Manifest icon diagnostics name the package.json the author edits.
verify-package-meta rejects a package.json export that resolves to build
output instead of reading it, and PackageManifest.exports uses a narrow
export-target type.
Desktop loads its profile with `loadProfileDirectory`, so the retired
bundle removal moves there from `loadProfile` and covers every loader.
A name in `dsh.profile.bundles` that neither the profile's dependencies
nor the installation holds had no uninstall on the Plugins page: the
button required `installed`. The Host now reports such a selection as
`removable`, and `removeBundle` deselects it without running pnpm. The
page shows uninstall for `installed || removable`.
`@deepseek-ai/dsh-experimental-schedule-bundle` shipped in dsh-v0.2.0-rc.1
and rc.2 and was removed when the Web composition started mounting
Schedule itself. A profile that switched it on kept the name in
`dsh.profile.bundles`, so every start reported an unresolvable bundle and
the Plugins page showed a failed entry with no removal action.
`loadProfile` now removes names listed in `RETIRED_BUNDLES` from any
profile's bundle list, alongside the existing installation-owned tuple
normalization, and rewrites the manifest only when the list changes.
Subpath plugins are not packages, so they never read a package.json and
take their icon from the exported <specifier>/icon resource, like locale.
Package roots keep manifest text fallback and icon, with ./icon as the
fallback image. Drop the bundle-only reader option.
skippedProfileBundles recomputed the selected-minus-loaded bundle set from
the manifest, a second home for what loadProfileDirectory already records.
Runtime resolution and generateConfigSchema now read
profile.skippedBundles, so generateConfigSchema no longer reads the profile
manifest and drops its binName parameter.
loadProfileDirectory printed each skipped bundle on every call, and startup,
runtime resolution, the config editor, the plugin manager, and HMR all load
the profile, so one incompatible bundle printed the same warning six times at
startup and again on each Web page load. Loading now returns the skips in
Profile.skippedBundles, and the CLI and Desktop launchers print them once per
start with reportSkippedBundles.
Compatibility checks now yield the refused packages as data instead of a
profile-specific sentence. runProfilePnpm returns them as
PackageResult.incompatible, and the plugin manager refuses with the
incompatible-version code carrying the same records. Each surface renders
them: the CLI prints the exact allow-version command for its profile, the
Web plugin manager words them through its locale dictionary, and app-boot
keeps one neutral English diagnostic for logs and startup stderr.
Node's module-hooks thread serializes resolver errors and returns the stack
accessor as a read-only configurable data property. Rewriting the routed
importer then assigned error.stack, threw a TypeError, and replaced the
original ERR_PACKAGE_PATH_NOT_EXPORTED or ERR_MODULE_NOT_FOUND error, so
plugin metadata reported a failure instead of falling back to package fields.
The importer rewrite now redefines a rejected stack value in place and
rethrows the original error with its code.
A bundle package is not a plugin row, so startup admission never read its
own DSH peers: a bundle installed outside DSH or before a DSH upgrade still
applied its patch layer. loadProfileDirectory now skips such a bundle like an
unreadable one unless the profile exempts that exact pair.
A post-install refusal in a profile without a lockfile reinstalls from the
restored manifest instead of failing a frozen install and leaving the
rejected packages in node_modules.
Compatibility warnings now name the `dsh plugin allow-version` command for
CLI-managed profiles, startup denials name the row id instead of a resolved
module URL, and the CLI no longer reports "pnpm failed" when pnpm never ran.
The Desktop Host and every other profile launcher installed a fail-loud
handler for unhandled rejections only. A synchronous throw from a stream
'data' listener fell through to Node's default uncaught-exception path: it
printed and exited without the surface's release hook, and the label and
format differed from every other fatal diagnostic.
installFailLoud now registers the same report for 'uncaughtException' with
the label `fatal uncaught exception`, shares the exit latch and release
timeout with rejections, and never resumes the process. The diagnostic is
util.inspect(err, { depth: 4 }) instead of err.stack so enumerable
properties (a node:fs error's code, syscall, and path) and the cause chain
reach stderr; the `fatal load failure` label for rejections is unchanged
because the Web profile expected-output e2e tests match it.
