import algosdk, { Address } from 'algosdk';
import { AccountInformation, MultisigAccount, SigningAccount, TransactionSignerAccount } from './account';
import { AlgoAmount } from './amount';
import { ClientManager } from './client-manager';
import { CommonTransactionParams } from './composer';
import { TestNetDispenserApiClient } from './dispenser-client';
import { KmdAccountManager } from './kmd-account-manager';
import { SendParams, SendSingleTransactionResult } from './transaction';
import LogicSigAccount = algosdk.LogicSigAccount;
import Account = algosdk.Account;
/** Result from performing an ensureFunded call. */
export interface EnsureFundedResult {
    /** The transaction ID of the transaction that funded the account. */
    transactionId: string;
    /** The amount that was sent to the account. */
    amountFunded: AlgoAmount;
}
/**
 * Returns a `TransactionSigner` for the given account that can sign a transaction.
 * This function has memoization, so will return the same transaction signer for a given account.
 * @param account An account that can sign a transaction
 * @returns A transaction signer
 * @example
 * ```typescript
 * const signer = getAccountTransactionSigner(account)
 * ```
 */
export declare const getAccountTransactionSigner: (val: MultisigAccount | algosdk.Account | SigningAccount | TransactionSignerAccount | algosdk.LogicSigAccount) => algosdk.TransactionSigner;
/** Creates and keeps track of signing accounts that can sign transactions for a sending address. */
export declare class AccountManager {
    private _clientManager;
    private _kmdAccountManager;
    private _accounts;
    private _defaultSigner?;
    /**
     * Create a new account manager.
     * @param clientManager The ClientManager client to use for algod and kmd clients
     * @example Create a new account manager
     * ```typescript
     * const accountManager = new AccountManager(clientManager)
     * ```
     */
    constructor(clientManager: ClientManager);
    private _getComposer;
    /**
     * KMD account manager that allows you to easily get and create accounts using KMD.
     * @returns The `KmdAccountManager` instance.
     * @example
     * ```typescript
     * const kmdManager = accountManager.kmd;
     * ```
     */
    get kmd(): KmdAccountManager;
    /**
     * Sets the default signer to use if no other signer is specified.
     *
     * If this isn't set an a transaction needs signing for a given sender
     * then an error will be thrown from `getSigner` / `getAccount`.
     * @param signer The signer to use, either a `TransactionSigner` or a `TransactionSignerAccount`
     * @example
     * ```typescript
     * const signer = accountManager.random() // Can be anything that returns a `algosdk.TransactionSigner` or `TransactionSignerAccount`
     * accountManager.setDefaultSigner(signer)
     *
     * // When signing a transaction, if there is no signer registered for the sender then the default signer will be used
     * const signer = accountManager.getSigner("SENDERADDRESS")
     * ```
     * @returns The `AccountManager` so method calls can be chained
     */
    setDefaultSigner(signer: algosdk.TransactionSigner | TransactionSignerAccount): AccountManager;
    /**
     * Records the given account (that can sign) against the address of the provided account for later
     * retrieval and returns a `TransactionSignerAccount` along with the original account in an `account` property.
     */
    private signerAccount;
    /**
     * Tracks the given account for later signing.
     *
     * Note: If you are generating accounts via the various methods on `AccountManager`
     * (like `random`, `fromMnemonic`, `logicsig`, etc.) then they automatically get tracked.
     * @param account The account to register, which can be a `TransactionSignerAccount` or
     *  a `algosdk.Account`, `algosdk.LogicSigAccount`, `SigningAccount` or `MultisigAccount`
     * @example
     * ```typescript
     * const accountManager = new AccountManager(clientManager)
     *  .setSignerFromAccount(algosdk.generateAccount())
     *  .setSignerFromAccount(new algosdk.LogicSigAccount(program, args))
     *  .setSignerFromAccount(new SigningAccount(mnemonic, sender))
     *  .setSignerFromAccount(new MultisigAccount({version: 1, threshold: 1, addrs: ["ADDRESS1...", "ADDRESS2..."]}, [account1, account2]))
     *  .setSignerFromAccount({addr: "SENDERADDRESS", signer: transactionSigner})
     * ```
     * @returns The `AccountManager` instance for method chaining
     */
    setSignerFromAccount(account: TransactionSignerAccount | Account | LogicSigAccount | SigningAccount | MultisigAccount): this;
    /**
     * Tracks the given `algosdk.TransactionSigner` against the given sender address for later signing.
