import type { AnyJson, AnyNumber, AnyTuple, AnyU8a, Codec } from '@polkadot/types-codec/types';
import type { HexString } from '@polkadot/util/types';
import type { ExtrinsicStatus } from '../interfaces/author/index.js';
import type { EcdsaSignature, Ed25519Signature, Sr25519Signature } from '../interfaces/extrinsics/index.js';
import type { Address, Call, H256, Hash } from '../interfaces/runtime/index.js';
import type { DispatchError, DispatchInfo, EventRecord } from '../interfaces/system/index.js';
import type { ICompact, IKeyringPair, IMethod, INumber, IRuntimeVersionBase } from './interfaces.js';
import type { Registry } from './registry.js';
export interface ISubmittableResult {
    readonly dispatchError?: DispatchError | undefined;
    readonly dispatchInfo?: DispatchInfo | undefined;
    readonly events: EventRecord[];
    readonly internalError?: Error | undefined;
    readonly status: ExtrinsicStatus;
    readonly isCompleted: boolean;
    readonly isError: boolean;
    readonly isFinalized: boolean;
    readonly isInBlock: boolean;
    readonly isWarning: boolean;
    readonly txHash: Hash;
    readonly txIndex?: number | undefined;
    filterRecords(section: string, method: string): EventRecord[];
    findRecord(section: string, method: string): EventRecord | undefined;
    toHuman(isExtended?: boolean): AnyJson;
}
export interface SignerPayloadJSON {
    /**
     * @description The ss-58 encoded address
     */
    address: string;
    /**
     * @description The id of the asset used to pay fees, in hex
     */
    assetId?: HexString;
    /**
     * @description The checkpoint hash of the block, in hex
     */
    blockHash: HexString;
    /**
     * @description The checkpoint block number, in hex
     */
    blockNumber: HexString;
    /**
     * @description The era for this transaction, in hex
     */
    era: HexString;
    /**
     * @description The genesis hash of the chain, in hex
     */
    genesisHash: HexString;
    /**
     * @description The metadataHash for the CheckMetadataHash SignedExtension, as hex
     */
    metadataHash?: HexString;
    /**
     * @description The encoded method (with arguments) in hex
     */
    method: string;
    /**
     * @description The mode for the CheckMetadataHash SignedExtension, in hex
     */
    mode?: number;
    /**
     * @description The nonce for this transaction, in hex
     */
    nonce: HexString;
    /**
     * @description The current spec version for the runtime
     */
    specVersion: HexString;
    /**
     * @description The tip for this transaction, in hex
     */
    tip: HexString;
    /**
     * @description The current transaction version for the runtime
     */
    transactionVersion: HexString;
    /**
     * @description The applicable signed extensions for this runtime
     */
    signedExtensions: string[];
    /**
     * @description The version of the extrinsic we are dealing with
     */
    version: number;
    /**
     * @description Optional flag that enables the use of the `signedTransaction` field in
     * `singAndSend`, `signAsync`, and `dryRun`.
     */
    withSignedTransaction?: boolean;
}
export interface SignerPayloadRawBase {
    /**
     * @description The hex-encoded data for this request
     */
    data: string;
    /**
     * @description The type of the contained data
     */
    type?: 'bytes' | 'payload';
}
export interface SignerPayloadRaw extends SignerPayloadRawBase {
    /**
     * @description The ss-58 encoded address
     */
    address: string;
    /**
     * @description The type of the contained data
     */
    type: 'bytes' | 'payload';
}
export interface ISignerPayload {
    toPayload(): SignerPayloadJSON;
    toRaw(): SignerPayloadRaw;
}
export interface SignerResult {
    /**
     * @description The id for this request
     */
    id: number;
    /**
     * @description The resulting signature in hex
     */
    signature: HexString;
    /**
     * @description The payload constructed by the signer. This allows the
     * inputted signed transaction to bypass `signAndSend` from adding the signature to the payload,
     * and instead broadcasting the transaction directly. There is a small validation layer. Please refer
     * to the implementation for more information. If the inputted signed transaction is not actually signed, it will fail with an error.
