/**
 * These io-ts codecs validate and decode JSON Raiden messages
 * They include BigNumber strings validation, enum validation (if needed), Address checksum
 * validation, etc, and converting everything to its respective object, where needed.
 */
import * as t from 'io-ts';
export declare enum MessageType {
    DELIVERED = "Delivered",
    PROCESSED = "Processed",
    SECRET_REQUEST = "SecretRequest",
    SECRET_REVEAL = "RevealSecret",
    LOCKED_TRANSFER = "LockedTransfer",
    UNLOCK = "Unlock",
    LOCK_EXPIRED = "LockExpired",
    WITHDRAW_REQUEST = "WithdrawRequest",
    WITHDRAW_CONFIRMATION = "WithdrawConfirmation",
    WITHDRAW_EXPIRED = "WithdrawExpired",
    PFS_CAPACITY_UPDATE = "PFSCapacityUpdate",
    PFS_FEE_UPDATE = "PFSFeeUpdate",
    MONITOR_REQUEST = "RequestMonitoring"
}
declare const _Delivered: t.ReadonlyC<t.TypeC<{
    type: t.LiteralC<MessageType.DELIVERED>;
    delivered_message_identifier: import("../utils/types").UIntC<8>;
}>>;
export interface Delivered extends t.TypeOf<typeof _Delivered> {
}
export interface DeliveredC extends t.Type<Delivered, t.OutputOf<typeof _Delivered>> {
}
export declare const Delivered: DeliveredC;
declare const _Processed: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.PROCESSED>;
}>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>;
export interface Processed extends t.TypeOf<typeof _Processed> {
}
export interface ProcessedC extends t.Type<Processed, t.OutputOf<typeof _Processed>> {
}
export declare const Processed: ProcessedC;
declare const _SecretRequest: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.SECRET_REQUEST>;
    payment_identifier: import("../utils/types").UIntC<8>;
    secrethash: import("../utils/types").HexStringC<32>;
    amount: import("../utils/types").UIntC<32>;
    expiration: import("../utils/types").UIntC<32>;
}>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>;
export interface SecretRequest extends t.TypeOf<typeof _SecretRequest> {
}
export interface SecretRequestC extends t.Type<SecretRequest, t.OutputOf<typeof _SecretRequest>> {
}
export declare const SecretRequest: SecretRequestC;
declare const _SecretReveal: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.SECRET_REVEAL>;
    secret: import("../utils/types").HexStringC<32>;
}>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>;
export interface SecretReveal extends t.TypeOf<typeof _SecretReveal> {
}
export interface SecretRevealC extends t.Type<SecretReveal, t.OutputOf<typeof _SecretReveal>> {
}
export declare const SecretReveal: SecretRevealC;
declare const _RouteMetadata: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    route: t.ReadonlyArrayC<import("../utils/types").AddressC>;
}>, t.PartialC<{
    address_metadata: t.RefinementType<t.ReadonlyC<t.RecordC<t.StringC, import("../services/types").AddressMetadataC>>, Readonly<{
        [x: string]: import("../services/types").AddressMetadata;
    }>, Readonly<{
        [x: string]: Readonly<{
            user_id: string;
            displayname: string;
            capabilities: string;
        }>;
    }>, unknown>;
}>]>>;
export interface RouteMetadata extends t.TypeOf<typeof _RouteMetadata> {
}
export interface RouteMetadataC extends t.Type<RouteMetadata, t.OutputOf<typeof _RouteMetadata>> {
}
export declare const RouteMetadata: RouteMetadataC;
declare const _Metadata: t.ReadonlyC<t.TypeC<{
    routes: t.ReadonlyArrayC<RouteMetadataC>;
}>>;
export interface Metadata extends t.TypeOf<typeof _Metadata> {
}
export interface MetadataC extends t.Type<Metadata, t.OutputOf<typeof _Metadata>> {
}
export declare const Metadata: MetadataC;
declare const _LockedTransfer: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.LOCKED_TRANSFER>;
}>, t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    payment_identifier: import("../utils/types").UIntC<8>;
    token: import("../utils/types").AddressC;
    recipient: import("../utils/types").AddressC;
    lock: t.IntersectionC<[t.TypeC<{
        amount: import("../utils/types").UIntC<32>;
        expiration: import("../utils/types").UIntC<32>;
        secrethash: import("../utils/types").HexStringC<32>;
    }>, t.PartialC<{
        registered: t.LiteralC<true>;
    }>]>;
    target: import("../utils/types").AddressC;
    initiator: import("../utils/types").AddressC;
    metadata: t.UnknownC;
