import { BigNumber } from "bignumber.js";
import type { Observable } from "rxjs";
import type { CryptoCurrency, Unit } from "@ledgerhq/types-cryptoassets";
import type { DeviceModelId } from "@ledgerhq/types-devices";
import type { AccountLike, Account, AccountRaw, TokenAccount, TokenAccountRaw } from "./account";
import type { SignOperationEvent, SignedOperation, TransactionCommon, TransactionStatusCommon, TransactionSource } from "./transaction";
import type { Operation, OperationExtra, OperationExtraRaw } from "./operation";
import type { DerivationMode } from "./derivation";
import type { SyncConfig } from "./pagination";
import { CryptoCurrencyIds, NFTCollectionMetadataResponse, NFTMetadataResponse } from "./nft";
export type ScanAccountEvent = {
    type: "discovered";
    account: Account;
};
/**
 * More events will come in the future
 */
export type ScanAccountEventRaw = {
    type: "discovered";
    account: AccountRaw;
};
/**
 * Unique identifier of a device. It will depend on the underlying implementation.
 */
export type DeviceId = string;
/**
 *
 */
export type PreloadStrategy = Partial<{
    preloadMaxAge: number;
}>;
export type BroadcastConfig = {
    mevProtected: boolean;
    sponsored?: boolean;
    source?: TransactionSource;
};
/**
 *
 */
export type BroadcastArg<A extends Account> = {
    account: A;
    signedOperation: SignedOperation;
    broadcastConfig?: BroadcastConfig;
};
/**
 *
 */
export type SignOperationArg0<T extends TransactionCommon, A extends Account> = {
    account: A;
    transaction: T;
    deviceId: DeviceId;
    deviceModelId?: DeviceModelId;
    certificateSignatureKind?: "prod" | "test";
};
export type SignRawOperationArg0<A extends Account> = {
    account: A;
    transaction: string;
    deviceId: DeviceId;
    deviceModelId?: DeviceModelId;
    certificateSignatureKind?: "prod" | "test";
    broadcast?: boolean;
};
/**
 *
 */
export type SignOperationFnSignature<T extends TransactionCommon, A extends Account> = (arg0: SignOperationArg0<T, A>) => Observable<SignOperationEvent>;
export type SignRawOperationFnSignature<A extends Account> = (arg0: SignRawOperationArg0<A>) => Observable<SignOperationEvent>;
export type BroadcastFnSignature<A extends Account = Account> = (arg0: BroadcastArg<A>) => Promise<Operation>;
export type Bridge<T extends TransactionCommon, A extends Account = Account, U extends TransactionStatusCommon = TransactionStatusCommon, O extends Operation = Operation, R extends AccountRaw = AccountRaw> = {
    currencyBridge: CurrencyBridge;
    accountBridge: AccountBridge<T, A, U, O, R>;
};
export type ScanInfo = {
    currency: CryptoCurrency;
    deviceId: DeviceId;
    scheme?: DerivationMode | null | undefined;
    syncConfig: SyncConfig;
    preferredNewAccountScheme?: DerivationMode;
};
/**
 * Abstraction related to a currency
 */
export interface CurrencyBridge {
    preload(currency: CryptoCurrency): Promise<Record<string, any> | Array<unknown> | void>;
    hydrate(data: unknown, currency: CryptoCurrency): void;
    scanAccounts(info: ScanInfo): Observable<ScanAccountEvent>;
    getPreloadStrategy?: (currency: CryptoCurrency) => PreloadStrategy;
    getDescriptor?: (currency: CryptoCurrency) => Record<string, unknown>;
    nftResolvers?: {
        nftMetadata: (arg: {
            contract: string;
            tokenId: string;
            currencyId: string;
        }) => Promise<NFTMetadataResponse>;
        collectionMetadata: (arg: {
            contract: string;
            currencyId: string;
        }) => Promise<NFTCollectionMetadataResponse>;
    };
}
export type AddressValidationCurrencyParameters = {
    currencyId: string;
    networkId: number;
};
/**
 * Abstraction related to an account
 */
interface SendReceiveAccountBridge<T extends TransactionCommon, A extends Account = Account, U extends TransactionStatusCommon = TransactionStatusCommon> {
    sync(initialAccount: A, syncConfig: SyncConfig): Observable<(arg0: A) => A>;
    receive(account: A, arg1: {
        verify?: boolean;
        deviceId: string;
        subAccountId?: string;
        freshAddressIndex?: number;
        path?: string;
    }): Observable<{
        address: string;
        path: string;
        publicKey: string;
        chainCode?: string;
    }>;
    createTransaction(account: AccountLike<A>): T;
    updateTransaction(t: T, patch: Partial<T>): T;
    prepareTransaction(account: A, transaction: T): Promise<T>;
    getTransactionStatus(account: A, transaction: T): Promise<U>;
    estimateMaxSpendable(arg0: {
        account: AccountLike<A>;
        parentAccount?: A | null | undefined;
        transaction?: T | null | undefined;
    }): Promise<BigNumber>;
    /**
     * This function mutates the 'account' object to extend it with any extra fields of the coin.
     * For instance bitcoinResources needs to be created.
     *
     * @param {Account} account - The original account object to mutates in-place.
     */
    initAccount?: (account: A) => void;
    signOperation: SignOperationFnSignature<T, A>;
    signRawOperation: SignRawOperationFnSignature<A>;
    broadcast: BroadcastFnSignature<A>;
    validateAddress: (address: string, parameters: Partial<AddressValidationCurrencyParameters>) => Promise<boolean>;
}
interface SerializationAccountBridge<A extends Account, O extends Operation = Operation, R extends AccountRaw = AccountRaw> {
    /**
     * This function mutates the 'accountRaw' object in-place to add any extra fields that the coin may need to set.
