import { BN, Program, Provider, web3 } from "@coral-xyz/anchor";
import { TransactionInstruction, AddressLookupTableAccount } from "@solana/web3.js";
import { FulfilledRequestAccount, NetworkConfiguration, NetworkState, RequestAccount, Client, Callback, RequestAltAccount } from "./state";
import { OraoVrfCb } from "./types/orao_vrf_cb";
import IDL from "./types/orao_vrf_cb.json";
import { MethodsBuilder } from "@coral-xyz/anchor/dist/cjs/program/namespace/methods";
import { AllInstructionsMap, IdlTypes } from "@coral-xyz/anchor/dist/cjs/program/namespace/types";
export { Provider, MethodsBuilder, web3 };
export * from "./state";
export { IDL, OraoVrfCb };
/**
 * Address of a deployed Callback VRF
 */
export declare const PROGRAM_ADDRESS: string;
/**
 * Id of a deployed Callback VRF
 */
export declare const PROGRAM_ID: web3.PublicKey;
/**
 * Maximum supported number of fulfill authorities.
 */
export declare const MAX_FULFILLMENT_AUTHORITIES: number;
export declare const CB_CONFIG_ACCOUNT_SEED: Buffer;
export declare const CB_CLIENT_ACCOUNT_SEED: Buffer;
export declare const CB_REQUEST_ACCOUNT_SEED: Buffer;
export declare const CB_REQUEST_ALT_ACCOUNT_SEED: Buffer;
/**
 * Creates VRF Configuration PDA address (see helper {@link OraoCb.getNetworkState}).
 *
 * ```typescript
 * const [address, bump] = networkStateAddress(knownBump);
 * assert!(bump === knownBump);
 * ```
 *
 * @param bump - known PDA bump
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function networkStateAddress(bump: number, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Finds VRF Configuration PDA address (see helper {@link OraoCb.getNetworkState}).
 *
 * ```typescript
 * const [address, bump] = networkStateAddress();
 * ```
 *
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function networkStateAddress(vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Creates Client PDA address for the given `program` and `state`.
 * (see helper {@link OraoCb.getClient}).
 *
 * ```typescript
 * const [address, bump] = clientAddress(program, state, knownBump);
 * assert(bump === knownBump);
 * ```
 *
 * @param program program address.
 * @param state program's side client state address.
 * @param bump - known PDA bump
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function clientAddress(program: web3.PublicKey, state: web3.PublicKey, bump: number, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Finds Client PDA address for the given `program` and `state`.
 * (see helper {@link OraoCb.getClient}).
 *
 * ```typescript
 * const [address, bump] = clientAddress(program, state);
 * ```
 *
 * @param program program address.
 * @param state program's side client state address.
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function clientAddress(program: web3.PublicKey, state: web3.PublicKey, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Creates RequestAltAccount PDA address and bump for the given `client` and `seed`
 * (see helper {@link OraoCb.getRequestAltAccount}).
 *
 * ```typescript
 * const [address, bump] = requestAltAccountAddress(client, seed, knownBump);
 * assert(bump === knownBump);
 * ```
 *
 * @param client client address.
 * @param seed seed buffer.
 * @param bump known PDA bump.
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function requestAltAccountAddress(client: web3.PublicKey, seed: Buffer | Uint8Array, bump: number, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Finds RequestAltAccount PDA address and bump for the given `client` and `seed`
 * (see helper {@link OraoCb.getRequestAltAccount}).
 *
 * ```typescript
 * const [address, bump] = requestAltAccountAddress(client, seed);
 * ```
 *
 * @param client client address.
 * @param seed seed buffer.
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function requestAltAccountAddress(client: web3.PublicKey, seed: Buffer | Uint8Array, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Creates RequestAccount PDA address and bump for the given `client` and `seed`
 * (see helper {@link OraoCb.getRequestAccount}).
 *
 * ```typescript
 * const [address, bump] = requestAccountAddress(client, seed, knownBump);
 * assert(bump === knownBump);
 * ```
 *
 * @param client client address.
 * @param seed seed buffer.
 * @param bump known PDA bump.
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function requestAccountAddress(client: web3.PublicKey, seed: Buffer | Uint8Array, bump: number, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Finds RequestAccount PDA and bump for the given `client` and `seed`
 * (see helper {@link OraoCb.getRequestAccount}).
 *
 * ```typescript
 * const [address, bump] = requestAccountAddress(client, seed);
 * ```
 *
 * @param client client address.
 * @param seed seed buffer.
 * @param [vrf_id=PROGRAM_ID] - you can override the program ID.
