/**
 * arguments/subflow — the four stages of the inputs layer's subflow
 * (`sf-inputs`): Declare → Verify → Record → Resolve.
 *
 * Pattern: thin stage bodies over the pure steps in `resolve.ts`. Each reads
 *          what the stage before it staged on the subflow's own (isolated)
 *          scope and stages its own output; the mount's output mapper
 *          (`honesty/mounts.ts`) carries the rows and the resolutions out.
 * Role:    core/ layer, the inputs layer (honesty layer 2). Loaded through
 *          `import()` by the mount's stage wrappers — never on a plain agent's
 *          graph. Everything that is not this folder's arrives as `deps`
 *          (the dispatch resolver, Route's predicate, the ledger's emit half),
 *          so `arguments/` stays a leaf that never imports `findings/` or
 *          `stages/`.
 * Emits:   `agentfootprint.findings.argument` — one per row, from the Record
 *          stage, through the ledger's emit half (`deps.emitRows`).
 *
 * ## Only a batch that will dispatch
 *
 * Declare asks Route's own predicate (`deps.willDispatch`) first: a reply with
 * no tool call, a run out of iterations, a halting cost budget — the batch is
 * going to the final branch, so nothing is planned and every later stage finds
 * an empty plan. The layer never files a row about a call Route will not run.
 *
 * ## Declared sources (`.inputsLayer({ argumentSources: true })`, `.findings({ argumentSources: true })`)
 *
 * Present only under the arm: `deps.sources` reads each call's `from` entries
 * through the ONE reader of `_findings` (`findings/reserved.ts` ·
 * `readDeclaration`, handed in as a closure, so this folder still never
 * imports `findings/`), and Verify builds the corpora the checks read from the
 * raw pieces the mount handed in (`sourceInputs`) — loaded on first use, never
 * on a plain agent's graph. Every stage re-reads the entries rather than
 * staging a second copy of the model's quotes.
 */
import type { TypedScope } from 'footprintjs';
import type { CallWindowRow, ClockRow, TimeAnswerRow, TimeReadingRow } from '../../../time/rows.js';
import type { ZoneName } from '../../../time/zone.js';
import type { SourceCorpus } from './checks.js';
import type { KeptAnswer } from './kept.js';
import type { ArgumentRow } from './rows.js';
import { type ArgumentResolution, type BatchCall, type CheckedArgument, type PlannedCall, type ToolOf } from './resolve.js';
import type { CallSources } from './sources.js';
/**
 * The raw pieces the declared-sources corpora are built from — what the mount
 * hands the layer under the arm (`honesty/mounts.ts` · `mountInputsLayer`),
 * read by `honesty/sourceCorpus.ts` · `sourceCorpusOf`. Never the whole
 * ledger: only the rows the checks read.
 */
export interface SourceInputs {
    /** The history the model was served for this batch — the person's, the results', the app's words. */
    readonly history: readonly unknown[];
    /** The composed system prompt's records — the app's own text. */
    readonly systemPromptInjections?: readonly unknown[];
    /** The ledger's standing rows and `answered` argument rows — never the whole ledger. */
    readonly ledger?: readonly unknown[];
    /** The previous batch's results, by id and tool name (`AgentState.toolResults`). */
    readonly previousBatch?: readonly {
        readonly toolCallId: string;
        readonly toolName?: string;
    }[];
    /** The run's message came from a composition, not a person (`AgentInput.messageFrom`). */
    readonly composed?: true;
}
/**
 * Under `.time()`: the rows of THIS turn the time layer reads — the turn's
 * `clock` row, its `time-reading` rows and its `time-answer` rows (the
 * windows the person settled in the time ask — `time/bind.ts` ·
 * `turnWindowsOf`). Handed by the mount only under the arm, for a batch with
 * calls, and only once the turn has a clock.
 */
export interface TimeInputs {
    readonly clock: ClockRow;
    readonly readings: readonly TimeReadingRow[];
    /** Absent on a checkpoint an earlier version paused: no answer was filed then. */
    readonly answers?: readonly TimeAnswerRow[];
}
/** The subflow's own state — inputs frozen by the mount, then one key per stage. */
export interface InputsLayerState {
    readonly calls: readonly BatchCall[];
    readonly iteration: number;
    readonly maxIterations: number;
    readonly costBudgetHit?: boolean;
    readonly costBudgetOnExceed?: 'warn' | 'halt';
    /** Handed in only when the run's tools are off (`AgentState.toolsOffAfterRevision`). */
    readonly toolsOff?: true;
    readonly turnNumber: number;
    /**
     * This turn's answers KEPT for a call the batch that asked could not finish
     * (`kept.ts`) — handed in only when there are some, so a run that never
     * keeps one never carries the key.
