/// <reference types="long" />
import { Long } from "../../helpers";
import * as _m0 from "protobufjs/minimal";
export declare const protobufPackage = "bnbchain.greenfield.storage";
/**
 * SourceType represents the source of resource creation, which can
 * from Greenfield native or from a cross-chain transfer from BSC
 */
export declare enum SourceType {
    SOURCE_TYPE_ORIGIN = 0,
    SOURCE_TYPE_BSC_CROSS_CHAIN = 1,
    SOURCE_TYPE_MIRROR_PENDING = 2,
    UNRECOGNIZED = -1
}
export declare const SourceTypeSDKType: typeof SourceType;
export declare function sourceTypeFromJSON(object: any): SourceType;
export declare function sourceTypeToJSON(object: SourceType): string;
/**
 * RedundancyType represents the redundancy algorithm type for object data,
 * which can be either multi-replica or erasure coding.
 */
export declare enum RedundancyType {
    REDUNDANCY_EC_TYPE = 0,
    REDUNDANCY_REPLICA_TYPE = 1,
    UNRECOGNIZED = -1
}
export declare const RedundancyTypeSDKType: typeof RedundancyType;
export declare function redundancyTypeFromJSON(object: any): RedundancyType;
export declare function redundancyTypeToJSON(object: RedundancyType): string;
/**
 * ObjectStatus represents the creation status of an object. After a user successfully
 * sends a CreateObject transaction onto the chain, the status is set to 'Created'.
 * After the Primary Service Provider successfully sends a Seal Object transaction onto
 * the chain, the status is set to 'Sealed'.
 */
export declare enum ObjectStatus {
    OBJECT_STATUS_CREATED = 0,
    OBJECT_STATUS_SEALED = 1,
    UNRECOGNIZED = -1
}
export declare const ObjectStatusSDKType: typeof ObjectStatus;
export declare function objectStatusFromJSON(object: any): ObjectStatus;
export declare function objectStatusToJSON(object: ObjectStatus): string;
/** VisibilityType is the resources public status. */
export declare enum VisibilityType {
    VISIBILITY_TYPE_UNSPECIFIED = 0,
    VISIBILITY_TYPE_PUBLIC_READ = 1,
    VISIBILITY_TYPE_PRIVATE = 2,
    /** VISIBILITY_TYPE_INHERIT - If the bucket Visibility is inherit, it's finally set to private. If the object Visibility is inherit, it's the same as bucket. */
    VISIBILITY_TYPE_INHERIT = 3,
    UNRECOGNIZED = -1
}
export declare const VisibilityTypeSDKType: typeof VisibilityType;
export declare function visibilityTypeFromJSON(object: any): VisibilityType;
export declare function visibilityTypeToJSON(object: VisibilityType): string;
/**
 * Approval is the signature information returned by the Primary Storage Provider (SP) to the user
 * after allowing them to create a bucket or object, which is then used for verification on the chain
 * to ensure agreement between the Primary SP and the user."
 */
export interface Approval {
    /** expired_height is the block height at which the signature expires. */
    expiredHeight: Long;
    /** The signature needs to conform to the EIP 712 specification. */
    sig: Uint8Array;
}
/**
 * Approval is the signature information returned by the Primary Storage Provider (SP) to the user
 * after allowing them to create a bucket or object, which is then used for verification on the chain
 * to ensure agreement between the Primary SP and the user."
 */
export interface ApprovalSDKType {
    expired_height: Long;
    sig: Uint8Array;
}
/**
 * SecondarySpSignDoc used to generate seal signature of secondary SP
 * If the secondary SP only signs the checksum to declare the object pieces are saved,
 * it might be reused by the primary SP to fake it's declaration.
 * Then the primary SP can challenge and slash the secondary SP.
 * So the id of the object is needed to prevent this.
 */
export interface SecondarySpSignDoc {
    spAddress: string;
    objectId: string;
    checksum: Uint8Array;
}
/**
 * SecondarySpSignDoc used to generate seal signature of secondary SP
 * If the secondary SP only signs the checksum to declare the object pieces are saved,
 * it might be reused by the primary SP to fake it's declaration.
 * Then the primary SP can challenge and slash the secondary SP.
 * So the id of the object is needed to prevent this.
