/**
 * Solana
 */
import { Commitment, Connection, Finality, PublicKey, Transaction } from '@solana/web3.js';
import { BN } from '@project-serum/anchor';
/**
 * MSP
 */
import { Category, ListStreamParams, PaymentStreamingAccount, AccountType, Stream, StreamEventData, StreamTemplate, SubCategory, TimeUnit, AccountActivity, StreamActivity, TransferTransactionAccounts, ScheduleTransferTransactionAccounts, StreamPaymentTransactionAccounts, CreateAccountTransactionAccounts, CreateStreamTransactionAccounts, CreateVestingAccountTransactionAccounts, UpdateVestingTemplateTransactionAccounts, CreateVestingStreamTransactionAccounts, AddFundsToAccountTransactionAccounts, AllocateFundsToStreamTransactionAccounts, FundStreamTransactionAccounts, WithdrawFromAccountTransactionAccounts, RefreshAccountDataTransactionAccounts, CloseAccountTransactionAccounts, WithdrawFromStreamTransactionAccounts, PauseResumeStreamTransactionAccounts, TransferStreamTransactionAccounts, CloseStreamTransactionAccounts } from './types';
import { WARNING_TYPES } from './constants';
/**
 * TS Client to interact with the Payment Streaming (PS) program.
 */
export declare class PaymentStreaming {
    private connection;
    private program;
    private blockhashCommitment;
    /**
     * Creates a Payment Streaming client
     *
     * @param connection Connectin to use
     * @param programId Payment Streaming program ID. By default is the mainnet ID
     * @param blockhashCommitment Commitment used to fetch the latest `blockhash`
     * and corresponding `lastValidBlockHeight`
     */
    constructor(connection: Connection, programId?: PublicKey, blockhashCommitment?: Commitment);
    getStream(id: PublicKey): Promise<Stream | null>;
    getStreamRaw(id: PublicKey): Promise<StreamEventData | null>;
    refreshStream(streamInfo: Stream, hardUpdate?: boolean): Promise<Stream | null>;
    listStreams({ psAccountOwner, psAccount, beneficiary, category, subCategory, }: ListStreamParams): Promise<Stream[]>;
    refreshStreams(streamInfoList: Stream[], psAccountOwner?: PublicKey | undefined, psAccount?: PublicKey | undefined, beneficiary?: PublicKey | undefined, hardUpdate?: boolean): Promise<Stream[]>;
    /**
     *
     * @param id The address of the stream
     * @param before The signature to start searching backwards from.
     * @param limit The max amount of elements to retrieve
     * @param commitment Commitment to query the stream activity
     * @returns
     */
    listStreamActivity(id: PublicKey, before?: string, limit?: number, commitment?: Finality | undefined): Promise<StreamActivity[]>;
    getAccount(id: PublicKey, commitment?: Commitment | undefined): Promise<PaymentStreamingAccount>;
    listAccounts(owner: PublicKey | undefined, excludeAutoClose?: boolean, category?: Category, subCategory?: SubCategory): Promise<PaymentStreamingAccount[]>;
    getStreamTemplate(psAccount: PublicKey): Promise<StreamTemplate>;
    private prepareTransaction;
    private createTransaction;
    /**
     * Contructs a transaction to perform a simple transfer of tokens to a
     * beneficiary using the Token program.
     *
     * @param accounts - Transaction accounts
     * @param amount - The token amount to be sent
     */
    buildTransferTransaction({ sender, feePayer, beneficiary, mint }: TransferTransactionAccounts, amount: string | number): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Returns a transaction for scheduling a transfer as a stream without rate.
     *
     * @param accounts - Transaction accoutns
     * @param amount - The token amount to be allocated to the stream
     * @param startUtc - The date on which the transfer will be executed
     * @param streamName - The name of the transfer
     * @param tokenFeePayedByOwner - If true, the protocol token fees will be paid by the
     * {@link owner}, otherwise by the {@link beneficiary} at withdraw time
     */
    buildScheduleTransferTransaction({ owner, feePayer, beneficiary, mint }: ScheduleTransferTransactionAccounts, amount: string | number, startUtc?: Date, streamName?: string, tokenFeePayedByOwner?: boolean): Promise<{
        transaction: Transaction;
        stream: PublicKey;
    }>;
    /**
     * Constructs a transaction to create a recurring payment at a given rate to
     * start immediately or scheduled.
