import { Entity, DefaultDeSerializers, DeSerializers, DeserializedType } from '@sap-cloud-sdk/odata-v2'; import { InspectionLotWithStatus, InspectionLotWithStatusType } from './InspectionLotWithStatus'; /** * This class represents the entity "A_InspectionLot" of service "API_INSPECTIONLOT_SRV". */ export declare class InspectionLot extends Entity implements InspectionLotType { /** * Technical entity name for InspectionLot. */ static _entityName: string; /** * Default url path for the according service. */ static _defaultServicePath: string; /** * All key fields of the InspectionLot 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; /** * Material Number. * Alphanumeric key uniquely identifying the material. * Maximum length: 40. * @nullable */ material?: DeserializedType | null; /** * Batch Number. * Assigns a material that is manufactured in batches or production lots to a specific batch. * Maximum length: 10. * @nullable */ batch?: DeserializedType | null; /** * Plant. * Key uniquely identifying a plant. * Maximum length: 4. * @nullable */ plant?: DeserializedType | null; /** * Inspection Lot Origin. * Maximum length: 2. * @nullable */ inspectionLotOrigin?: DeserializedType | null; /** * Routing number of operations in the order. * Number of the routing or reference operation set used in the order. * Maximum length: 10. * @nullable */ orderInternalBillOfOperations?: DeserializedType | null; /** * Order Number (Production Order). * Maximum length: 12. * @nullable */ manufacturingOrder?: DeserializedType | null; /** * Inspection Lot Text. * Maximum length: 40. * @nullable */ inspectionLotText?: DeserializedType | null; /** * Inspection Type. * The inspection type defines how an inspection is performed. Several inspection types can be assigned to an inspection lot origin. * Maximum length: 8. * @nullable */ inspectionLotType?: DeserializedType | null; /** * Inspection Lot Quantity. * @nullable */ inspectionLotQuantity?: DeserializedType | null; /** * Actual Lot Quantity. * @nullable */ inspectionLotActualQuantity?: DeserializedType | null; /** * Defective Quantity. * @nullable */ inspectionLotDefectiveQuantity?: DeserializedType | null; /** * Base Unit of Measure for Inspection Lot Quantity. * The system always selects the base unit of measure from the material master as the unit of measure for the inspection lot quantity. * Maximum length: 3. * @nullable */ inspectionLotQuantityUnit?: DeserializedType | null; /** * Date in Time Zone Where Lot Created. * @nullable */ inspLotCreatedOnLocalDate?: DeserializedType | null; /** * Identifier for Inspection Point Field Combination. * Inspection points are used as reference objects for recording inspection results below operation level. * Inspection points are identified with a key (three characters long) for a field combination. If you enter a new key, it must start with 9 or with a letter (A to Z).The fields defined for a key determine the reference object for which the results are recorded in results recording.For example, for a time-based inspection point you can enter a specific time as the inspection point in results recording and record the corresponding inspection results.If you enter an identification for the inspection point, this value is copied to the inspection lots. * Maximum length: 3. * @nullable */ inspSubsetFieldCombination?: DeserializedType | null; /** * Open Long-Term Characteristics. * @nullable */ inspLotNmbrOpenLongTermCharc?: DeserializedType | null; /** * Object Number. * An object (order, project, cost center, ...) is identified uniquely by its object number within a client. The object number is used in tables, which cover all objects, for instance in status administration, cost collection. * Maximum length: 22. * @nullable */ statusObject?: DeserializedType | null; /** * Object Category. * Group of objects that are handled in a similar way within General Status Management. * Maximum length: 3. * @nullable */ statusObjectCategory?: DeserializedType | null; /** * Short Text for Inspection Object. * Short description of the object that is subject to a quality inspection. * In general the objects to be inspected are materials, and the material short text is copied to the inspection lot data record as the description of the inspected object.With plant maintenance inspections (inspection lot origin 14), the inspected objects are from the equipment or functional location categories. Here the description of the reference object is copied from the maintenance plan or order to the inspection lot data record, if a reference object is available. If no reference object is available, the system copies the short description of the first object (equipment or functional location) from the object list to the maintenance plan or order. * Maximum length: 40. * @nullable */ inspectionLotObjectText?: DeserializedType | null; /** * Status Profile. * Key that identifies a status profile. * Maximum length: 8. * @nullable */ statusProfile?: DeserializedType | null; /** * Material Authorization Group for Activities in QM. * Maximum length: 6. * @nullable */ matlQualityAuthorizationGroup?: DeserializedType | null; /** * Posted to Inspection Stock. * @nullable */ inspectionLotHasQuantity?: DeserializedType | null; /** * Inspection Lot Is Created Automatically. * If the indicator is set, the inspection lot was created automatically. * If the indicator is not set, the inspection lot was created manually.The system sets the indicator automatically. * @nullable */ inspLotIsCreatedAutomatically?: DeserializedType | null; /** * Partial Lots Exist. * @nullable */ inspectionLotHasPartialLots?: DeserializedType | null; /** * Record Appraisal Costs in Individual QM Order. * If you set this indicator, when an inspection lot of this type is created, an individual QM order with account assignment is also created. * @nullable */ inspectionLotHasAppraisalCosts?: DeserializedType | null; /** * Inspection with Inspection Points. * Means that individual inspection points are managed for the inspection lot. * @nullable */ inspLotHasSubsets?: DeserializedType | null; /** * Automatic Usage Decision Planned. * @nullable */ inspLotIsAutomUsgeDcsnPossible?: DeserializedType | null; /** * Source Inspection. * If this indicator is set, a source inspection will be carried out for the inspection lot. * Maximum length: 1. * @nullable */ purchasingDocumentCategory?: DeserializedType | null; /** * Inspection Specifications from Configuration. * If you set this indicator, the system takes the configurations from the sales or production order into account when inspection lots are created, and changes or supplements the inspection specifications in the task list or material specification. * The indicator only works for the following inspection lot origins:01 Goods recipt for purchase order03 Production04 Goods receipt for production orderThe indicator cannot be used for the inspection lot origins 10 and 11.When creating the sales order, the customer defines that the pH value of the product to be manufactured should be between 5.0 and 5.5. When an inspection lot is created for the resulting production order, this tolerance is then copied into the inspection.The specifications are only copied into the inspection lot if there is a link between the class characteristic and a master inspection characteristic. * @nullable */ inspLotHasConfignSpecification?: DeserializedType | null; /** * GR Blocked Stock. * Controls goods movements involving GR blocked stock. * Two values are possible:S, for goods receipts and return deliveries in respect of purchase orders (movement types 103 and 104).X, for movements between the segregated GR blocked stock and normal stock held in the warehouse or stores (movement types 105 and 106). * Maximum length: 1. * @nullable */ goodsReceiptIsMovedToBlkdStock?: DeserializedType | null; /** * Documentation Required. * @nullable */ inspLotIsDocumentationRequired?: DeserializedType | null; /** * Inspection Plan Required. * @nullable */ inspLotIsTaskListRequired?: DeserializedType | null; /** * Enter Sample Manually. * Means that you must manually enter the sample size for this inspection lot during an inspection. * This indicator is set by the system if the sample size is entered manually. Whether this is required depends on the inspection setup of the material master in the quality management view.If you inspect without an inspection plan, you must also enter the lot size when the inspection lot is created. * @nullable */ inspLotHasManualSampleSize?: DeserializedType | null; /** * Inspect with Material Specification. * @nullable */ inspLotHasMaterialSpec?: DeserializedType | null; /** * Inspection Lot Approval. * Maximum length: 1. * @nullable */ inspectionLotApproval?: DeserializedType | null; /** * Digital Signature for Insp. Lot in Results Recording. * Defines whether you require an electronic signature for an inspection lot when results are recorded. * Maximum length: 1. * @nullable */ inspLotDigitalSgntrResultsRecg?: DeserializedType | null; /** * Digital Signature Usage Decision. * Maximum length: 1. * @nullable */ inspLotDigitalSgntrInUsgeDcsn?: DeserializedType | null; /** * Approved Batch Record Required. * You use this indicator to specify that the following activities may only be performed after the relevant batch record has been approved: * Making the usage decision for an inspection lot of the origin Goods receipt from productionChanging the batch status from Restricted to UnrestrictedThis indicator is only taken into account for batches that have been manufactured using a process order.We recommend using an order type for which the Batch record required indicator has been set in Customizing to produce materials for which this indicator has been set. * @nullable */ inspLotIsBatchRequired?: DeserializedType | null; /** * Inspection Lot for Stability Study. * Maximum length: 1. * @nullable */ inspLotUsageInStabilityStudy?: DeserializedType | null; /** * Stock Postings Completed. * @nullable */ inspLotIsStockPostingCompleted?: DeserializedType | null; /** * Usage Decision Made. * @nullable */ inspectionLotHasUsageDecision?: DeserializedType | null; /** * Number of serial numbers. * Specifies the number of serial numbers which have been created for a material. * @nullable */ numberOfSerialNumbers?: DeserializedType | null; /** * Serial Numbers Possible. * If you set this indicator, single-unit inspection using serial numbers is performed for the inspection lot, provided that the material is marked as requiring a serial number by a serial number profile. * For the following inspection lot origins, the list of serial numbers is copied to the inspection lot:Goods movement inspectionManufacturing order inspectionA serial number profile is entered in the material and the indicator is set for the inspection type for inspection lot origin 01 (goods receipt for a purchase order). This has the following consequences:The list of serial numbers created at the goods receipt is copied to the inspection lot.During results recording, you can create single values with reference to the corresponding serial numbers.When making the usage decision, you can perform stock postings for each serial number separately. * @nullable */ inspLotIsSerialNmbrPossible?: DeserializedType | null; /** * Skip Lot. * @nullable */ inspectionLotIsSkipped?: DeserializedType | null; /** * 100% Inspection. * If you set this indicator, the system treats the inspection lot size as the sample size. * When inspecting with a task list or material specification, you must consider the following:The sampling procedures defined in the inspection plan or material specification are not taken into account in the sample determination for inspection characteristics.The sample size of the inspection characteristics depends on whether the base unit of measure is a whole number:If the base unit of measure is not a whole number, the sample size of the characteristic is always 1.If the base unit of measure is a whole number, the sample size of the characteristic is 100% of the inspection lot size in the sample units of measure (rounded up).If you define a 100% inspection for the material, you must manually valuate the inspection characteristics.In a 100% inspection, you inspect the characteristic to be inspected for all units of an inspection lot. This is not the same as a complete inspection of all inspection characteristics. If skips are allowed, the characteristics that are in a skip stage retain their skip status. In this case, the suggested sample size is equal to the inspection lot size for such characteristics. * @nullable */ inspectionLotIsFullInspection?: DeserializedType | null; /** * Level at Which Dynamic Modification Parameters Are Defined. * Maximum length: 1. * @nullable */ inspectionLotDynamicLevel?: DeserializedType | null; /** * Sampling Procedure. * Procedure by which the sample size for an inspection is determined. * In the sampling procedure, the valuation mode is also defined for the inspection result. * Maximum length: 8. * @nullable */ samplingProcedure?: DeserializedType | null; /** * Time in Time Zone Where Lot Created. * @nullable */ inspLotCreatedOnLocalTime?: 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 */ inspectionLotCreatedBy?: 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 */ inspectionLotCreatedOn?: DeserializedType | null; /** * System Time of Lot Creation. * @nullable */ inspectionLotCreatedOnTime?: 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 */ inspectionLotChangedBy?: 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 */ inspectionLotChangeDate?: DeserializedType | null; /** * System Time of Lot Change. * @nullable */ inspectionLotChangeTime?: 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; /** * Start Date of Inspection in Local Time Zone. * When an inspection lot is created, you can enter either the start date or the end date of the inspection. * In the Quality Management view of the material master you can specify the average inspection duration (in days) for each inspection type. The system uses this inspection duration to calculate either the start or the end inspection date.When an inspection lot is created automatically for a goods receipt, the goods receipt date is copied over to the inspection lot as the planned starting date of the inspection.When an inspection lot is created for a production order, the scheduled start of the order is used as the planned starting date. * @nullable */ inspectionLotStartDate?: DeserializedType | null; /** * Inspection Started At. * @nullable */ inspectionLotStartTime?: DeserializedType | null; /** * End Date of Inspection in Local Time Zone. * When an