     * @param sender The sender address to use this signer for
     * @param signer The `algosdk.TransactionSigner` to sign transactions with for the given sender
     * @example
     * ```typescript
     * const accountManager = new AccountManager(clientManager)
     *  .setSigner("SENDERADDRESS", transactionSigner)
     * ```
     * @returns The `AccountManager` instance for method chaining
     */
    setSigner(sender: string | Address, signer: algosdk.TransactionSigner): this;
    /**
     * Takes all registered signers from the given `AccountManager` and adds them to this `AccountManager`.
     *
     * This is useful for situations where you have multiple contexts you are building accounts in such as unit tests.
     * @param anotherAccountManager Another account manager with signers registered
     * @param overwriteExisting Whether or not to overwrite any signers that have the same sender address with the ones in the other account manager or not (default: true)
     * @returns The `AccountManager` instance for method chaining
     * @example
     * ```typescript
     * accountManager2.setSigners(accountManager1);
     * ```
     */
    setSigners(anotherAccountManager: AccountManager, overwriteExisting?: boolean): this;
    /**
     * Returns the `TransactionSigner` for the given sender address, ready to sign a transaction for that sender.
     *
     * If no signer has been registered for that address then the default signer is used if registered and
     * if not then an error is thrown.
     *
     * @param sender The sender address
     * @example
     * ```typescript
     * const signer = accountManager.getSigner("SENDERADDRESS")
     * ```
     * @returns The `TransactionSigner` or throws an error if not found and no default signer is set
     */
    getSigner(sender: string | Address): algosdk.TransactionSigner;
    /**
     * Returns the `TransactionSignerAccount` for the given sender address.
     *
     * If no signer has been registered for that address then an error is thrown.
     * @param sender The sender address
     * @example
     * ```typescript
     * const sender = accountManager.random()
     * // ...
     * // Returns the `TransactionSignerAccount` for `sender` that has previously been registered
     * const account = accountManager.getAccount(sender)
     * ```
     * @returns The `TransactionSignerAccount` or throws an error if not found
     */
    getAccount(sender: string | Address): TransactionSignerAccount;
    /**
     * Returns the given sender account's current status, balance and spendable amounts.
     *
     * [Response data schema details](https://dev.algorand.co/reference/rest-apis/algod/#accountinformation)
     * @example
     * ```typescript
     * const address = "XBYLS2E6YI6XXL5BWCAMOA4GTWHXWENZMX5UHXMRNWWUQ7BXCY5WC5TEPA";
     * const accountInfo = await accountManager.getInformation(address);
     * ```
     *
     * @param sender The account / address to look up
     * @returns The account information
     */
    getInformation(sender: string | Address): Promise<AccountInformation>;
    /**
     * Tracks and returns an Algorand account with secret key loaded (i.e. that can sign transactions) by taking the mnemonic secret.
     *
     * @example
     * ```typescript
     * const account = accountManager.fromMnemonic("mnemonic secret ...")
     * const rekeyedAccount = accountManager.fromMnemonic("mnemonic secret ...", "SENDERADDRESS...")
     * ```
     * @param mnemonicSecret The mnemonic secret representing the private key of an account; **Note: Be careful how the mnemonic is handled**,
     *  never commit it into source control and ideally load it from the environment (ideally via a secret storage service) rather than the file system.
     * @param sender The optional sender address to use this signer for (aka a rekeyed account)
     * @returns The account
     */
    fromMnemonic(mnemonicSecret: string, sender?: string | Address): algosdk.Address & TransactionSignerAccount & {
        account: SigningAccount;
    };
    /**
     * Tracks and returns an Algorand account that is a rekeyed version of the given account to a new sender.
     *
     * @example
     * ```typescript
     * const account = accountManager.fromMnemonic("mnemonic secret ...")
     * const rekeyedAccount = accountManager.rekeyed(account, "SENDERADDRESS...")
