import type { AbiFunction } from "abitype";
import { type Abi, type Log, type TransactionReceipt } from "viem";
import { type AnyCell, type CellArray, type Cellified, type MapCell, type ValueCell } from "@okcontract/cells";
import { type ABI, type ABIExtra, type OKToken, type OKWidgetStepType, type TokenMarketData } from "@okcontract/coredata";
import { DataEditor, type TypeScheme } from "@okcontract/fred";
import { type Environment, Rational, type ValueDefinition } from "@okcontract/lambdascript";
import type { Value } from "@okcontract/lambdascript/src/eval";
import type { Chain, ChainAddress, ChainType, GetEstimateGas, Network } from "@okcontract/multichain";
import { type RawRPCQuery } from "@okcontract/multichain";
import type { AnalyzedLog } from "./analyze";
import type { OKPage } from "./instance";
import { type AnyContractQuery, type DataOfContractQuery, type OKContract, OKContractManager } from "./okcontract";
import { type Step, type TXRequest } from "./steps";
import type { SentTransaction } from "./tx";
import type { Transaction } from "./wallet";
type Options = {
    abi?: Abi;
    extraEnv?: ValueDefinition[];
    settingsEnv?: Environment;
    forceTXGeneration?: boolean;
    /** override title */
    title?: MapCell<unknown[], false>;
    /** override info */
    info?: MapCell<unknown[], false>;
    /** override org */
    org?: MapCell<string, false>;
    okc?: OKContractManager;
    editor?: AnyCell<DataEditor>;
    isPreOk?: MapCell<boolean, false>;
};
export declare const filterMapByKeys: <T>(map: Map<string, T>, predicate: (key: string) => boolean) => Map<string, T>;
/**
 * OKTransaction is a class containing all information relating to a
 * single blockchain transaction from its creation (inputs), computations,
 * submission and log analysis after mining.
 */
export declare class OKTransaction<Query extends AnyContractQuery> {
    private readonly _instance;
    private _counter;
    private readonly _core;
    private readonly _okc;
    private readonly _options;
    readonly okStep: Cellified<Step<OKWidgetStepType>>;
    /** stepper env */
    readonly $value: ValueCell<Rational>;
    readonly function: AnyCell<AbiFunction>;
    /** check if target method is on the right chain*/
    readonly chainOK: AnyCell<boolean>;
    readonly okContract: AnyCell<OKContract<Query>>;
    readonly contractChain: AnyCell<ChainType>;
    readonly chain: AnyCell<Chain>;
    readonly chains: AnyCell<Map<ChainType, ChainAddress<"evm">>>;
    readonly address: AnyCell<ChainAddress>;
    readonly contractData: AnyCell<DataOfContractQuery<Query>>;
    readonly abi: AnyCell<ABI>;
    readonly abix: AnyCell<ABIExtra>;
    readonly inputEnv: Environment;
    /** schema of the transaction */
    readonly schema: TypeScheme;
    /** tx data (from schema values) */
    readonly data: AnyCell<Environment>;
    readonly editor: AnyCell<DataEditor>;
    /** OKTransaction environment */
    readonly env: MapCell<Environment, false>;
    readonly missingInputs: MapCell<string[], false>;
    readonly org: MapCell<string, false>;
    readonly btnLabel: MapCell<string, false>;
    readonly title: MapCell<unknown[], false>;
    readonly info: MapCell<unknown[], false>;
    readonly infoLine: MapCell<string, false>;
    readonly button: MapCell<Value<string>[], false>;
    readonly image: MapCell<string, boolean>;
    readonly allowances: MapCell<[string, Value<unknown>][], boolean>;
    /** tx inputs */
    readonly txInputs: MapCell<AnyCell<unknown>[], false>;
    private _txInputsUncellified;
    readonly inputsOK: MapCell<boolean, false>;
    /** if preconditions are met */
    readonly isPreOk: MapCell<boolean, false>;
    /** if tx can be sent */
    readonly canSendTX: MapCell<boolean, false>;
    /** this transaction can be skipped */
    readonly skip: AnyCell<boolean>;
    /** encoded data */
    readonly encodedData: MapCell<`0x${string}`, false>;
    /** the tx to be sent */
    readonly tx: MapCell<{
        tx: TXRequest;
        gas_amount: bigint;
    }, false>;
    /** built tx to be sent */
    readonly readyTx: MapCell<Transaction<Network>, false>;
    /** the result of readonly method */
    readonly readOutput: MapCell<Record<number, AnyCell<unknown>>, false>;
    /** the sent transaction */
    readonly sentTx: ValueCell<SentTransaction[]>;
    /** tx receipt */
    readonly receipt: AnyCell<TransactionReceipt>;
    /** list of receipts */
    readonly receipts: ValueCell<TransactionReceipt[]>;
    /** raw logs from receipt */
    readonly rawLogs: AnyCell<AnyCell<Log>[]>;
    /** tx logs */
    readonly $logs: AnyCell<AnyCell<AnalyzedLog>[]>;
    /** prettified logs */
    readonly prettyLogs: CellArray<string[]>;
    /** tx is processing */
    readonly isSending: ValueCell<boolean>;
    /** tx has be processed */
    readonly isDone: ValueCell<boolean>;
    readonly decimals: AnyCell<Rational>;
    readonly tokenPriceData: AnyCell<TokenMarketData>;
    readonly currency: AnyCell<OKToken>;
    constructor(instance: OKPage, step: Cellified<Step<OKWidgetStepType>>, opts?: Options);
    /**
     * setValue sets the $value cell containing the transaction value.
     * @param v any float or integer number, without decimals conversion, or exact `bigint`
     * @example tx.setValue(0.001)
     */
    setValue: (v: number | bigint) => void;
    /**
     * sendTX submits the transaction on-chain.
     * @returns block hash
     *
     * @todo sendTX should be synchronous and return a cell of the hash
     */
    sendTX: () => Promise<`0x${string}`>;
    /**
     * Sign the raw transaction, for the few EOAs that support it.
     * @todo should be a ValueCell?
     */
    signTX: () => Promise<any>;
    switchChain: () => void;
    _approvalRefresh: (_receipt: TransactionReceipt | Error, _allowanceQuery: AnyCell<[ChainType, RawRPCQuery]>, _estimateQuery: AnyCell<[ChainType, GetEstimateGas]>) => Promise<void>;
    wait(): Promise<void>;
}
export {};