inspection lot is created, you can enter either the start date or the end date of the inspection. * In the Quality Management view of the material master you can specify the average inspection duration (in days) for each inspection type. The system uses this inspection duration to calculate either the start or the end inspection date.When an inspection lot is automatically created for the goods receipt, the system calculates the end date for the inspection using the inspection duration - defined in the material master - from the start date (date of goods receipt).When an inspection lot is created with a production order, the system uses the scheduled end date for the order as the planned end date for the inspection. * @nullable */ inspectionLotEndDate?: DeserializedType | null; /** * Inspection Ended At. * @nullable */ inspectionLotEndTime?: DeserializedType | null; /** * Bill of Operations Type. * Maximum length: 1. * @nullable */ billOfOperationsType?: DeserializedType | null; /** * Bill of Operations Group. * Maximum length: 8. * @nullable */ billOfOperationsGroup?: DeserializedType | null; /** * Bill of Operations Usage. * Maximum length: 3. * @nullable */ billOfOperationsUsage?: DeserializedType | null; /** * Bill of Operations Group Counter. * Maximum length: 2. * @nullable */ billOfOperationsVariant?: DeserializedType | null; /** * Internal counter. * Identifies the activity posting. * Maximum length: 8. * @nullable */ billOfOperationsChangeStateId?: DeserializedType | null; /** * Inspection Point Type. * Maximum length: 1. * @nullable */ inspectionSubsetType?: DeserializedType | null; /** * Sample-Drawing Procedure. * Maximum length: 8. * @nullable */ smplDrawingProcedure?: DeserializedType | null; /** * Version No. of the Sample-Drawing Procedure. * Maximum length: 6. * @nullable */ smplDrawingProcedureVersion?: DeserializedType | null; /** * Confirmation Required for Sample Drawing. * @nullable */ smplDrwgProcedIsConfRequired?: DeserializedType | null; /** * Material Number. * Alphanumeric key uniquely identifying the material. * Maximum length: 40. * @nullable */ inspLotSelectionMaterial?: DeserializedType | null; /** * Revision Level. * A revision level, together with a change number, identifies a version of a material or document. * You can assign a revision level if you use a change number that has a specific valid-from date to make a change.Proceed as follows:Changing a MaterialYou can assign a revision level to a material when you process the material master record itself, or you can enter a revision level in the BOM header when you process a material BOM.Changing a DocumentYou define for each document type whether revision levels are active for documents. Define a document status that has the released indicator. As soon as you process a document of this document type with a change number and assign this status, a revision level is assigned automatically.Before you can assign a revision level, you must define the revisionlevel. From the main R/3 menu, choose Logistics -> Central functions -> Engineering change management, then Revision level -> Material rev. level or Revision level -> Document rev. level.To define how revision levels are assigned, go to Customizing step Set up control data. * Maximum length: 2. * @nullable */ inspLotSelMatlRevisionLvl?: DeserializedType | null; /** * Plant. * Key uniquely identifying a plant. * Maximum length: 4. * @nullable */ inspLotSelectionPlant?: DeserializedType | null; /** * Account Number of the Vendor. * Alphanumeric key uniquely identifying the document. * With the supplier number, information from the supplier master record (such as the supplier's address and bank details) is copied into a purchasing document (such as a request for quotation or a purchase order).You can use the supplier number to keep track of requests for quotation, purchase orders and outline agreements. * Maximum length: 10. * @nullable */ inspLotSelectionSupplier?: DeserializedType | null; /** * Number of Manufacturer. * If you obtain goods from distributors, you can enter the manufacturer of the goods in this field. * Maximum length: 10. * @nullable */ inspLotSelectionManufacturer?: DeserializedType | null; /** * Account number of customer. * Uniquely identifies a customer. * This customer number is used for managing customer special stocks. * Maximum length: 10. * @nullable */ inspLotSelectionCustomer?: DeserializedType | null; /** * Task list usage. * Key specifying the areas in which the task list can be used (for example, in production or plant maintenance). * Do not confuse the task list usage with the usage of a PRT or a work center. In these cases, the usage describes the task list types in which the PRT or work center can be used. * Maximum length: 3. * @nullable */ inspLotSelBillOfOperationsUsge?: DeserializedType | null; /** * Key Date for Selecting Records or Changing Task Lists. * Date on which a master record (for example, inspection method or master inspection characteristic) is valid. * The system proposes the current date as the key date. You can accept this date or enter another date in the future.For the central replacement of master data (master inspection characteristic or inspection method), if you enter a change number, the date of the change number is used as the key date from which the replacement is valid. * @nullable */ inspLotSelectionValidFromDate?: DeserializedType | null; /** * Production Version. * Key which determines the various production techniques according to which a material can be manufactured. * The production version determines the following:the BOM alternative for a BOM explosionthe task list type, the task list group and the task list group counter for allocation to task listslot-size restrictions for repetitive manufacturing. * Maximum length: 4. * @nullable */ productionVersion?: DeserializedType | null; /** * Run Schedule Header. * Maximum length: 12. * @nullable */ salesOperationsPlanningOrder?: DeserializedType | null; /** * Business Purpose Completed Flag. * The business purpose completed flag is set, if the EoP check for customer or vendor master data finds, that the end of purpose for the master data used by consuming applications is reached. * Maximum length: 1. * @nullable */ isBusinessPurposeCompleted?: DeserializedType | null; /** * Customer (Ship-To Party). * Maximum length: 10. * @nullable */ customer?: DeserializedType | null; /** * Account Number of the Vendor. * Alphanumeric key uniquely identifying the document. * With the supplier number, information from the supplier master record (such as the supplier's address and bank details) is copied into a purchasing document (such as a request for quotation or a purchase order).You can use the supplier number to keep track of requests for quotation, purchase orders and outline agreements. * Maximum length: 10. * @nullable */ supplier?: DeserializedType | null; /** * Supplier Batch Number. * Number under which the batch is managed at the supplier's. * Maximum length: 15. * @nullable */ batchBySupplier?: DeserializedType | null; /** * Number of Manufacturer. * If you obtain goods from distributors, you can enter the manufacturer of the goods in this field. * Maximum length: 10. * @nullable */ manufacturer?: DeserializedType | null; /** * Manufacturer Material. * Maximum length: 40. * @nullable */ manufacturerPartNmbr?: DeserializedType | null; /** * Revision Level. * A revision level, together with a change number, identifies a version of a material or document. * You can assign a revision level if you use a change number that has a specific valid-from date to make a change.Proceed as follows:Changing a MaterialYou can assign a revision level to a material when you process the material master record itself, or you can enter a revision level in the BOM header when you process a material BOM.Changing a DocumentYou define for each document type whether revision levels are active for documents. Define a document status that has the released indicator. As soon as you process a document of this document type with a change number and assign this status, a revision level is assigned automatically.Before you can assign a revision level, you must define the revisionlevel. From the main R/3 menu, choose Logistics -> Central functions -> Engineering change management, then Revision level -> Material rev. level or Revision level -> Document rev. level.To define how revision levels are assigned, go to Customizing step Set up control data. * Maximum length: 2. * @nullable */ materialRevisionLevel?: DeserializedType | null; /** * Batch Required. * @nullable */ materialIsBatchManaged?: DeserializedType | null; /** * Storage Location for Batch. * Maximum length: 4. * @nullable */ batchStorageLocation?: DeserializedType | null; /** * Special Stock Indicator. * Specifies the special stock type. * If you need to separately manage certain stock (for example, consignment stock) of a material, the stock type in question is defined using this indicator. * Maximum length: 1. * @nullable */ materialCompIsSpecialStock?: DeserializedType | null; /** * Purchasing Organization. * Denotes the purchasing organization. * Maximum length: 4. * @nullable */ purchasingOrganization?: DeserializedType | null; /** * Purchasing Document. * Maximum length: 10. * @nullable */ purchasingDocument?: DeserializedType | null; /** * Purchasing Document Item. * Maximum length: 5. * @nullable */ purchasingDocumentItem?: DeserializedType | null; /** * Delivery Schedule Line Counter. * Alphanumeric key uniquely identifying the document. * Maximum length: 4. * @nullable */ scheduleLine?: DeserializedType | null; /** * Document Type. * Maximum length: 2. * @nullable */ accountingDocumentType?: DeserializedType | null; /** * Material Document Year. * Maximum length: 4. * @nullable */ materialDocumentYear?: DeserializedType | null; /** * Number of Material Document. * Alphanumeric key uniquely identifying the document. * Number of the material document with which a goods movement was posted.Together with the material document year, the document number constitutes the key via which a material document is accessed. * Maximum length: 10. * @nullable */ materialDocument?: DeserializedType | null; /** * Material Document Item. * Maximum length: 4. * @nullable */ materialDocumentItem?: DeserializedType | null; /** * Posting Date in the Document. * Date which is used when entering the document in Financial Accounting or Controlling. * The fiscal year and the period for which an update of the accounts specified in the document or cost elements is made, are derived from the posting date.When entering documents, the system checks whether the posting date entered is allowed by means of the posting period permitted.The posting date can differ from both the entry date (day of entry into the system) and the document date (day of creation of the original document). * @nullable */ matlDocLatestPostgDate?: DeserializedType | null; /** * Goods Movement Type (Inventory Management). * Specifies a key for the type of goods movement. Each goods movement (for example, purchase order to warehouse) is allocated to a movement type in the system. * Maximum length: 3. * @nullable */ goodsMovementType?: DeserializedType | null; /** * Plant for Inspection Lot. * Maximum length: 4. * @nullable */ inspectionLotPlant?: DeserializedType | null; /** * Storage Location for Inspection Lot Stock. * Maximum length: 4. * @nullable */ inspectionLotStorageLocation?: DeserializedType | null; /** * Warehouse Number / Warehouse Complex. * Number that identifies a complex, physical warehouse structure within the Warehouse Management system. * All activities within a warehouse, for example, goods movements and physical inventory, are assigned to a specific warehouse number. The physical warehouse where these activities take place is identified by the warehouse number. * Maximum length: 3. * @nullable */ warehouse?: DeserializedType | null; /** * Storage Type. * The storage type is a subdivision of a complex, physical warehouse. Different storage types are identified by their warehousing technique, form of organization, or their function. * A typical warehouse could have the following storage types:Goods receipt areaPicking areaHigh-rack storage areaBulk storage areaOpen storage areaGoods issue area. * Maximum length: 3. * @nullable */ storageType?: DeserializedType | null; /** * Storage Bin. * The storage bin (sometimes referred to as a "slot") is the smallest addressable unit in a warehouse. It identifies the exact location in the warehouse where goods can be stored. * A storage bin can be further sub-divided into bin sections. Several different materials (quants) can be stored in one bin at the same time. * Maximum length: 10. * @nullable */ storageBin?: DeserializedType | null; /** * Sales Order Number. * Uniquely identifies a sales order. * The selection of postprocessing records via the sales order number is only possible for non-valuated sales order stock. * Maximum length: 10. * @nullable */ salesOrder?: DeserializedType | null; /** * Sales Order Item. * Maximum length: 6. * @nullable */ salesOrderItem?: DeserializedType | null; /** * Delivery Document. * Maximum length: 10. * @nullable */ deliveryDocument?: DeserializedType | null; /** * Delivery Document Item. * Maximum length: 6. * @nullable */ deliveryDocumentItem?: DeserializedType | null; /** * Delivery Category. * The delivery category corresponds to the use in Sales and Distribution (SD). * From a QM perspective, it describes a special class of a delivery requested by a customer. It allows QM to carry out a special form of quality inspection.Examples of delivery types are:Model deliveryPreliminary series deliveryRegular deliverySubstitute deliveryTogether with the inspection lot origin, the delivery category defines the inspection type for inspection lots created for a delivery.The system reads the use of the delivery item from the sales order. * Maximum length: 3. * @nullable */ deliveryCategory?: DeserializedType | null; /** * Route. * Route by which the delivery item is to be delivered to the customer. You can use the route in a delivery to represent the following situations: * One or more legsConnection between point of departure and destination pointTarget areaYou can predefine different standard routes in the system. These are dependent on:Where the delivery comes fromWhere the delivery is going toUnder what conditions the delivery is to take placeYou can use the route as a selection criteria for:Collective processing of deliveriesSelecting deliveries for transportation planningRoute as a Connection Between Departure Point and Destination PointIn the