 */
export declare function requestAccountAddress(client: web3.PublicKey, seed: Buffer | Uint8Array, vrf_id?: web3.PublicKey): [web3.PublicKey, number];
/**
 * Returns `true` if Byzantine quorum is achieved.
 *
 * @param count number of participants
 * @param total total number of nodes
 * @returns `true` if quorum is achieved
 */
export declare function quorum(count: number, total: number): boolean;
/**
 * Compiles given `accounts` to a pair of `RemainingAccountAlt[]` and accountsHash
 * given the list of lookup tables.
 *
 * This helper function can be used to populate the `CallbackAlt` structure fields.
 */
export declare function compileAccounts(accounts: IdlTypes<OraoVrfCb>["remainingAccount"], lookupTables: AddressLookupTableAccount[]): [IdlTypes<OraoVrfCb>["remainingAccountAlt"][], Uint8Array];
/** Orao VRF program */
export declare class OraoCb extends Program<OraoVrfCb> {
    readonly _payer: web3.PublicKey;
    get payer(): web3.PublicKey;
    /**
     * Constructs a new program given the provider.
     *
     * Make sure to choose the desired {@link web3.Commitment} when building your provider.
     *
     * @param provider - an object that implements the {@link Provider} interface.
     *     Make sure it uses the desired `CommitmentLevel`.
     * @param [id=PROGRAM_ID] - you can override the program ID.
     */
    constructor(provider: Provider, id?: web3.PublicKey);
    /**
     * Returns VRF configuration (throws if not initialized).
     *
     * ```typescript
     * const state = await vrf.getNetworkState();
     * console.log("Request fee is " + state.config.requestFee);
     * ```
     *
     * @param commitment - you can override the provider's commitment level.
     */
    getNetworkState(commitment?: web3.Commitment): Promise<NetworkState>;
    /**
     * Returns client PDA (or `null` if missing).
     *
     * ```typescript
     * const client = await vrf.getClient(programAddress, stateAddress);
     * console.log("Client:" + client);
     * ```
     *
     * @param program - client program address
     * @param state - client state address
     * @param commitment - you can override the provider's commitment level.
     */
    getClient(program: web3.PublicKey, state: web3.PublicKey, commitment?: web3.Commitment): Promise<Client>;
    /**
     * Returns client PDA (or `null` if missing).
     *
     * Throws if unable to deserialize.
     *
     * ```typescript
     * const client = await vrf.getClient(clientAddress);
     * console.log("Client:" + client);
     * ```
     *
     * @param client - client PDA address
     * @param commitment - you can override the provider's commitment level.
     */
    getClient(client: web3.PublicKey, commitment?: web3.Commitment): Promise<Client>;
    /**
     * Returns request account data for the given client and seed (or `null` if missing).
     *
     * ```typescript
     * const requestAccount = await vrf.getRequestAccount(clientAddress, seed);
     * const fulfilled = requestAccount.getFulfilled();
     * if (fulfilled == null) {
     *     console.error("Randomness is not yet fulfilled");
     * } else {
     *     console.log("Randomness is fulfilled " + bs58.encode(fulfilled.randomness));
     * }
     * ```
     *
     * @param client - client address
     * @param seed - seed buffer
     * @param commitment - you can override the provider's commitment level.
     */
    getRequestAccount(client: web3.PublicKey, seed: Uint8Array, commitment?: web3.Commitment): Promise<RequestAccount | null>;
    /**
     * Returns request account data at the given address (or `null` if missing).
     *
     * Throws if account couldn't be decoded.
     *
     * ```typescript
     * const requestAccount = await vrf.getRequestAccount(accountAddress);
     * const fulfilled = requestAccount.getFulfilled();
     * if (fulfilled == null) {
     *     console.error("Randomness is not yet fulfilled");
     * } else {
     *     console.log("Randomness is fulfilled " + bs58.encode(fulfilled.randomness));
     * }
     * ```
     *
     * @param accountAddress - request account address.
     * @param commitment - you can override the provider's commitment level.
     */
    getRequestAccount(accountAddress: web3.PublicKey, commitment?: web3.Commitment): Promise<RequestAccount | null>;
    /**
     * Returns request account data for the given client and seed (or `null` if missing).
     *
     * ```typescript
     * const requestAccount = await vrf.getRequestAltAccount(clientAddress, seed);
     * const fulfilled = requestAccount.getFulfilled();
     * if (fulfilled == null) {
     *     console.error("Randomness is not yet fulfilled");
     * } else {
     *     console.log("Randomness is fulfilled " + bs58.encode(fulfilled.randomness));
     * }
     * ```
     *
     * @param client - client address
     * @param seed - seed buffer
     * @param commitment - you can override the provider's commitment level.
