import { Address, TransactionMessage, Blockhash, EncodedAccount, ExcludeTransactionMessageLifetime, Lamports, MaybeEncodedAccount, Signature, Transaction, TransactionMessageWithBlockhashLifetime, TransactionMessageWithLifetime } from "@solana/kit";
import { Clock, ComputeBudget, EpochRewards, EpochSchedule, FailedTransactionMetadata, FeatureSet, Rent, SimulatedTransactionInfo as SimulatedTransactionInfoInner, SlotHash, SlotHistory, StakeHistory, TransactionMetadata } from "./internal";
export { Account, Clock, ComputeBudget, EpochRewards, EpochSchedule, FailedTransactionMetadata, FeatureSet, InnerInstruction, Rent, SlotHash, SlotHistory, SlotHistoryCheck, StakeHistory, StakeHistoryEntry, TransactionMetadata, TransactionReturnData, } from "./internal";
export declare class SimulatedTransactionInfo {
    constructor(inner: SimulatedTransactionInfoInner);
    private inner;
    meta(): TransactionMetadata;
    postAccounts(): EncodedAccount[];
}
/**
 * The main class in the litesvm library.
 *
 * Use this to send transactions, query accounts and configure the runtime.
 */
export declare class LiteSVM {
    /** Create a new LiteSVM instance with standard functionality enabled */
    constructor();
    private inner;
    /** Create a new LiteSVM instance with minimal functionality enabled */
    static default(): LiteSVM;
    /**
     * Set the compute budget
     * @param budget - The new compute budget
     * @returns The modified LiteSVM instance
     */
    withComputeBudget(budget: ComputeBudget): LiteSVM;
    /**
     * Enable or disable sigverify
     * @param sigverify - if false, transaction signatures will not be checked.
     * @returns The modified LiteSVM instance
     */
    withSigverify(sigverify: boolean): LiteSVM;
    /**
     * Enables or disables transaction blockhash checking.
     * @param check - If false, the blockhash check will be skipped
     * @returns The modified LiteSVM instance
     */
    withBlockhashCheck(check: boolean): LiteSVM;
    /**
     * Sets up the standard sysvars.
     * @returns The modified LiteSVM instance
     */
    withSysvars(): LiteSVM;
    /**
     * Set the FeatureSet used by the VM instance.
     * @param featureSet The FeatureSet to use.
     * @returns The modified LiteSVM instance
     */
    withFeatureSet(featureSet: FeatureSet): LiteSVM;
    /**
     * Adds the standard builtin programs. Use `withFeatureSet` beforehand to change change what builtins are added.
     * @returns The modified LiteSVM instance
     */
    withBuiltins(): LiteSVM;
    /**
     * Changes the initial lamports in LiteSVM's airdrop account.
     * @param lamports - The number of lamports to set in the airdrop account
     * @returns The modified LiteSVM instance
     */
    withLamports(lamports: bigint): LiteSVM;
    /**
     * Adds the standard SPL programs.
     * @returns The modified LiteSVM instance
     */
    withDefaultPrograms(): LiteSVM;
    /**
     * Adds the native mint accounts for SPL Token and Token-2022, if the programs are loaded.
     * @returns The modified LiteSVM instance
     */
    withNativeMints(): LiteSVM;
    /**
     * Changes the capacity of the transaction history.
     * @param capacity - How many transactions to store in history.
     * Set this to 0 to disable transaction history and allow duplicate transactions.
     * @returns The modified LiteSVM instance
     */
    withTransactionHistory(capacity: bigint): LiteSVM;
    /**
     * Set a limit for transaction logs, beyond which they will be truncated.
     * @param limit - The limit in bytes. If null, no limit is enforced.
     * @returns The modified LiteSVM instance
     */
    withLogBytesLimit(limit?: bigint): LiteSVM;
    /**
     * Adds the standard precompiles. Use `withFeatureSet` beforehand to change change what builtins are added.
     * @returns The modified LiteSVM instance
     */
    withPrecompiles(): LiteSVM;
    /**
     * Calculates the minimum balance required to make an account with specified data length rent exempt.
     * @param dataLen - The number of bytes in the account.
     * @returns The required balance in lamports
     */
    minimumBalanceForRentExemption(dataLen: bigint): bigint;
    /**
     * Return the account at the given address.
     * If the account is not found, None is returned.
     * @param address - The account address to look up.
     * @returns The account object, if the account exists.
     */
    getAccount(address: Address): MaybeEncodedAccount;
    /**
     * Create or overwrite an account, subverting normal runtime checks.
     *
     * This method exists to make it easier to set up artificial situations
     * that would be difficult to replicate by sending individual transactions.
     * Beware that it can be used to create states that would not be reachable
     * by sending transactions!
     *
     * @param address - The address to write to.
     * @param account - The account object to write.
     */
    setAccount(account: EncodedAccount): void;
    /**
     * Gets the balance of the provided account address.
     * @param address - The account address.
     * @returns The account's balance in lamports.
     */
    getBalance(address: Address): Lamports | null;
    /**
     * Gets the latest blockhash.
