/**
 * BCS (Binary Canonical Serialization) Schemas for Lending Protocol
 *
 * This module defines the BCS schemas for serializing and deserializing
 * lending protocol data structures. BCS is used for efficient binary
 * encoding of complex data types for blockchain transactions and storage.
 */
/**
 * BCS schema for Sui addresses with hex transformation
 * Converts between hex string representation and byte arrays
 */
export declare const Address: import('@mysten/sui/bcs').BcsType<string, string, "bytes[32]">;
/**
 * BCS schema for incentive APY information
 * Contains asset ID, APY value, and supported coin types
 */
export declare const IncentiveAPYInfo: import('@mysten/sui/bcs').BcsStruct<{
    /** Asset identifier */
    asset_id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Annual Percentage Yield as a 256-bit integer */
    apy: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** List of supported coin types for this incentive */
    coin_types: import('@mysten/sui/bcs').BcsType<string[], Iterable<string> & {
        length: number;
    }, string>;
}, string>;
/**
 * BCS schema for incentive pool information
 * Contains comprehensive details about a lending incentive pool
 */
export declare const IncentivePoolInfo: import('@mysten/sui/bcs').BcsStruct<{
    /** Unique pool identifier */
    pool_id: import('@mysten/sui/bcs').BcsType<string, string, "bytes[32]">;
    /** Address holding the incentive funds */
    funds: import('@mysten/sui/bcs').BcsType<string, string, "bytes[32]">;
    /** Current phase of the incentive program */
    phase: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Timestamp when the incentive started */
    start_at: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Timestamp when the incentive ends */
    end_at: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Timestamp when the incentive was closed */
    closed_at: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Total supply of incentive tokens */
    total_supply: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Asset identifier for the incentive */
    asset_id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Option type for the incentive */
    option: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Factor used in incentive calculations */
    factor: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Amount of incentives already distributed */
    distributed: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Amount of incentives currently available */
    available: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Total amount of incentives */
    total: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
}, string>;
/**
 * BCS schema for incentive pool information grouped by phase
 * Contains phase number and list of pools in that phase
 */
export declare const IncentivePoolInfoByPhase: import('@mysten/sui/bcs').BcsStruct<{
    /** Phase number */
    phase: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** List of incentive pools in this phase */
    pools: import('@mysten/sui/bcs').BcsType<{
        pool_id: string;
        funds: string;
        phase: string;
        start_at: string;
        end_at: string;
        closed_at: string;
        total_supply: string;
        asset_id: number;
        option: number;
        factor: string;
        distributed: string;
        available: string;
        total: string;
    }[], Iterable<{
        pool_id: string;
        funds: string;
        phase: string | number | bigint;
        start_at: string | number | bigint;
        end_at: string | number | bigint;
        closed_at: string | number | bigint;
        total_supply: string | number | bigint;
        asset_id: number;
        option: number;
        factor: string | number | bigint;
        distributed: string | number | bigint;
        available: string | number | bigint;
        total: string | number | bigint;
    }> & {
        length: number;
    }, string>;
}, string>;
/**
 * BCS schema for oracle price information
 * Contains price data from external price feeds
 */
export declare const OracleInfo: import('@mysten/sui/bcs').BcsStruct<{
    /** Oracle identifier */
    oracle_id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Current price as a 256-bit integer */
    price: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Number of decimal places for the price */
    decimals: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Whether the oracle data is valid */
    valid: import('@mysten/sui/bcs').BcsType<boolean, boolean, "bool">;
}, string>;
/**
 * BCS schema for flash loan asset configuration
 * Contains parameters for flash loan functionality
 */
export declare const FlashLoanAssetConfig: import('@mysten/sui/bcs').BcsStruct<{
    /** Unique identifier for the flash loan asset */
    id: import('@mysten/sui/bcs').BcsType<string, string, "string">;
    /** Asset identifier */
    asset_id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Coin type for the asset */
    coin_type: import('@mysten/sui/bcs').BcsType<string, string, "string">;
    /** Pool identifier for the flash loan */
    pool_id: import('@mysten/sui/bcs').BcsType<string, string, "string">;
    /** Rate paid to suppliers for flash loans */
    rate_to_supplier: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Rate paid to treasury for flash loans */
    rate_to_treasury: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Maximum flash loan amount */
    max: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Minimum flash loan amount */
    min: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
}, string>;
/**
 * BCS schema for reserve data information
 * Contains comprehensive details about a lending reserve
 */
export declare const ReserveDataInfo: import('@mysten/sui/bcs').BcsStruct<{
    /** Reserve identifier */
    id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Oracle identifier for price feeds */
    oracle_id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** Coin type for the reserve */
    coin_type: import('@mysten/sui/bcs').BcsType<string, string, "string">;
    /** Maximum supply capacity */
    supply_cap: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Maximum borrow capacity */
    borrow_cap: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Current supply interest rate */
    supply_rate: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Current borrow interest rate */
    borrow_rate: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Current supply index for interest calculation */
    supply_index: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Current borrow index for interest calculation */
    borrow_index: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Total amount supplied to the reserve */
    total_supply: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Total amount borrowed from the reserve */
    total_borrow: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Timestamp of last update */
    last_update_at: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u64">;
    /** Loan-to-Value ratio for collateral */
    ltv: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Treasury factor for fee calculations */
    treasury_factor: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Current treasury balance */
    treasury_balance: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Base interest rate */
    base_rate: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Interest rate multiplier */
    multiplier: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Jump rate multiplier for high utilization */
    jump_rate_multiplier: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Reserve factor for protocol fees */
    reserve_factor: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Optimal utilization rate */
    optimal_utilization: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Liquidation ratio threshold */
    liquidation_ratio: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Liquidation bonus for liquidators */
    liquidation_bonus: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** Liquidation threshold */
    liquidation_threshold: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
}, string>;
/**
 * BCS schema for user state information
 * Contains user's borrowing and supplying balances for an asset
 */
export declare const UserStateInfo: import('@mysten/sui/bcs').BcsStruct<{
    /** Asset identifier */
    asset_id: import('@mysten/sui/bcs').BcsType<number, number, "u8">;
    /** User's current borrow balance */
    borrow_balance: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
    /** User's current supply balance */
    supply_balance: import('@mysten/sui/bcs').BcsType<string, string | number | bigint, "u256">;
}, string>;
//# sourceMappingURL=bcs.d.ts.map