anolilab · prisis · Jun 28, 2026 · Jun 28, 2026 · Jun 28, 2026 · Jun 28, 2026
@@ -198,12 +198,13 @@ describe("emit (containers)", () => {
     };
 
     it("emitContainers renders one thin DO class per definition", () => {
-        expect.assertions(5);
+        expect.assertions(6);
 
         const content = emitContainers(discover());
 
-        expect(content).toContain('import LunoraContainer from "@lunora/container/do";');
+        expect(content).toContain('import { LunoraContainer } from "@lunora/container/do";');
         expect(content).toContain('import { transcoder } from "../containers.js";');
+        expect(content).toContain('export { ContainerProxy } from "@lunora/container/do";');
         expect(content).toContain("export class TranscoderContainer extends LunoraContainer {");
         expect(content).toContain('super(ctx, env, transcoder, "transcoder");');
         expect(content).toContain("Re-export them from your worker entry");

@@ -2040,11 +2040,18 @@ export class ${container.className} extends LunoraContainer {
  * requires each \`containers[].class_name\` to be exported by the worker:
  *
  * \`export * from "./lunora/_generated/containers.js";\`
+ *
+ * \`ContainerProxy\` is re-exported alongside them: the egress-interception path
+ * (\`allowedHosts\`/\`deniedHosts\`/\`interceptHttps\` and the runtime
+ * \`handle.egress\` controls) routes container outbound traffic through this
+ * WorkerEntrypoint, so it too must be exported by the deployed worker.
  */
-import LunoraContainer from "@lunora/container/do";
+import { LunoraContainer } from "@lunora/container/do";
 
 import { ${imports} } from "../containers.js";
 
+export { ContainerProxy } from "@lunora/container/do";
+
 ${classes}`;
 };
 

@@ -66,6 +66,7 @@ export const transcoder = defineContainer({
     maxInstances: 5,
     sleepAfter: "5m",
     secrets: ["TRANSCODER_API_KEY"], // forwarded from Worker secrets / .dev.vars
+    labels: { team: "media" }, // metadata attached to every instance for metrics/observability
 });
 ```
 
@@ -89,10 +90,81 @@ export const transcode = action.input({ videoId: v.id("videos") }).action(async
 });
 ```
 
-`ctx.containers` is action-only (container calls are external I/O, like `ctx.fetch`); `.get(name)` handles also expose `start`/`stop`/`destroy`/`getState` lifecycle control.
+`ctx.containers` is action-only (container calls are external I/O, like `ctx.fetch`); `.get(name)` handles also expose `start`/`stop`/`destroy`/`getState` lifecycle control plus `renewActivityTimeout()` (keep a busy WebSocket's container awake) and `egress.*` (adjust the allow/deny lists at runtime).
 
 The config layer (`lunora dev` / `lunora deploy`) reconciles the wrangler `containers[]` entry, the `CONTAINER_*` Durable Object binding, and the SQLite-class migration automatically; `wrangler deploy` builds the Dockerfile with local Docker and pushes it to the Cloudflare Registry.
 
