A mapper representing custom fields in an entity. Custom fields are represented by their field names and the corresponding values. A custom field can be added or updated using setCustomField method.
The current ETag version of the entity in the remote system. The ETag identified the version of the in the remote system. It will be automatically set in the "if-match" header of update requests and can be set as a custom header for delete requests. When no ETag is provided by the remote system the value of this variable defaults to "*".
BOM Comparison result. Maximum length: 1.
Globally Unique Identifier.
BOM component. Material number of the components that you enter, change or display as part of the BOM. A master record is usually maintained in the system for a component. Maximum length: 40.
BOM component. Material number of the components that you enter, change or display as part of the BOM. A master record is usually maintained in the system for a component. Maximum length: 40.
Base Unit of Measure. Unit of measure in which stocks of the material are managed. The system converts all the quantities you enter in other units of measure (alternative units of measure) to the base unit of measure. You define the base unit of measure and also alternative units of measure and their conversion factors in the material master record. Since all data is updated in the base unit of measure, your entry is particularly important for the conversion of alternative units of measure. A quantity in the alternative unit of measure can only be shown precisely if its value can be shown with the decimal places available. To ensure this, please note the following: The base unit of measure is the unit satisfying the highest necessary requirement for precision. The conversion of alternative units of measure to the base unit should result in simple decimal fractions (not, for example, 1/3 = 0.333...). Inventory Management In Inventory Management, the base unit of measure is the same as the stockkeeping unit. Services Services have units of measure of their own, including the following: Service unit Unit of measure at the higher item level. The precise quantities of the individual services are each at the detailed service line level. Blanket Unit of measure at service line level for services to be provided once only, and for which no precise quantities can or are to be specified. Maximum length: 3.
Base Unit of Measure. Unit of measure in which stocks of the material are managed. The system converts all the quantities you enter in other units of measure (alternative units of measure) to the base unit of measure. You define the base unit of measure and also alternative units of measure and their conversion factors in the material master record. Since all data is updated in the base unit of measure, your entry is particularly important for the conversion of alternative units of measure. A quantity in the alternative unit of measure can only be shown precisely if its value can be shown with the decimal places available. To ensure this, please note the following: The base unit of measure is the unit satisfying the highest necessary requirement for precision. The conversion of alternative units of measure to the base unit should result in simple decimal fractions (not, for example, 1/3 = 0.333...). Inventory Management In Inventory Management, the base unit of measure is the same as the stockkeeping unit. Services Services have units of measure of their own, including the following: Service unit Unit of measure at the higher item level. The precise quantities of the individual services are each at the detailed service line level. Blanket Unit of measure at service line level for services to be provided once only, and for which no precise quantities can or are to be specified. Maximum length: 3.
Item Category (Bill of Material). Categorization of the items in a BOM according to set criteria, such as whether they refer to an object (for example, material master or document info record) or whether they are kept in stock. This categorization allows you to process data that is relevant to the individual items in a BOM. The item category is used to control field selection, default values for BOM maintenance, triggering of specific system activities, and so on. Stock item This item category is used to manage material data that allows an item to be kept in stock. Document item This item category is used to manage document data that allows you to process original application data (for example, graphics created with a graphics program). Class item (for configurable BOMs) In configurable material BOMs, you can enter a class as a placeholder for selectable items. The class can contain either materials or documents. When you assign characteristic values while configuring the BOM, the system replaces the node with an object that has the same values as those assigned to the characteristic of the configuration. This makes BOMs with a larger number of variants easier to maintain, as you do not have to enter all items manually and assign a selection condition to them. Class items can be relevant to MRP. PM structure element This item is used to structure an equipment (PM assembly) for design purposes only. If you want to maintain a material for use as a PM structure element, use material type IBAU. Maximum length: 1.
