import type { AutomationFailure } from "./automation-outcome.js";
/**
 * Pauses and automatic resumes as events, so "how many automations did the
 * framework stop, and for what" is a query. Both are rare by construction (a
 * pause needs a streak of identical failures, a resume needs a recovery), so
 * they are tracked one by one rather than aggregated.
 *
 * The automation is identified by a hash of its name, never the name: the name
 * is user-authored text. `automation_hash` is the first 12 hex characters of
 * sha256("<app>|<name>"); the failure capture carries the plain name in
 * `extra.failureContext.automationName`, so a hash seen in a chart is matched
 * by hashing the names an app lists.
 */
export declare const AUTOMATION_EVENTS: {
    readonly paused: "automation_paused";
    readonly resumed: "automation_resumed";
};
export declare function automationHash(name: string): string;
export declare function trackAutomationPaused(input: {
    name: string;
    failure: AutomationFailure;
    consecutiveFailures: number;
    surface: "scheduler" | "trigger" | "preflight";
}): void;
export declare function trackAutomationResumed(input: {
    name: string;
    via: "credential_recovered" | "successful_run";
}): void;
/**
 * A failure whose code is a credential state reached the automation's owner
 * (the run could not authenticate). Counted per window, not per run.
 */
export declare function countAutomationCredentialState(code: string): void;