feat: admit managed requests within lease authority

docs/adr/0021-host-simlock-managed-device-allocation.md

@@ -176,8 +176,14 @@ reuses the command's request envelope and reserves the canonical teardown budget
 finalization. Unbounded commands require a bounded child request before managed execution.
 An `admitted` result reports only allocator-confirmed authority; `teardown-required` leaves that
 binding permanently fenced. Budget reservation is not proof of cleanup or runner quiescence.
-The neutral service enables no managed runtime or readiness path. Integration follows the reviewed
-managed-operation projection and must use canonical teardown before returning the allocation.
+Request runtime binding accepts a matching lease service and command horizon from its coordinator.
+Exact managed binding admits the allocator-held claim and confirms that horizon before native bind
+probes; readiness activates only after the binding is adopted and its requested operations are
+admitted. The managed runtime owner dispatches each reviewed operation inside lease admission.
+Request disposal cancels pending admissions and revokes readiness before cleanup begins, while
+shared renewal and late-binding cleanup retain their existing owners. Unconfigured managed requests
+remain refused. This seam does not provide a publication/recovery coordinator, which must use
+canonical teardown before returning the allocation.
 
 Release is durable and retryable. Host does not publish a replacement grant while Simlock may still
 mutate the device. After either daemon restarts, the journal is reconciled through Simlock lookup: a

src/daemon/managed-device-allocation/__tests__/lease-admission.fixtures.ts

@@ -1,6 +1,7 @@
 import type {
   LeaseRequestStatus,
   ManagedLease,
+  ManagedLeasePlatform,
 } from '@agent-device/contracts/managed-device-allocation';
 import { Deadline } from '@agent-device/host-kit/retry';
 import { createManagedLeaseReachability } from '../../../managed-device-reachability.ts';
@@ -35,12 +36,16 @@ export function setupAdmission(
     grant?: LeaseRequestStatus;
     script?: NonNullable<Parameters<typeof createScriptedManagedDeviceAllocator>[0]>['script'];
     safetyWindowMs?: number;
+    platform?: ManagedLeasePlatform;
   } = {},
 ) {
   const grant = options.grant ?? granted({ lease: renewedLease({ ttlDeadline: NOW + 5_000 }) });
   if (!grant.lease) throw new Error('Fixture needs a lease');
   const allocator = createScriptedManagedDeviceAllocator({ script: options.script });
-  const reachability = createManagedLeaseReachability({ platform: 'ios', lease: grant.lease });
+  const reachability = createManagedLeaseReachability({
+    platform: options.platform ?? 'ios',
+    lease: grant.lease,
+  });
   const admission = createManagedLeaseAdmission({
     allocator,
     grant,

