import { Session, SmartSessionMode, EnableSessionData } from '@rhinestone/module-sdk';
export { SmartSessionMode } from '@rhinestone/module-sdk';
import { Erc7579Actions } from 'permissionless/actions/erc7579';
export { erc7579Actions } from 'permissionless/actions/erc7579';
import { Hex, OneOf, Address, AbiFunction, ByteArray, Abi, Transport, Chain, Client, RpcSchema, Prettify, BundlerRpcSchema, LocalAccount, UnionPartialBy, PublicClient, Hash, PrivateKeyAccount } from 'viem';
import { SmartAccount, BundlerActions, UserOperation } from 'viem/account-abstraction';

type Execution = {
    target: Address;
    value: bigint;
    callData: Hex;
};
/**
 * Represents a hardcoded hex value reference.
 * Used when you want to bypass automatic hex conversion.
 */
type HardcodedReference = {
    /** The raw hex value */
    raw: Hex;
};
/**
 * Base types that can be converted to hex references.
 */
type BaseReferenceValue = string | number | bigint | boolean | ByteArray;
/**
 * Union type of all possible reference values that can be converted to hex.
 * Includes both basic types and hardcoded references.
 */
type AnyReferenceValue = BaseReferenceValue | HardcodedReference;
type PreparePermissionResponse = {
    /** Array of permission IDs for the created sessions. */
    permissionIds: Hex[];
    /** The execution object for the action. */
    action: Execution;
    /** The sessions that were created. */
    sessions: Session[];
};
/**
 * Represents the response for creating sessions.
 */
type GrantPermissionResponse = {
    /** The hash of the user operation. */
    userOpHash: Hex;
} & PreparePermissionResponse;
type AddSafe7579Response = {
    /** The hash of the user operation. */
    userOpHash: Hex;
};
type Call = {
    to: Hex;
    data: Hex;
    value: bigint;
};
type OptionalSessionKeyData = OneOf<{
    /** Public key for the session. Required for K1 algorithm validators. */
    sessionPublicKey: Hex;
} | {
    /** Data for the session key. */
    sessionKeyData: Hex;
}>;
/**
 * Represents a rule for action policies.
 */
type Rule = {
    /** The condition to apply to the parameter */
    condition: ParamCondition;
    /** The offset index in the calldata where the value to be checked is located */
    offsetIndex: number;
    /** Indicates if the rule has a usage limit */
    isLimited: boolean;
    /** The reference value to compare against */
    ref: AnyReferenceValue;
    /** The usage object containing limit and used values (required if isLimited is true) */
    usage: LimitUsage;
};
type ActionPolicyInfo = {
    /** The address of the contract to be included in the policy */
    contractAddress: Hex;
    /** The timeframe policy can be used to restrict a session to only be able to be used within a certain timeframe */
    validUntil?: number;
    /** Timestamp after which the policy becomes valid */
    validAfter?: number;
    /** The value limit policy can be used to enforce that only a certain amount of native value can be spent. For ERC-20 limits, use the spending limit policy */
    valueLimit?: bigint;
    /** The spending limits policy can be used to ensure that only a certain amount of ERC-20 tokens can be spent. For native value spends, use the value limit policy */
    tokenLimits?: SpendingLimitPolicyData[];
    /** The value limit policy can be used to enforce that only a certain amount of native value can be spent. For ERC-20 limits, use the spending limit policy. */
    usageLimit?: bigint;
    /** The sudo policy is an action policy that will allow any action for the specified target and selector. */
    sudo?: boolean;
} & OneOf<{
    /** The specific function selector from the contract to be included in the policy */
    functionSelector: string | AbiFunction;
    /** Array of rules for the policy */
    rules?: Rule[];
} | {
    /** The ABI of the contract to be included in the policy */
    abi: Abi;
}>;
/**
 * Parameters for creating a session.
 */
type CreateSessionDataParams = OptionalSessionKeyData & {
    /** Public key for the session. Required for K1 algorithm validators. */
    sessionPublicKey?: Hex;
    /** Address of the session validator. */
    sessionValidator?: Address;
    /** Data for the session validator. */
    sessionValidatorInitData?: Hex;
    /** Optional salt for the session. */
    salt?: Hex;
    /** Timestamp until which the session is valid. */
    sessionValidUntil?: number;
    /** Timestamp after which the session becomes valid. */
    sessionValidAfter?: number;
    /** Chain IDs where the session should be enabled. Useful for enable mode. */
    chainIds?: bigint[];
    /** Array of action policy data for the session. */
    actionPoliciesInfo?: ActionPolicyInfo[];
};
declare enum ParamCondition {
    EQUAL = 0,
    GREATER_THAN = 1,
    LESS_THAN = 2,
    GREATER_THAN_OR_EQUAL = 3,
    LESS_THAN_OR_EQUAL = 4,
    NOT_EQUAL = 5
}
type SpendingLimitPolicyData = {
    /** The address of the token to be included in the policy */
    token: Address;
    /** The limit for the token */
    limit: bigint;
};
/**
 * Represents the usage limit for a rule.
 */
type LimitUsage = {
    limit: bigint;
    used: bigint;
};
/**
 * Represents the possible modes for a smart session.
 */
type SmartSessionModeType = (typeof SmartSessionMode)[keyof typeof SmartSessionMode];
/**
 * Represents the data structure for using a session module.
 */
type UsePermissionModuleData = {
    /** The mode of the smart session. */
    mode?: SmartSessionModeType;
    /** Data for enabling the session. */
    enableSessionData?: EnableSessionData;
    /** The index of the permission ID to use for the session. Defaults to 0. */
    permissionIdIndex?: number;
} & PreparePermissionResponse;
type SafeSigner<Name extends string = string> = LocalAccount<Name> & {
    getStubSignature(): Promise<Hex>;
    signUserOperation: (parameters: UnionPartialBy<UserOperation, "sender"> & {
        chainId?: number | undefined;
    }) => Promise<Hex>;
};
type SmartSessionsAccountClient<transport extends Transport = Transport, chain extends Chain | undefined = Chain | undefined, account extends SmartAccount | undefined = SmartAccount | undefined, client extends Client | undefined = Client | undefined, rpcSchema extends RpcSchema | undefined = undefined> = Prettify<Client<transport, chain extends Chain ? chain : client extends Client<any, infer chain> ? chain : undefined, account, rpcSchema extends RpcSchema ? [...BundlerRpcSchema, ...rpcSchema] : BundlerRpcSchema, BundlerActions<account> & SmartSessionCreateActions<account> & Erc7579Actions<account>>>;