delivery, you can specify that it takes one of these routes:NA: North AtlanticPA: PacificWhich ship is to carry the delivery is not determined until transportation planning.Route as a Target AreaA country can be divided into different delivery areas:R1: NorthR2: North-WestR3: North-EastR4: East, and so onEnter the corresponding route in the delivery. In transportation planning, you can select deliveries destined for one or more target areas.If routes and route determination have been defined using the Define Routes and Maintain Route Determination configuration steps in the Configure Your Solution app, the system can propose a route automatically. If alternative entry values are defined for your system, you can change the route manually in the document. * Maximum length: 6. * @nullable */ route?: DeserializedType | null; /** * Destination Country/Region. * Identifies the destination country/region in which the goods are delivered to the customer. * As a general rule, it is best to use the existing international standards for identifying vehicles from different countries/regions (for example: USA = United States, I = Italy, and so on).The system uses the country/region key identifier to:Help determine the appropriate taxes during pricingDetermine important country/region-specific standards (the length of postal codes and bank account numbers, for example)When you process billing documents collectively, you can use the destination country as one of the selection criteria. * Maximum length: 3. * @nullable */ billToPartyCountry?: DeserializedType | null; /** * Customer (Sold-To Party). * Maximum length: 10. * @nullable */ soldToParty?: DeserializedType | null; /** * Sales Organization. * An organizational unit responsible for the sale of certain products or services. The responsibility of a sales organization may include legal liability for products and customer claims. * You can assign any number of distribution channels and divisions to a sales organization. A particular combination of sales organization, distribution channel, and division is known as a sales area. * Maximum length: 4. * @nullable */ salesOrganization?: DeserializedType | null; /** * Customer Material. * The identifier that the customer uses to identify a particular material. * The customer's own identifier for a material can be stored in a customer-material info record and can be used to enter data during sales order processing. * Maximum length: 35. * @nullable */ materialByCustomer?: DeserializedType | null; /** * Language Key. * The language key indicates * - the language in which texts are displayed,- the language in which you enter texts,- the language in which the system prints texts. * Maximum length: 2. * @nullable */ language?: DeserializedType | null; /** * Number of Characteristics Recorded Additionally. * During an inspection, you can record additional characteristics to the inspection characteristics in the inspection plan. The number of additional characteristics recorded for the inspection lot is stored in this field. * @nullable */ inspLotNmbrAddlRecordedCharc?: DeserializedType | null; /** * Number of Outstanding Short-Term Chars That Require Confirm. * Indicates the number of short-term characteristics in the inspection lot that are still open. "Open" means here that the characteristic must be confirmed or is in process and not yet completed. * If no short-term characteristics are open, the usage decision for the inspection lot can be made.If open short-term characteristics exist, the usage decision can only be made in connection with an inspection cancellation. * @nullable */ inspLotNmbrOpenShortTermCharc?: DeserializedType | null; /** * QM - No. of Containers. * Specifies the number of lot containers in the inspection lot. * The system uses the number of lot containers to determine the number of samples in sample drawing.If the samples are to be determined using the number of lot containers in the inspection lot, the indicator in the sample-drawing procedure for a sample drawing based on the number of lot containers must be set. * @nullable */ inspectionLotContainer?: DeserializedType | null; /** * Lot Container. * Unit of measurement for the containers of an inspection lot. * The system uses the lot container in sample management to find an appropriate sample-drawing item. * Maximum length: 3. * @nullable */ inspectionLotContainerUnit?: DeserializedType | null; /** * Inspection Sample Size. * Size of the entire sample, that is, the sum of all individual samples. * In the material master for each inspection type, you can define how the sample size is calculated.There are two possibilities for determining the sample size:The sample size is entered by the userIf the sample size is to be entered manually during the inspection, you must set the indicators Manual sample entry and Trigger manually.The sample size is calculated automatically by the systemIf the sample size is to be calculated automatically, a distinction must be made between the following two cases:Inspection without an inspection plan or material specificationTo calculate the sample size, you can:- Specify a sampling procedure- Set the indicator 100% inspection- Specify an Inspection percentageInspection with an inspection plan or material specificationThe sample size is calculated on the basis of the sampling procedure defined at the characteristic level of the inspection plan or material specification.If a sampling procedure was not defined in the inspection plan or material specification, the system uses the predefined sampling procedure stored in Customizing at plant level to determine the sample size.If a sampling procedure is not specified in Customizing, the sample size for the characteristic is calculated as though the indicator for a 100% inspection was set in the material master for the inspection type.If you set the indicator for a 100% inspection in the material master record, this has priority over all other procedures defined to calculate the inspection size. * @nullable */ inspectionLotSampleQuantity?: DeserializedType | null; /** * Sample Unit of Measure. * Maximum length: 3. * @nullable */ inspectionLotSampleUnit?: DeserializedType | null; /** * Dynamic Modification Rule. * Maximum length: 3. * @nullable */ inspLotDynamicRule?: DeserializedType | null; /** * Time of Dynamic Modification in Inspection Lot. * Maximum length: 1. * @nullable */ inspLotDynamicTrggrPoint?: DeserializedType | null; /** * Inspection Stage. * In this field, you define the inspection stage. * You define an inspection stage by assigning an inspection severity (or by setting the skip indicator) and using the rules for an inspection stage change. Therefore, inspection stages represent a certain inspection scope or a skip.Inspection stages are defined in a dynamic modification rule. * Maximum length: 4. * @nullable */ inspectionDynamicStage?: DeserializedType | null; /** * Inspection Severity. * In the QM component, the inspection severity serves as an identifier for a normal, reduced, or tightened inspection. * Different inspection severities lead to different inspection scopes if the other conditions are the same.It is advisable to use different inspection severities in the dynamic modification rule, if the dynamic modification rule is assigned to a sampling procedure that uses a sampling