     */
    getRequestAltAccount(client: web3.PublicKey, seed: Uint8Array, commitment?: web3.Commitment): Promise<RequestAltAccount | null>;
    /**
     * Returns request account data at the given address (or `null` if missing).
     *
     * Throws if account couldn't be decoded.
     *
     * ```typescript
     * const requestAccount = await vrf.getRequestAccount(accountAddress);
     * const fulfilled = requestAccount.getFulfilled();
     * if (fulfilled == null) {
     *     console.error("Randomness is not yet fulfilled");
     * } else {
     *     console.log("Randomness is fulfilled " + bs58.encode(fulfilled.randomness));
     * }
     * ```
     *
     * @param accountAddress - request account address.
     * @param commitment - you can override the provider's commitment level.
     */
    getRequestAltAccount(accountAddress: web3.PublicKey, commitment?: web3.Commitment): Promise<RequestAltAccount | null>;
    /**
     * Waits for the given randomness to be fulfilled.
     *
     * @param client - client address
     * @param seed - seed
     * @param requestKind - whether it is regular request or ALT request
     * @param commitment - you can override the provider's commitment level.
     */
    waitFulfilled(client: web3.PublicKey, seed: Buffer | Uint8Array, requestKind: "regular" | "alt", commitment?: web3.Commitment): Promise<FulfilledRequestAccount>;
    /**
     * Waits for the given randomness to be fulfilled.
     *
     * @param accountAddress - randomness account address
     * @param commitment - you can override the provider's commitment level.
     */
    waitFulfilled(accountAddress: web3.PublicKey, commitment?: web3.Commitment): Promise<FulfilledRequestAccount>;
    /**
     * Returns available client balance.
     * @param client — client PDA address
     */
    clientBalance(client: web3.PublicKey): Promise<BN>;
    /**
     * Returns available client balance.
     * @param program — client program address
     * @param state — client state address
     */
    clientBalance(program: web3.PublicKey, state: web3.PublicKey): Promise<BN>;
}
/**
 * A convenient builder for the `Initialize` instruction.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link InitializeBuilder.withComputeUnitPrice} and {@link InitializeBuilder.withComputeUnitLimit}
 * to opt-out)
 *
 * @hidden
 */
export declare class InitializeBuilder {
    vrf: OraoCb;
    requestFee: BN;
    private computeBudgetConfig;
    /**
     * Creates a new init_network instruction builder.
     *
     * @param vrf ORAO VRF program instance.
     * @param requestFee request fee (in lamports)
     */
    constructor(vrf: OraoCb, requestFee: BN);
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): InitializeBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): InitializeBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): InitializeBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `Initialize` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link InitializeBuilder.withComputeUnitPrice} and
     * {@link InitializeBuilder.withComputeUnitLimit} to opt-out).
     */
    build(): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["initialize"]>>;
    /**
     * Performs an RPC call.
     *
     * @returns a transaction signature.
     */
    rpc(): Promise<string>;
}
/**
 * A convenient builder for the `Configure` instruction.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link ConfigureBuilder.withComputeUnitPrice} and {@link ConfigureBuilder.withComputeUnitLimit}
 * to opt-out)
 *
 * @hidden
 */
export declare class ConfigureBuilder {
    vrf: OraoCb;
    newConfig: NetworkConfiguration;
    private computeBudgetConfig;
    /**
     * Creates a new `Configure` instruction.
     *
     * @param vrf ORAO VRF program instance.
     */
    constructor(vrf: OraoCb, newConfig: NetworkConfiguration);
    /** Change configuration authority. */
    withAuthority(authority: web3.PublicKey): ConfigureBuilder;
    /** Change treasury account address. */
    withTreasury(treasury: web3.PublicKey): ConfigureBuilder;
    /** Change fee (in lamports). */
    withFee(requestFee: BN): ConfigureBuilder;
    /** Change callback deadline (in slots). */
    withCallbackDeadline(callbackDeadline: BN): ConfigureBuilder;
    /** Change fulfill authorities. */
    withFulfillAuthorities(fulfillAuthorities: web3.PublicKey[]): ConfigureBuilder;
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): ConfigureBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): ConfigureBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): ConfigureBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `UpdateNetwork` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link ConfigureBuilder.withComputeUnitPrice} and
     * {@link ConfigureBuilder.withComputeUnitLimit} to opt-out).
     */
    build(): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["configure"]>>;
    /**
     * Performs an RPC call.
     *
     * @returns a transaction signature.
