import { AddressMap } from "../onchain/utils/AddressMap.js";
import { TokenTransfer } from "../onchain/market/adapters/transfers.js";
import { ChainContractsRegister } from "../onchain/base/ChainContractsRegister.js";
import "../onchain/index.js";
import { WithdrawCollateralEventInfo } from "./trace/extractTransfers.js";
import { FacadeParsedCall } from "./trace/types.js";
import "./trace/index.js";
import { HistoryFacadeMetadata, OuterFacadeOperation } from "./types.js";
import { Address } from "viem";
//#region src/history/assembleOperations.d.ts
export interface AssembleOperationsInput {
  facadeCalls: FacadeParsedCall[];
  /**
   * ERC-20 transfers grouped per facade `Execute` event, one inner array per
   * Execute event across the whole transaction, in emission order. Sliced per
   * facade call and consumed one inner array per adapter/unknown inner call.
   */
  executeTransfers: TokenTransfer[][];
  register: ChainContractsRegister;
  underlying: Address;
  liquidationRemainingFunds?: bigint;
  phantomTokens?: AddressMap<Address>;
  withdrawCollateralEvents?: WithdrawCollateralEventInfo[];
  strict?: boolean;
}
/**
 * Combines parsed facade calls with per-Execute transfer data into
 * fully classified {@link OuterFacadeOperation} entries.
 *
 * The flat `executeTransfers` array (one inner array per Execute event across
 * the entire transaction) is sliced per facade call based on how many
 * adapter/unknown inner calls each one contains.
 */
export declare function assembleOperations(input: AssembleOperationsInput): Omit<OuterFacadeOperation, keyof HistoryFacadeMetadata>[];
//#endregion