Item Category (Bill of Material). Categorization of the items in a BOM according to set criteria, such as whether they refer to an object (for example, material master or document info record) or whether they are kept in stock. This categorization allows you to process data that is relevant to the individual items in a BOM. The item category is used to control field selection, default values for BOM maintenance, triggering of specific system activities, and so on. Stock item This item category is used to manage material data that allows an item to be kept in stock. Document item This item category is used to manage document data that allows you to process original application data (for example, graphics created with a graphics program). Class item (for configurable BOMs) In configurable material BOMs, you can enter a class as a placeholder for selectable items. The class can contain either materials or documents. When you assign characteristic values while configuring the BOM, the system replaces the node with an object that has the same values as those assigned to the characteristic of the configuration. This makes BOMs with a larger number of variants easier to maintain, as you do not have to enter all items manually and assign a selection condition to them. Class items can be relevant to MRP. PM structure element This item is used to structure an equipment (PM assembly) for design purposes only. If you want to maintain a material for use as a PM structure element, use material type IBAU. Maximum length: 1.
Material Description. Text containing up to 40 characters that describes the material in more detail. You can enter one material description in each of any number of languages. In principle, you enter the material description on the data screen of the first user department for which you enter data, and in your logon language. You can overwrite the material description on the Basic Data screen. Maximum length: 40.
Material Description. Text containing up to 40 characters that describes the material in more detail. You can enter one material description in each of any number of languages. In principle, you enter the material description on the data screen of the first user department for which you enter data, and in your logon language. You can overwrite the material description on the Basic Data screen. Maximum length: 40.
Price. Amount for non-stock item, which is used when costing the end or intermediate product for pricing purposes.
Price. Amount for non-stock item, which is used when costing the end or intermediate product for pricing purposes.
Currency Key. Currency key for amounts in the system. Maximum length: 5.
Currency Key. Currency key for amounts in the system. Maximum length: 5.
Component quantity. Quantity of the component, which is entered in relation to the base quantity of the product. You usually enter the quantity without a +/- sign (for example, 66). For the following materials, you enter the quantity with a - sign (for example, 22-): Materials that are marked as co-products Intra materials (in process industries) In display functions, the system calculates the current component quantity from the required quantity and the base quantity. Required quantity Current component quantity = ------------------ * Saved component quantity Base quantity.
Component quantity. Quantity of the component, which is entered in relation to the base quantity of the product. You usually enter the quantity without a +/- sign (for example, 66). For the following materials, you enter the quantity with a - sign (for example, 22-): Materials that are marked as co-products Intra materials (in process industries) In display functions, the system calculates the current component quantity from the required quantity and the base quantity. Required quantity Current component quantity = ------------------ * Saved component quantity Base quantity.
Component unit of measure. The unit for the component quantity. The system determines the unit as follows: Material items with a material master record - base unit of measure from the material master record. Class items - unit defined in the additional data of the class. Additional units for material items with a material master record: For material items, you can maintain alternative units of measure to the base unit of measure in the material master. In bills of material, not all alternative units of measure are taken into account - only the unit of issue. Possible values are: base unit of measure unit of issue units of measure that have the same dimension as either the base unit of measure or the unit of issue If you enter no unit, the system proposes a unit from the material master if the item has a material master: If the unit of issue was entered on the storage detail screen, the system copies this unit. Otherwise, it copies the base unit of measure. Maximum length: 3.
Component unit of measure. The unit for the component quantity. The system determines the unit as follows: Material items with a material master record - base unit of measure from the material master record. Class items - unit defined in the additional data of the class. Additional units for material items with a material master record: For material items, you can maintain alternative units of measure to the base unit of measure in the material master. In bills of material, not all alternative units of measure are taken into account - only the unit of issue. Possible values are: base unit of measure unit of issue units of measure that have the same dimension as either the base unit of measure or the unit of issue If you enter no unit, the system proposes a unit from the material master if the item has a material master: If the unit of issue was entered on the storage detail screen, the system copies this unit. Otherwise, it copies the base unit of measure. Maximum length: 3.
Maintenance status of complete material. Maximum length: 15.
Maintenance status of complete material. Maximum length: 15.
Delivery time in days. Gives the delivery time for the material in days. When an order-specific BOM is exploded, a purchase requisition is produced via an MRP program.
Delivery time in days. Gives the delivery time for the material in days. When an order-specific BOM is exploded, a purchase requisition is produced via an MRP program.