     */
    rpc(): Promise<string>;
}
/**
 * A convenient builder for the `Register` instruction.
 *
 * This instruction registers a new Callback VRF client. Every registration is performed for
 * a pair of accounts:
 * 1. Program account — it's a client program address capable of doing
 *    requests and handling callbacks (if any).
 * 2. State account — it's an arbitrary PDA belonging to the client program that becomes
 *    a request authority, i.e. it must sign the `Request` CPI calls,
 *
 * Note that same program can be registered many times as long as unique state accounts are used
 * for every registration.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link RegisterBuilder.withComputeUnitPrice} and {@link RegisterBuilder.withComputeUnitLimit}
 * to opt-out)
 */
export declare class RegisterBuilder {
    vrf: OraoCb;
    program: web3.PublicKey;
    state: web3.PublicKey;
    stateSeeds: Array<Uint8Array>;
    callback: Callback | null;
    private computeBudgetConfig;
    /**
     * Creates a `Register` instruction builder with empty client-level callback.
     *
     * @param vrf ORAO VRF program instance.
     * @param program program being registered
     * @param state the state PDA of a client being registered
     * @param stateSeeds `state` seeds and bump
     */
    constructor(vrf: OraoCb, program: web3.PublicKey, state: web3.PublicKey, stateSeeds: Array<Uint8Array>);
    /** Sets the client-level callback */
    withCallback(callback: Callback | null): void;
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): RegisterBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): RegisterBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): RegisterBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `Register` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link RegisterBuilder.withComputeUnitPrice} and
     * {@link RegisterBuilder.withComputeUnitLimit} to opt-out).
     */
    build(): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["register"]>>;
    /**
     * Performs an RPC call.
     *
     * @returns a transaction signature.
     */
    rpc(): Promise<string>;
}
/**
 * A convenient builder for the `SetCallback` instruction.
 *
 * This instruction updates the client-level callback for a client (see {@link Callback});
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link RegisterBuilder.withComputeUnitPrice} and {@link RegisterBuilder.withComputeUnitLimit}
 * to opt-out)
 */
export declare class SetCallbackBuilder {
    vrf: OraoCb;
    client: web3.PublicKey;
    newCallback: Callback | null;
    private computeBudgetConfig;
    /**
     * Creates a `SetCallback` instruction builder.
     *
     * @param vrf ORAO VRF program instance.
     * @param client
     * @param newCallback new client-level callback
     */
    constructor(vrf: OraoCb, client: web3.PublicKey, newCallback: Callback | null);
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): SetCallbackBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): SetCallbackBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): SetCallbackBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `SetCallback` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link SetCallbackBuilder.withComputeUnitPrice} and
     * {@link SetCallbackBuilder.withComputeUnitLimit} to opt-out).
     */
    build(): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["setCallback"]>>;
    /**
     * Performs an RPC call.
     *
     * @returns a transaction signature.
     */
    rpc(): Promise<string>;
}
/**
 * A convenient builder for the `Transfer` instruction.
 *
 * This instruction transfers client ownership to another account. Client owner is able
 * to update client-level callback and withdraw client funds.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link RegisterBuilder.withComputeUnitPrice} and {@link RegisterBuilder.withComputeUnitLimit}
 * to opt-out)
 */
export declare class TransferBuilder {
    vrf: OraoCb;
    client: web3.PublicKey;
    newOwner: web3.PublicKey;
    private computeBudgetConfig;
    /**
     * Creates a `Transfer` instruction builder.
     *
     * @param vrf ORAO VRF program instance.
     * @param client
     * @param newOwner new client owner
     */
    constructor(vrf: OraoCb, client: web3.PublicKey, newOwner: web3.PublicKey);
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): TransferBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): TransferBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): TransferBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `Transfer` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link TransferBuilder.withComputeUnitPrice} and
     * {@link TransferBuilder.withComputeUnitLimit} to opt-out).
     */
    build(): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["transfer"]>>;
    /**
     * Performs an RPC call.
     *
     * @returns a transaction signature.
     */
    rpc(): Promise<string>;
}
/**
 * A convenient builder for the `Withdraw` instruction.
 *
 * This instructions withdraw funds from the {@link Client} PDA account. Note that you won't
 * be able to withdraw past the rent exemption — use {@link OraoCb.clientBalance} to
 * get the available balance.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link RegisterBuilder.withComputeUnitPrice} and {@link RegisterBuilder.withComputeUnitLimit}
 * to opt-out)
 */
export declare class WithdrawBuilder {
    vrf: OraoCb;
    client: web3.PublicKey;
    amount: BN;
    private computeBudgetConfig;
    /**
     * Creates a `Withdraw` instruction builder.