+### Multi-port containers
+
+Declare every port the container must be listening on with `requiredPorts` (start-up waits for all of them); `defaultPort` is the target when a request doesn't pick one. Route a single request to another port with `.port(n)` — it composes with `.get()`, `.any()`, and `.pool()`:
+
+```ts
+export const app = defineContainer({
+    image: "./containers/app",
+    defaultPort: 8080,
+    requiredPorts: [8080, 9090], // app + admin
+});
+
+// in an action:
+await ctx.containers.app.get(tenantId).fetch("/work"); // → 8080
+await ctx.containers.app.get(tenantId).port(9090).fetch("/admin"); // → 9090
+```
+
+### Build-time args
+
+`env` and `secrets` are runtime values; for build-time `docker build --build-arg` values (wrangler `image_vars`, exposed to the Dockerfile as `ARG`) use `buildArgs`. They apply only to an image Lunora builds and are ignored for a pre-built `{ registry }` image.
+
+```ts
+export const worker = defineContainer({
+    image: "./containers/worker",
+    buildArgs: { NODE_VERSION: "22", BUILD_TARGET: "production" },
+});
+```
+
+### Egress firewall
+
+Pair `enableInternet: false` with an `allowedHosts` allow-list (or layer a `deniedHosts` deny-list that overrides everything) to constrain a container's outbound traffic; `interceptHttps: true` extends the lists to TLS connections (the image must trust the Cloudflare CA). Codegen re-exports the `ContainerProxy` worker entrypoint the interception path needs automatically.
+
+```ts
+export const fetcher = defineContainer({
+    image: "./containers/fetcher",
+    enableInternet: false,
+    allowedHosts: ["*.stripe.com", "api.github.com"],
+    deniedHosts: ["*.evil.com"],
+});
+
+// tighten or relax one running instance at runtime:
+await ctx.containers.fetcher.get(tenantId).egress.allow("hooks.slack.com");
+```
+
+For advanced egress rewriting in worker code, `@lunora/container/do` re-exports Cloudflare's custom outbound-handler types (`OutboundHandler`, `OutboundHandlers`, `outboundParams`) — wire them onto a hand-authored `LunoraContainer` subclass to inject auth, route, or mock a container's outbound calls.
+
+### Readiness gating
+
+The platform health check waits for an open port, not necessarily a _ready_ app. `readyOn` adds application-level probes that gate request proxying: a `ctx.containers.<name>` fetch holds until every probe responds with its expected status, so callers never hit a container still applying migrations or warming caches. Probes are declarative data (path + optional `port`/`status`), run in parallel at start, and probe the container's TCP port directly.
+
+```ts
+export const api = defineContainer({
+    image: "./containers/api",
+    defaultPort: 8080,
+    readyOn: [
+        { path: "/ready" }, // expect 200 on defaultPort
+        { path: "/live", port: 9090, status: 204 }, // own port + expected status
+    ],
+});
+```
+
+### Hard timeout
+
+`sleepAfter` caps _idle_ time; `hardTimeout` caps _total_ lifetime — a runaway-cost backstop measured from start, regardless of activity (same grammar as `sleepAfter`). When it elapses the generated class's `onHardTimeoutExpired` hook runs (default: `stop()`); the timer is run-generation-stamped so a stale timer from a slept/crashed run can't kill a fresh one.
+
+```ts
+export const job = defineContainer({
+    image: "./containers/job",
+    hardTimeout: "1h", // never run longer than an hour, busy or not
+});
+```
+
 ### Calling Lunora from inside a container
 
 Container code calls back into your app's functions with the bridge client (any JS runtime), over the Worker's HTTP RPC endpoint:

@@ -216,6 +216,75 @@ describe("ctx.containers.<name>.get() lifecycle controls", () => {
 