* feat(cli): dump native Cordis config schemas
* test(cli): include schema dump in launcher help snapshot
* feat(cli): export JSON Schema for Cordis configuration
* fix(cli): preserve config schema discovery and annotations
* fix(cli): conservatively project effectful config validation
* refactor(boot): encapsulate profile config schema generation
* fix(cli): follow Loader disabling and native writeback in config schema
- Dormant group/include rows (disabled without group: true) may omit
config and are recorded as childless trees; the entry schema skips
their child declarations, matching the Loader, which never creates them.
- Lazy builders run once per document, and a wrapped null-only projection
keeps a deduplicated type list so the document stays compilable.
- Union widening applies only when an earlier branch can write adapted
values back through a container; +Infinity max and -Infinity min
without a step are treated as the native no-ops they are.
- Projection limitations repeat at every entry sharing a Config, and the
entry schema documents the boolean/expression domain of disabled.
- Record the schema-dump validation policy as an Agent Note.
* feat(bundle): accept an ordered patch file list in dsh.bundle.patch
`dsh.bundle.patch` now accepts `string | string[]`. A list names patch
files applied in order as one bundle layer; each file's relative plugin
paths still resolve beside that file. `bundlePatchPaths` in dsh-app-boot
is the one resolver from a declaration to absolute paths, and every
reader uses it: profile loading, plugin-manager reconcile and bundle
rows, the client-runtime roster, and the workspace, cordis-config, and
product-isolation gates. `ProfileLayer.patchPath` becomes `patchPaths`.
* fix(bundle): keep declared patch files package-relative in the workspace gate
path.join produced backslash entries on Windows, so the expected files
list did not match package.json files. bundlePatchFiles returns the
validated declaration as written; bundlePatchPaths joins it.
The Consumer-owned strictness bullet names the Loader subtree that agent presets own instead of the runtime resolution; the service field, its file comment, the dispose JSDoc, and the route JSDoc use interception; the native-after-interception route documents both anchors it can carry; stale module-fallback comments name the runtime resolution; importFromResolution matches its parameter.
A profile with the legacy directory but no node_modules, and a symlink whose target parent is gone, exercise the remaining branches of removeLinkProjections; the non-ENOENT realpath failure is a host filesystem fault and is excluded from coverage like its siblings.
removeLinkProjections unlinks the symlinks under a profile's node_modules whose target lies inside <profile>/.dsh-module-fallback/node_modules and then removes that directory; pnpm-installed packages and every other symlink stay. loadProfile and the Desktop applyRelease call it once per launch. Regression: with bundle A installed but deselected and bundle B selected, B's same-named plugin resolves instead of A's projected copy.
Resolution routes are native, generation, and native-after-generation: Node keeps the importer's lookup, answers from the generation entry at the interception layer, or resumes its chain at that layer. The profile module collects installation-scope and profile-scope packages and reads package manifests under those names; the generation types describe the interception layer instead of a fallback table.
Windows tmpdir spells the user directory with an 8.3 short name. Generation anchors and Node's own resolution report the long name, so the resolver, generation, and real-launch fixtures now create their roots through realpathSync.native and compute expected paths the same way.
The generation stands in for $DSH_HOME/profiles/node_modules/<name> only for names it carries; other names see that directory as an ordinary ancestor. The interception layer is the first ancestor node_modules above the importer's profile directory, so application-owned profiles follow the same rule. Stale .dsh-module-fallback projections are ordinary symlinks: their shape recognition leaves the resolver, the local package names, and the bundle dependency traversal.
The resolver spec gains a table-driven matrix over importer, package kind, ancestor layers, and directory or symlink form, with readable fixture names.
Tianyi Cui