     * ```
     * @param account The account to use as the signer for this new rekeyed account
     * @param sender The sender address to use as the new sender
     * @returns The account
     */
    rekeyed(sender: string | Address, account: TransactionSignerAccount): algosdk.Address & TransactionSignerAccount & {
        account: {
            addr: algosdk.Address;
            signer: algosdk.TransactionSigner;
        };
    };
    /**
     * Tracks and returns an Algorand account with private key loaded by convention from environment variables based on the given name identifier.
     *
     * Note: This function expects to run in a Node.js environment.
     *
     * ## Convention:
     * * **Non-LocalNet:** will load process.env['\{NAME\}_MNEMONIC'] as a mnemonic secret; **Note: Be careful how the mnemonic is handled**,
     *  never commit it into source control and ideally load it via a secret storage service rather than the file system.
     *   If process.env['\{NAME\}_SENDER'] is defined then it will use that for the sender address (i.e. to support rekeyed accounts)
     * * **LocalNet:** will load the account from a KMD wallet called \{NAME\} and if that wallet doesn't exist it will create it and fund the account for you
     *
     * This allows you to write code that will work seamlessly in production and local development (LocalNet) without manual config locally (including when you reset the LocalNet).
     *
     * @example Default
     *
     * If you have a mnemonic secret loaded into `process.env.MY_ACCOUNT_MNEMONIC` then you can call the following to get that private key loaded into an account object:
     * ```typescript
     * const account = await accountManager.fromEnvironment('MY_ACCOUNT')
     * ```
     *
     * If that code runs against LocalNet then a wallet called `MY_ACCOUNT` will automatically be created with an account that is automatically funded with 1000 (default) ALGO from the default LocalNet dispenser.
     * If not running against LocalNet then it will use proces.env.MY_ACCOUNT_MNEMONIC as the private key and (if present) process.env.MY_ACCOUNT_SENDER as the sender address.
     *
     * @param name The name identifier of the account
     * @param fundWith The optional amount to fund the account with when it gets created (when targeting LocalNet), if not specified then 1000 ALGO will be funded from the dispenser account
     * @returns The account
     */
    fromEnvironment(name: string, fundWith?: AlgoAmount): Promise<algosdk.Address & TransactionSignerAccount & {
        account: SigningAccount;
    }>;
    /**
     * Tracks and returns an Algorand account with private key loaded from the given KMD wallet (identified by name).
     *
     * @param name The name of the wallet to retrieve an account from
     * @param predicate An optional filter to use to find the account (otherwise it will return a random account from the wallet)
     * @param sender The optional sender address to use this signer for (aka a rekeyed account)
     * @example Get default funded account in a LocalNet
     *
     * ```typescript
     * const defaultDispenserAccount = await accountManager.fromKmd('unencrypted-default-wallet',
     *   a => a.status !== 'Offline' && a.amount > 1_000_000_000
     * )
     * ```
     * @returns The account
     */
    fromKmd(name: string, predicate?: (account: Record<string, any>) => boolean, sender?: string | Address): Promise<algosdk.Address & TransactionSignerAccount & {
        account: SigningAccount;
    }>;
    /**
     * Tracks and returns an account that supports partial or full multisig signing.
     *
     * @example
     * ```typescript
     * const account = accountManager.multisig({version: 1, threshold: 1, addrs: ["ADDRESS1...", "ADDRESS2..."]},
     *  [(await accountManager.fromEnvironment('ACCOUNT1')).account])
     * ```
     * @param multisigParams The parameters that define the multisig account
     * @param signingAccounts The signers that are currently present
     * @returns A multisig account wrapper
     */
    multisig(multisigParams: algosdk.MultisigMetadata, signingAccounts: (algosdk.Account | SigningAccount)[]): algosdk.Address & TransactionSignerAccount & {
        account: MultisigAccount;
    };
    /**
     * Tracks and returns an account that represents a logic signature.
     *
     * @example
     * ```typescript
     * const account = accountManager.logicsig(program, [new Uint8Array(3, ...)])
