import type { Network } from '@ethersproject/networks';
import * as t from 'io-ts';
import { PartialRaidenConfig } from './config';
import { ContractsInfo } from './types';
import { Address } from './utils/types';
declare const _RaidenState: t.ReadonlyC<t.TypeC<{
    address: import("./utils/types").AddressC;
    chainId: t.NumberC;
    contracts: t.ReadonlyC<t.RecordC<t.KeyofC<{
        TokenNetworkRegistry: null;
        ServiceRegistry: null;
        UserDeposit: null;
        SecretRegistry: null;
        MonitoringService: null;
        OneToN: null;
    }>, t.ReadonlyC<t.TypeC<{
        address: import("./utils/types").AddressC;
        block_number: t.NumberC;
    }>>>>;
    blockNumber: t.NumberC;
    config: t.ReadonlyC<t.ExactC<t.PartialC<{
        matrixServer: t.StringC;
        subkey: t.BooleanC;
        gasPriceFactor: t.UnionC<[t.NumberC, t.NullC]>;
        matrixServerLookup: t.StringC;
        revealTimeout: t.NumberC;
        expiryFactor: t.NumberC;
        httpTimeout: t.NumberC;
        additionalServices: t.ReadonlyArrayC<t.UnionC<[import("./utils/types").AddressC, t.StringC]>>;
        pfsMode: t.KeyofC<{
            disabled: string;
            auto: string;
            onlyAdditional: string;
        }>;
        pfsSafetyMargin: t.UnionC<[t.NumberC, t.TupleC<[t.NumberC, t.NumberC]>]>;
        pfsMaxPaths: t.NumberC;
        pfsMaxFee: import("./utils/types").UIntC<32>;
        pfsIouTimeout: t.NumberC;
        confirmationBlocks: t.NumberC;
        monitoringReward: t.UnionC<[t.NullC, import("./utils/types").UIntC<32>]>;
        logger: t.KeyofC<{
            "": null;
            trace: null;
            debug: null;
            info: null;
            warn: null;
            error: null;
        }>;
        caps: t.UnionC<[t.NullC, t.ReadonlyC<t.RecordC<t.StringC, t.UnionC<[t.UnionC<[t.StringC, t.NumberC, t.BooleanC, t.NullC]>, t.ArrayC<t.UnionC<[t.StringC, t.NumberC, t.BooleanC, t.NullC]>>]>>>]>;
        fallbackIceServers: t.ArrayC<t.TypeC<{
            urls: t.UnionC<[t.StringC, t.ArrayC<t.StringC>]>;
        }>>;
        rateToSvt: t.RecordC<t.StringC, import("./utils/types").UIntC<32>>;
        pollingInterval: t.NumberC;
        minimumAllowance: import("./utils/types").UIntC<32>;
        autoSettle: t.BooleanC;
        autoUDCWithdraw: t.BooleanC;
        mediationFees: t.UnknownC;
        encryptSecret: t.BooleanC;
    }>>>;
    channels: t.ReadonlyC<t.RecordC<t.StringC, t.IntersectionC<[t.ReadonlyC<t.TypeC<{
        _id: t.RefinementType<t.StringC, `0x${string}@0x${string}#${number}`, string, unknown>;
        id: t.NumberC;
        token: import("./utils/types").AddressC;
        tokenNetwork: import("./utils/types").AddressC;
        isFirstParticipant: t.BooleanC;
        openBlock: t.NumberC;
        own: import("./channels/state").ChannelEndC;
        partner: import("./channels/state").ChannelEndC;
    }>>, t.UnionC<[t.ReadonlyC<t.TypeC<{
        state: t.UnionC<[t.LiteralC<import("./channels/state").ChannelState.open>, t.LiteralC<import("./channels/state").ChannelState.closing>]>;
    }>>, t.IntersectionC<[t.ReadonlyC<t.TypeC<{
        closeBlock: t.NumberC;
        closeParticipant: import("./utils/types").AddressC;
    }>>, t.UnionC<[t.ReadonlyC<t.TypeC<{
        state: t.UnionC<[t.LiteralC<import("./channels/state").ChannelState.closed>, t.LiteralC<import("./channels/state").ChannelState.settleable>, t.LiteralC<import("./channels/state").ChannelState.settling>]>;
    }>>, t.ReadonlyC<t.TypeC<{
        state: t.LiteralC<import("./channels/state").ChannelState.settled>;
        settleBlock: t.NumberC;
    }>>]>]>]>]>>>;
    oldChannels: t.ReadonlyC<t.RecordC<t.StringC, t.IntersectionC<[t.ReadonlyC<t.TypeC<{