     * Since LiteSVM doesn't have blocks, this is an arbitrary value controlled by LiteSVM
     * @returns The designated latest blockhash.
     */
    latestBlockhash(): Blockhash;
    /**
     * Sets the lifetime on a transaction message using
     * the latest blockhash from the LiteSVM instance.
     */
    setTransactionMessageLifetimeUsingLatestBlockhash<TTransactionMessage extends TransactionMessage & Partial<TransactionMessageWithLifetime>>(transactionMessage: TTransactionMessage): ExcludeTransactionMessageLifetime<TTransactionMessage> & TransactionMessageWithBlockhashLifetime;
    /**
     * Gets a transaction from the transaction history.
     * @param signature - The transaction signature bytes
     * @returns The transaction, if it is found in the history.
     */
    getTransaction(signature: Signature): TransactionMetadata | FailedTransactionMetadata | null;
    /**
     * Airdrops the lamport amount specified to the given address.
     * @param address The airdrop recipient.
     * @param lamports - The amount to airdrop.
     * @returns The transaction result.
     */
    airdrop(address: Address, lamports: Lamports): TransactionMetadata | FailedTransactionMetadata | null;
    /**
     * Adds an SBF program to the test environment from the file specified.
     * @param programId - The program ID.
     * @param path - The path to the .so file.
     */
    addProgramFromFile(programId: Address, path: string): void;
    /**
     * Adds am SBF program to the test environment.
     * @param programId - The program ID.
     * @param programBytes - The raw bytes of the compiled program.
     */
    addProgram(programId: Address, programBytes: Uint8Array): void;
    /**
     * Adds an SBF program with a specific loader.
     * @param programId - The program ID.
     * @param programBytes - The raw bytes of the compiled program.
     * @param loaderId - The loader program ID.
     */
    addProgramWithLoader(programId: Address, programBytes: Uint8Array, loaderId: Address): void;
    /**
     * Processes a transaction and returns the result.
     * @param tx - The transaction to send.
     * @returns TransactionMetadata if the transaction succeeds, else FailedTransactionMetadata
     */
    sendTransaction(tx: Transaction): TransactionMetadata | FailedTransactionMetadata;
    /**
     * Simulates a transaction
     * @param tx The transaction to simulate
     * @returns SimulatedTransactionInfo if simulation succeeds, else FailedTransactionMetadata
     */
    simulateTransaction(tx: Transaction): FailedTransactionMetadata | SimulatedTransactionInfo;
    /**
     * Expires the current blockhash.
     * The return value of `latestBlockhash()` will be different after calling this.
     */
    expireBlockhash(): void;
    /**
     * Warps the clock to the specified slot. This is a convenience wrapper
     * around `setClock()`.
     * @param slot - The new slot.
     */
    warpToSlot(slot: bigint): void;
    /**
     * Get the cluster clock.
     * @returns the clock object.
     */
    getClock(): Clock;
    /**
     * Overwrite the clock sysvar.
     * @param clock - The clock object.
     */
    setClock(clock: Clock): void;
    /**
     * Get the EpochRewards sysvar.
     * @returns the EpochRewards object.
     */
    getEpochRewards(): EpochRewards;
    /**
     * Overwrite the EpochRewards sysvar.
     * @param rewards - The EpochRewards object.
     */
    setEpochRewards(rewards: EpochRewards): void;
    /**
     * Get the EpochSchedule sysvar.
     * @returns the EpochSchedule object.
     */
    getEpochSchedule(): EpochSchedule;
    /**
     * Overwrite the EpochSchedule sysvar.
     * @param schedule - The EpochSchedule object.
     */
    setEpochSchedule(schedule: EpochSchedule): void;
    /**
     * Get the last restart slot sysvar.
     * @returns the last restart slot.
     */
    getLastRestartSlot(): bigint;
    /**
     * Overwrite the last restart slot sysvar.
     * @param slot - The last restart slot.
     */
    setLastRestartSlot(slot: bigint): void;
    /**
     * Get the cluster rent.
     * @returns The rent object.
     */
    getRent(): Rent;
    /**
     * Overwrite the rent sysvar.
     * @param rent - The new rent object.
     */
    setRent(rent: Rent): void;
    /**
     * Get the SlotHashes sysvar.
     * @returns The SlotHash array.
     */
    getSlotHashes(): SlotHash[];
    /**
     * Overwrite the SlotHashes sysvar.
     * @param hashes - The SlotHash array.
     */
    setSlotHashes(hashes: SlotHash[]): void;
    /**
     * Get the SlotHistory sysvar.
     * @returns The SlotHistory object.
     */
    getSlotHistory(): SlotHistory;
    /**
     * Overwrite the SlotHistory sysvar.
     * @param history - The SlotHistory object
     */
    setSlotHistory(history: SlotHistory): void;
    /**
     * Get the StakeHistory sysvar.
     * @returns The StakeHistory object.
     */
    getStakeHistory(): StakeHistory;
    /**
     * Overwrite the StakeHistory sysvar.
     * @param history - The StakeHistory object
     */
    setStakeHistory(history: StakeHistory): void;
}