         await expect(handle.stop()).rejects.toThrow("does not expose stop()");
     });
+
+    it("forwards renewActivityTimeout and the egress controls to the DO with the right args", async () => {
+        expect.assertions(2);
+
+        const calls: { arg: unknown; method: string }[] = [];
+        const recordVoid =
+            (method: string) =>
+            async (arg?: unknown): Promise<void> => {
+                calls.push({ arg, method });
+            };
+        const egressNamespace: ContainerNamespaceLike = {
+            get: () => {
+                return {
+                    allowHost: recordVoid("allowHost"),
+                    denyHost: recordVoid("denyHost"),
+                    fetch: async () => new Response("ok"),
+                    removeAllowedHost: recordVoid("removeAllowedHost"),
+                    removeDeniedHost: recordVoid("removeDeniedHost"),
+                    renewActivityTimeout: recordVoid("renewActivityTimeout"),
+                    setAllowedHosts: recordVoid("setAllowedHosts"),
+                    setDeniedHosts: recordVoid("setDeniedHosts"),
+                };
+            },
+            idFromName: (name) => name,
+        };
+
+        const handle = createContainerContext({ CONTAINER_TRANSCODER: egressNamespace }, [
+            { binding: "CONTAINER_TRANSCODER", exportName: "transcoder" },
+        ]).transcoder!.get("video-1");
+
+        await handle.renewActivityTimeout();
+        await handle.egress.allow("api.stripe.com");
+        await handle.egress.deny("evil.com");
+        await handle.egress.setAllowed(["a.com", "b.com"]);
+        await handle.egress.setDenied(["c.com"]);
+        await handle.egress.removeAllowed("a.com");
+        await handle.egress.removeDenied("c.com");
+
+        expect(calls.map((call) => call.method)).toStrictEqual([
+            "renewActivityTimeout",
+            "allowHost",
+            "denyHost",
+            "setAllowedHosts",
+            "setDeniedHosts",
+            "removeAllowedHost",
+            "removeDeniedHost",
+        ]);
+        // ReadonlyArray args are copied to a fresh mutable array before the RPC.
+        expect(calls.find((call) => call.method === "setAllowedHosts")!.arg).toStrictEqual(["a.com", "b.com"]);
+    });
+
+    it("routes .port(n) requests with the cf-container-target-port header across get/any/pool", async () => {
+        expect.assertions(4);
+
+        const { namespace, requests } = fakeNamespace();
+        const containers = createContainerContext({ CONTAINER_TRANSCODER: namespace }, [
+            { binding: "CONTAINER_TRANSCODER", exportName: "transcoder", maxInstances: 3 },
+        ]);
+
+        await containers.transcoder!.get("video-1").port(9090).fetch("/admin");
+        await containers.transcoder!.any().port(7000).fetch("/admin");
+        await containers.transcoder!.pool().port(6000).fetch("/admin");
+        await containers.transcoder!.get("video-1").fetch("/no-port");
+
+        expect(requests[0]!.headers.get("cf-container-target-port")).toBe("9090");
+        expect(requests[1]!.headers.get("cf-container-target-port")).toBe("7000");
+        expect(requests[2]!.headers.get("cf-container-target-port")).toBe("6000");
+        expect(requests[3]!.headers.get("cf-container-target-port")).toBeNull();
+    });
 });
 
 /** A namespace whose every `fetch` runs the next scripted step (response or throw). */

@@ -121,6 +121,97 @@ describe(defineContainer, () => {
         expect(() => defineContainer({ image: { build: "" } })).toThrow("`image.build` must be a non-empty");
     });
 
