import type { AssetId } from '@fuel-ts/address';
import type { BN } from '@fuel-ts/math';
export declare enum ReceiptType {
    Call = 0,
    Return = 1,
    ReturnData = 2,
    Panic = 3,
    Revert = 4,
    Log = 5,
    LogData = 6,
    Transfer = 7,
    TransferOut = 8,
    ScriptResult = 9,
    MessageOut = 10,
    Mint = 11,
    Burn = 12
}
export type ReceiptCall = {
    type: ReceiptType.Call;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Contract ID of called contract (b256) */
    to: string;
    /** Amount of coins to forward, i.e. $rB (u64) */
    amount: BN;
    /** Asset ID of coins to forward, i.e. MEM[$rC, 32] (b256) */
    assetId: string;
    /** Gas to forward, i.e. $rD (u64) */
    gas: BN;
    /** Method name offset (u64) */
    param1: BN;
    /** Method args offset (u64) */
    param2: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptReturn = {
    type: ReceiptType.Return;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Value of register $rA (u64) */
    val: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptReturnData = {
    type: ReceiptType.ReturnData;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Value of register $rA (u64) */
    ptr: BN;
    /** Value of register $rB (u64) */
    len: BN;
    /** Hash of MEM[$rA, $rB] (b256) */
    digest: string;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of the memory range MEM[$rA, $rB]. */
    data: string;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptPanic = {
    type: ReceiptType.Panic;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Panic reason (u64) */
    reason: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
    /** Value of optional contract ID */
    contractId: string;
};
export type ReceiptRevert = {
    type: ReceiptType.Revert;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Value of register $rA (u64) */
    val: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptLog = {
    type: ReceiptType.Log;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Value of register $rA (u64) */
    ra: BN;
    /** Value of register $rB (u64) */
    rb: BN;
    /** Value of register $rC (u64) */
    rc: BN;
    /** Value of register $rD (u64) */
    rd: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptLogData = {
    type: ReceiptType.LogData;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Value of register $rA (u64) */
    ra: BN;
    /** Value of register $rB (u64) */
    rb: BN;
    /** Value of register $rC (u64) */
    ptr: BN;
    /** Value of register $rD (u64) */
    len: BN;
    /** Hash of MEM[$rC, $rD] (b256) */
    digest: string;
    /** Value of the memory range MEM[$rC, $rD]. */
    data: string;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptTransfer = {
    type: ReceiptType.Transfer;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Contract ID of contract to transfer coins to (b256) */
    to: string;
    /** Amount of coins transferred (u64) */
    amount: BN;
    /** Asset ID of coins transferred (b256) */
    assetId: string;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptTransferOut = {
    type: ReceiptType.TransferOut;
    /** Contract ID of current context if in an internal context, zero otherwise (b256) */
    id: string;
    /** Address to transfer coins to (b256) */
    to: string;
    /** Amount of coins transferred (u64) */
    amount: BN;
    /** Asset ID of coins transferred (b256) */
    assetId: string;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptScriptResult = {
    type: ReceiptType.ScriptResult;
    /** Result variant with embedded `PanicReason` in first 8 bits and `instr` (u64) */
    result: BN;
    /** Gas consumed by the script (u64) */
    gasUsed: BN;
};
export type ReceiptMessageOut = {
    type: ReceiptType.MessageOut;
    /** Hexadecimal string representation of the 256-bit (32-byte) message ID */
    messageId: string;
    /** Hexadecimal string representation of the 256-bit (32-byte) address of the message sender: MEM[$fp, 32] */
    sender: string;
    /** Hexadecimal string representation of the 256-bit (32-byte) address of the message recipient: MEM[$rA, 32] */
    recipient: string;
    /** Hexadecimal string representation of a 64-bit unsigned integer; value of register $rD */
    amount: BN;
    /** Hexadecimal string representation of the 256-bit (32-byte) message nonce */
    nonce: string;
    /** Decimal string representation of a 16-bit unsigned integer; value of register $rC. */
    len: number;
    /** Hexadecimal string representation of 256-bit (32-byte), hash of MEM[$rA + 32, $rB] */
    digest: string;
    /** Hexadecimal string representation of the value of the memory range MEM[$rA + 32, $rB] */
    data: Uint8Array;
};
export type ReceiptMint = {
    type: ReceiptType.Mint;
    subId: string;
    contractId: string;
    assetId: string;
    val: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type ReceiptBurn = {
    type: ReceiptType.Burn;
    subId: string;
    contractId: string;
    assetId: string;
    val: BN;
    /** Value of register $pc (u64) */
    pc: BN;
    /** Value of register $is (u64) */
    is: BN;
};
export type Receipt = ReceiptCall | ReceiptReturn | ReceiptReturnData | ReceiptPanic | ReceiptRevert | ReceiptLog | ReceiptLogData | ReceiptTransfer | ReceiptTransferOut | ReceiptScriptResult | ReceiptMessageOut | ReceiptMint | ReceiptBurn;
export declare const getMintedAssetId: (contractId: string, subId: string) => string;
export declare const createAssetId: (contractId: string, subId: string) => AssetId;
export declare const getMessageId: (value: Pick<ReceiptMessageOut, "sender" | "recipient" | "nonce" | "amount" | "data">) => string;
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