/**
 * Unity MCP Vertical Slice — scheduler designation proof (2.13.0).
 *
 * Proves LOTG Unity participates in Jensen's existing scheduling concepts
 * WITHOUT implementing Worker execution. It registers a logical Unity-capable
 * executor, creates a real durable mission requiring Unity capability, enqueues
 * scheduling intent, runs one scheduler tick, and stops at the durable
 * Assignment. The vertical-slice inspection is then explicitly correlated with
 * the resulting missionId / intentId / assignmentId / executorId.
 *
 * No assignment is accepted or started here. The Worker daemon + remote
 * execution are explicitly out of scope and remain a later slice.
 */
import type { MissionRequirements } from "../assignment/assignment-types.js";
import type { ExecutorCapabilities } from "../executor-registry/index.js";
import type { SchedulingDecisionKind } from "../scheduler/scheduler-types.js";
/** Stable logical executor identity for the LOTG Unity-capable target. */
export declare const UNITY_EXECUTOR_ID = "blackpearl-unity-lotg";
/** Existing-style capability advertisement using the Executor Registry model. */
export declare const UNITY_EXECUTOR_CAPABILITIES: ExecutorCapabilities;
/** Mission requirement that only a Unity-capable Windows executor can satisfy. */
export declare const UNITY_MISSION_REQUIREMENTS: MissionRequirements;
export interface UnitySchedulerProofOptions {
    /** Durable store root (temp dir for tests; agent dir for operator proof). */
    root: string;
    missionId?: string;
    now?: () => number;
    tickIdFactory?: () => string;
}
export interface UnitySchedulerProofResult {
    missionId: string;
    executorId: string;
    intentId: string;
    decision: SchedulingDecisionKind;
    assignmentId?: string;
    reason?: string;
}
/**
 * Run the scheduler designation proof. Deterministic given the same clock; the
 * chosen executor is total-ordered by executorId and the mission requires the
 * Unity specialized capabilities.
 */
export declare function runUnitySchedulerProof(options: UnitySchedulerProofOptions): Promise<UnitySchedulerProofResult>;
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