import { Entity, DefaultDeSerializers, DeSerializers, DeserializedType } from '@sap-cloud-sdk/odata-v2';
import { BatchCharc, BatchCharcType } from './BatchCharc';
/**
 * This class represents the entity "BatchCharcValue" of service "cds_api_batch_srv".
 */
export declare class BatchCharcValue<T extends DeSerializers = DefaultDeSerializers> extends Entity implements BatchCharcValueType<T> {
    /**
     * Technical entity name for BatchCharcValue.
     */
    static _entityName: string;
    /**
     * Default url path for the according service.
     */
    static _defaultServicePath: string;
    /**
     * All key fields of the BatchCharcValue entity
     */
    static _keys: string[];
    /**
     * Material Number.
     * Alphanumeric key uniquely identifying the material.
     * Maximum length: 16.
     */
    material: DeserializedType<T, 'Edm.String'>;
    /**
     * Plant.
     * Key uniquely identifying a plant.
     * Maximum length: 4.
     */
    batchIdentifyingPlant: DeserializedType<T, 'Edm.String'>;
    /**
     * Batch Number.
     * Assigns a material that is manufactured in batches or production lots to a specific batch.
     * Maximum length: 10.
     */
    batch: DeserializedType<T, 'Edm.String'>;
    /**
     * Internal characteristic number without conversion routine.
     * Maximum length: 10.
     */
    charcInternalId: DeserializedType<T, 'Edm.String'>;
    /**
     * Characteristic value counter.
     * Maximum length: 3.
     */
    charcValuePositionNumber: DeserializedType<T, 'Edm.String'>;
    /**
     * Code for value dependency.
     * When defining values, intervals can be defined such that the FROM value or TO value is given an operator.
     * Example: 1.54>-<2.088The coding of the individual possible entries is described below.Code Operator Value1  Operator Value21 EQ2 GE  LT3 GE  LE4 GT  LT5 GT  LE6 LT7 LE8 GT9 GE.
     * Maximum length: 1.
     * @nullable
     */
    charcValueDependency?: DeserializedType<T, 'Edm.String'> | null;
    /**
     * Characteristic Value.
     * Value of a characteristic.
     * If the characteristic has character format (CHAR), this field contains a single character string.Values in time format (TIME) must have the format HH:MM:SS. The separators are set automatically. Example:  112855  --> 11:28:55The values in date format (DATE) must have the format DD.MM.YYYY. The separators are set automatically. Example: 110100  --> 11.01.2000NoteIf you valuate validity parameters, you cannot specify intervals. You can only specify individual values.The following description does not apply to the valuation of validity parameters:If the characteristic format is numeric (NUM), time (TIME), or date (DATE), you can enter a number or (if allowed) an interval.Intervals are written in the following format:Value1 - Value2 (from Value1 to Value2)>Value1 (greater than Value1)>=Value1 (greater than or equal to Value1)<Value2 (less than Value2)<=Value2 (less than or equal to Value2)>Value1 - <Value2 (greater than Value1 and less than Value2)Value1 - <Value2 (greater than or equal to Value1 and less thanValue2)>Value1 - Value2 (greater than Value1 and less than or equal toValue2)If the characteristic has more than one value, you can enter multiple values separated by semicolons.If you have maintained a unit of measure for numeric values in the formatting data of the characteristic, the unit is displayed automatically when you confirm.NoteIf you want to define intervals as allowed values of a characteristic, you must define the characteristic as "multiple-value" when you maintain the characteristic in the Classification System. This also allows you to enter more than one interval.However, if you assign more than one interval to a characteristic of a class during configuration (for example, 1-2 and 5-6 for characteristic LENGTH), the system only reads one of the intervals when generating an inspection lot in QM. To avoid this problem, do NOT assign more than one interval to a characteristic.
     * Maximum length: 70.
     * @nullable
     */
    charcValue?: DeserializedType<T, 'Edm.String'> | null;
    /**
     * Internal floating point from.
     * @nullable
     */
    charcFromNumericValue?: DeserializedType<T, 'Edm.Double'> | null;
    /**
     * Unit of Measurement.
     * Internal, language-independent, measurement unit format.
     * This format is used for internal processing.The internal format is automatically replaced by either the external commercial (three-character) or technical (six-character) format before output to the screen.
     * Maximum length: 3.
     * @nullable
     */
    charcFromNumericValueUnit?: DeserializedType<T, 'Edm.String'> | null;
    /**
     * Internal floating point value to.