src/daemon/managed-device-allocation/request-admission.ts

@@ -0,0 +1,86 @@
+import { AppError, createRequestCanceledError } from '@agent-device/kernel/errors';
+import { deviceIdentity, deviceIdentityKey, type DeviceInfo } from '@agent-device/kernel/device';
+import {
+  sameRuntimeOwner,
+  type DeviceBindingIntent,
+} from '@agent-device/contracts/platform-runtime';
+import type { PlatformRequestScope } from '@agent-device/contracts/platform-runtime-host';
+import type { ManagedCommandHorizon, ManagedLeaseAdmission } from './lease-admission.ts';
+
+export type ManagedRequestLease = Readonly<{
+  lease: ManagedLeaseAdmission;
+  horizon: ManagedCommandHorizon;
+}>;
+export type ResolveManagedRequestLease = (
+  device: DeviceInfo,
+  intent: Extract<DeviceBindingIntent, { kind: 'exact-owner' }>,
+) => ManagedRequestLease | undefined;
+
+export type ManagedRequestAdmission = ReturnType<typeof createManagedRequestAdmission>;
+
+export function createManagedRequestAdmission(params: {
+  device: DeviceInfo;
+  intent: Extract<DeviceBindingIntent, { kind: 'exact-owner' }>;
+  scope: PlatformRequestScope;
+  lifetime: AbortSignal;
+  resolve?: ResolveManagedRequestLease;
+}) {
+  const configured = params.resolve?.(params.device, params.intent);
+  if (
+    !configured ||
+    !sameRuntimeOwner(configured.lease.owner, params.intent.owner) ||
+    configured.lease.fence.token !== params.intent.fence.token ||
+    configured.lease.fence.generation !== params.intent.fence.generation ||
+    deviceIdentityKey(deviceIdentity(configured.lease.reachability.device)) !==
+      deviceIdentityKey(deviceIdentity(params.device)) ||
+    configured.lease.reachability.device.simulatorSetPath !== params.device.simulatorSetPath
+  ) {
+    throw new AppError(
+      'UNSUPPORTED_OPERATION',
+      'Managed binding has no matching lease admission.',
+      {
+        reason: 'managed-lease-admission-unavailable',
+      },
+    );
+  }
+  const { lease, horizon } = configured;
+  const signal = AbortSignal.any([params.scope.signal, params.lifetime]);
+  let active = false;
+  const runConfirmed = async <T>(task: () => Promise<T>): Promise<T> => {
+    const result = await lease.run(horizon, signal, task);
+    if (result.status === 'admitted') return result.value;
+    if (result.status === 'abandoned') throw createRequestCanceledError();
+    throw new AppError('COMMAND_FAILED', 'Managed lease does not authorize execution.', {
+      ...result,
+      reason:
+        result.status === 'teardown-required'
+          ? 'managed-lease-teardown-required'
+          : 'managed-command-deadline-exceeded',
+      retriable: false,
+    });
+  };
+  const admit = async <T>(task: () => Promise<T>): Promise<T> => {
+    if (!active)
+      throw new AppError('COMMAND_FAILED', 'Managed request is not admitted.', {
+        reason: 'managed-request-not-admitted',
+      });
+    return await runConfirmed(task);
+  };
+  const ensureReady = async () => await admit(async () => {});
+  const managedDevice = Object.freeze({
+    device: lease.reachability.device,
+    owner: lease.owner,
+    fence: lease.fence,
+    admit,
+    run: lease.reachability.run,
+  });
+  return {
+    scope: { ...params.scope, managedDevice },
+    bind: runConfirmed,
+    activate: () => {
+      if (signal.aborted) throw createRequestCanceledError();
+      active = true;
+    },
+    ensureReady,
+  };
+}

src/daemon/request-runtime-binding.ts

@@ -16,6 +16,12 @@ import {
 import type { PlatformRequestScope } from '@agent-device/contracts/platform-runtime-host';
 import type { PlatformRuntimeOperations } from '@agent-device/contracts/platform-runtime-operations';
 import { ensureDeviceReady, type DeviceReadyOptions } from './device-ready.ts';
+import type {
+  ManagedRequestAdmission,
+  ResolveManagedRequestLease,
+} from './managed-device-allocation/request-admission.ts';
+
+const managedReadiness = new WeakMap<BoundDeviceIdentity, () => Promise<void>>();
 
 export type BindDeviceRuntime = <
   const Required extends readonly RuntimeOperationKey<PlatformRuntimeOperations>[],
@@ -75,20 +81,26 @@ export type BoundDeviceIdentity = Readonly<{
   owner: RuntimeOwnerRef;
 }>;
 
-/** Runs legacy local readiness only after the request has crossed the binding/claim fence. */
+/** Confirms managed authority or runs local readiness after binding and claim admission. */
 export async function ensureBoundDeviceReady(
   bound: BoundDeviceIdentity,
   options: DeviceReadyOptions = {},
 ): Promise<void> {
   switch (bound.owner.kind) {
     case 'provider-runtime':
       return;
-    case 'managed-local':
+    case 'managed-local': {
+      const ready = managedReadiness.get(bound);
+      if (ready) {
+        await ready();
+        return;
+      }
       throw new AppError(
         'UNSUPPORTED_OPERATION',
         'Managed-device readiness is unavailable until allocator confirmation.',
         { reason: 'managed-readiness-unavailable' },
       );
+    }
     case 'local-family':
       await ensureDeviceReady(bound.device, options);
   }
@@ -101,29 +113,19 @@ export type RequestRuntimeBindings = AsyncDisposable &
     bindExactDevice: BindExactDeviceRuntime;
   }>;
 