     *
     * @param owner - Transaction accounts
     * @param streamName - The name of the transfer
     * @param rateAmount - Token amount that will be streamed in every
     * {@link rateIntervalInSeconds} period
     * @param rateIntervalInSeconds - Period of time in seconds in which the
     * {@link rateAmount} will be streamed progressively second by second
     * @param allocationAssigned - The token amount to be allocated to the stream
     * @param startUtc - The date and time on which the transfer will be executed
     * @param tokenFeePayedByOwner - If true, the protocol token fees will be
     * paid from {@link psAccountToken} and deposited upfront by the owner. If
     * false, the beneficiary will paid the token fees at withdraw time
     */
    buildStreamPaymentTransaction({ owner, feePayer, beneficiary, mint }: StreamPaymentTransactionAccounts, streamName: string, rateAmount: string | number, rateIntervalInSeconds: number, allocationAssigned: string | number, startUtc?: Date, tokenFeePayedByOwner?: boolean): Promise<{
        transaction: Transaction;
        psAccount: PublicKey;
        psAccountToken: PublicKey;
        stream: PublicKey;
    }>;
    /**
     * Constructs a transaction for creating a PS account.
     *
     * @param accounts - Transaction accounts
     * @param name - Name for the new account
     * @param type - Either Open or Lock. Under locked accounts, once a stream
     * starts it cannot be paused or closed, they will run until out of funds
     * @param solFeePayedFromAccount
     * @param category
     * @param subCategory
     * @returns
     */
    buildCreateAccountTransaction({ owner, feePayer, mint }: CreateAccountTransactionAccounts, name: string, type: AccountType, solFeePayedFromAccount?: boolean, category?: Category, subCategory?: SubCategory): Promise<{
        transaction: Transaction;
        psAccount: PublicKey;
        psAccountToken: PublicKey;
    }>;
    /**
     * Constructs a transaction for creating a stream under a PS account.
     *
     * @param accounts - Transaction accounts
     * @param streamName - A name for the new stream
     * @param rateAmount - Token amount that will be streamed in every
     * {@link rateIntervalInSeconds} period
     * @param rateIntervalInSeconds - Period of time in seconds in which the
     * {@link rateAmount} will be streamed progressively second by second
     * @param allocationAssigned - Total token amount allocated to the new stream
     * out of the containing PS account's unallocated balance
     * @param startUtc - Date and time when the stream will start
     * @param cliffVestAmount - Token amount that is immediatelly withdrawable
     * by the {@link beneficiary} as soon as the stream starts. When
     * {@link cliffVestPercent} is greater than zero, this value will be ignored
     * @param cliffVestPercent - The 0-100 percentage of
     * {@link allocationAssigned} that is immediatelly withdrawable by the
     * {@link beneficiary} as soon as the stream starts. It takes precedence over
     * {@link cliffVestAmount}, i.e. when this value is greater than zero,
     * {@link cliffVestAmount} will be ignored
     * @param tokenFeePayedFromAccount - If true, the protocol token fees will be
     * paid from the PS account ATA and deposited upfront during stream
     * creation or allocation. If false, the beneficiary will pay for token fees
     * at withdraw time
     * @param usePda - If true, the new stream will be created at an address
     * derived from the program
     */
    buildCreateStreamTransaction({ psAccount, owner, feePayer, beneficiary, }: CreateStreamTransactionAccounts, streamName: string, rateAmount: number | string, rateIntervalInSeconds: number, allocationAssigned: number | string, startUtc?: Date, cliffVestAmount?: number | string, cliffVestPercent?: number, tokenFeePayedFromAccount?: boolean, usePda?: boolean): Promise<{
        transaction: Transaction;
        stream: PublicKey;
    }>;
    /**
     * Constructs a transaction to create vesting contract account together with a
     * configuration account (template) for creating vesting streams.