     *
     * @param vrf ORAO VRF program instance.
     * @param client
     * @param amount amount to withdraw (in lamports)
     */
    constructor(vrf: OraoCb, client: web3.PublicKey, amount: BN);
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): WithdrawBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): WithdrawBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): WithdrawBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `Withdraw` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link WithdrawBuilder.withComputeUnitPrice} and
     * {@link WithdrawBuilder.withComputeUnitLimit} to opt-out).
     */
    build(): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["withdraw"]>>;
    /**
     * Performs an RPC call.
     *
     * @returns a transaction signature.
     */
    rpc(): Promise<string>;
}
/**
 * A convenient builder for the `Fulfill` instruction.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link RegisterBuilder.withComputeUnitPrice} and {@link RegisterBuilder.withComputeUnitLimit}
 * to opt-out)
 *
 * @hidden
 */
export declare class FulfillBuilder {
    vrf: OraoCb;
    client: web3.PublicKey;
    seed: Uint8Array;
    private computeBudgetConfig;
    /**
     * Creates a fulfill instruction builder.
     *
     * @param vrf ORAO VRF program instance.
     * @param client the client that made the request
     * @param seed seed value (32 bytes).
     */
    constructor(vrf: OraoCb, client: web3.PublicKey, seed: Uint8Array);
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): FulfillBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): FulfillBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): FulfillBuilder;
    /**
     * Returns a {@link MethodsBuilder} instance for the `Fulfill` instruction.
     *
     * Note, that compute budget instructions will be prepended to the returned
     * instance (use {@link FulfillBuilder.withComputeUnitPrice} and
     * {@link FulfillBuilder.withComputeUnitLimit} to opt-out).
     *
     * @param fulfillAuthority - public key of a fulfill authority
     * @param signature - signature of a `client || seed`, performed by the fulfill authority
     */
    build(fulfillAuthority: web3.PublicKey, signature: Uint8Array): Promise<MethodsBuilder<OraoVrfCb, AllInstructionsMap<OraoVrfCb>["fulfill"]>>;
    /**
     * Performs an RPC call.
     *
     * @param fulfillAuthority - public key of a fulfill authority
     * @param signature - signature of a `client || seed`, performed by the fulfill authority
     *
     * @returns a transaction signature.
     */
    rpc(fulfillAuthority: web3.PublicKey, signature: Uint8Array): Promise<string>;
}
/**
 * A convenient builder for the `FulfillAlt` instruction.
 *
 * Note that by default it will guess and apply a prioritization fee (see
 * {@link RegisterBuilder.withComputeUnitPrice} and {@link RegisterBuilder.withComputeUnitLimit}
 * to opt-out)
 *
 * @hidden
 */
export declare class FulfillAltBuilder {
    vrf: OraoCb;
    client: web3.PublicKey;
    seed: Uint8Array;
    private computeBudgetConfig;
    /**
     * Creates a fulfill instruction builder.
     *
     * @param vrf ORAO VRF program instance.
     * @param client the client that made the request
     * @param seed seed value (32 bytes).
     */
    constructor(vrf: OraoCb, client: web3.PublicKey, seed: Uint8Array);
    /**
     * Adds a prioritization fee in micro-lamports (applied per compute unit).
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitPrice` to the request builder.
     *
     * *   if not specified, then median fee of the last 150 confirmed
     *     slots is used (this is by default)
     * *   if zero, then compute unit price is not applied at all.
     */
    withComputeUnitPrice(computeUnitPrice: bigint): FulfillAltBuilder;
    /**
     * Defines a multiplier that is applied to a median compute unit price.
     *
     * This is only applied if no compute_unit_price specified, i.e. if compute unit price
     * is measured as a median fee of the last 150 confirmed slots.
     *
     * *   if not specified, then no multiplier is applied (this is by default)
     * *   if specified, then applied as follows: `compute_unit_price = median * multiplier`
     */
    withComputeUnitPriceMultiplier(multiplier: number): FulfillAltBuilder;
    /** Defines a specific compute unit limit that the transaction is allowed to consume.
     *
     * Adds `ComputeBudgetInstruction::SetComputeUnitLimit` to the request builder.
     *
     * *   if not specified, then compute unit limit is not applied at all
     *     (this is by default)
     * *   if specified, then applied as is
     */
    withComputeUnitLimit(computeUnitLimit: number): FulfillAltBuilder;
    build_instructions(fulfillAuthority: web3.PublicKey, signature: Uint8Array, lookup_tables: AddressLookupTableAccount[]): Promise<TransactionInstruction[]>;
}