scheme in which these inspection severities are maintained. * Maximum length: 3. * @nullable */ inspectionSeverity?: DeserializedType | null; /** * Unrestricted-Use Stock. * @nullable */ inspLotQtyToFree?: DeserializedType | null; /** * Scrap Quantity. * @nullable */ inspLotQtyToScrap?: DeserializedType | null; /** * Quantity Posted to Sample. * Each time you enter quantities in the right-hand column for stock postings, and then save the changes you made to the inspection lot, the system adds the new quantities to the existing stock postings that have already been posted for the inspection lot. In this way the system keeps a running total of the quantities that have been posted to the different stock categories. * @nullable */ inspLotQtyToSample?: DeserializedType | null; /** * Blocked Stock. * @nullable */ inspLotQtyToBlocked?: DeserializedType | null; /** * Quantity Posted to Reserves. * Each time you enter quantities in the right-hand column for stock postings, and then save the changes you made to the inspection lot, the system adds the new quantities to the existing stock postings that have already been posted for the inspection lot. In this way the system keeps a running total of the quantities that have been posted to the different stock categories. * @nullable */ inspLotQtyToReserves?: DeserializedType | null; /** * New Material. * @nullable */ inspLotQtyToAnotherMaterial?: DeserializedType | null; /** * Material Posted To. * Maximum length: 40. * @nullable */ inspLotMaterialPostedTo?: DeserializedType | null; /** * Batch Transferred To. * Maximum length: 10. * @nullable */ inspLotBatchTransferredTo?: DeserializedType | null; /** * Return to Supplier. * @nullable */ inspLotQtyReturnedToSupplier?: DeserializedType | null; /** * Other Quantity. * @nullable */ inspLotQtyToSpecialStock?: DeserializedType | null; /** * Other Quantity 2. * @nullable */ inspLotQtyToOtherStock?: DeserializedType | null; /** * Quantity to Be Posted. * @nullable */ inspLotQtyToBePosted?: DeserializedType | null; /** * Long-Term Sample Quantity. * @nullable */ inspLotSmplQtyForLongTermChar?: DeserializedType | null; /** * Inspected Quantity. * @nullable */ inspLotQtyInspected?: DeserializedType | null; /** * Destroyed Quantity. * @nullable */ inspLotQtyDestroyed?: DeserializedType | null; /** * Share of Scrap in Inspection Lot. * Estimated fraction of nonconforming units in the population. * A unit is nonconforming if it has at least one defect or if the attribute of a characteristic does not conform to the requirements.The fraction of nonconforming units is a number between 0 and 1. For better understanding, this number is displayed as a percentage value between 0% and 100% or in ppm (parts per million).The fractions 10 ppm, 0.001%, 0.00001 are different in the method of notation only.In a sampling inspection, the fraction of nonconforming units in the lot to be inspected can only be estimated.For inspection lots with characteristics results recording, the fraction of nonconforming units is determined as a first step for each individual characteristic. In the plan, you can specify how this is to be carried out for each characteristic.You can choose one of the following methods:Calculate the fraction of nonconforming attributes as a quotient of nonconforming attributes and conforming attributes.Estimate the fraction outside the tolerance using the mean value and standard deviation and by accepting a normal distribution of original values.Estimate the fraction of units with defects using the number of defects and by accepting a Poisson distribution of defects.As a second step, the fraction of nonconforming units for the individual characteristics is compressed into a fraction of nonconforming units in the lot. It is assumed that the characteristics are independent of one another. Given that pi is the fraction of nonconforming units for characteristic i, then the fraction in the lot is calculated on the basis of the following formula:Fraction in lot = 1 - ((1 - p1) * (1 - p2) * ... )You can use control indicators to exempt individual characteristics from the formula.Characteristic 1 20% fractionCharacteristic 2 10% fraction <-- not relevantCharacteristic 3 10% fractionLot 28% fractionFor lots without characteristics results recording, the fraction of nonconforming units in the lot is determined for discrete units of measure only (units without decimal places, for example, a piece).The fraction is estimated on the basis of the number of inspected units and the number of units found to be defective in the inspection. It is assumed that defects do not occur often and their occurrence can be described by a Poisson distribution.Units inspected = 10, number of defects = 2, estimated fraction in lot = 18.5%With non-discrete units of measure (units with decimal places, for example, liters or kilograms), a fraction of nonconforming units is not determined. * @nullable */ inspectionLotScrapRatio?: DeserializedType | null; /** * Usage Decision Mode (UD Origin). * Maximum length: 1. * @nullable */ inspLotUsageDecisionTool?: DeserializedType | null; /** * Allowed Share of Scrap. * For some quality score procedures, you must enter the allowed share of defects in the inspection lot. * In the material master, you can define the allowed share of defects needed by the quality score procedure for each inspection type.When an inspection lot is created, the contents of this field is copied over to the inspection lot record.If the entry of a maximum share of defects is required for a quality score procedure, then the following applies:If you have specified a quality score procedure in the inspection setup of the material master (quality management view), then you must also maintain the allowed share of defects in the material master. * @nullable */ inspectionLotAllowedScrapRatio?: DeserializedType | null; /** * Order Number for Recording Appraisal Costs. * The number that uniquely identifies the QM order that is to be used for collecting costs. * Maximum length: 12. * @nullable */ qualityCostCollector?: DeserializedType | null; /** * Consumption posting. * Specifies that the consumption is to be posted to a consumption account (V) or an asset account (A). * The indicator is used in the case of goods receipts for purchase orders and is derived from the account assignment category of the purchase order. * Maximum length: 1. * @nullable */ consumptionPosting?: DeserializedType | null; /** * Account Assignment Category. * Specifies whether accounting for an item is to be effected via an auxiliary account (such as a cost center). * The account assignment category determines which account assignment data (such as cost center, account number and so on) is necessary for the item. * Maximum length: 1. * @nullable */ accountAssignmentCategory?: DeserializedType | null; /** * Item Category in Purchasing Document. * Indicator which shows the item features. * The item category controls whether the following entries and procedures are necessary or permitted for the item:material numberadditional account assignmentinventory management in the SAP Systemgoods receiptinvoice receiptIn the standard system an item in the "normal" category requires goods and invoice receipts. On the other hand for items in the "consignment" category, (that is order item for consignment material) invoice