     *
     * @param accounts - Transaction accounts
     * @param name - Name for the vesting contract account
     * @param type - Either Open or Lock. Under locked accounts, once a stream
     * starts it cannot be paused or closed, they will run until out of funds
     * @param solFeePayedFromAccount - If true, protocol SOL fees will be payed
     * from the newly created account, otherwise from the {@link feePayer} account
     * @param numberOfIntervals - Number of intervals of duration
     * {@link rateIntervalInSeconds} in which the allocation assigned will be
     * streamed
     * @param intervalUnit - Duration of each interval (E.g. for 1 minute
     *  intervals pass {@link TimeUnit.Minute}, for 1 hour intervals pass
     * {@link TimeUnit.Hour} and so on). See {@link TimeUnit} enum
     * @param fundingAmount - The token amount to fund the newly creawted
     * vesting account if a value greater than 0 is provided
     * @param vestingCategory - Category for the vesting contract account
     * @param startUtc - The vesting contract start date
     * @param cliffVestPercent - When a vesting stream is created using this
     * template, this is the 0-100 percentage of the allocation assigned to the
     * stream that is immediatelly withdrawable by the beneficiary as soon as the
     * vesting stream starts
     * @param tokenFeePayedFromAccount - If true, the protocol token fees will be
     * paid from PS account ATA and deposited upfront during stream
     * creation or allocation. If false, the beneficiary will pay for token fees
     * at withdraw time
     */
    buildCreateVestingAccountTransaction({ owner, feePayer, mint }: CreateVestingAccountTransactionAccounts, name: string, type: AccountType, solFeePayedFromAccount: boolean, numberOfIntervals: number, intervalUnit: TimeUnit, fundingAmount: string | number, vestingCategory: SubCategory, startUtc?: Date, cliffVestPercent?: number, tokenFeePayedFromAccount?: boolean): Promise<{
        transaction: Transaction;
        vestingAccount: PublicKey;
        vestingAccountToken: PublicKey;
        template: PublicKey;
    }>;
    /**
     * Constructs a transaction for updating values of vesting account
     * template if no streams have been created yet.
     *
     * @param accounts - Transaction accounts
     * @param numberOfIntervals - The new number of intervals
     * @param intervalUnit - The new interval unit
     * @param startUtc - The new start date
     * @param cliffVestPercent - The new cliff percentage
     * @param tokenFeePayedFromAccount - The new tokenFeePayedFromAccount
     */
    buildUpdateVestingTemplateTransaction({ owner, feePayer, vestingAccount, }: UpdateVestingTemplateTransactionAccounts, numberOfIntervals?: number, intervalUnit?: TimeUnit, startUtc?: Date, cliffVestPercent?: number, tokenFeePayedFromAccount?: boolean): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Returns a list with the activity of a vesting account.
     *
     * @param vestingAccount - The vesting account
     * @param before - The signature to start searching backwards from.
     * @param limit - The max amount of elements to retrieve
     * @param commitment - Commitment to query the vesting account activity
     */
    listAccountActivity(vestingAccount: PublicKey, before?: string, limit?: number, commitment?: Finality | undefined): Promise<AccountActivity[]>;
    /**
     * Gets the flowing rate of a vesting contract.
     *
     * @param vestingAccount - The address of the vesting contract account
     * @param onlyRunning - If true, only running streams will be accounted
     */
    getVestingAccountFlowRate(vestingAccount: PublicKey, onlyRunning?: boolean): Promise<{
        rateAmount: BN;
        intervalUnit: TimeUnit;
        totalAllocation: BN;
    }>;
    /**
     * Creates a vesting stream based on the vesting contract template.
     *
     * @param accounts - Transaction accounts
     * @param streamName - A name for the new stream
     * @param allocationAssigned - Total token amount allocated to the new stream
     * out of the containing vesting account's unallocated balance
     */
    buildCreateVestingStreamTransaction({ vestingAccount, owner, feePayer, beneficiary, }: CreateVestingStreamTransactionAccounts, allocationAssigned: string | number, streamName?: string, usePda?: boolean): Promise<{
        transaction: Transaction;
        stream: PublicKey;
        template: PublicKey;
    }>;
    /**
     * Constructs a transaction to add funds to a PS account. The funds are
     * added as unallocated balance.
