Add `usePluginListColumns(pageKey)` so a registered plugin can splice
extra columns into a list page's columns hook keyed by page id. The
slot is wired into 11 list pages (Models, Model Routes, Clusters,
Cloud Credentials, MaaS Providers, Model Files, Model Instances,
GPU Service Instances / Public Keys / Storage / Storage Types) so any
consumer of the seam reaches every org-scoped list without per-page
plumbing.
The slot accepts either a static array or a hook function — the hook
form lets the registrant use React hooks to decide visibility without
the host having to evaluate it. Columns carry a `placement`:
`after-name` is the default (sits next to the row's identifying
column); `before-time` / `before-operation` are kept for back-compat
with the existing per-page `modelRoutes.extraColumns` slot.
SealTable-grid pages (Models / Model Routes / Clusters) absorb the
plugin column's span by shrinking the widest right-side columns so
the 24-unit grid stays balanced. Model Routes' `CREATE_TIME_MIN_SPAN`
drops from 3 to 2 because with two plugin columns active the grid
was 1 unit over and the action dropdown wrapped onto a new row; the
date string ellipsizes cleanly at the lower min.
ListItem types for Model Instances, MaaS Providers, Cloud Credentials,
and Model Files gain an optional `owner_principal_id` field — the
backend already emits it (denormalized from the parent resource), the
TS types just hadn't declared it.
The GPU Instances page splices the plugin column right before the
Cluster column (rather than after Name); the two read together since
Cluster narrows down to one Org.
Replace the GPU Service switch (with the small "cannot be used for
model service" caption) with a two-card radio selector that makes the
choice between Model Service and GPU Service explicit at a glance.
- Render two cards styled to match the existing SwitchCard (same
border, radius, 12px/14px padding, and label/description typography)
so the selector blends in with the surrounding form fields.
- Underlying form state is unchanged: picking GPU Service still seeds
k8s_options.gpuInstanceOptions = {}, picking Model Service clears
it — so the static-address field, the EDIT-mode change watcher, and
the API payload all keep working as before.
- Align the GPU Service label with the top-level menu entry
(menu.gpuService) — drop "Instance" / "实例" from the card title
and the static access address label.
Surface the top-level system_default_container_registry as a dedicated
input (both Docker and K8s), coerce blank to null, and drop its
redundant worker_config YAML hint.
Align the Kubernetes cluster create/edit page with the backend's
promotion of operator/K8s knobs out of worker_config and the removal
of gpuVendorOverrides.
- k8s_options: drop gpuVendorOverrides; add operatorImage, namespace,
and gpuInstanceOptions (presence = GPU instances enabled, carrying an
optional gpuInstancesAccessStaticAddress).
- Add a top-level system_default_container_registry to the cluster type
(promoted out of worker_config on the backend).
- Group all k8s_options fields into a new top-level "K8s Deployment
Options" collapsible section (sibling of Advanced, rendered above it),
with namespace first followed by volume mounts, image credentials,
node selector, operator image, and GPU instances.
- Drive the GPU instances toggle from local state instead of
Form.useWatch (an unregistered nested path never re-rendered, leaving
the switch unresponsive); use antd's borderless Switch and keep the
label/switch grouped together. Namespace gains a gpustack-system
placeholder.
- Remove the gpuVendorOverrides validation from the form and the stale
operator_image / namespace / gpu_instances_access_static_address hints
from the worker_config YAML template and JSON schema.
- Add-worker GPU picker: always allow multi-select for K8s clusters
(runtime node selectors are now auto-derived), dropping the
override-gating, cluster fetch, and single-only hint.
- Update locales (en/zh/ja/ru/tr) for the removed and added keys.
The two management pages now pass ``mine=true`` to their list APIs.
With multi-tenant cluster_access in place an Org Owner would
otherwise see rows that came in via cross-Org grants — usable but
read-only — and editing/deleting them would 403 from the backend.
Restricting the management lists to rows the caller's scope owns
keeps the UX honest. PV-create / GPU-instance-create pickers still
query without ``mine`` so usable cross-Org clusters and types are
selectable there.
The catalog was gated on ``currentStep === startStep`` so it would
re-appear at step 1 whenever ``providerHint`` skipped the catalog (e.g.
GPU Service's "Add a Kubernetes Cluster" empty-state CTA). Result: the
configure step rendered the catalog *plus* the Name/Description/Advanced
form together, with Kubernetes shown as already selected — confusing
and ugly.
Pin the catalog to step 0 explicitly. ``startStep`` was only used to
seed ``currentStep``, so it's inlined into the ``useState`` initializer
to keep the "skip the catalog when providerHint is set" intent in one
place. Pre-selecting a provider now correctly lands the user straight
on the configure form alone.
Two follow-ups to the GPU Service gating:
- In Personal-Org view the access extension was stripping
canSeeAdmin/canSeeOrgAdmin but leaving canSeeGpuService at its
admin-shortcut value, so platform admins switched into Personal
still saw the menu even though Personal scope can't host a K8s
cluster. Mirror the probe result through sessionStorage so the
extension can fall back to the strict cluster-availability signal
in that branch.
- The empty-state CTA now reads 'Add a Kubernetes Cluster' and, on
click, opens the cluster-create flow with Kubernetes preselected
via clusterSession.providerHint. ClusterCreate consumes the hint
on mount: it seeds extraData.provider and starts at the configure
step instead of the provider catalog, so the user lands one click
closer to the form they actually need.
