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deepseek-kubernetes-sandbox/examples/README.md
SREDevOps.org Agent 3e9ba38fc1 feat(example): add optional gVisor, nodeSelector, NetworkPolicy and provider keys (#21)
Add opt-in hardening to the agents-as-a-service example:
- commented runtimeClassName/nodeSelector fields for sandboxes and Deployments
- optional sandbox NetworkPolicy plus exposure-variant policies
- optional dsh-provider-keys-extra Secret for extra provider keys
- docs/optional-hardening.md with verification, caveats and rollback

The base walkthrough stays portable; no gateway code, routes or auth changed.

Co-authored-by: SREDevOpsAgents <agents@sredevops.org>
2026-10-26 10:03:30 -03:00

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Markdown

# Examples
Every implementation in this repository is a self-contained example: one
directory, plain `kubectl`, an end-to-end README, and a cleanup command.
Examples consume the [main DSH Web image](../docs/main-image.md); they are
reference material, not libraries.
| Example | What it demonstrates | Needs |
| --- | --- | --- |
| [`examples/dsh-agents-as-a-service/`](dsh-agents-as-a-service/) | The full multi-tenant platform pattern: one `SandboxTemplate` with per-user PVCs, a warm pool, one ~10-line `SandboxClaim` per user, suspend-when-idle / wake-on-return, and a browser gateway with signup, `HttpOnly` sessions, an HTTP + WebSocket proxy and two exposure variants (Ingress, or Gateway API + GitHub SSO). | agent-sandbox with extensions; kind for the e2e script. |
| [`examples/minimal-single-tenant/`](minimal-single-tenant/) | The smallest useful setup: a single `SandboxTemplate` and one `SandboxClaim`, no gateway — reach DSH Web with a launch-token URL through `kubectl port-forward`. | agent-sandbox with extensions. |
The multi-tenant example also documents opt-in gVisor, `nodeSelector`,
NetworkPolicy and extra provider-key hardening in
[optional hardening](dsh-agents-as-a-service/docs/optional-hardening.md).
## The example contract (short version)
Full rules: [docs/examples.md](../docs/examples.md). `scripts/check-examples.sh`
enforces the layout, and `make check` runs it.
```
examples/<name>/
+-- README.md # walkthrough: prerequisites, steps, troubleshooting, cleanup
+-- manifests/ # NN-*.yaml, applied with plain kubectl
| +-- optional/<feature>/ # optional opt-in manifests...
| +-- optional/README.md # ...required whenever optional/ exists
| +-- exposure/<variant>/ # optional per-variant manifests...
| +-- exposure/README.md # ...required whenever exposure/ exists
+-- scripts/ # optional executable, idempotent, self-cleaning *.sh
+-- docs/ # optional architecture/ADR material
+-- <component>/ # optional component with Dockerfile + README + tests
```
- Secrets never ship populated: use `*.yaml.example` files with placeholders.
- Manifests are numbered (`00-`, `10-`, ...) and read as an ordered walkthrough.
- Component images are published nested below the main image:
`<registry>/<owner>/<repo>/<example>/<component>`.
- Every example must be listed above with its literal `examples/<name>/` path.
- Scripts under `scripts/` must be executable, idempotent and clean up after
themselves.
## Running an example
```bash
# e.g. the multi-tenant platform example
kubectl apply -f examples/dsh-agents-as-a-service/manifests/
# or run the whole walkthrough (kind + agent-sandbox required) and let it clean up
examples/dsh-agents-as-a-service/scripts/e2e-kind.sh
```
`kubectl apply -f manifests/` is non-recursive: `optional/` and `exposure/`
subdirectories are applied explicitly. Each example README has the exact
prerequisites, optional hardening, exposure options and teardown.