import { type SubAgentBatchResult, type SubAgentDispatcher, type SubAgentRole } from './sub-agent-dispatcher-types.js';
export { awaitClaudeCodeBatch, pollDispatchRecords, type PollDispatchRecordsOptions } from './sub-agent-batch-await.js';
export type { SubAgentAwaitBatchInput, SubAgentBatchResult, SubAgentDispatchInput, SubAgentDispatcher, SubAgentRole, SubAgentToolCall } from './sub-agent-dispatcher-types.js';
/**
 * Claude Code dispatcher. Real, byte-level implementation.
 *
 * - `supportsRole`: any non-empty string (Claude Code's
 * `general-purpose` sub-agent accepts any prompt).
 * - `buildToolCall`: returns `{name: 'Task', args: {subagent_type,
 * description, prompt}}` — the exact shape the `Task` tool
 * in Claude Code expects.
 */
export declare const claudeCodeSubAgentDispatcher: SubAgentDispatcher;
/**
 * Trae dispatcher. UNVERIFIED — Trae sub-agent tool name TBD on real
 * dogfood. Byte-level identical to claude-code by design so:
 * - The dispatcher's return shape is uniform across both adapters
 * — a single byte-equality test can verify the placeholder
 * contract.
 * - Future real Trae dogfood can replace the body of
 * `buildToolCall` without breaking the adapter contract.
 *
 * Slice #014: the legacy `subAgentToolMatcher: 'Task'` install entry
 * is gone — the field is removed from `IdeAdapter`. Slice #009+
 * dispatched sub-agents directly, not via a PreToolUse hook. The Trae
 * dispatcher remains a placeholder so the dispatch surface is uniform
 * across adapters.
 *
 * When real Trae dogfood lands, replace the body of `buildToolCall`
 * with Trae's actual sub-agent tool name + args shape. The interface
 * stays the same; only the per-IDE wiring breaks (intentionally).
 */
export declare const traeSubAgentDispatcher: SubAgentDispatcher;
/**
 * Codex (OpenAI CLI IDE) dispatcher.
 *
 * Slice #13 noted Codex's sub-agent tool name is TBD; per slice #009
 * rationale, the dispatcher mirrors Claude Code's shape so the
 * adapter contract stays uniform. Slice 1.3 promotes Codex from the
 * 1.2 marker to a real `awaitBatch` (file-based polling,
 * Codex default 45s — Codex's documented heartbeat is slightly
 * slower per slice #13 R-3).
 */
export declare const codexSubAgentDispatcher: SubAgentDispatcher;
/**
 * Cursor dispatcher. UNVERIFIED — Cursor sub-agent tool name TBD on
 * real dogfood. Byte-level identical to claude-code by design (slice
 * #012 framing).
 *
 * Slice 1.3: real `awaitBatch` — file-based polling, Cursor default
 * 30s.
 */
export declare const cursorSubAgentDispatcher: SubAgentDispatcher;
/**
 * Null dispatcher for IDEs that cannot dispatch sub-agents at all
 * (e.g. a CLI-only IDE that has no LLM tool surface). Used as the
 * fallback by future unsupported-IDE adapters. The CLI returns
 * `{ok: false, code: "IDE_NOT_SUPPORTED"}` when the dispatcher's
 * `supportsRole` returns false.
 */
export declare const nullSubAgentDispatcher: SubAgentDispatcher;
/**
 * Thrown by `nullSubAgentDispatcher.buildToolCall` and any future
 * dispatcher that does not support a given role. The CLI catches
 * this and returns the IDE_NOT_SUPPORTED error envelope.
 */
export declare class SubAgentNotSupportedError extends Error {
    readonly role: SubAgentRole;
    readonly code: "IDE_NOT_SUPPORTED";
    constructor(role: SubAgentRole);
}
/**
 * In-process awaiter registration hook (used by `peaks sub-agent dispatch`
 * to attach a resolver; not part of the dispatcher public surface).
 * Reserved for slice 1.3 cross-process upgrade.
 */
export declare function registerClaudeCodeAwaiter(batchId: string, awaiter: Promise<readonly SubAgentBatchResult[]>): void;