Formula key. Key that represents the algorithm for calculating the variable-size item quantity. You want to calculate the volume of a rolled sheet of metal. This has a variable length and height, but a constant width (500 MM). The following are used in the calculation: SI units that are defined in Customizing Length: M (meters) Volume: M3 (cubic meters) In the variable-size item, you only enter the variable values (size 1 and size 2) with a unit of measure that can be derived from the SI unit of the dimension. Example for dimension Length: MM (milllimeters), CM (centimeters), DM (decimeters), and M (meters) The variable-size item formula uses the SI unit, so you must enter the constant width in the formula in the SI unit (meters). Example: ROMS1 * ROMS2 * 0.5 (M) You can enter units of measure for calculating the variable-size item quantity with a formula. The quantity is always calculated in the SI unit of the dimension, such as M3 (cubic meters) for volume. Maximum length: 2.
Formula key. Key that represents the algorithm for calculating the variable-size item quantity. You want to calculate the volume of a rolled sheet of metal. This has a variable length and height, but a constant width (500 MM). The following are used in the calculation: SI units that are defined in Customizing Length: M (meters) Volume: M3 (cubic meters) In the variable-size item, you only enter the variable values (size 1 and size 2) with a unit of measure that can be derived from the SI unit of the dimension. Example for dimension Length: MM (milllimeters), CM (centimeters), DM (decimeters), and M (meters) The variable-size item formula uses the SI unit, so you must enter the constant width in the formula in the SI unit (meters). Example: ROMS1 * ROMS2 * 0.5 (M) You can enter units of measure for calculating the variable-size item quantity with a formula. The quantity is always calculated in the SI unit of the dimension, such as M3 (cubic meters) for volume. Maximum length: 2.
Goods Receipt Processing Time in Days. Number of workdays required after receiving the material for inspection and placement into storage.
Goods Receipt Processing Time in Days. Number of workdays required after receiving the material for inspection and placement into storage.
CAD Indicator. Information: data for the assembly/component was generated in a CAD system and transferred into the SAP system via an interface.
CAD Indicator. Information: data for the assembly/component was generated in a CAD system and transferred into the SAP system via an interface.
Deletion Indicator. Indicator showing that the BOM header or the BOM item has been deleted with reference to the change number. This indicator is relevant to changes that have been made with reference to a change number with a validity that has been specified using a new validity type.
Deletion Indicator. Indicator showing that the BOM header or the BOM item has been deleted with reference to the change number. This indicator is relevant to changes that have been made with reference to a change number with a validity that has been specified using a new validity type.
Material Provision Indicator. This key indicates that the item is subject to material provision. In the BOM explosion, you can use this indicator to restrict the items selected. There are two types of material provision: Material provided by a vendor Material provided by a customer You can also use the material provision indicator to identify the subcontracting type for a part. The following indicators are available: Refurbishment material to SC (value S in standard SAP system) Refurbishment material from SC (value X in standard SAP system) Subsequent delivery (value F in standard SAP system) If you do not enter information in this field, the components are provided to the subcontractor as consumable materials (initial value in the standard SAP system). Material provided by a vendor This indicator controls material requirements planning. Maintain this indicator for BOM components only if the material master record of the header material supports subcontracting (Special procurement field). The special procurement key for subcontracting means that all components of the BOM are provided free of charge to a subcontractor for further processing. The items are copied to a subcontract order. If the item is provided to a vendor, do not enter any material provision indicator. Dependent requirements are generated for this item. If the item is already at a vendor's premises and is not provided by us, do enter an indicator. No dependent requirements are generated for this item. Material provided by a customer This indicator is not currently active. Maximum length: 1.