receipts are not allowed. * Maximum length: 1. * @nullable */ purchasingDocumentItemCategory?: DeserializedType | null; /** * Account Assignment Key: Inspection Lot. * The account assignment key defines the primary account assignment of the inspection lot internally. * The following values are currently allowed:Cost centerOrderProjectCost objectNetworkPropertySales orderProfitability segmentAssetReconciliation objectRepetitive manufacturing. * Maximum length: 1. * @nullable */ inspLotAcctAssgmtKey?: DeserializedType | null; /** * Cost Center. * A key that uniquely identifies a cost center. * Maximum length: 10. * @nullable */ costCenter?: DeserializedType | null; /** * Item Number of Reservation / Dependent Requirements. * Specifies the number that uniquely identifies an item in . * Maximum length: 4. * @nullable */ reservationItem?: DeserializedType | null; /** * Main Asset Number. * This is the number which, together with the asset sub-number, identifies a fixed asset in Asset Accounting. * Maximum length: 12. * @nullable */ masterFixedAsset?: DeserializedType | null; /** * Asset Subnumber. * This is the number which, together with the main asset number, uniquely identifies a fixed asset in Asset Accounting. * Using the asset sub-number, you can:Provide for separate management of later acquisitions to assets.Represent complex fixed assets with their component parts.In contrast to the main asset number, the asset sub-number must be numerical. * Maximum length: 4. * @nullable */ fixedAsset?: DeserializedType | null; /** * Valuated Sales Order Stock WBS Element. * Key that identifies the WBS element that is assigned to a sales order stock. * Maximum length: 24. * @nullable */ salesOrdStockWbsElement?: DeserializedType | null; /** * Network Number for Account Assignment. * A network can structure an entire project or a task within a project. * Numbers are used to differentiate these project structures.When you specify a network, for example, when you are entering attendances, you can define that the network is debited when the sender cost center is credited.Use the possible entries pushbutton to select the network number for the required project structure. * Maximum length: 12. * @nullable */ projectNetwork?: DeserializedType | null; /** * Internal counter. * Identifies the activity posting. * Maximum length: 8. * @nullable */ networkActivityInternalId?: DeserializedType | null; /** * Inventory Special Stock Sales Document. * Maximum length: 10. * @nullable */ inventorySpclStkSalesDocument?: DeserializedType | null; /** * Sales Order Item of Valuated Sales Order Stock. * Uniquely identifies an item in a sales order. * Maximum length: 6. * @nullable */ inventorySpclStkSalesDocItm?: DeserializedType | null; /** * Profitability Segment Number (CO-PA). * See glossary * Examples:Customer '123'/Product '4710' Profitability segment no. 1Customer '123'/Product '4712' Profitability segment no. 2Country 'USA'/Region 'NORTH' Profitability segment no. 3. * Maximum length: 10. * @nullable */ profitabilitySegment?: DeserializedType | null; /** * Profit Center. * Key which together with the controlling area uniquely identifies a profit center. * Maximum length: 10. * @nullable */ profitCenter?: DeserializedType | null; /** * Business Area. * Key that uniquely identifies a business area. * Maximum length: 4. * @nullable */ businessArea?: DeserializedType | null; /** * G/L Account Number. * The G/L account number identifies the G/L account in a chart of accounts. * Maximum length: 10. * @nullable */ glAccount?: DeserializedType | null; /** * Controlling Area. * Uniquely identifies a controlling area. * The controlling area is the highest organizational unit in Controlling.Whether controlling area and company code are in a 1:1 relationship or a 1:n relationship, the number of posting periods in both controlling area and company code(s) must be identical. However, special periods may vary. * Maximum length: 4. * @nullable */ controllingArea?: DeserializedType | null; /** * Company Code. * The company code is an organizational unit within financial accounting. * Maximum length: 4. * @nullable */ companyCode?: DeserializedType | null; /** * Serial Number Profile. * Freely definable four-digit key that provides unique identification for a serial number profile. * Maximum length: 4. * @nullable */ serialNumberProfile?: DeserializedType | null; /** * Sales Order Number. * Uniquely identifies a sales order. * The selection of postprocessing records via the sales order number is only possible for non-valuated sales order stock. * Maximum length: 10. * @nullable */ inspLotCostCollectorSalesOrder?: DeserializedType | null; /** * Item number in Sales Order. * Uniquely identifies an item within a sales order. * Maximum length: 6. * @nullable */ inspLotCostCollectorSlsOrdItem?: DeserializedType | null; /** * Work Breakdown Structure Element (WBS Element). * Key that identifies a WBS element. * Maximum length: 24. * @nullable */ inspLotCostCollectorWbsElement?: DeserializedType | null; /** * Inspection Document Number. * Maximum length: 30. * @nullable */ inspLotExternalNumber?: DeserializedType | null; /** * Priority Points. * @nullable */ inspectionLotPriorityPoints?: DeserializedType | null; /** * Maintenance Plan. * Number identifying a maintenance plan. * In create mode, you can either choose a number yourself or have a concecutive number assigned for you by the system, depending on the method preferred by your company,If you leave the field blank, the system will assign a number automatically.If you enter a number, it must be within the corresponding number range. * Maximum length: 12. * @nullable */ maintenancePlan?: DeserializedType | null; /** * Maintenance item. * Number identifying a maintenance item. * Maximum length: 16. * @nullable */ maintenancePlanItemIntId?: DeserializedType | null; /** * Maintenance Strategy. * Key identifying a maintenance strategy or cycle set. * Maximum length: 6. * @nullable */ maintenanceStrategy?: DeserializedType | null; /** * One-to-one navigation property to the [[InspectionLotWithStatus]] entity. */ toInspectionLotWithStatus?: InspectionLotWithStatus | null; } export interface InspectionLotType { inspectionLot: DeserializedType; material?: DeserializedType | null; batch?: DeserializedType | null; plant?: DeserializedType | null; inspectionLotOrigin?: DeserializedType | null; orderInternalBillOfOperations?: DeserializedType | null; manufacturingOrder?: DeserializedType | null; inspectionLotText?: DeserializedType | null; inspectionLotType?: DeserializedType | null; inspectionLotQuantity?: DeserializedType | null; inspectionLotActualQuantity?: DeserializedType | null; inspectionLotDefectiveQuantity?: DeserializedType | null; inspectionLotQuantityUnit?: DeserializedType | null; inspLotCreatedOnLocalDate?: DeserializedType | null; inspSubsetFieldCombination?: DeserializedType | null; inspLotNmbrOpenLongTermCharc?: DeserializedType | null; statusObject?: DeserializedType | null; statusObjectCategory?: DeserializedType | null; inspectionLotObjectText?: DeserializedType | null; statusProfile?: DeserializedType | null; matlQualityAuthorizationGroup?: DeserializedType | null; inspectionLotHasQuantity?: DeserializedType | null; inspLotIsCreatedAutomatically?: DeserializedType | null; inspectionLotHasPartialLots?: DeserializedType | null; inspectionLotHasAppraisalCosts?: DeserializedType | null; inspLotHasSubsets?: DeserializedType | null; inspLotIsAutomUsgeDcsnPossible?: DeserializedType | null; purchasingDocumentCategory?: DeserializedType | null; inspLotHasConfignSpecification?: DeserializedType | null; goodsReceiptIsMovedToBlkdStock?: DeserializedType | null; inspLotIsDocumentationRequired?: DeserializedType | null; inspLotIsTaskListRequired?: DeserializedType | null; inspLotHasManualSampleSize?: DeserializedType | null; inspLotHasMaterialSpec?: DeserializedType | null; inspectionLotApproval?: DeserializedType | null; inspLotDigitalSgntrResultsRecg?: DeserializedType | null; inspLotDigitalSgntrInUsgeDcsn?: DeserializedType | null; inspLotIsBatchRequired?: DeserializedType | null; inspLotUsageInStabilityStudy?: DeserializedType | null; inspLotIsStockPostingCompleted?: DeserializedType | null; inspectionLotHasUsageDecision?: DeserializedType | null; numberOfSerialNumbers?: DeserializedType | null; inspLotIsSerialNmbrPossible?: DeserializedType | null; inspectionLotIsSkipped?: DeserializedType | null; inspectionLotIsFullInspection?: DeserializedType | null; inspectionLotDynamicLevel?: DeserializedType | null; samplingProcedure?: DeserializedType | null; inspLotCreatedOnLocalTime?: DeserializedType | null; inspectionLotCreatedBy?: DeserializedType | null; inspectionLotCreatedOn?: DeserializedType | null; inspectionLotCreatedOnTime?: DeserializedType | null; inspectionLotChangedBy?: DeserializedType | null; inspectionLotChangeDate?: DeserializedType | null; inspectionLotChangeTime?: DeserializedType | null; changedDateTime?: DeserializedType | null; inspectionLotStartDate?: DeserializedType | null; inspectionLotStartTime?: DeserializedType | null; inspectionLotEndDate?: DeserializedType | null; inspectionLotEndTime?: DeserializedType | null; billOfOperationsType?: DeserializedType | null; billOfOperationsGroup?: DeserializedType | null; billOfOperationsUsage?: DeserializedType | null; billOfOperationsVariant?: DeserializedType | null; billOfOperationsChangeStateId?: DeserializedType | null; inspectionSubsetType?: DeserializedType | null; smplDrawingProcedure?: DeserializedType | null; smplDrawingProcedureVersion?: DeserializedType | null; smplDrwgProcedIsConfRequired?: DeserializedType | null; inspLotSelectionMaterial?: DeserializedType | null; inspLotSelMatlRevisionLvl?: DeserializedType | null; inspLotSelectionPlant?: DeserializedType | null; inspLotSelectionSupplier?: DeserializedType | null; inspLotSelectionManufacturer?: DeserializedType | null; inspLotSelectionCustomer?: DeserializedType | null; inspLotSelBillOfOperationsUsge?: DeserializedType | null; inspLotSelectionValidFromDate?: DeserializedType | null; productionVersion?: DeserializedType | null; salesOperationsPlanningOrder?: DeserializedType | null; isBusinessPurposeCompleted?: DeserializedType | null; customer?: DeserializedType | null; supplier?: DeserializedType | null; batchBySupplier?: DeserializedType | null; manufacturer?: DeserializedType | null; manufacturerPartNmbr?: DeserializedType | null; materialRevisionLevel?: DeserializedType | null; materialIsBatchManaged?: DeserializedType | null; batchStorageLocation?: DeserializedType | null; materialCompIsSpecialStock?: DeserializedType | null; purchasingOrganization?: DeserializedType | null; purchasingDocument?: DeserializedType | null; purchasingDocumentItem?: DeserializedType | null; scheduleLine?: DeserializedType | null; accountingDocumentType?: DeserializedType | null; materialDocumentYear?: DeserializedType | null; materialDocument?: DeserializedType | null; materialDocumentItem?: DeserializedType | null; matlDocLatestPostgDate?: DeserializedType | null; goodsMovementType?: DeserializedType | null; inspectionLotPlant?: DeserializedType | null; inspectionLotStorageLocation?: DeserializedType | null; warehouse?: DeserializedType | null; storageType?: DeserializedType | null; storageBin?: DeserializedType | null; salesOrder?: DeserializedType | null; salesOrderItem?: DeserializedType | null; deliveryDocument?: DeserializedType | null; deliveryDocumentItem?: DeserializedType | null; deliveryCategory?: DeserializedType | null; route?: DeserializedType | null; billToPartyCountry?: DeserializedType | null; soldToParty?: DeserializedType | null; salesOrganization?: DeserializedType | null; materialByCustomer?: DeserializedType | null; language?: DeserializedType | null; inspLotNmbrAddlRecordedCharc?: DeserializedType | null; inspLotNmbrOpenShortTermCharc?: DeserializedType | null; inspectionLotContainer?: DeserializedType | null; inspectionLotContainerUnit?: DeserializedType | null; inspectionLotSampleQuantity?: DeserializedType | null; inspectionLotSampleUnit?: DeserializedType | null; inspLotDynamicRule?: DeserializedType | null; inspLotDynamicTrggrPoint?: DeserializedType | null; inspectionDynamicStage?: DeserializedType | null; inspectionSeverity?: DeserializedType | null; inspLotQtyToFree?: DeserializedType | null; inspLotQtyToScrap?: DeserializedType | null; inspLotQtyToSample?: DeserializedType | null; inspLotQtyToBlocked?: DeserializedType | null; inspLotQtyToReserves?: DeserializedType | null; inspLotQtyToAnotherMaterial?: DeserializedType | null; inspLotMaterialPostedTo?: DeserializedType | null; inspLotBatchTransferredTo?: DeserializedType | null; inspLotQtyReturnedToSupplier?: DeserializedType | null; inspLotQtyToSpecialStock?: DeserializedType | null; inspLotQtyToOtherStock?: DeserializedType | null; inspLotQtyToBePosted?: DeserializedType | null; inspLotSmplQtyForLongTermChar?: DeserializedType | null; inspLotQtyInspected?: DeserializedType | null; inspLotQtyDestroyed?: DeserializedType | null; inspectionLotScrapRatio?: DeserializedType | null; inspLotUsageDecisionTool?: DeserializedType | null; inspectionLotAllowedScrapRatio?: DeserializedType | null; qualityCostCollector?: DeserializedType | null; consumptionPosting?: DeserializedType | null; accountAssignmentCategory?: DeserializedType | null; purchasingDocumentItemCategory?: DeserializedType | null; inspLotAcctAssgmtKey?: DeserializedType | null; costCenter?: DeserializedType | null; reservationItem?: DeserializedType | null; masterFixedAsset?: DeserializedType | null; fixedAsset?: DeserializedType | null; salesOrdStockWbsElement?: DeserializedType | null; projectNetwork?: DeserializedType | null; networkActivityInternalId?: DeserializedType | null; inventorySpclStkSalesDocument?: DeserializedType | null; inventorySpclStkSalesDocItm?: DeserializedType | null; profitabilitySegment?: DeserializedType | null; profitCenter?: DeserializedType | null; businessArea?: DeserializedType | null; glAccount?: DeserializedType | null; controllingArea?: DeserializedType | null; companyCode?: DeserializedType | null; serialNumberProfile?: DeserializedType | null; inspLotCostCollectorSalesOrder?: DeserializedType | null; inspLotCostCollectorSlsOrdItem?: DeserializedType | null; inspLotCostCollectorWbsElement?: DeserializedType | null; inspLotExternalNumber?: DeserializedType | null; inspectionLotPriorityPoints?: DeserializedType | null; maintenancePlan?: DeserializedType | null; maintenancePlanItemIntId?: DeserializedType | null; maintenanceStrategy?: DeserializedType | null; toInspectionLotWithStatus?: InspectionLotWithStatusType | null; } //# sourceMappingURL=InspectionLot.d.ts.map