- New k8s_pod_spec form sections (image credentials, node selector,
gpu vendor overrides) under k8s_options, replacing the legacy flat
k8s_volume_mounts list. UI keys aligned to the backend wire shape
(snake_case k8s_options + camelCase inside).
- System default container registry is pre-filled into the first image
credential when creating a new cluster; empty username/password are
coerced to null on submit to match the Optional[str] backend schema.
- Register cluster flow supports multi-runtime selection gated by the
cluster's gpuVendorOverrides: non-override vendors stay single-select
with an inline hint; multi-add only opens once an override vendor is
picked, and non-override cards become disabled in that state.
- Manifest URL emits multiple ?runtime= params; check-env step combines
per-vendor commands; downstream steps are disabled when no vendor is
selected.
- Pre-validate gpuVendorOverrides at save time (non-empty selector, no
duplicates across vendors, no key clash with base nodeSelector) so
the user sees the error before hitting the manifest endpoint.
- Misc: dark-mode background of the k8s_pod_spec / volume mount titles
no longer clashes with the drawer; cluster Steps no longer leaks the
internal showModules/showForms props to the DOM.
Tracks the gpustack identity-consolidation effort: the unified
``principals`` table's URL-safe identifier column was renamed
``slug`` → ``name`` (with the legacy display ``name`` → ``display_name``).
The enterprise plugin's persisted org caches (``organizationList``,
``allOrganizations`` in localStorage) now write ``name`` instead of
``slug`` on each Organization row.
``getCurrentOrgNamespace`` reads those caches to compose the k8s
namespace (``gpustack-{name}``) for GPU-instance / storage CRDs.
Updated to read ``item.name`` so namespace resolution stays in sync
with what the enterprise plugin writes — otherwise every gpu-service
write would fall through to ``gpustack-default`` even when the user
has an Org context.
Stale ``slug`` references in surrounding comments also retitled to
``name`` to avoid divergence between code and prose. The namespace
format itself (``gpustack-{...}``) is unchanged — only the column it
sources is.
The legacy ``getCurrentOrganizationId`` helper returned the raw numeric
org id from localStorage, which the GPU-service / storage call sites
then used as the K8s namespace path segment — producing requests like
``/v2/clusters/1/proxy/.../namespaces/5/instances``. The backend
creates a namespace named ``gpustack-{slug}`` (matching
``get_namespace_name``), so the request hit a namespace that doesn't
exist.
Replace the helper with ``getCurrentOrgNamespace`` that:
- prefers the Org the caller is acting under (numeric
``currentOrganizationId`` from localStorage, slug looked up in the
persisted ``organizationList`` or ``allOrganizations`` cache);
- falls back to the selected cluster's owner Org slug for the admin
"All" view, where there is no explicit Org context but the resource
still has to land in some Org's namespace — call sites pass
``currentCluster?.owner_principal_id`` through;
- falls back to ``gpustack-default`` only if neither path resolves a
slug (first load before any cache hydrates, etc.).
``ClusterListItem`` is widened with the optional ``owner_principal_id``
field so TypeScript accepts the fallback argument; the backend has
been returning it via ``ClusterPublic`` all along.
The "chore: hide cluster detail" change had commented out both the
cluster-detail route and the cluster name link in the list. The
detail page component still ships in the OSS tree, so reach is
restored but the link is plugin-gated rather than unconditional:
plain OSS renders the name as a span; with a registered
`clusterDetail.linkableName` flag the name turns into a
`Typography.Link` that fires the parent's existing `onCellClick`
(which navigates to the detail route).
Detail tabs adjustments for the in-cluster context:
- Drop the Deployments tab (deployments are managed from the
top-level Models page; the detail view is scoped to a single
cluster's hardware).
- `WorkerList` and `GPUList` accept an optional `clusterId`. When
set, the list pins `cluster_id` in its query and hides the
cluster-filter dropdown so the user can't scope away from the
cluster they're inside.
`clusterDetail.extraTabs(clusterId, intl)` exposes a plugin slot
that appends additional tab items — used by the enterprise plugin
to inject per-cluster Access / Quotas surfaces. No-op without a
plugin.
Four purely-additive seams that let build-time tooling extend host
behaviour without forking files:
* `src/access.extensions.ts` — identity `applyAccessExtensions`
(mirrors `config/routes.extensions.ts`). `src/access.ts` runs the
resolved predicate object through it. Adds two new predicates,
`canSeeOrgAdmin` and `canManageCurrentOrg`, alongside the existing
`canSeeAdmin`. Resources, Models children, Cluster Management, and
Resources/Backends are retagged from `canSeeAdmin` to
`canSeeOrgAdmin`. Users and Dashboard stay strict.
* `src/request.extensions.ts` — identity-empty
`extraRequestInterceptors`. `src/request-config.tsx` spreads it
into the existing `requestInterceptors` list so extensions can
inject context-aware headers without forking the request config.
* Users page action column — renders
`getGPUStackPlugin()?.components?.UserRowActions` next to the
existing DropdownButtons inside a Space when a plugin component
is registered. If absent, the cell renders exactly as before.
* `src/components/plugin-extra-fields.tsx` — generic component-slot
helper. Renders `pluginManager.components.<name>` if registered,
forwarding a `context` payload. Used by create/edit forms to let
plugins inject extra `Form.Item` fields. Mounted in the relevant
create forms — API Keys, Cloud Credentials, Clusters, Model
Routes, Model Providers, and Inference Backends — under the slot
name `CreateOrgScopeField`. Resources whose org is implicit from a
parent (Models / Workers / Benchmarks / Worker Pools / Model Files
inherit from the chosen Cluster) deliberately don't mount the slot.
