/**
 * build-per-run-scope — thin, pure(ish) builder for the per-invocation RunScope.
 *
 * Extracted from pre-action-hook (and cli-context assembly) to address
 * composition-root concentration (GA architectural blocker #2).
 *
 * The hook remains the sequencer of high-level steps (project resolution,
 * bailouts, logger config, update nag). This builder owns the exact
 * scope-construction + wiring of:
 *   - signalSink (cloud)
 *   - toolConfig + configDocument (ADR-0023 one-reader)
 *   - targets (ADR-0037)
 *   - contributeScope from all registered tools
 *   - capability registry wiring
 *   - RunScope construction with explicit inputs
 *
 * Inputs are explicit so the builder is testable in isolation and the
 * hook stays focused on orchestration.
 */
import { type Logger, type ProjectContext, RunScope } from '@opensip-cli/core';
import type { BuildPerRunScopeInput } from './build-per-run-scope-contract.js';
export type { BuildPerRunScopeInput } from './build-per-run-scope-contract.js';
export interface BuildInspectionOnlyScopeInput {
    readonly project: ProjectContext;
    readonly runId: string;
}
export interface BuildInspectionOnlyScopeResult {
    readonly scope: RunScope;
    readonly logger: Logger;
}
/**
 * Minimal non-persistent scope for `status`. No config composition, cloud
 * sink, datastore factory, report state, Tool hook, or file logger is touched.
 */
export declare function buildInspectionOnlyScope(input: BuildInspectionOnlyScopeInput): BuildInspectionOnlyScopeResult;
/**
 * Build the per-run RunScope + perform the post-construction wiring
 * (contributeScope, capabilities, toolConfig, targets).
 *
 * This is the extracted builder. It is intentionally not 100% pure
 * (it calls into config resolution, signal sink selection, etc.)
 * but all inputs are explicit and side effects are contained.
 */
export declare function buildPerRunScope(input: BuildPerRunScopeInput): RunScope;
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