-/**
- * Private broad-binding cache; handlers receive only the selected projection.
- *
- * `admitDeviceClaim` is the #1320 claim gate, and it runs as part of creating a
- * binding, so the per-device cache below is also what makes it run once per
- * device. Binding performs no device mutation — it composes the operation
- * catalog — so a binding that has not been admitted is the last state before any
- * device operation exists, and admitting here covers every handler by
- * construction. A refusal rejects the cached promise, so a second `bindDevice`
- * for the same device re-attempts rather than inheriting a rejected binding.
- * The gate receives the very intent the gateway bound, so an exact-owner fence
- * reaches claim admission unchanged.
- */
+/** Owns request runtime bindings while exposing only the requested operation projection. */
 export function createRequestRuntimeBindings(params: {
   gateway: DeviceRuntimeGateway<PlatformRuntimeOperations>;
   scope: PlatformRequestScope;
+  resolveManagedLease?: ResolveManagedRequestLease;
   admitDeviceClaim: (
     device: DeviceInfo,
     owner: RuntimeOwnerRef,
     intent: DeviceBindingIntent,
   ) => Promise<void>;
 }): RequestRuntimeBindings {
   const cleanups = new AsyncCleanupStack();
+  const managedLifetime = new AbortController();
   const bindings = new Map<string, Promise<DeviceBinding<PlatformRuntimeOperations>>>();
 
   const admitBinding = async (
@@ -151,19 +153,40 @@ export function createRequestRuntimeBindings(params: {
     return narrowDeviceBinding(await bindingPromise, use);
   };
 
-  // Exact-owner bindings deliberately bypass the cache, so they admit their own.
   const bindExactDevice: BindExactDeviceRuntime = async (device, owner, fence, use, scope) => {
     const intent: DeviceBindingIntent = { kind: 'exact-owner', owner, fence };
-    const published = await params.gateway.bind({ device, intent, scope });
-    const binding = await admitBinding(await adoptExactBinding(cleanups, published, scope), intent);
-    return narrowDeviceBinding(binding, use);
+    let managed: ManagedRequestAdmission | undefined;
+    if (owner.kind === 'managed-local') {
+      const { createManagedRequestAdmission } =
+        await import('./managed-device-allocation/request-admission.ts');
+      managed = createManagedRequestAdmission({
+        device,
+        intent,
+        scope,
+        lifetime: managedLifetime.signal,
+        resolve: params.resolveManagedLease,
+      });
+    }
+    if (managed) await params.admitDeviceClaim(device, owner, intent);
+    const published = managed
+      ? await managed.bind(() => params.gateway.bind({ device, intent, scope: managed.scope }))
+      : await params.gateway.bind({ device, intent, scope });
+    const adopted = await adoptExactBinding(cleanups, published, scope);
+    const binding = managed ? adopted : await admitBinding(adopted, intent);
+    const bound = narrowDeviceBinding(binding, use);
+    managed?.activate();
+    if (managed) managedReadiness.set(bound, managed.ensureReady);
+    return bound;
   };
 
   return {
     inspectFacts: async (device) => await params.gateway.inspectFacts(device),
     bindDevice,
     bindExactDevice,
-    [Symbol.asyncDispose]: async () => await cleanups[Symbol.asyncDispose](),
+    [Symbol.asyncDispose]: async () => {
+      managedLifetime.abort();
+      await cleanups[Symbol.asyncDispose]();
+    },
   };
 }