail: "error" instead of the documented pmOnFail: "download". As a result, a project that pinned a different pnpm version via devEngines.packageManager and ran pnpm install from a mismatched pnpm version failed with a hard error, even though the migration table from managePackageManagerVersions: true to pmOnFail: download (default) promises the install would auto-download the wanted version #​11676.

  The array form of devEngines.packageManager keeps its existing per-element defaults (error for the last entry, ignore for the rest), since those reflect explicit prioritization by the user. Explicit onFail values continue to win.

• Fix devEngines.packageManager not writing packageManagerDependencies to pnpm-lock.yaml when the lockfile lacks an env-doc entry. Previously the lockfile sync skipped resolution unless an existing packageManagerDependencies.pnpm entry needed refreshing, so a fresh install without onFail: "download" left the resolved pnpm version unrecorded — contradicting the documented behavior that the resolved version is stored in pnpm-lock.yaml #​11674.

• Warn when package.json contains a legacy pnpm field with settings pnpm no longer reads from package.json (e.g. pnpm.overrides, pnpm.patchedDependencies). Previously these were silently ignored after the upgrade from v10, leaving users unaware that their overrides/patched dependencies had stopped taking effect #​11677.

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Review the following changes in direct dependencies. Learn more about Socket for GitHub.

Diff	Package	Supply Chain Security	Vulnerability	Quality	Maintenance	License
	vitest@​4.1.7
	@​vitest/​coverage-v8@​4.1.7
	@​types/​node@​25.9.1
	bumpp@​11.1.0
	vite@​8.0.14
	eslint@​10.4.0
	typescript@​5.9.3 ⏵ 6.0.3	+1		+1
	@​antfu/​eslint-config@​9.0.0

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Warn		Obfuscated code: npm @typescript-eslint/eslint-plugin is 90.0% likely obfuscated Confidence: 0.90 Location: Package overview From: pnpm-lock.yaml → npm/@antfu/eslint-config@9.0.0 → npm/@typescript-eslint/eslint-plugin@8.59.4 ℹ Read more on: This package | This alert | What is obfuscated code? Next steps: Take a moment to review the security alert above. Review the linked package source code to understand the potential risk. Ensure the package is not malicious before proceeding. If you're unsure how to proceed, reach out to your security team or ask the Socket team for help at support@socket.dev. Suggestion: Packages should not obfuscate their code. Consider not using packages with obfuscated code. Mark the package as acceptable risk. To ignore this alert only in this pull request, reply with the comment @SocketSecurity ignore npm/@typescript-eslint/eslint-plugin@8.59.4. You can also ignore all packages with @SocketSecurity ignore-all. To ignore an alert for all future pull requests, use Socket's Dashboard to change the triage state of this alert.
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