import _m0 from "protobufjs/minimal";
import { AccountID, ContractID, FileID, ScheduleID, TokenID, TopicID, TransactionID } from "./basic_types";
import { ExchangeRateSet } from "./exchange_rate";
import { ResponseCodeEnum } from "./response_code";
export declare const protobufPackage = "proto";
/**
 * The summary of a transaction's result so far. If the transaction has not reached consensus, this
 * result will be necessarily incomplete.
 */
export interface TransactionReceipt {
    /**
     * The consensus status of the transaction; is UNKNOWN if consensus has not been reached, or if
     * the associated transaction did not have a valid payer signature
     */
    status: ResponseCodeEnum;
    /** In the receipt of a CryptoCreate, the id of the newly created account */
    accountID: AccountID | undefined;
    /** In the receipt of a FileCreate, the id of the newly created file */
    fileID: FileID | undefined;
    /** In the receipt of a ContractCreate, the id of the newly created contract */
    contractID: ContractID | undefined;
    /** The exchange rates in effect when the transaction reached consensus */
    exchangeRate: ExchangeRateSet | undefined;
    /** In the receipt of a ConsensusCreateTopic, the id of the newly created topic. */
    topicID: TopicID | undefined;
    /**
     * In the receipt of a ConsensusSubmitMessage, the new sequence number of the topic that
     * received the message
     */
    topicSequenceNumber: number;
    /**
     * In the receipt of a ConsensusSubmitMessage, the new running hash of the topic that received
     * the message.  This 48-byte field is the output of a particular SHA-384 digest whose input
     * data are determined by the value of the topicRunningHashVersion below. The bytes of each
     * uint64 or uint32 are to be in Big-Endian format.
     *
     * IF the topicRunningHashVersion is '0' or '1', then the input data to the SHA-384 digest are,
     * in order:
     * ---
     * 1. The previous running hash of the topic (48 bytes)
     * 2. The topic's shard (8 bytes)
     * 3. The topic's realm (8 bytes)
     * 4. The topic's number (8 bytes)
     * 5. The number of seconds since the epoch before the ConsensusSubmitMessage reached
     *    consensus (8 bytes)
     * 6. The number of nanoseconds since 5. before the ConsensusSubmitMessage reached
     *    consensus (4 bytes)
     * 7. The topicSequenceNumber from above (8 bytes)
     * 8. The message bytes from the ConsensusSubmitMessage (variable).
     *
     * IF the topicRunningHashVersion is '2', then the input data to the SHA-384 digest are, in
     * order:
     * ---
     * 1. The previous running hash of the topic (48 bytes)
     * 2. The topicRunningHashVersion below (8 bytes)
     * 3. The topic's shard (8 bytes)
     * 4. The topic's realm (8 bytes)
     * 5. The topic's number (8 bytes)
     * 6. The number of seconds since the epoch before the ConsensusSubmitMessage reached
     *    consensus (8 bytes)
     * 7. The number of nanoseconds since 6. before the ConsensusSubmitMessage reached
     *    consensus (4 bytes)
     * 8. The topicSequenceNumber from above (8 bytes)
     * 9. The output of the SHA-384 digest of the message bytes from the
     *    consensusSubmitMessage (48 bytes)
     *
     * Otherwise, IF the topicRunningHashVersion is '3', then the input data to the SHA-384 digest
     * are, in order:
     * ---
     * 1. The previous running hash of the topic (48 bytes)
     * 2. The topicRunningHashVersion below (8 bytes)
     * 3. The payer account's shard (8 bytes)
     * 4. The payer account's realm (8 bytes)
     * 5. The payer account's number (8 bytes)
     * 6. The topic's shard (8 bytes)
     * 7. The topic's realm (8 bytes)
     * 8. The topic's number (8 bytes)
     * 9. The number of seconds since the epoch before the ConsensusSubmitMessage reached
     *    consensus (8 bytes)
     * 10. The number of nanoseconds since 9. before the ConsensusSubmitMessage reached
     *     consensus (4 bytes)
     * 11. The topicSequenceNumber from above (8 bytes)
     * 12. The output of the SHA-384 digest of the message bytes from the
     *     consensusSubmitMessage (48 bytes)
     */
    topicRunningHash: Uint8Array;
    /**
     * In the receipt of a ConsensusSubmitMessage, the version of the SHA-384 digest used to update
     * the running hash.
     */
    topicRunningHashVersion: number;
    /** In the receipt of a CreateToken, the id of the newly created token */
    tokenID: TokenID | undefined;
    /**
     * In the receipt of TokenMint, TokenWipe, TokenBurn, For fungible tokens - the current total
     * supply of this token. For non fungible tokens - the total number of NFTs issued for a given
     * tokenID
     */
    newTotalSupply: number;
    /** In the receipt of a ScheduleCreate, the id of the newly created Scheduled Entity */
    scheduleID: ScheduleID | undefined;
    /**
     * In the receipt of a ScheduleCreate or ScheduleSign that resolves to SUCCESS, the
     * TransactionID that should be used to query for the receipt or record of the relevant
     * scheduled transaction
     */
    scheduledTransactionID: TransactionID | undefined;
    /**
     * In the receipt of a TokenMint for tokens of type NON_FUNGIBLE_UNIQUE, the serial numbers of
     * the newly created NFTs
     */
    serialNumbers: number[];
}
export declare const TransactionReceipt: {
    encode(message: TransactionReceipt, writer?: _m0.Writer): _m0.Writer;
    decode(input: _m0.Reader | Uint8Array, length?: number): TransactionReceipt;
    fromJSON(object: any): TransactionReceipt;
    toJSON(message: TransactionReceipt): unknown;
    create(base?: DeepPartial<TransactionReceipt>): TransactionReceipt;
    fromPartial(object: DeepPartial<TransactionReceipt>): TransactionReceipt;
};
type Builtin = Date | Function | Uint8Array | string | number | boolean | undefined;
export type DeepPartial<T> = T extends Builtin ? T : T extends Array<infer U> ? Array<DeepPartial<U>> : T extends ReadonlyArray<infer U> ? ReadonlyArray<DeepPartial<U>> : T extends {
    $case: string;
} ? {
    [K in keyof Omit<T, "$case">]?: DeepPartial<T[K]>;
} & {
    $case: T["$case"];
} : T extends {} ? {
    [K in keyof T]?: DeepPartial<T[K]>;
} : Partial<T>;
export {};
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