     */
    readonly argumentAnswersKept?: readonly KeptAnswer[];
    /** Under declared sources only: the raw pieces the corpora are built from. */
    readonly sourceInputs?: SourceInputs;
    /** Under `.time()` only: this turn's clock and readings. */
    readonly timeInputs?: TimeInputs;
    argumentPlan?: readonly PlannedCall[];
    argumentChecks?: readonly CheckedArgument[];
    argumentRows?: readonly ArgumentRow[];
    /** Under `.time()` only: one `call-window` row per call to a tool whose period declares forms. */
    argumentWindowRows?: readonly CallWindowRow[];
    argumentResolutions?: readonly ArgumentResolution[];
}
/** What the stages are handed from outside the folder — closures, never scope. */
export interface InputsLayerDeps {
    /** The implementation that will answer a name — the shared dispatch resolver's. */
    readonly toolOf: ToolOf;
    /** The evidence gate's revision turns the tools off — present only then;
     *  only then is the `toolsOff` input read. */
    readonly toolsOffAfterRevision?: true;
    /** Route's dispatch test (`stages/route.ts` · `willDispatch`). */
    readonly willDispatch: (values: {
        readonly callCount: number;
        readonly iteration: number;
        readonly maxIterations: number;
        readonly costBudgetHit?: boolean;
        readonly costBudgetOnExceed?: 'warn' | 'halt';
        readonly toolsOff?: boolean;
    }) => boolean;
    /** The ledger's emit half — one `findings.argument` event per row. */
    readonly emitRows: (scope: TypedScope<InputsLayerState>, rows: readonly ArgumentRow[]) => void;
    /**
     * Present exactly under `.time()`: the stages read `timeInputs` and a tool
     * whose period declares forms is filled, bound or recorded against the
     * turn's windows (`resolve.ts` · `timeDecisionsOf`).
     */
    readonly time?: {
        /** The app's `.time({ zone })` — the zone of a form declaring `wallZone: 'app'`. */
        readonly appZone?: ZoneName;
    };
    /** Present exactly under declared sources (either door: `.inputsLayer({ argumentSources: true })`
     *  or `.findings({ argumentSources: true })`). */
    readonly sources?: {
        /**
         * A tool the agent registers carries an arguments view — present only
         * then: no quote is shown on a row or an ask (`resolve.ts` · `quotesMayShow`).
         */
        readonly argumentViews?: true;
        /** Each call's `from` entries, through the one reader of `_findings`. */
        readonly declaredOf: (calls: readonly BatchCall[]) => readonly CallSources[];
        /** The corpora the checks read, from the pieces the mount handed in (loaded on first use). */
        readonly corpusOf: (inputs: SourceInputs, calls: readonly BatchCall[], turn: number) => Promise<SourceCorpus>;
    };
}
/**
 * DECLARE — which calls of a DISPATCHING batch carry rules, read off the
 * implementation that will answer each name, and which ruled values are
 * missing. Stages `argumentPlan` (identities and a flag — no value); an empty
 * plan when the batch will not dispatch or no call is ruled.
 */
export declare function declareArgumentsStage(scope: TypedScope<InputsLayerState>, deps: InputsLayerDeps): void;
/**
 * VERIFY — where each planned ruled value came from (`resolve.ts` ·
 * `verifyPlan`); under declared sources, each present value checked against
 * the source the model declared (`checks.ts` · `checkSource`) over corpora
 * built from the mount's `sourceInputs`. Stages `argumentChecks` (identities,
 * enums and the checks' verdicts — no value, no quote).
 */
export declare function verifyArgumentsStage(scope: TypedScope<InputsLayerState>, deps: InputsLayerDeps): Promise<void>;
/**
 * RECORD — one row per checked argument, in the tool's own argument view,
 * stamped with the conversation turn; one event per row, fired HERE (inside the
 * subflow, before the call dispatches). Stages `argumentRows`; the mount's
 * output mapper merges them into the ledger in ONE write.
 */
export declare function recordArgumentsStage(scope: TypedScope<InputsLayerState>, deps: InputsLayerDeps): void;
/**
 * RESOLVE — the fills and refusals ToolCalls applies (`resolve.ts` ·
 * `resolutionsOf`). Stages `argumentResolutions`, each entry stamped with the
 * batch's iteration.
 */
export declare function resolveArgumentsStage(scope: TypedScope<InputsLayerState>, deps: InputsLayerDeps): void;