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Alaister YoungandAlaister Young
928049ce2c
Adds an infrastructure/topology diagram for High Availability (Multigres) projects showing the real cluster topology — gateway tier, shard group, and the primary + read replicas inside it — on both the project homepage and the database/replication page, replacing the primary-only view and the "Replication unavailable" empty state. <img width="790" height="541" alt="Screenshot 2026-08-20 at 8 23 42 PM" src="https://github.com/user-attachments/assets/0bce21e3-2091-4285-84ca-60fdecb10d39" /> Addresses [FE-3717](https://linear.app/supabase/issue/FE-3717/show-replicas-in-replication-diagram). **Added:** - `data/ha-admin/` — read-only queries for the mgmt-api `/ha-admin/v1/{gateways,poolers,cells,databases}` multiadmin passthrough (ported from `bobbie/ha-stub`, re-authored to `queryOptions`). Responses are validated with zod at the fetch boundary (all fields optional per proto3 zero-value omission; enum-shaped fields stay plain strings so new proto values degrade gracefully); malformed payloads surface through the diagram's error fallback. - `HaTopology.utils.ts` — pure topology mapper (+ 26 unit tests): shard grouping, primary identified via `routingState.role` (deprecated `type` as fallback) with **failover-safe election** — when the outgoing and incoming primary briefly both claim `ROUTING_ROLE_PRIMARY`, the highest routing rule (coordinator term, leader subterm) wins, matching the multigateway's own election — plus status mapping onto the existing Healthy / Coming up / Going down / Unhealthy vocabulary, and an AZ formatter for `id.cell` that degrades to the raw cell name. - HA diagram nodes/edges: `Multigateway` card, shard group box with header pill (`Shard 1`, `Automatic failover` + tooltip), `Primary Database` card styled like the standard diagram's — neutral border, green icon chip (with the standard CPU / Disk / RAM footer — connections omitted until their meaning through the multigateway is confirmed), `Read Replica` cards, and the standard animated replication edges (status lives on the card badges). Poolers and gateways poll every 30s without re-running layout (topology projection + structural sharing). Drag-to-pan works through the shard group box, and the metrics footer's skeleton matches the loaded row height so the card doesn't shift. - Accessibility: the failover tooltip trigger is a keyboard-focusable button, status badges sit in stable `role="status"` live regions, the region flag is decorative (`alt=""`), and the edge dash/spinner animations respect `prefers-reduced-motion` (applied to the pipelines diagram's edges too). - Fallbacks: `AlertError` ("Failed to retrieve cluster topology") when either ha-admin query errors, and a "Cluster topology unavailable" empty state when the topology comes back empty — never a half-rendered diagram. **Changed:** - `InstanceConfiguration` is now topology-source-aware: it branches internally on `useHighAvailability()`, so both surfaces (homepage `TopSection` and the replication page) get the right diagram with no new wiring. The two-pass measured dagre layout moved into a shared `DiagramFlow`; `nodeTypes`/`edgeTypes` are module-level consts. - `getEdgeVisual` + the mid-edge icon chip lifted out of `ReplicationDiagram/Edges.tsx` into `components/ui/ReactFlow/EdgeVisual.tsx` so both diagrams derive edge icon + line style from one state object (no behavior change for the pipelines diagram). The primary card's CPU/Disk/RAM footer is likewise extracted into a shared `ComputeMetricsFooter`. - Fixes a latent relayout loop inherited from the region-box pattern: handing React Flow a freshly created (unmeasured) group node on every layout pass reset `nodesInitialized`, re-triggering the measured pass and `fitView` forever — which made the diagram snap back to center and effectively unpannable. The shared `DiagramFlow` now re-attaches known measurements to group nodes, which also covers the standard diagram's region boxes. - Standard diagram: the API Load Balancer → primary edge is now static — no data flows over it, the line only indicates a relation. - `database/replication` page: the HA early-return empty state is replaced by the diagram under a "High Availability cluster topology" header. Non-HA projects are untouched. **Intentional deviations from the mock** (for design review): 1. **No per-replica regions** — alpha replicas are one-per-cell inside a single region, so the mock's `eu-west-1` / `ap-southeast-1` on sibling replicas would be false. Availability zone per node, region shown once on the primary. 2. **"Primary Database", not "Main Database"** — matches the string both existing diagrams already ship, and the same component now renders both project types. 3. **No collapse chevron on the shard header** — alpha has exactly one shard; collapsing it would hide the whole diagram. The group box still ships; add collapse when `shards.length > 1`. 4. **Failover shown on the shard group, not replica cards** — failover is a cohort property; per-card badging would assert readiness we can't verify without a per-pooler `/status` fanout. 