type GrantPermissionParameters<TAccount extends SmartAccount | undefined = SmartAccount | undefined> = {
    /** Array of session data parameters for creating multiple sessions. */
    sessionRequestedInfo: CreateSessionDataParams[];
    /** The maximum fee per gas unit the transaction is willing to pay. */
    maxFeePerGas?: bigint;
    /** The maximum priority fee per gas unit the transaction is willing to pay. */
    maxPriorityFeePerGas?: bigint;
    /** The nonce of the transaction. If not provided, it will be determined automatically. */
    nonce?: bigint;
    /** Optional public client for blockchain interactions. */
    publicClient?: PublicClient;
    /** The modular smart account to create sessions for. If not provided, the client's account will be used. */
    account?: TAccount;
    /** Optional attesters to trust. */
    attesters?: Hex[];
    /** Additional calls to be included in the user operation. */
    calls?: Call[];
};

type IsPermissionInstalledParameters = {
    session: Session;
};

type PreparePermissionParameters<TAccount extends SmartAccount | undefined = SmartAccount | undefined> = {
    /** Array of session data parameters for creating multiple sessions. */
    sessionRequestedInfo: CreateSessionDataParams[];
    /** The maximum fee per gas unit the transaction is willing to pay. */
    maxFeePerGas?: bigint;
    /** The maximum priority fee per gas unit the transaction is willing to pay. */
    maxPriorityFeePerGas?: bigint;
    /** The nonce of the transaction. If not provided, it will be determined automatically. */
    nonce?: bigint;
    /** Optional public client for blockchain interactions. */
    publicClient?: PublicClient;
    /** The modular smart account to create sessions for. If not provided, the client's account will be used. */
    account?: TAccount;
};

type TrustAttestersParameters<TAccount extends SmartAccount | undefined = SmartAccount | undefined> = {
    /** The addresses of the attesters to be trusted. */
    attesters?: Hex[];
    /** The address of the registry contract. */
    registryAddress?: Hex;
    /** The maximum fee per gas unit the transaction is willing to pay. */
    maxFeePerGas?: bigint;
    /** The maximum priority fee per gas unit the transaction is willing to pay. */
    maxPriorityFeePerGas?: bigint;
    /** The nonce of the transaction. If not provided, it will be determined automatically. */
    nonce?: bigint;
    /** The smart account to use for trusting attesters. If not provided, the client's account will be used. */
    account?: TAccount;
    /** The threshold of the attesters to be trusted. */
    threshold?: number;
};

