import type * as autoscaling from "@distilled.cloud/aws/auto-scaling";
import type * as Effect from "effect/Effect";
import * as Binding from "../../Binding.ts";
import type { AutoScalingGroup } from "./AutoScalingGroup.ts";
/**
 * `ExecutePolicy` request with `AutoScalingGroupName` injected from the bound
 * {@link AutoScalingGroup}. `PolicyName` accepts either the policy name or its
 * ARN (e.g. `policy.policyArn` from a {@link ScalingPolicy}).
 */
export interface ExecutePolicyRequest extends Omit<autoscaling.ExecutePolicyType, "AutoScalingGroupName"> {
}
/**
 * Runtime binding for the `ExecutePolicy` operation (IAM action
 * `autoscaling:ExecutePolicy` scoped to the group ARN).
 *
 * Executes a step or simple scaling policy on the bound group — useful for
 * testing a policy's design or driving scaling from application logic.
 * Target-tracking policies cannot be executed manually. Provide the
 * implementation with `Effect.provide(AWS.AutoScaling.ExecutePolicyHttp)`.
 * ### Manual Scaling
 * **Example:** Execute a step scaling policy
 * ```typescript
 * // init — bind the operation to the group
 * const executePolicy = yield* AWS.AutoScaling.ExecutePolicy(group);
 *
 * // runtime — trigger the policy with a synthetic metric breach
 * yield* executePolicy({
 *   PolicyName: "scale-out-on-cpu",
 *   MetricValue: 85,
 *   BreachThreshold: 80,
 * });
 * ```
 *
 * @binding
 */
export interface ExecutePolicy extends Binding.Service<ExecutePolicy, "AWS.AutoScaling.ExecutePolicy", (group: AutoScalingGroup) => Effect.Effect<(request: ExecutePolicyRequest) => Effect.Effect<autoscaling.ExecutePolicyResponse, autoscaling.ExecutePolicyError>>> {
}
export declare const ExecutePolicy: ExecutePolicy;
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