5. **Standard node/edge styling reused** (per review) — neutral primary border + green chip and the default animated edges instead of the mock's green ring and dashed green arrowed edges, keeping the HA and non-HA diagrams visually consistent. **Confirmed against a real local Multigres cluster:** cells are named `cell-1`/`cell-2`/… (not AZ-shaped — the AZ formatter falls back to the raw cell name as designed); `GET /platform/projects/{ref}/databases` returns only the primary row for HA projects; and the `/ha-admin` passthrough returns **each gateway/pooler record once per cell it fans out to** — the topology mapper dedupes by id, but worth confirming with @sbc-bobbie whether the backend should dedupe. **Known alpha limitation:** node health and the "replicating" edge state derive from the pooler's *topology record* (`lifecycleStatus`/`servingStatus`), not a live probe — a pooler that crashes without publishing a terminal state can read as healthy until the topology evicts its record, and a serving replica with paused replay still shows a green edge. This matches the existing replication diagram's semantics (`ACTIVE_HEALTHY` ⇒ animated edge). Live per-pooler signals (WAL receiver state, replay position) exist on `GET /poolers/{cell}/{name}/status` but need a per-pooler fanout — deliberately deferred, noted on `getPoolerStatus`. **Still to confirm** (doesn't block review): whether the `/ha-admin` passthrough is deployed to production or staging-only (if staging-only, this should get a flag before GA). ## To test Tested end-to-end locally against a real Multigres project (standard-project regression pass, HA creation flow, error fallback against real 500s, and full topology + polling + console checks against live multiadmin data): - **HA project homepage**: diagram card shows Multigateway → shard box (`Shard 1`, count badge, `Automatic failover` tooltip) → green-bordered Primary Database (region, AZ, size) + Read Replica cards (AZ), dashed green animated edges to healthy replicas. No flow/map toggle for HA. - **HA project → Database → Replication**: same diagram under a "High Availability cluster topology" header; no Destinations section; the old "Replication unavailable…" state is gone. - **Error path**: if `/ha-admin/v1/*` fails, both surfaces show "Failed to retrieve cluster topology" with Contact support — no partial diagram. - **Standard project regression**: homepage diagram (primary card, flow ⇄ map toggle round-trips), replication page (pipelines diagram + Destinations) all unchanged; zero requests to `/ha-admin/*`. <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit - **New Features** - Added High Availability topology diagrams to the Replication page. - Display gateways, primary databases, replicas, shards, statuses, regions, infrastructure details, and compute metrics. - Added observability links and live topology updates with loading, error, and unavailable states. - **Bug Fixes** - Improved handling of incomplete infrastructure identities and unexpected data. - Corrected topology layout, node spacing, and visual edge behavior. - **Accessibility** - Reduced-motion preferences now disable diagram animations and loading effects. - Improved status announcements for assistive technologies. <!-- end of auto-generated comment: release notes by coderabbit.ai --> --------- Co-authored-by: Alaister Young <10985857+alaister@users.noreply.github.com>
Supabase Studio
A dashboard for managing your self-hosted Supabase project, and used on our hosted platform. Built with:
What's included
Studio is designed to work with existing deployments - either the local hosted, docker setup, or our CLI. It is not intended for managing the deployment and administration of projects - that's out of scope.
As such, the features exposed on Studio for existing deployments are limited to those which manage your database:
- Table & SQL editors
- Saved queries are unavailable
- Database management
- Policies, roles, extensions, replication
- API documentation
Managing Project Settings
Project settings are managed outside of the Dashboard. If you use docker compose, you should manage the settings in your docker-compose file. If you're deploying Supabase to your own cloud, you should store your secrets and env vars in a vault or secrets manager.
How to contribute?
- Branch from
masterand name your branches with the following structure{type}/{branch_name}- Type:
chore | fix | feature - The branch name is arbitrary — just make sure it summarizes the work.
- Type:
- When you send a PR to
master, it will automatically tag members of the frontend team for review. - Review the main contributing guide to help test your feature before sending a PR.
- The Dashboard is under active development. You should run
git pullfrequently to make sure you're up to date.
Developer Quickstart
Note
Supabase internal use: To develop on Studio locally with the backend services, see the instructions in the internal
infrastructurerepo.
# You'll need to be on Node v22
# in /studio
## For external contributors
pnpm install # install dependencies
pnpm run dev # start dev server
## For internal contributors
## First clone the private supabase/platform repo and follow instructions for setting up mise
mise studio # Run from supabase/platform alongside `mise infra`
## For all
pnpm run test # run tests
pnpm run test -- --watch # run tests in watch mode
Running within a self-hosted environment
Follow the self-hosting guide to get started.
cd ..
cd docker
docker compose -f docker-compose.yml -f ./dev/docker-compose.dev.yml up
Once you've got that set up, update .env in the studio folder with the corresponding values.
POSTGRES_PASSWORD=
SUPABASE_ANON_KEY=
SUPABASE_SERVICE_KEY=
Then run the following commands to install dependencies and start the dashboard.
npm install
npm run dev
If you would like to configure different defaults for "Default Organization" and "Default Project", you will need to update the .env in the studio folder with the corresponding values.
DEFAULT_ORGANIZATION_NAME=
DEFAULT_PROJECT_NAME=