     *
     * @param accounts - Transaction accounts
     * @param amount - Token amount to add
     */
    buildAddFundsToAccountTransaction({ psAccount, psAccountMint, contributor, feePayer, }: AddFundsToAccountTransactionAccounts, amount: string | number): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to allocate funds to a stream from the PS
     * account unallocated balance.
     *
     * @param accounts - Transaction accounts
     * @param amount - Token amount to allocate
     */
    buildAllocateFundsToStreamTransaction({ psAccount, owner, feePayer, stream, }: AllocateFundsToStreamTransactionAccounts, amount: string | number): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction which does both: adding funds to a PS account
     * and allocating the funds to the specified stream.
     *
     * @param accounts - Transaction accounts
     * @param amount
     * @param autoWSol - Whether a wrap SOL instruction should be included in
     * the transaction if necessary
     */
    buildFundStreamTransaction({ psAccount, owner, feePayer, stream }: FundStreamTransactionAccounts, amount: string | number, autoWSol?: boolean): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to withdraw funds from a Payment Streaming
     * account.
     *
     * @param accounts - Transaction accounts
     * @param amount - Token amount to withdraw
     * @param autoWSol - Whether a wrap SOL instruction should be included in
     * the transaction if necessary
     */
    buildWithdrawFromAccountTransaction({ psAccount, feePayer, destination, }: WithdrawFromAccountTransactionAccounts, amount: number | string, autoWSol?: boolean): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to refresh a Payment Streaming account after
     * funds are sent to it from outside of the program, i.e. using the
     * Token program directly.
     *
     * @param accounts - Transaction accounts
     */
    buildRefreshAccountDataTransaction({ psAccount, feePayer, }: RefreshAccountDataTransactionAccounts): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to close a Payment Streaming account.
     *
     * @param accounts - Transaction accounts
     * @param autoWSol - Whether a wrap SOL instruction should be included in
     * the transaction if necessary
     */
    buildCloseAccountTransaction({ psAccount, feePayer, destination }: CloseAccountTransactionAccounts, autoWSol?: boolean): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to withdraw funds from a stream.
     *
     * @param accounts - Transaction accounts
     * @param amount - The token amount to withdraw
     * @param autoWSol - Whether a wrap SOL instruction should be included in
     * the transaction if necessary
     */
    buildWithdrawFromStreamTransaction({ stream, feePayer }: WithdrawFromStreamTransactionAccounts, amount: number | string, autoWSol?: boolean): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to pause a running stream.
     *
     * @param accounts - Transaction accounts
     */
    buildPauseStreamTransaction({ stream, owner, feePayer, }: PauseResumeStreamTransactionAccounts): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to resume a paused stream.
     *
     * @param accounts - Transaction accounts
     */
    buildResumeStreamTransaction({ stream, owner, feePayer, }: PauseResumeStreamTransactionAccounts): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to transfer a stream.
     *
     * @param accounts - Transaction accounts
     */
    buildTransferStreamTransaction({ stream, beneficiary, newBeneficiary, feePayer, }: TransferStreamTransactionAccounts): Promise<{
        transaction: Transaction;
    }>;
    /**
     * Constructs a transaction to close a stream.
     *
     * @param accounts - Transaction accounts
     * @param autoWSol - Whether a wrap SOL instruction should be included in
     * the transaction if necessary
     * @param autoCloseAccount - If true, an instruction will be included in
     * the resulting transaction to close the containing PS account
     */
    buildCloseStreamTransaction({ stream, feePayer, destination }: CloseStreamTransactionAccounts, autoCloseAccount?: boolean, autoWSol?: boolean): Promise<{
        transaction: Transaction;
    }>;
    private ensureAutoWrapSolInstructions;
    /**
     * Validates the given address
     * @param address Solana public address
     * @returns one of the WARNING_TYPES as result
     */
    checkAddressForWarnings(address: string): Promise<WARNING_TYPES>;
}