Material Provision Indicator. This key indicates that the item is subject to material provision. In the BOM explosion, you can use this indicator to restrict the items selected. There are two types of material provision: Material provided by a vendor Material provided by a customer You can also use the material provision indicator to identify the subcontracting type for a part. The following indicators are available: Refurbishment material to SC (value S in standard SAP system) Refurbishment material from SC (value X in standard SAP system) Subsequent delivery (value F in standard SAP system) If you do not enter information in this field, the components are provided to the subcontractor as consumable materials (initial value in the standard SAP system). Material provided by a vendor This indicator controls material requirements planning. Maintain this indicator for BOM components only if the material master record of the header material supports subcontracting (Special procurement field). The special procurement key for subcontracting means that all components of the BOM are provided free of charge to a subcontractor for further processing. The items are copied to a subcontract order. If the item is provided to a vendor, do not enter any material provision indicator. Dependent requirements are generated for this item. If the item is already at a vendor's premises and is not provided by us, do enter an indicator. No dependent requirements are generated for this item. Material provided by a customer This indicator is not currently active. Maximum length: 1.
Indicator: item relevant to production. Indicates that the item is relevant to the production process. Items with this indicator are copied to the planned order, and the system calculates dependent requirements for them. When the planned order is converted to a production order, the system automatically copies these items to the production order. This item status indicator is used to control: Subsequent processing in related application areas Selection of items in the BOM explosion Whether you can set and remove this indicator, or whether the system makes an unchangeable setting, depends on the BOM usage you selected on the initial screen. You can find further information in Customizing for bills of material under General Data -> BOM Usage -> Define BOM usages.
Indicator: item relevant to production. Indicates that the item is relevant to the production process. Items with this indicator are copied to the planned order, and the system calculates dependent requirements for them. When the planned order is converted to a production order, the system automatically copies these items to the production order. This item status indicator is used to control: Subsequent processing in related application areas Selection of items in the BOM explosion Whether you can set and remove this indicator, or whether the system makes an unchangeable setting, depends on the BOM usage you selected on the initial screen. You can find further information in Customizing for bills of material under General Data -> BOM Usage -> Define BOM usages.
Indicator for relevancy to costing. This key controls whether and to what extent this item is relevant to costing. The extent is controlled by predefined factors for fixed and variable costs respectively. If this indicator is not set, the item is not costed. Indicator "x" determines that the item is always relevant to costing in all ways. This means that you do not need to maintain factors. You can enter factors if another indicator is entered. Factors between 0 and 1 are primarily used in inventory costing. These factors are not relevant to standard costing or order costing. Example: factor 0.5 in standard costing means that the item is costed with a factor of 1. Factor 0 means that the item is not costed. Maximum length: 1.
Indicator for relevancy to costing. This key controls whether and to what extent this item is relevant to costing. The extent is controlled by predefined factors for fixed and variable costs respectively. If this indicator is not set, the item is not costed. Indicator "x" determines that the item is always relevant to costing in all ways. This means that you do not need to maintain factors. You can enter factors if another indicator is entered. Factors between 0 and 1 are primarily used in inventory costing. These factors are not relevant to standard costing or order costing. Example: factor 0.5 in standard costing means that the item is costed with a factor of 1. Factor 0 means that the item is not costed. Maximum length: 1.
Lead-time offset. This value shows the lead-time offset (in workdays) for the component in relation to the start date for production of the superior assembly. This value is not included in lead-time scheduling for a task list. You can enter: A positive number of days The component is not required until after the start date. A negative number of days The component is required before the start date. Assembly AS-11 (start date 05/13/1998): Component Lead-time offset Finish date M-01 2+ 05/15/1998 M-02 2- 05/11/1998 M-03 0 05/13/1998 Component M-01 is not required until 2 days after the start date for the superior assembly. Component M-02 is required 2 days before the start date for the superior assembly, so the finish date for this component is 05/11/1998. The lead-time offset for component M-03 is 0, so the start date for the superior assembly is the same as the finish date for this component. Note: This information does not tell you the start date for the components, because the data required (such as in-house production time, processing time, or interoperation time) is not shown.
Lead-time offset. This value shows the lead-time offset (in workdays) for the component in relation to the start date for production of the superior assembly. This value is not included in lead-time scheduling for a task list. You can enter: A positive number of days The component is not required until after the start date. A negative number of days The component is required before the start date. Assembly AS-11 (start date 05/13/1998): Component Lead-time offset Finish date M-01 2+ 05/15/1998 M-02 2- 05/11/1998 M-03 0 05/13/1998 Component M-01 is not required until 2 days after the start date for the superior assembly. Component M-02 is required 2 days before the start date for the superior assembly, so the finish date for this component is 05/11/1998. The lead-time offset for component M-03 is 0, so the start date for the superior assembly is the same as the finish date for this component. Note: This information does not tell you the start date for the components, because the data required (such as in-house production time, processing time, or interoperation time) is not shown.
