import { Entity, DefaultDeSerializers, DeSerializers, DeserializedType } from '@sap-cloud-sdk/odata-v2'; /** * This class represents the entity "A_InspectionResultValue" of service "API_INSPECTIONLOT_SRV". */ export declare class InspectionResultValue extends Entity implements InspectionResultValueType { /** * Technical entity name for InspectionResultValue. */ static _entityName: string; /** * Default url path for the according service. */ static _defaultServicePath: string; /** * All key fields of the InspectionResultValue entity */ static _keys: string[]; /** * Inspection Lot Number. * Number that uniquely identifies an inspection lot. * The inspection lot number is assigned by the system. * Maximum length: 12. */ inspectionLot: DeserializedType; /** * Current Node Number from Order Counter. * Maximum length: 8. */ inspPlanOperationInternalId: DeserializedType; /** * Inspection Characteristic Number. * The number that explicitly identifies an inspection characteristic within an operation in an inspection plan. * Maximum length: 4. */ inspectionCharacteristic: DeserializedType; /** * Number of Individual Result. * Maximum length: 8. */ inspResultValueInternalId: DeserializedType; /** * Attribute of the Results Record (Valid, Invalid,...). * With an entry in this field you can indicate characteristic results or sample results as being invalid or, for example, mark outliers. If single values are recorded, the attribute field refers to a single value, otherwise this field refers to the results data for the characteristic or for the partial sample. * The system calculates statistics, such as the mean value, standard deviation and the number of fields only from valid single results.When you indicate that the result of a partial sample is invalid, the system reduces the summarized results data of the inspection characteristic by the results data of the invalid partial sample. * Maximum length: 1. * @nullable */ inspectionResultAttribute?: DeserializedType | null; /** * Counter for Inspection Unit Number. * Number of a sample unit for the inspection characteristic or partial sample being inspected. * Maximum length: 4. * @nullable */ inspResultItemInternalId?: DeserializedType | null; /** * Inspection Sample Number. * Number identifying an inspection sample if dependent or independent multiple samples are used in the sampling procedure of the characteristic or if inspection points are involved. * Maximum length: 6. * @nullable */ inspectionSubsetInternalId?: DeserializedType | null; /** * Measured Value for a Sample Unit. * For each inspection characteristic you define in the inspection plan whether single values must be recorded and measured values must be confirmed. * After each entry the system determines the mean value for the inspection characteristic (or partial sample) on the basis of the confirmed and valid measured values. * @nullable */ inspectionResultMeasuredValue?: DeserializedType | null; /** * Measured Value for a Sample Unit - formatted. * Maximum length: 22. * @nullable */ inspResultFrmtdMeasuredValue?: DeserializedType | null; /** * Measured Value Is Not Initial. * Maximum length: 1. * @nullable */ inspResultHasMeasuredValue?: DeserializedType | null; /** * Original Value Before Input Processing. * In this field, the system saves the original value that was actually entered during results recording. Attributes that may have been entered are also saved (for example, the entry >3.14). * Maximum length: 25. * @nullable */ inspectionResultOriginalValue?: DeserializedType | null; /** * Number of Defects Found. * Number of defects observed for a sample unit or characteristic/partial sample. * If the field is ready for input, you enter the number of defects. For each inspected sample unit you can confirm more than one defect. * @nullable */ inspectionNumberOfDefects?: DeserializedType | null; /** * Defect Class. * Categorizes the possible defects into classes according to a defect valuation based on the results caused by the defect. * Defects are usually assigned to one of three classes: critical defect, major defect, or minor defect. * Maximum length: 2. * @nullable */ defectClass?: DeserializedType | null; /** * Inspection Description for Single Value. * Maximum length: 40. * @nullable */ inspectionResultText?: DeserializedType | null; /** * Number of Single Unit in Inspection Lot. * Maximum length: 4. * @nullable */ inspLotSingleUnitNumber?: DeserializedType | null; /** * Single-Unit Number for the Unit to Be Inspected. * You use this field to assign external numbers to the units to be inspected. By doing so, you can assign individual inspection results or defects to exactly one unit to be inspected. * If the field is ready for input, enter an equipment number, a freely assigned identifier, or a serial number. * Maximum length: 18. * @nullable */ inspectionResultItem?: DeserializedType | null; /** * General Information. * You can write general additional information in this field, for example: * The number of the machine used to produce the partThe test equipment used for the inspectionYou can use the input help to search for and select an equipment master record or a production resources and tools master record. You can, however, also make a free entry.NotesThe display function in the field is only active when an equipment master record or a production resources and tools master record has been entered.The field supports uppercase and lowercase letters.When making an entry, no check is performed to see if the SAP object exists.The check whether an SAP object exists can be performed, for example, in the enhancements for