     * ```
     * @param program The bytes that make up the compiled logic signature
     * @param args The (binary) arguments to pass into the logic signature
     * @returns A logic signature account wrapper
     */
    logicsig(program: Uint8Array, args?: Array<Uint8Array>): algosdk.Address & TransactionSignerAccount & {
        account: algosdk.LogicSigAccount;
    };
    /**
     * Tracks and returns a new, random Algorand account with secret key loaded.
     *
     * @example
     * ```typescript
     * const account = accountManager.random()
     * ```
     * @returns The account
     */
    random(): algosdk.Address & TransactionSignerAccount & {
        account: algosdk.Account;
    };
    /**
     * Returns an account (with private key loaded) that can act as a dispenser from
     * environment variables, or against default LocalNet if no environment variables present.
     *
     * Note: requires a Node.js environment to execute.
     *
     * If present, it will load the account mnemonic stored in process.env.DISPENSER_MNEMONIC and optionally
     * process.env.DISPENSER_SENDER if it's a rekeyed account.
     *
     * @example
     * ```typescript
     * const account = await accountManager.dispenserFromEnvironment()
     * ```
     *
     * @returns The account
     */
    dispenserFromEnvironment(): Promise<algosdk.Address & TransactionSignerAccount & {
        account: SigningAccount;
    }>;
    /**
     * Returns an Algorand account with private key loaded for the default LocalNet dispenser account (that can be used to fund other accounts).
     *
     * @example
     * ```typescript
     * const account = await accountManager.localNetDispenser()
     * ```
     * @returns The account
     */
    localNetDispenser(): Promise<algosdk.Address & TransactionSignerAccount & {
        account: SigningAccount;
    }>;
    /**
     * Rekey an account to a new address.
     *
     * **Note:** Please be careful with this function and be sure to read the [official rekey guidance](https://dev.algorand.co/concepts/accounts/rekeying).
     *
     * @param account The account to rekey
     * @param rekeyTo The account address or signing account of the account that will be used to authorise transactions for the rekeyed account going forward.
     *  If a signing account is provided that will now be tracked as the signer for `account` in this `AccountManager`
     * @param options Any parameters to control the transaction or execution of the transaction
     *
     * @example Basic example (with string addresses)
     * ```typescript
     * await accountManager.rekeyAccount({account: "ACCOUNTADDRESS", rekeyTo: "NEWADDRESS"})
     * ```
     * @example Basic example (with signer accounts)
     * ```typescript
     * await accountManager.rekeyAccount({account: account1, rekeyTo: newSignerAccount})
     * ```
     * @example Advanced example
     * ```typescript
     * await accountManager.rekeyAccount({
     *   account: "ACCOUNTADDRESS",
     *   rekeyTo: "NEWADDRESS",
     *   lease: 'lease',
     *   note: 'note',
     *   firstValidRound: 1000n,
     *   validityWindow: 10,
     *   extraFee: (1000).microAlgo(),
     *   staticFee: (1000).microAlgo(),
     *   // Max fee doesn't make sense with extraFee AND staticFee
     *   //  already specified, but here for completeness
     *   maxFee: (3000).microAlgo(),
     *   maxRoundsToWaitForConfirmation: 5,
     *   suppressLog: true,
     * })
     * ```
     * @returns The result of the transaction and the transaction that was sent
     */
    rekeyAccount(account: string | Address, rekeyTo: string | Address | TransactionSignerAccount, options?: Omit<CommonTransactionParams, 'sender'> & SendParams): Promise<SendSingleTransactionResult>;
    private _getEnsureFundedAmount;
    /**
     * Funds a given account using a dispenser account as a funding source such that
     * the given account has a certain amount of Algo free to spend (accounting for
     * Algo locked in minimum balance requirement).
     *
     * https://dev.algorand.co/concepts/smart-contracts/costs-constraints#mbr
     *
     * @param accountToFund The account to fund
     * @param dispenserAccount The account to use as a dispenser funding source
     * @param minSpendingBalance The minimum balance of Algo that the account should have available to spend (i.e. on top of minimum balance requirement)
     * @param options Optional parameters to control the funding increment, transaction or execution of the transaction
     * @example Example using AlgorandClient
     * ```typescript
     * // Basic example
     * await accountManager.ensureFunded("ACCOUNTADDRESS", "DISPENSERADDRESS", algokit.algo(1))
     * // With configuration
     * await accountManager.ensureFunded("ACCOUNTADDRESS", "DISPENSERADDRESS", algokit.algo(1),
     *  { minFundingIncrement: algokit.algo(2), fee: (1000).microAlgo(), suppressLog: true }
     * )
     * ```
     * @returns
     * - The result of executing the dispensing transaction and the `amountFunded` if funds were needed.
