/**
 * ContextRecorder — observes footprintjs subflow + scope events, emits
 * grouped `context.*` domain events via the EventDispatcher.
 *
 * Pattern: Observer (GoF) + Pipes & Filters (Hohpe & Woolf, 2003).
 * Role:    Core semantic grouping layer for the 3-slot model. Watches
 *          slot subflows (sf-system-prompt / sf-messages / sf-tools) and
 *          translates raw writes into context.injected / evicted /
 *          slot_composed / budget_pressure events.
 * Emits:   agentfootprint.context.injected
 *          agentfootprint.context.evicted
 *          agentfootprint.context.slot_composed
 *          agentfootprint.context.budget_pressure
 */
import type { CombinedRecorder, FlowSubflowEvent, WriteEvent } from 'footprintjs';
import type { EventDispatcher } from '../../events/dispatcher.js';
import { type RunContext } from '../../bridge/eventMeta.js';
import type { RunRedaction } from '../../redaction/runRedaction.js';
/**
 * Supplies the recorder with run-level context. Passed at construction
 * time (static fields) OR updated via `updateRunContext` between runs
 * when reusing one recorder across multiple executor runs.
 */
export interface ContextRecorderOptions {
    readonly dispatcher: EventDispatcher;
    readonly id?: string;
    readonly getRunContext: () => RunContext;
    /**
     * The run's write relay. Under a redaction policy that selects a slot key
     * (`systemPromptInjections`, `slotCompositions`, …) the scope channel serves
     * its write as the placeholder; the slot builders hand the value they wrote
     * to the run (`redaction/runRedaction.ts` · `setEventSource`), and this
     * recorder derives its events from that — so they exist, and the
     * dispatcher serves them by name like every event. Absent (or nothing
     * relayed): the write as the scope channel served it.
     */
    readonly realWrites?: Pick<RunRedaction, 'takeRealWrite'>;
}
export declare class ContextRecorder implements CombinedRecorder {
    readonly id: string;
    private readonly dispatcher;
    private readonly getRunContext;
    private readonly realWrites;
    private readonly seenInjections;
    constructor(options: ContextRecorderOptions);
    onSubflowEntry(event: FlowSubflowEvent): void;
    onSubflowExit(event: FlowSubflowEvent): void;
    onWrite(event: WriteEvent): void;
    /**
     * The value the stage wrote: the one it relayed (`realWrites`), else the
     * write as the scope channel served it. Taken ONCE per write, so a relayed
     * value is matched to the write it came with. `keptOut`: the run's policy
     * selects the key itself, so every record derived from the value keeps that
     * verdict — its content is served as the placeholder, its structure stays
     * (`structureOf`).
     */
    private written;
    private handleInjectionsWrite;
    private handleSlotComposedWrite;
    private handleEvictionsWrite;
    private handleBudgetPressureWrite;
    private emitInjected;
    private dispatch;
    private asInjectionArray;
    private asSlotComposition;
    private asEvictionArray;
    private asPressureArray;
}