     * It is called during the serialization mechanism, for instance bitcoinResources need to be serialized.
     *
     * @param {Account} account - The original account object.
     * @param {AccountRaw} accountRaw - The account in its serialized form.
     */
    assignToAccountRaw: (account: A, accountRaw: R) => void;
    /**
     * This function mutates the 'account' object in-place to add any extra fields that the coin may need to set.
     * It is called during the deserialization mechanism, for instance bitcoinResources need to be deserialized.
     *
     * @param {AccountRaw} accountRaw - The account in its serialized form.
     * @param {Account} account - The original account object.
     */
    assignFromAccountRaw: (accountRaw: R, account: A) => void;
    /**
     * This function mutates the 'tokenAccountRaw' object in-place to add any extra fields that the coin may need to set.
     * It is called during the serialization mechanism
     *
     * @param {TokenAccount} tokenAccount - The original token account object.
     * @param {TokenAccountRaw} tokenAccountRaw - The token account in its serialized form.
     */
    assignToTokenAccountRaw: (tokenAccount: TokenAccount, tokenAccountRaw: TokenAccountRaw) => void;
    /**
     * This function mutates the 'tokenAccount' object in-place to add any extra fields that the coin may need to set.
     * It is called during the deserialization mechanism
     *
     * @param {TokenAccountRaw} tokenAccountRaw - The token account in its serialized form.
     * @param {TokenAccount} tokenAccount - The original token account object.
     */
    assignFromTokenAccountRaw?: (tokenAccountRaw: TokenAccountRaw, tokenAccount: TokenAccount) => void;
    fromOperationExtraRaw: (extraRaw: OperationExtraRaw) => OperationExtra;
    toOperationExtraRaw: (extra: OperationExtra) => OperationExtraRaw;
    formatAccountSpecifics: (account: A) => string;
    formatOperationSpecifics: (operation: O, unit: Unit | null | undefined) => string;
}
type AccountBridgeWithExchange<A extends Account = Account> = {
    getSerializedAddressParameters: (account: A, addressFormat?: string) => Buffer;
};
export interface AccountBridgeExtensions {
    isAccountEmpty?: (account: AccountLike) => boolean;
    clearAccount?: <A extends AccountLike>(account: A) => A;
    getStakesCount?: (account: Account) => number;
    isEditableOperation?: (account: Account, operation: Operation) => boolean;
    isStuckOperation?: (operation: Operation) => boolean;
    getStuckAccountAndOperation?: (account: AccountLike, parentAccount: Account | null | undefined) => {
        account: AccountLike;
        parentAccount: Account | undefined;
        operation: Operation;
    } | undefined;
}
export type AccountBridge<T extends TransactionCommon, A extends Account = Account, U extends TransactionStatusCommon = TransactionStatusCommon, O extends Operation = Operation, R extends AccountRaw = AccountRaw> = SendReceiveAccountBridge<T, A, U> & AccountBridgeWithExchange<A> & Partial<SerializationAccountBridge<A, O, R>> & AccountBridgeExtensions;
export type ResolvedAccountBridge<T extends TransactionCommon, A extends Account = Account, U extends TransactionStatusCommon = TransactionStatusCommon, O extends Operation = Operation, R extends AccountRaw = AccountRaw> = AccountBridge<T, A, U, O, R> & Required<AccountBridgeExtensions>;
type ExpectFn = (...args: Array<any>) => any;
type CurrencyTransaction<T extends TransactionCommon> = {
    name: string;
    transaction: T | ((transaction: T, account: Account, accountBridge: AccountBridge<T>) => T);
    expectedStatus?: Partial<TransactionStatusCommon> | ((account: Account, transaction: T, status: TransactionStatusCommon) => Partial<TransactionStatusCommon>);
    test?: (arg0: ExpectFn, arg1: T, arg2: TransactionStatusCommon, arg3: AccountBridge<T>) => any;
    apdus?: string;
    testSignedOperation?: (arg0: ExpectFn, arg1: SignedOperation, arg2: Account, arg3: T, arg4: TransactionStatusCommon, arg5: AccountBridge<T>) => any;
};
export type AccountTestData<T extends TransactionCommon> = {
    raw: AccountRaw;
    implementations?: string[];
    FIXME_tests?: Array<string | RegExp>;
    transactions?: Array<CurrencyTransaction<T>>;
    test?: (arg0: ExpectFn, arg1: Account, arg2: AccountBridge<T>) => any;
};
/**
 *
 */
export type CurrenciesData<T extends TransactionCommon> = {
    FIXME_ignoreAccountFields?: string[];
    FIXME_ignoreOperationFields?: string[];
    FIXME_ignorePreloadFields?: string[] | true;
    IgnorePrepareTransactionFields?: string[];
    mockDeviceOptions?: any;
    scanAccounts?: Array<{
        name: string;
        apdus: string;
        unstableAccounts?: boolean;
        test?: (expect: ExpectFn, scanned: Account[], bridge: CurrencyBridge) => any;
    }>;
    accounts?: Array<AccountTestData<T>>;
    test?: (arg0: ExpectFn, arg1: CurrencyBridge) => any;
};
/**
 *
 */
export type DatasetTest<T extends TransactionCommon> = {
    implementations: string[];
    currencies: Record<CryptoCurrencyIds, CurrenciesData<T>> | Record<string, never>;
};
/**
 *
 */
export type BridgeCacheSystem = {
    hydrateCurrency: (currency: CryptoCurrency) => Promise<unknown | null | undefined>;
    prepareCurrency: (currency: CryptoCurrency, { forceUpdate }?: {
        forceUpdate: boolean;
    }) => Promise<unknown | null | undefined>;
};
export {};
//# sourceMappingURL=bridge.d.ts.map