the valuation or completion of a characteristic. * Maximum length: 18. * @nullable */ inspRsltFreeDefinedTestEquip?: DeserializedType | null; /** * Inspection Result Valuation. * This field contains the valuation for the acceptance decision. * For the valuation of the characteristic a distinction is made between the acceptance decision for the inspected units and the impact on similar future inspections (dynamic modification of samples).To display a list of all possible values for the valuation of the characteristic (or partial sample), select the list function. You valuate the characteristic (sample) using the 'Valuate' function.The sampling procedure that references a valuation mode defines how the valuation of an inspection characteristic (or partial sample) is to be carried out. The sampling procedure can be assigned to the inspection characteristics in the inspection plan.If you do not assign a sampling procedure to the inspection characteristic in the inspection plan, you have to valuate the inspection characteristic (or partial sample) manually.If the valuation of an inspection characteristic (or partial sample) is successful, the valuation is documented by means of a change to the record status. You can no longer enter data in the recording screen for the inspection characteristic (or partial sample) after the valuation.The valuation is unsuccessful if the predefined valuation procedure cannot reach a decision to accept or reject the characteristic (or partial sample).The most common reason for an unsuccessful valuation is that the inspection results needed for the valuation are either partially or completely missing. * Maximum length: 1. * @nullable */ inspectionValuationResult?: DeserializedType | null; /** * Code Group. * Key for the code group. * Maximum length: 8. * @nullable */ characteristicAttributeCodeGrp?: DeserializedType | null; /** * Code Group. * Key for the code group. * Maximum length: 8. * @nullable */ inspectionResultCodeGroup2?: DeserializedType | null; /** * Code Group. * Key for the code group. * Maximum length: 8. * @nullable */ inspectionResultCodeGroup3?: DeserializedType | null; /** * Code Group. * Key for the code group. * Maximum length: 8. * @nullable */ inspectionResultCodeGroup4?: DeserializedType | null; /** * Code Group. * Key for the code group. * Maximum length: 8. * @nullable */ inspectionResultCodeGroup5?: DeserializedType | null; /** * Code. * Represents the lowest level within the hierarchy of catalog type, code group and code. A code refers to the actual coding for the attribute. For example, in a code group of colors, the code BL can represent the color blue, GR can represent the color green, and so forth. * The code can be uniquely identified only with the catalog type and code group. * Maximum length: 4. * @nullable */ characteristicAttributeCode?: DeserializedType | null; /** * Code. * Represents the lowest level within the hierarchy of catalog type, code group and code. A code refers to the actual coding for the attribute. For example, in a code group of colors, the code BL can represent the color blue, GR can represent the color green, and so forth. * The code can be uniquely identified only with the catalog type and code group. * Maximum length: 4. * @nullable */ inspectionResultCode2?: DeserializedType | null; /** * Code. * Represents the lowest level within the hierarchy of catalog type, code group and code. A code refers to the actual coding for the attribute. For example, in a code group of colors, the code BL can represent the color blue, GR can represent the color green, and so forth. * The code can be uniquely identified only with the catalog type and code group. * Maximum length: 4. * @nullable */ inspectionResultCode3?: DeserializedType | null; /** * Code. * Represents the lowest level within the hierarchy of catalog type, code group and code. A code refers to the actual coding for the attribute. For example, in a code group of colors, the code BL can represent the color blue, GR can represent the color green, and so forth. * The code can be uniquely identified only with the catalog type and code group. * Maximum length: 4. * @nullable */ inspectionResultCode4?: DeserializedType | null; /** * Code. * Represents the lowest level within the hierarchy of catalog type, code group and code. A code refers to the actual coding for the attribute. For example, in a code group of colors, the code BL can represent the color blue, GR can represent the color green, and so forth. * The code can be uniquely identified only with the catalog type and code group. * Maximum length: 4. * @nullable */ inspectionResultCode5?: DeserializedType | null; /** * Catalog. * Main category by which code groups and codes are classified according to their contents (e.g. characteristic attributes, defect types, usage decisions). * The meaning of catalogs 0 through 9 and A through O is assigned by SAP. However you can freely define catalog types P through Z. * Maximum length: 1. * @nullable */ characteristicAttributeCatalog?: DeserializedType | null; /** * Catalog. * Main category by which code groups and codes are classified according to their contents (e.g. characteristic attributes, defect types, usage decisions). * The meaning of catalogs 0 through 9 and A through O is assigned by SAP. However you can freely define catalog types P through Z. * Maximum length: 1. * @nullable */ inspectionResultCatalog2?: DeserializedType | null; /** * Catalog. * Main category by which code groups and codes are classified according to their contents (e.g. characteristic attributes, defect types, usage decisions). * The