     * @nullable
     */
    charcToNumericValue?: DeserializedType<T, 'Edm.Double'> | null;
    /**
     * Unit of Measurement.
     * Internal, language-independent, measurement unit format.
     * This format is used for internal processing.The internal format is automatically replaced by either the external commercial (three-character) or technical (six-character) format before output to the screen.
     * Maximum length: 3.
     * @nullable
     */
    charcToNumericValueUnit?: DeserializedType<T, 'Edm.String'> | null;
    /**
     * Lower Boundary for Numeric Field.
     * @nullable
     */
    charcFromDecimalValue?: DeserializedType<T, 'Edm.Decimal'> | null;
    /**
     * Upper Boundary for Numeric Field.
     * @nullable
     */
    charcToDecimalValue?: DeserializedType<T, 'Edm.Decimal'> | null;
    /**
     * Lower Boundary for Currency Field.
     * @nullable
     */
    charcFromAmount?: DeserializedType<T, 'Edm.Decimal'> | null;
    /**
     * Upper Boundary for Currency Field.
     * @nullable
     */
    charcToAmount?: DeserializedType<T, 'Edm.Decimal'> | null;
    /**
     * Currency Key.
     * Key for the currency in which the amounts are managed in the system.
     * Maximum length: 5.
     * @nullable
     */
    currency?: DeserializedType<T, 'Edm.String'> | null;
    /**
     * Lower Boundary for Date-Interval.
     * @nullable
     */
    charcFromDate?: DeserializedType<T, 'Edm.DateTime'> | null;
    /**
     * Upper Boundary for Date-Interval.
     * @nullable
     */
    charcToDate?: DeserializedType<T, 'Edm.DateTime'> | null;
    /**
     * Lower Boundary for Time-Interval.
     * @nullable
     */
    charcFromTime?: DeserializedType<T, 'Edm.Time'> | null;
    /**
     * Upper Boundary for Time-Interval.
     * @nullable
     */
    charcToTime?: DeserializedType<T, 'Edm.Time'> | null;
    /**
     * Classification: Author.
     * Maximum length: 1.
     * @nullable
     */
    characteristicAuthor?: DeserializedType<T, 'Edm.String'> | null;
    /**
     * Last Change Timestamp.
     * @nullable
     */
    lastChangeDateTime?: DeserializedType<T, 'Edm.DateTimeOffset'> | null;
    /**
     * One-to-one navigation property to the [[BatchCharc]] entity.
     */
    toBatchCharc?: BatchCharc<T> | null;
}
export interface BatchCharcValueType<T extends DeSerializers = DefaultDeSerializers> {
    material: DeserializedType<T, 'Edm.String'>;
    batchIdentifyingPlant: DeserializedType<T, 'Edm.String'>;
    batch: DeserializedType<T, 'Edm.String'>;
    charcInternalId: DeserializedType<T, 'Edm.String'>;
    charcValuePositionNumber: DeserializedType<T, 'Edm.String'>;
    charcValueDependency?: DeserializedType<T, 'Edm.String'> | null;
    charcValue?: DeserializedType<T, 'Edm.String'> | null;
    charcFromNumericValue?: DeserializedType<T, 'Edm.Double'> | null;
    charcFromNumericValueUnit?: DeserializedType<T, 'Edm.String'> | null;
    charcToNumericValue?: DeserializedType<T, 'Edm.Double'> | null;
    charcToNumericValueUnit?: DeserializedType<T, 'Edm.String'> | null;
    charcFromDecimalValue?: DeserializedType<T, 'Edm.Decimal'> | null;
    charcToDecimalValue?: DeserializedType<T, 'Edm.Decimal'> | null;
    charcFromAmount?: DeserializedType<T, 'Edm.Decimal'> | null;
    charcToAmount?: DeserializedType<T, 'Edm.Decimal'> | null;
    currency?: DeserializedType<T, 'Edm.String'> | null;
    charcFromDate?: DeserializedType<T, 'Edm.DateTime'> | null;
    charcToDate?: DeserializedType<T, 'Edm.DateTime'> | null;
    charcFromTime?: DeserializedType<T, 'Edm.Time'> | null;
    charcToTime?: DeserializedType<T, 'Edm.Time'> | null;
    characteristicAuthor?: DeserializedType<T, 'Edm.String'> | null;
    lastChangeDateTime?: DeserializedType<T, 'Edm.DateTimeOffset'> | null;
    toBatchCharc?: BatchCharcType<T> | null;
}
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