}>, t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    chain_id: import("../utils/types").UIntC<32>;
    token_network_address: import("../utils/types").AddressC;
    channel_identifier: import("../utils/types").UIntC<32>;
    nonce: import("../utils/types").UIntC<8>;
    transferred_amount: import("../utils/types").UIntC<32>;
    locked_amount: import("../utils/types").UIntC<32>;
    locksroot: import("../utils/types").HexStringC<32>;
}>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>]>>]>>;
export interface LockedTransfer extends t.TypeOf<typeof _LockedTransfer> {
}
export interface LockedTransferC extends t.Type<LockedTransfer, t.OutputOf<typeof _LockedTransfer>> {
}
export declare const LockedTransfer: LockedTransferC;
declare const _Unlock: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.UNLOCK>;
    payment_identifier: import("../utils/types").UIntC<8>;
    secret: import("../utils/types").HexStringC<32>;
}>, t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    chain_id: import("../utils/types").UIntC<32>;
    token_network_address: import("../utils/types").AddressC;
    channel_identifier: import("../utils/types").UIntC<32>;
    nonce: import("../utils/types").UIntC<8>;
    transferred_amount: import("../utils/types").UIntC<32>;
    locked_amount: import("../utils/types").UIntC<32>;
    locksroot: import("../utils/types").HexStringC<32>;
}>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>]>>;
export interface Unlock extends t.TypeOf<typeof _Unlock> {
}
export interface UnlockC extends t.Type<Unlock, t.OutputOf<typeof _Unlock>> {
}
export declare const Unlock: UnlockC;
declare const _LockExpired: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.LOCK_EXPIRED>;
    recipient: import("../utils/types").AddressC;
    secrethash: import("../utils/types").HexStringC<32>;
}>, t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    chain_id: import("../utils/types").UIntC<32>;
    token_network_address: import("../utils/types").AddressC;
    channel_identifier: import("../utils/types").UIntC<32>;
    nonce: import("../utils/types").UIntC<8>;
    transferred_amount: import("../utils/types").UIntC<32>;
    locked_amount: import("../utils/types").UIntC<32>;
    locksroot: import("../utils/types").HexStringC<32>;
}>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>]>>;
export interface LockExpired extends t.TypeOf<typeof _LockExpired> {
}
export interface LockExpiredC extends t.Type<LockExpired, t.OutputOf<typeof _LockExpired>> {
}
export declare const LockExpired: LockExpiredC;
declare const _WithdrawRequest: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.WITHDRAW_REQUEST>;
}>, t.PartialC<{
    coop_settle: t.BooleanC;
}>, t.ReadonlyC<t.TypeC<{
    chain_id: import("../utils/types").UIntC<32>;
    token_network_address: import("../utils/types").AddressC;
    channel_identifier: import("../utils/types").UIntC<32>;
    participant: import("../utils/types").AddressC;
    total_withdraw: import("../utils/types").UIntC<32>;
    nonce: import("../utils/types").UIntC<8>;
    expiration: import("../utils/types").UIntC<32>;
}>>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>;
export interface WithdrawRequest extends t.TypeOf<typeof _WithdrawRequest> {
}
export interface WithdrawRequestC extends t.Type<WithdrawRequest, t.OutputOf<typeof _WithdrawRequest>> {
}
export declare const WithdrawRequest: WithdrawRequestC;
declare const _WithdrawConfirmation: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.WITHDRAW_CONFIRMATION>;
}>, t.ReadonlyC<t.TypeC<{
    chain_id: import("../utils/types").UIntC<32>;
    token_network_address: import("../utils/types").AddressC;
    channel_identifier: import("../utils/types").UIntC<32>;
    participant: import("../utils/types").AddressC;
    total_withdraw: import("../utils/types").UIntC<32>;
    nonce: import("../utils/types").UIntC<8>;
    expiration: import("../utils/types").UIntC<32>;
}>>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>;
export interface WithdrawConfirmation extends t.TypeOf<typeof _WithdrawConfirmation> {
}
export interface WithdrawConfirmationC extends t.Type<WithdrawConfirmation, t.OutputOf<typeof _WithdrawConfirmation>> {
}
export declare const WithdrawConfirmation: WithdrawConfirmationC;
declare const _WithdrawExpired: t.ReadonlyC<t.IntersectionC<[t.TypeC<{
