/// <reference types="node" />
import { AmountT } from "../primitives/index";
import { PublicKeyT } from "../crypto/index";
import { UInt256 } from "@radixdlt/uint256";
import { Byte } from "../util/index";
declare type REPrimitive = Readonly<{
    toBuffer: () => Buffer;
    toString: () => string;
}>;
export declare enum InstructionType {
    END = 0,
    SYSCALL = 1,
    UP = 2,
    READ = 3,
    LREAD = 4,
    VREAD = 5,
    LVREAD = 6,
    DOWN = 7,
    LDOWN = 8,
    VDOWN = 9,
    LVDOWN = 10,
    SIG = 11,
    MSG = 12,
    HEADER = 13,
    READINDEX = 14,
    DOWNINDEX = 15
}
export declare type BaseInstruction<IT extends InstructionType> = REPrimitive & Readonly<{
    toHumanReadableString?: () => string;
    instructionType: IT;
}>;
export declare enum REAddressType {
    SYSTEM = 0,
    RADIX_NATIVE_TOKEN = 1,
    HASHED_KEY_NONCE = 3,
    PUBLIC_KEY = 4
}
export declare type REAddressBase<AT extends REAddressType> = REPrimitive & Readonly<{
    reAddressType: AT;
}>;
export declare type REAddressSystem = REAddressBase<REAddressType.SYSTEM>;
export declare type REAddressNativeToken = REAddressBase<REAddressType.RADIX_NATIVE_TOKEN>;
export declare type REAddressHashedKeyNonce = REAddressBase<REAddressType.HASHED_KEY_NONCE> & Readonly<{
    lower26Bytes: Buffer;
}>;
export declare type REAddressPublicKey = REAddressBase<REAddressType.PUBLIC_KEY> & Readonly<{
    publicKey: PublicKeyT;
}>;
export declare type REAddressT = REAddressSystem | REAddressNativeToken | REAddressHashedKeyNonce | REAddressPublicKey;
export declare enum SubStateType {
    TOKENS = 6,
    PREPARED_STAKE = 7,
    STAKE_OWNERSHIP = 8,
    PREPARED_UNSTAKE = 9,
    VALIDATOR_ALLOW_DELEGATION_FLAG = 14,
    VALIDATOR_OWNER_COPY = 17
}
export declare type BaseSubstate<SST extends SubStateType> = REPrimitive & Readonly<{
    substateType: SST;
    toHumanReadableString?: () => string;
}>;
export declare type TokensT = BaseSubstate<SubStateType.TOKENS> & {
    reserved: Byte;
    owner: REAddressT;
    resource: REAddressT;
    amount: AmountT;
};
export declare type BaseValidatorSubstate<SST extends SubStateType> = BaseSubstate<SST> & Readonly<{
    reserved: Byte;
    validator: PublicKeyT;
}>;
export declare type BaseStakingSubstate<SST extends SubStateType> = BaseValidatorSubstate<SST> & Readonly<{
    owner: REAddressT;
    amount: AmountT;
}>;
export declare type PreparedStakeT = BaseStakingSubstate<SubStateType.PREPARED_STAKE>;
export declare type PreparedUnstakeT = BaseStakingSubstate<SubStateType.PREPARED_UNSTAKE>;
export declare type StakeOwnershipT = BaseStakingSubstate<SubStateType.STAKE_OWNERSHIP>;
export declare type ValidatorAllowDelegationFlagT = BaseValidatorSubstate<SubStateType.VALIDATOR_ALLOW_DELEGATION_FLAG> & Readonly<{
    isDelegationAllowed: boolean;
}>;
export declare type ValidatorOwnerCopyT = BaseValidatorSubstate<SubStateType.VALIDATOR_OWNER_COPY> & Readonly<{
    owner: REAddressT;
}>;
export declare type SubstateT = TokensT | PreparedStakeT | PreparedUnstakeT | StakeOwnershipT | ValidatorAllowDelegationFlagT | ValidatorOwnerCopyT;
export declare const stringifySubstateType: (substateType: SubStateType) => string;
export declare type BaseInstructionWithSubState<IT extends InstructionType> = BaseInstruction<IT> & Readonly<{
    substate: SubstateT;
}>;
export declare type BytesT = REPrimitive & Readonly<{
    length: number;
    data: Buffer;
}>;
export declare type Ins_END = BaseInstruction<InstructionType.END>;
export declare type Ins_UP = BaseInstructionWithSubState<InstructionType.UP>;
export declare type Ins_MSG = BaseInstruction<InstructionType.MSG> & Readonly<{
    bytes: BytesT;
}>;
export declare type UInt32 = number;
export declare type SubstateIdT = REPrimitive & Readonly<{
    hash: Buffer;
    index: UInt32;
}>;
export declare type Ins_DOWN = BaseInstruction<InstructionType.DOWN> & Readonly<{
    substateId: SubstateIdT;
}>;
export declare type Ins_LDOWN = BaseInstruction<InstructionType.LDOWN> & Readonly<{
    substateIndex: UInt32;
}>;
export declare type TXSig = REPrimitive & Readonly<{
    v: Byte;
    r: UInt256;
    s: UInt256;
}>;
export declare type Ins_SIG = BaseInstruction<InstructionType.SIG> & Readonly<{
    signature: TXSig;
}>;
export declare const SYSCALL_TX_FEE_RESERVE_PUT = 0;
export declare const SYSCALL_TX_FEE_RESERVE_TAKE = 1;
export declare type Ins_SYSCALL = BaseInstruction<InstructionType.SYSCALL> & Readonly<{
    callData: BytesT;
}>;
export declare type Ins_HEADER = BaseInstruction<InstructionType.HEADER> & Readonly<{
    version: Byte;
    flag: Byte;
}>;
export declare type Ins_VREAD = BaseInstruction<InstructionType.VREAD> & Readonly<{
    callData: BytesT;
}>;
export declare type Ins_VDOWN = BaseInstruction<InstructionType.VDOWN> & Readonly<{
    callData: BytesT;
}>;
export declare type Ins_READ = BaseInstruction<InstructionType.READ> & Readonly<{
    substateId: SubstateIdT;
}>;
export declare type InstructionT = Ins_END | Ins_UP | Ins_DOWN | Ins_LDOWN | Ins_MSG | Ins_SIG | Ins_SYSCALL | Ins_HEADER | Ins_VREAD | Ins_VDOWN | Ins_READ;
export declare type TransactionT = REPrimitive & Readonly<{
    instructions: InstructionT[];
    txID: () => string;
}>;
export {};
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