     *
     * This will also work for `signAsync`. The new payload will be added to the Extrinsic, and will be sent once the consumer calls `.send()`.
     *
     * NOTE: This is only implemented for `signPayload`, and will only work when the `withSignedTransaction` option is enabled as an option.
     */
    signedTransaction?: HexString | Uint8Array;
}
export interface Signer {
    /**
     * @description signs an extrinsic payload from a serialized form
     */
    signPayload?: (payload: SignerPayloadJSON) => Promise<SignerResult>;
    /**
     * @description signs a raw payload, only the bytes data as supplied
     */
    signRaw?: (raw: SignerPayloadRaw) => Promise<SignerResult>;
    /**
     * @description Receives an update for the extrinsic signed by a `signer.sign`
     */
    update?: (id: number, status: H256 | ISubmittableResult) => void;
}
export interface IExtrinsicEra extends Codec {
    asImmortalEra: Codec;
    asMortalEra: Codec;
}
export interface SignatureOptions {
    allowCallDataAlteration?: boolean;
    blockHash: Uint8Array | string;
    era?: IExtrinsicEra;
    genesisHash: Uint8Array | string;
    nonce: AnyNumber;
    runtimeVersion: IRuntimeVersionBase;
    signedExtensions?: string[];
    signer?: Signer;
    tip?: AnyNumber;
    assetId?: AnyNumber | object;
    mode?: AnyNumber;
    metadataHash?: Uint8Array | string;
    withSignedTransaction?: boolean;
}
interface ExtrinsicSignatureBase {
    readonly isSigned: boolean;
    readonly era: IExtrinsicEra;
    readonly nonce: ICompact<INumber>;
    readonly signature: EcdsaSignature | Ed25519Signature | Sr25519Signature;
    readonly signer: Address;
    readonly tip: ICompact<INumber>;
}
export interface ExtrinsicPayloadValue {
    blockHash: AnyU8a;
    era: AnyU8a | IExtrinsicEra;
    genesisHash: AnyU8a;
    method: AnyU8a | IMethod<AnyTuple>;
    nonce: AnyNumber;
    specVersion: AnyNumber;
    tip: AnyNumber;
    transactionVersion: AnyNumber;
    assetId?: HexString;
    mode?: AnyNumber;
    metadataHash?: AnyU8a;
}
export interface IExtrinsicSignature extends ExtrinsicSignatureBase, Codec {
    addSignature(signer: Address | Uint8Array | string, signature: Uint8Array | HexString, payload: Uint8Array | HexString): IExtrinsicSignature;
    sign(method: Call, account: IKeyringPair, options: SignatureOptions): IExtrinsicSignature;
    signFake(method: Call, address: Address | Uint8Array | string, options: SignatureOptions): IExtrinsicSignature;
    readonly registry: Registry;
}
interface IExtrinsicSignable<T> extends Codec {
    addSignature(signer: Address | Uint8Array | string, signature: Uint8Array | HexString, payload: ExtrinsicPayloadValue | Uint8Array | HexString): T;
    sign(account: IKeyringPair, options: SignatureOptions): T;
    signFake(address: Address | Uint8Array | string, options: SignatureOptions): T;
    readonly registry: Registry;
}
export interface IExtrinsicImpl extends IExtrinsicSignable<IExtrinsicImpl> {
    readonly method: Call;
    readonly signature: IExtrinsicSignature;
    readonly version: number;
}
export interface IExtrinsicV5Impl extends IExtrinsicSignable<IExtrinsicV5Impl> {
    readonly method: Call;
    readonly signature: IExtrinsicSignature;
    readonly version: number;
}
export interface IExtrinsic<A extends AnyTuple = AnyTuple> extends IExtrinsicSignable<IExtrinsic<A>>, ExtrinsicSignatureBase, IMethod<A> {
    readonly length: number;
    readonly method: IMethod<A>;
    readonly type: number;
    readonly version: number;
}
export {};