 */
export interface SecondarySpSignDocSDKType {
    sp_address: string;
    object_id: string;
    checksum: Uint8Array;
}
export declare const Approval: {
    encode(message: Approval, writer?: _m0.Writer): _m0.Writer;
    decode(input: _m0.Reader | Uint8Array, length?: number): Approval;
    fromJSON(object: any): Approval;
    toJSON(message: Approval): unknown;
    fromPartial<I extends {
        expiredHeight?: string | number | Long.Long | undefined;
        sig?: Uint8Array | undefined;
    } & {
        expiredHeight?: string | number | (Long.Long & {
            high: number;
            low: number;
            unsigned: boolean;
            add: (addend: string | number | Long.Long) => Long.Long;
            and: (other: string | number | Long.Long) => Long.Long;
            compare: (other: string | number | Long.Long) => number;
            comp: (other: string | number | Long.Long) => number;
            divide: (divisor: string | number | Long.Long) => Long.Long;
            div: (divisor: string | number | Long.Long) => Long.Long;
            equals: (other: string | number | Long.Long) => boolean;
            eq: (other: string | number | Long.Long) => boolean;
            getHighBits: () => number;
            getHighBitsUnsigned: () => number;
            getLowBits: () => number;
            getLowBitsUnsigned: () => number;
            getNumBitsAbs: () => number;
            greaterThan: (other: string | number | Long.Long) => boolean;
            gt: (other: string | number | Long.Long) => boolean;
            greaterThanOrEqual: (other: string | number | Long.Long) => boolean;
            gte: (other: string | number | Long.Long) => boolean;
            isEven: () => boolean;
            isNegative: () => boolean;
            isOdd: () => boolean;
            isPositive: () => boolean;
            isZero: () => boolean;
            lessThan: (other: string | number | Long.Long) => boolean;
            lt: (other: string | number | Long.Long) => boolean;
            lessThanOrEqual: (other: string | number | Long.Long) => boolean;
            lte: (other: string | number | Long.Long) => boolean;
            modulo: (other: string | number | Long.Long) => Long.Long;
            mod: (other: string | number | Long.Long) => Long.Long;
            multiply: (multiplier: string | number | Long.Long) => Long.Long;
            mul: (multiplier: string | number | Long.Long) => Long.Long;
            negate: () => Long.Long;
            neg: () => Long.Long;
            not: () => Long.Long;
            notEquals: (other: string | number | Long.Long) => boolean;
            neq: (other: string | number | Long.Long) => boolean;
            or: (other: string | number | Long.Long) => Long.Long;
            shiftLeft: (numBits: number | Long.Long) => Long.Long;
            shl: (numBits: number | Long.Long) => Long.Long;
            shiftRight: (numBits: number | Long.Long) => Long.Long;
            shr: (numBits: number | Long.Long) => Long.Long;
            shiftRightUnsigned: (numBits: number | Long.Long) => Long.Long;
            shru: (numBits: number | Long.Long) => Long.Long;
            subtract: (subtrahend: string | number | Long.Long) => Long.Long;
            sub: (subtrahend: string | number | Long.Long) => Long.Long;
            toInt: () => number;
            toNumber: () => number;
            toBytes: (le?: boolean | undefined) => number[];
            toBytesLE: () => number[];
            toBytesBE: () => number[];
            toSigned: () => Long.Long;
            toString: (radix?: number | undefined) => string;
            toUnsigned: () => Long.Long;
            xor: (other: string | number | Long.Long) => Long.Long;
        } & Record<Exclude<keyof I["expiredHeight"], keyof Long.Long>, never>) | undefined;
        sig?: Uint8Array | undefined;
    } & Record<Exclude<keyof I, keyof Approval>, never>>(object: I): Approval;
    fromSDK(object: ApprovalSDKType): Approval;
    toSDK(message: Approval): ApprovalSDKType;
};
export declare const SecondarySpSignDoc: {
    encode(message: SecondarySpSignDoc, writer?: _m0.Writer): _m0.Writer;
    decode(input: _m0.Reader | Uint8Array, length?: number): SecondarySpSignDoc;
    fromJSON(object: any): SecondarySpSignDoc;
    toJSON(message: SecondarySpSignDoc): unknown;
    fromPartial<I extends {
        spAddress?: string | undefined;
        objectId?: string | undefined;
        checksum?: Uint8Array | undefined;
    } & {
        spAddress?: string | undefined;
        objectId?: string | undefined;
        checksum?: Uint8Array | undefined;
    } & Record<Exclude<keyof I, keyof SecondarySpSignDoc>, never>>(object: I): SecondarySpSignDoc;
    fromSDK(object: SecondarySpSignDocSDKType): SecondarySpSignDoc;
    toSDK(message: SecondarySpSignDoc): SecondarySpSignDocSDKType;
};