    type: t.LiteralC<MessageType.WITHDRAW_EXPIRED>;
}>, t.ReadonlyC<t.TypeC<{
    chain_id: import("../utils/types").UIntC<32>;
    token_network_address: import("../utils/types").AddressC;
    channel_identifier: import("../utils/types").UIntC<32>;
    participant: import("../utils/types").AddressC;
    total_withdraw: import("../utils/types").UIntC<32>;
    nonce: import("../utils/types").UIntC<8>;
    expiration: import("../utils/types").UIntC<32>;
}>>, t.ReadonlyC<t.TypeC<{
    message_identifier: import("../utils/types").UIntC<8>;
}>>]>>;
export interface WithdrawExpired extends t.TypeOf<typeof _WithdrawExpired> {
}
export interface WithdrawExpiredC extends t.Type<WithdrawExpired, t.OutputOf<typeof _WithdrawExpired>> {
}
export declare const WithdrawExpired: WithdrawExpiredC;
declare const _PFSCapacityUpdate: t.ReadonlyC<t.TypeC<{
    type: t.LiteralC<MessageType.PFS_CAPACITY_UPDATE>;
    canonical_identifier: t.ReadonlyC<t.TypeC<{
        chain_identifier: import("../utils/types").UIntC<32>;
        token_network_address: import("../utils/types").AddressC;
        channel_identifier: import("../utils/types").UIntC<32>;
    }>>;
    updating_participant: import("../utils/types").AddressC;
    other_participant: import("../utils/types").AddressC;
    updating_nonce: import("../utils/types").UIntC<8>;
    other_nonce: import("../utils/types").UIntC<8>;
    updating_capacity: import("../utils/types").UIntC<32>;
    other_capacity: import("../utils/types").UIntC<32>;
    reveal_timeout: import("../utils/types").UIntC<32>;
}>>;
export interface PFSCapacityUpdate extends t.TypeOf<typeof _PFSCapacityUpdate> {
}
export interface PFSCapacityUpdateC extends t.Type<PFSCapacityUpdate, t.OutputOf<typeof _PFSCapacityUpdate>> {
}
export declare const PFSCapacityUpdate: PFSCapacityUpdateC;
declare const _PFSFeeUpdate: t.ReadonlyC<t.TypeC<{
    type: t.LiteralC<MessageType.PFS_FEE_UPDATE>;
    canonical_identifier: t.ReadonlyC<t.TypeC<{
        chain_identifier: import("../utils/types").UIntC<32>;
        token_network_address: import("../utils/types").AddressC;
        channel_identifier: import("../utils/types").UIntC<32>;
    }>>;
    updating_participant: import("../utils/types").AddressC;
    timestamp: t.StringC;
    fee_schedule: t.TypeC<{
        cap_fees: t.BooleanC;
        imbalance_penalty: t.UnionC<[t.NullC, t.ReadonlyArrayC<t.ReadonlyC<t.TupleC<[import("../utils/types").UIntC<32>, import("../utils/types").UIntC<32>]>>>]>;
        proportional: import("../utils/types").IntC<32>;
        flat: import("../utils/types").IntC<32>;
    }>;
}>>;
export interface PFSFeeUpdate extends t.TypeOf<typeof _PFSFeeUpdate> {
}
export interface PFSFeeUpdateC extends t.Type<PFSFeeUpdate, t.OutputOf<typeof _PFSFeeUpdate>> {
}
export declare const PFSFeeUpdate: PFSFeeUpdateC;
declare const _MonitorRequest: t.ReadonlyC<t.TypeC<{
    type: t.LiteralC<MessageType.MONITOR_REQUEST>;
    balance_proof: t.TypeC<{
        chain_id: import("../utils/types").UIntC<32>;
        token_network_address: import("../utils/types").AddressC;
        channel_identifier: import("../utils/types").UIntC<32>;
        nonce: import("../utils/types").UIntC<8>;
        balance_hash: import("../utils/types").HexStringC<32>;
        additional_hash: import("../utils/types").HexStringC<32>;
        signature: import("../utils/types").HexStringC<65>;
    }>;
    monitoring_service_contract_address: import("../utils/types").AddressC;
    non_closing_participant: import("../utils/types").AddressC;
    non_closing_signature: import("../utils/types").HexStringC<65>;
    reward_amount: import("../utils/types").UIntC<32>;
}>>;
export interface MonitorRequest extends t.TypeOf<typeof _MonitorRequest> {
}
export interface MonitorRequestC extends t.Type<MonitorRequest, t.OutputOf<typeof _MonitorRequest>> {
}
export declare const MonitorRequest: MonitorRequestC;
declare const messages: [DeliveredC, ProcessedC, SecretRequestC, SecretRevealC, LockedTransferC, UnlockC, LockExpiredC, WithdrawRequestC, WithdrawConfirmationC, WithdrawExpiredC, PFSCapacityUpdateC, PFSFeeUpdateC, MonitorRequestC];
export declare type Message = t.TypeOf<typeof messages[number]>;
export interface MessageC extends t.UnionC<typeof messages> {
}
export declare const Message: MessageC;
export declare type EnvelopeMessage = LockedTransfer | Unlock | LockExpired;
export {};