        _id: t.RefinementType<t.StringC, `0x${string}@0x${string}#${number}`, string, unknown>;
        id: t.NumberC;
        token: import("./utils/types").AddressC;
        tokenNetwork: import("./utils/types").AddressC;
        isFirstParticipant: t.BooleanC;
        openBlock: t.NumberC;
        own: import("./channels/state").ChannelEndC;
        partner: import("./channels/state").ChannelEndC;
    }>>, t.UnionC<[t.ReadonlyC<t.TypeC<{
        state: t.UnionC<[t.LiteralC<import("./channels/state").ChannelState.open>, t.LiteralC<import("./channels/state").ChannelState.closing>]>;
    }>>, t.IntersectionC<[t.ReadonlyC<t.TypeC<{
        closeBlock: t.NumberC;
        closeParticipant: import("./utils/types").AddressC;
    }>>, t.UnionC<[t.ReadonlyC<t.TypeC<{
        state: t.UnionC<[t.LiteralC<import("./channels/state").ChannelState.closed>, t.LiteralC<import("./channels/state").ChannelState.settleable>, t.LiteralC<import("./channels/state").ChannelState.settling>]>;
    }>>, t.ReadonlyC<t.TypeC<{
        state: t.LiteralC<import("./channels/state").ChannelState.settled>;
        settleBlock: t.NumberC;
    }>>]>]>]>]>>>;
    tokens: t.ReadonlyC<t.RecordC<t.StringC, import("./utils/types").AddressC>>;
    transport: t.ReadonlyC<t.PartialC<{
        server: t.StringC;
        setup: t.ReadonlyC<t.TypeC<{
            userId: t.StringC;
            accessToken: t.StringC;
            deviceId: t.StringC;
            displayName: t.StringC;
        }>>;
    }>>;
    transfers: t.ReadonlyC<t.RecordC<t.StringC, import("./transfers/state").TransferStateC>>;
    iou: t.ReadonlyC<t.RecordC<t.StringC, t.RecordC<t.StringC, import("./utils/types").SignedC<t.ReadonlyC<t.TypeC<{
        sender: import("./utils/types").AddressC;
        receiver: import("./utils/types").AddressC;
        amount: import("./utils/types").UIntC<32>;
        claimable_until: import("./utils/types").UIntC<32>;
        one_to_n_address: import("./utils/types").AddressC;
        chain_id: import("./utils/types").UIntC<32>;
    }>>>>>>;
    pendingTxs: t.ReadonlyArrayC<t.Type<Readonly<{
        type: string;
        payload: {
            txHash: import("./utils/types").HexString<32>;
            txBlock: number;
            confirmed: boolean | undefined;
        };
    }>, {
        type: string;
        payload: {
            txHash: string;
            txBlock: number;
            confirmed: boolean | undefined;
        };
    }, unknown>>;
    services: t.ReadonlyC<t.RecordC<t.StringC, t.NumberC>>;
}>>;
export interface RaidenState extends t.TypeOf<typeof _RaidenState> {
}
export interface RaidenStateC extends t.Type<RaidenState, t.OutputOf<typeof _RaidenState>> {
}
export declare const RaidenState: RaidenStateC;
declare type PartialState = {
    config?: PartialRaidenConfig;
} & Omit<Partial<RaidenState>, 'config'>;
/**
 * Create an initial RaidenState from common parameters (including default config)
 *
 * @param obj - Object containing common parameters for state
 * @param obj.network - ether's Network object for the current blockchain
 * @param obj.address - current account's address
 * @param obj.contractsInfo - ContractsInfo mapping
 * @param overrides - A partial object to overwrite top-level properties of the returned config
 * @returns A full config object
 */
export declare function makeInitialState({ network, address, contractsInfo, }: {
    network: Network;
    address: Address;
    contractsInfo: ContractsInfo;
}, overrides?: PartialState): RaidenState;
/**
 * state constant used as default state reducer parameter only.
 * To build an actual initial state at runtime, use [[makeInitialState]] instead.
 */
export declare const initialState: RaidenState;
export {};