     * - `undefined` if no funds were needed.
     */
    ensureFunded(accountToFund: string | Address, dispenserAccount: string | Address, minSpendingBalance: AlgoAmount, options?: {
        minFundingIncrement?: AlgoAmount;
    } & SendParams & Omit<CommonTransactionParams, 'sender'>): Promise<(SendSingleTransactionResult & EnsureFundedResult) | undefined>;
    /**
     * Funds a given account using a dispenser account retrieved from the environment,
     * per the `dispenserFromEnvironment` method, as a funding source such that
     * the given account has a certain amount of Algo free to spend (accounting for
     * Algo locked in minimum balance requirement).
     *
     * **Note:** requires a Node.js environment to execute.
     *
     * The dispenser account is retrieved from the account mnemonic stored in
     * process.env.DISPENSER_MNEMONIC and optionally process.env.DISPENSER_SENDER
     * if it's a rekeyed account, or against default LocalNet if no environment variables present.
     *
     * https://dev.algorand.co/concepts/smart-contracts/costs-constraints#mbr
     *
     * @param accountToFund The account to fund
     * @param minSpendingBalance The minimum balance of Algo that the account should have available to spend (i.e. on top of minimum balance requirement)
     * @param options Optional parameters to control the funding increment, transaction or execution of the transaction
     * @example Example using AlgorandClient
     * ```typescript
     * // Basic example
     * await accountManager.ensureFundedFromEnvironment("ACCOUNTADDRESS", algokit.algo(1))
     * // With configuration
     * await accountManager.ensureFundedFromEnvironment("ACCOUNTADDRESS", algokit.algo(1),
     *  { minFundingIncrement: algokit.algo(2), fee: (1000).microAlgo(), suppressLog: true }
     * )
     * ```
     * @returns
     * - The result of executing the dispensing transaction and the `amountFunded` if funds were needed.
     * - `undefined` if no funds were needed.
     */
    ensureFundedFromEnvironment(accountToFund: string | Address, minSpendingBalance: AlgoAmount, options?: {
        minFundingIncrement?: AlgoAmount;
    } & SendParams & Omit<CommonTransactionParams, 'sender'>): Promise<(SendSingleTransactionResult & EnsureFundedResult) | undefined>;
    /**
     * Funds a given account using the TestNet Dispenser API as a funding source such that
     * the account has a certain amount of Algo free to spend (accounting for Algo locked
     * in minimum balance requirement).
     *
     * https://dev.algorand.co/concepts/smart-contracts/costs-constraints#mbr
     *
     * @param accountToFund The account to fund
     * @param dispenserClient The TestNet dispenser funding client
     * @param minSpendingBalance The minimum balance of Algo that the account should have available to spend (i.e. on top of minimum balance requirement)
     * @param options Optional parameters to control the funding increment, transaction or execution of the transaction
     * @example Example using AlgorandClient
     * ```typescript
     * // Basic example
     * await accountManager.ensureFundedFromTestNetDispenserApi("ACCOUNTADDRESS", algorand.client.getTestNetDispenserFromEnvironment(), algokit.algo(1))
     * // With configuration
     * await accountManager.ensureFundedFromTestNetDispenserApi("ACCOUNTADDRESS", algorand.client.getTestNetDispenserFromEnvironment(), algokit.algo(1),
     *  { minFundingIncrement: algokit.algo(2) }
     * )
     * ```
     * @returns
     * - The result of executing the dispensing transaction and the `amountFunded` if funds were needed.
     * - `undefined` if no funds were needed.
     */
    ensureFundedFromTestNetDispenserApi(accountToFund: string | Address, dispenserClient: TestNetDispenserApiClient, minSpendingBalance: AlgoAmount, options?: {
        minFundingIncrement?: AlgoAmount;
    }): Promise<EnsureFundedResult | undefined>;
}