/**
 * Parameters for using a smart session to execute actions.
 *
 */
type UsePermissionParameters$1 = {
    /** Array of executions to perform in the session. Allows for batch transactions if the session is enabled for multiple actions. */
    actions: Execution[];
    /** The maximum fee per gas unit the transaction is willing to pay. */
    maxFeePerGas?: bigint;
    /** The maximum priority fee per gas unit the transaction is willing to pay. */
    maxPriorityFeePerGas?: bigint;
    verificationGasLimit?: bigint;
};
type SmartSessionCreateActions<TAccount extends SmartAccount | undefined = SmartAccount | undefined> = {
    /**
     * Adds the smart sessions module to the smart account.
     *
     * @returns A promise that resolves to the transaction hash.
     */
    addSafe7579Module: () => Promise<AddSafe7579Response>;
    /**
     * Creates multiple sessions for a  smart account.
     *
     * @param args - Parameters for creating sessions.
     * @returns A promise that resolves to the creation response.
     */
    grantPermission: (args: GrantPermissionParameters<TAccount>) => Promise<GrantPermissionResponse>;
    /**
     * Prepares permission for a  smart account.
     *
     * @param args - Parameters for preparing permission.
     * @returns A promise that resolves to the transaction hash.
     */
    preparePermission: (args: PreparePermissionParameters<TAccount>) => Promise<PreparePermissionResponse>;
    /**
     * Creates multiple sessions for a  smart account.
     *
     * @param args - Parameters for creating sessions.
     * @returns A promise that resolves to the creation response.
     */
    isPermissionInstalled: (args: IsPermissionInstalledParameters) => Promise<boolean>;
    /**
     * Trusts attesters for a  smart account.
     *
     * @param args - Parameters for trusting attesters.
     * @returns A promise that resolves to the transaction hash.
     */
    trustAttesters: (args?: TrustAttestersParameters<TAccount>) => Promise<Hash>;
    /**
     * Uses a session to perform an action.
     *
     * @param args - Parameters for using a session.
     * @returns A promise that resolves to the transaction hash.
     */
    usePermission: (args: UsePermissionParameters$1) => Promise<Hash>;
};
/**
 * Creates actions for managing smart session creation.
 *
 * @returns A function that takes a client and returns SmartSessionCreateActions.
 */
declare function smartSessionActions(): <TAccount extends SmartAccount | undefined = SmartAccount | undefined>(client: Client<Transport, Chain | undefined, TAccount>) => SmartSessionCreateActions<TAccount>;

type UsePermissionParameters<TAccount extends SmartAccount | undefined = SmartAccount | undefined> = {
    /** Array of executions to perform in the session. Allows for batch transactions if the session is enabled for multiple actions. */
    actions: Execution[];
    /** The maximum fee per gas unit the transaction is willing to pay. */
    maxFeePerGas?: bigint;
    /** The maximum priority fee per gas unit the transaction is willing to pay. */
    maxPriorityFeePerGas?: bigint;
    /** The nonce of the transaction. If not provided, it will be determined automatically. */
    nonce?: bigint;
    /** The modular smart account to use for the session. If not provided, the client's account will be used. */
    account?: TAccount;
    verificationGasLimit?: bigint;
};

declare function toSmartSessionsAccount(smartAccount: SmartAccount, sessionKeySigner: SafeSigner): Promise<SmartAccount>;

type UsePermissionModuleParameters = {
    moduleData?: UsePermissionModuleData;
    signer: PrivateKeyAccount;
};
declare function toSmartSessionsSigner<transport extends Transport, chain extends Chain | undefined = undefined, account extends SmartAccount | undefined = SmartAccount | undefined, client extends Client | undefined = undefined>(smartAccountClient: SmartSessionsAccountClient<transport, chain, account, client>, parameters: UsePermissionModuleParameters): Promise<SafeSigner<"safeSmartSessionsSigner">>;

export { type CreateSessionDataParams, type Execution, type GrantPermissionParameters, type GrantPermissionResponse, type SafeSigner, type SmartSessionsAccountClient, type UsePermissionParameters, smartSessionActions, toSmartSessionsAccount, toSmartSessionsSigner };