meaning of catalogs 0 through 9 and A through O is assigned by SAP. However you can freely define catalog types P through Z. * Maximum length: 1. * @nullable */ inspectionResultCatalog3?: DeserializedType | null; /** * Catalog. * Main category by which code groups and codes are classified according to their contents (e.g. characteristic attributes, defect types, usage decisions). * The meaning of catalogs 0 through 9 and A through O is assigned by SAP. However you can freely define catalog types P through Z. * Maximum length: 1. * @nullable */ inspectionResultCatalog4?: DeserializedType | null; /** * Catalog. * Main category by which code groups and codes are classified according to their contents (e.g. characteristic attributes, defect types, usage decisions). * The meaning of catalogs 0 through 9 and A through O is assigned by SAP. However you can freely define catalog types P through Z. * Maximum length: 1. * @nullable */ inspectionResultCatalog5?: DeserializedType | null; /** * Name of Inspector. * The system enters the name of the user as the name of the inspector, if no other entry is made. * The system does not check the entries made. * Maximum length: 12. * @nullable */ inspector?: DeserializedType | null; /** * Start Date in Local Time Zone of Inspection. * The system enters the current date as the inspection start date, if no entry is made. * @nullable */ inspectionStartDate?: DeserializedType | null; /** * Start Time in Local Time Zone of Inspection. * The system enters the current time as the start time of the inspection, if no other entry is made. * @nullable */ inspectionStartTime?: DeserializedType | null; /** * End Date in Local Time Zone of Inspection. * The system enters the current date as the ending date of the inspection of the characteristic. You can change this entry. * @nullable */ inspectionEndDate?: DeserializedType | null; /** * End Time in Local Time Zone of Inspection. * The system enters the current time as the ending time of the inspection. You can change this entry. * @nullable */ inspectionEndTime?: DeserializedType | null; /** * System Date on Which Data Record Was Created. * Date on which the data record was created. * The system enters the current system date. * @nullable */ creationDate?: DeserializedType | null; /** * System Time at Which Data Record Was Created. * @nullable */ creationTime?: DeserializedType | null; /** * Name of User Who Created the Data Record. * Name of the user who created this data record. * The system automatically enters the user name. * Maximum length: 12. * @nullable */ createdByUser?: DeserializedType | null; /** * System Date on Which Data Record Was Changed. * Date on which the data record was last changed. * The system enters the current system date. * @nullable */ lastChangeDate?: DeserializedType | null; /** * System Time at Which Data Record Was Changed. * @nullable */ changedTime?: DeserializedType | null; /** * Name of User Who Last Changed Data Record. * Name of the user who made the last change to this data record. * Maximum length: 12. * @nullable */ lastChangedByUser?: DeserializedType | null; /** * UTC Time Stamp in Short Form (YYYYMMDDhhmmss). * The UTC time stamp is the date and time relative to UTC (Universal Coordinated Time). * @nullable */ changedDateTime?: DeserializedType | null; } export interface InspectionResultValueType { inspectionLot: DeserializedType; inspPlanOperationInternalId: DeserializedType; inspectionCharacteristic: DeserializedType; inspResultValueInternalId: DeserializedType; inspectionResultAttribute?: DeserializedType | null; inspResultItemInternalId?: DeserializedType | null; inspectionSubsetInternalId?: DeserializedType | null; inspectionResultMeasuredValue?: DeserializedType | null; inspResultFrmtdMeasuredValue?: DeserializedType | null; inspResultHasMeasuredValue?: DeserializedType | null; inspectionResultOriginalValue?: DeserializedType | null; inspectionNumberOfDefects?: DeserializedType | null; defectClass?: DeserializedType | null; inspectionResultText?: DeserializedType | null; inspLotSingleUnitNumber?: DeserializedType | null; inspectionResultItem?: DeserializedType | null; inspRsltFreeDefinedTestEquip?: DeserializedType | null; inspectionValuationResult?: DeserializedType | null; characteristicAttributeCodeGrp?: DeserializedType | null; inspectionResultCodeGroup2?: DeserializedType | null; inspectionResultCodeGroup3?: DeserializedType | null; inspectionResultCodeGroup4?: DeserializedType | null; inspectionResultCodeGroup5?: DeserializedType | null; characteristicAttributeCode?: DeserializedType | null; inspectionResultCode2?: DeserializedType | null; inspectionResultCode3?: DeserializedType | null; inspectionResultCode4?: DeserializedType | null; inspectionResultCode5?: DeserializedType | null; characteristicAttributeCatalog?: DeserializedType | null; inspectionResultCatalog2?: DeserializedType | null; inspectionResultCatalog3?: DeserializedType | null; inspectionResultCatalog4?: DeserializedType | null; inspectionResultCatalog5?: DeserializedType | null; inspector?: DeserializedType | null; inspectionStartDate?: DeserializedType | null; inspectionStartTime?: DeserializedType | null; inspectionEndDate?: DeserializedType | null; inspectionEndTime?: DeserializedType | null; creationDate?: DeserializedType | null; creationTime?: DeserializedType | null; createdByUser?: DeserializedType | null; lastChangeDate?: DeserializedType | null; changedTime?: DeserializedType | null; lastChangedByUser?: DeserializedType | null; changedDateTime?: DeserializedType | null; } //# sourceMappingURL=InspectionResultValue.d.ts.map