+    it("accepts multi-port, egress-firewall, and labels config", () => {
+        expect.assertions(7);
+
+        const definition = defineContainer({
+            allowedHosts: ["*.stripe.com"],
+            deniedHosts: ["*.evil.com"],
+            entrypoint: ["node", "server.js"],
+            image: "./app",
+            interceptHttps: true,
+            labels: { env: "prod", tenant: "acme" },
+            pingEndpoint: "/healthz",
+            requiredPorts: [8080, 9090],
+        });
+
+        expect(definition.requiredPorts).toStrictEqual([8080, 9090]);
+        expect(definition.entrypoint).toStrictEqual(["node", "server.js"]);
+        expect(definition.interceptHttps).toBe(true);
+        expect(definition.allowedHosts).toStrictEqual(["*.stripe.com"]);
+        expect(definition.deniedHosts).toStrictEqual(["*.evil.com"]);
+        expect(definition.pingEndpoint).toBe("/healthz");
+        expect(definition.labels).toStrictEqual({ env: "prod", tenant: "acme" });
+    });
+
+    it("rejects a blank entrypoint part, hostname, or label key", () => {
+        expect.assertions(3);
+
+        expect(() => defineContainer({ entrypoint: ["node", "   "], image: "./app" })).toThrow("`entrypoint` must be a non-empty");
+        expect(() => defineContainer({ allowedHosts: ["  "], image: "./app" })).toThrow("`allowedHosts` must be an array of non-empty");
+        expect(() => defineContainer({ image: "./app", labels: { "  ": "x" } })).toThrow("`labels` must be a record of non-empty");
+    });
+
+    it("rejects a non-boolean interceptHttps", () => {
+        expect.assertions(1);
+
+        expect(() => defineContainer({ image: "./app", interceptHttps: "yes" as unknown as boolean })).toThrow("`interceptHttps` must be a boolean");
+    });
+
+    it("accepts hardTimeout and readyOn config", () => {
+        expect.assertions(3);
+
+        const definition = defineContainer({
+            defaultPort: 8080,
+            hardTimeout: "1h",
+            image: "./app",
+            readyOn: [{ path: "/ready" }, { path: "migrations", port: 9090, status: 204 }],
+        });
+
+        expect(definition.hardTimeout).toBe("1h");
+        expect(definition.readyOn).toStrictEqual([{ path: "/ready" }, { path: "migrations", port: 9090, status: 204 }]);
+        expect(defineContainer({ hardTimeout: 600, image: "./app" }).hardTimeout).toBe(600);
+    });
+
+    it("rejects an invalid hardTimeout", () => {
+        expect.assertions(3);
+
+        expect(() => defineContainer({ hardTimeout: "5 minutes", image: "./app" })).toThrow("`hardTimeout`");
+        expect(() => defineContainer({ hardTimeout: 0, image: "./app" })).toThrow("`hardTimeout`");
+        expect(() => defineContainer({ hardTimeout: -5, image: "./app" })).toThrow("`hardTimeout`");
+    });
+
+    it("rejects an invalid readyOn check", () => {
+        expect.assertions(4);
+
+        expect(() => defineContainer({ image: "./app", readyOn: [{ path: "   " }] })).toThrow("`readyOn[].path`");
+        expect(() => defineContainer({ image: "./app", readyOn: [{ path: " /ready " }] })).toThrow("leading or trailing whitespace");
+        expect(() => defineContainer({ image: "./app", readyOn: [{ path: "/ready", port: 70_000 }] })).toThrow("readyOn[].port");
+        expect(() => defineContainer({ image: "./app", readyOn: [{ path: "/ready", status: 700 }] })).toThrow("`readyOn[].status`");
+    });
+
+    it("rejects an empty or out-of-range requiredPorts", () => {
+        expect.assertions(2);
+
+        expect(() => defineContainer({ image: "./app", requiredPorts: [] })).toThrow("`requiredPorts` must be a non-empty");
+        expect(() => defineContainer({ image: "./app", requiredPorts: [70_000] })).toThrow("requiredPorts[]");
+    });
+
+    it("rejects an empty entrypoint and an empty-string entrypoint part", () => {
+        expect.assertions(2);
+
+        expect(() => defineContainer({ entrypoint: [], image: "./app" })).toThrow("`entrypoint` must be a non-empty");
+        expect(() => defineContainer({ entrypoint: ["node", ""], image: "./app" })).toThrow("`entrypoint` must be a non-empty");
+    });
+
+    it("rejects an empty hostname in an egress list and an empty pingEndpoint", () => {
+        expect.assertions(3);
+
+        expect(() => defineContainer({ allowedHosts: [""], image: "./app" })).toThrow("`allowedHosts` must be an array of non-empty");
+        expect(() => defineContainer({ deniedHosts: [""], image: "./app" })).toThrow("`deniedHosts` must be an array of non-empty");
+        expect(() => defineContainer({ image: "./app", pingEndpoint: "" })).toThrow("`pingEndpoint` must be a non-empty");
+    });
+
     it("does not brand arbitrary objects", () => {
         expect.assertions(2);