Material Group. Key that you use to group together several materials or services with the same attributes, and to assign them to a particular material group. You can use material groups to: Restrict the scope of analyses Search specifically for material master records via search helps. Maximum length: 9.
Material Group. Key that you use to group together several materials or services with the same attributes, and to assign them to a particular material group. You can use material groups to: Restrict the scope of analyses Search specifically for material master records via search helps. Maximum length: 9.
Material Type. Key that assigns the material to a group of materials such as raw materials, operating supplies or trading goods. The material type defines certain attributes of the material and has important control functions. Maximum length: 4.
Material Type. Key that assigns the material to a group of materials such as raw materials, operating supplies or trading goods. The material type defines certain attributes of the material and has important control functions. Maximum length: 4.
Configurable Material. Indicator that determines whether the material is configurable. If this indicator is set, you can assign a variant class to the material, making it possible to use it as a configurable material. You can set the indicator manually in the material master record, irrespective of the material type.
Configurable Material. Indicator that determines whether the material is configurable. If this indicator is set, you can assign a variant class to the material, making it possible to use it as a configurable material. You can set the indicator manually in the material master record, irrespective of the material type.
Number of variable-size items. Number of variable-size items required for the assembly .
Number of variable-size items. Number of variable-size items required for the assembly .
Purchasing Group. Key for a buyer or a group of buyers, who is/are responsible for certain purchasing activities. Internally, the purchasing group is responsible for the procurement of a material or a class of materials. Externally, it is the medium through which contacts with the vendor are maintained. Maximum length: 3.
Purchasing Group. Key for a buyer or a group of buyers, who is/are responsible for certain purchasing activities. Internally, the purchasing group is responsible for the procurement of a material or a class of materials. Externally, it is the medium through which contacts with the vendor are maintained. Maximum length: 3.
Quantity of variable-size item. Quantity of variable-size item, which the system calculates from the sizes entered. If you wish you can enter a variable-size item formula for the. calculation. The quantity of the variable-size item shown is per piece (PC) If you change a field that affects the calculation of the variable-size item quantity (for example, size or formula), the system only recalculates the quantity if you delete the existing quantity first. To do this, delete the contents of the Qty Var-sz item field. Size 1: 200 Size 2: 300 Size unit of measure: MM Variable size item unit: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 0,06 SQM --> The variable-size item quantity for each piece is: 0.06 SQM The value calculated is required in MRP, in order to calculate the total quantity of the raw material requirement for the component. If 10 pieces are required for the component, the variable-size item quantity is: 10 * 0.06 SQM = 0.6 SQM.
Quantity of variable-size item. Quantity of variable-size item, which the system calculates from the sizes entered. If you wish you can enter a variable-size item formula for the. calculation. The quantity of the variable-size item shown is per piece (PC) If you change a field that affects the calculation of the variable-size item quantity (for example, size or formula), the system only recalculates the quantity if you delete the existing quantity first. To do this, delete the contents of the Qty Var-sz item field. Size 1: 200 Size 2: 300 Size unit of measure: MM Variable size item unit: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 0,06 SQM --> The variable-size item quantity for each piece is: 0.06 SQM The value calculated is required in MRP, in order to calculate the total quantity of the raw material requirement for the component. If 10 pieces are required for the component, the variable-size item quantity is: 10 * 0.06 SQM = 0.6 SQM.
The remote state of the entity. Remote state refers to the last known state of the entity on the remote system from which it has been retrieved or to which it has been posted. It is stored as map, where the keys are stored in the format of VDM properties.
Size 1. One dimension of the variable-size item, used as a variable in the variable-size item formula. Variable-size item data for a sheet of metal: Size Description Entry 1 Length 200 2 Width 300 No. of variable-size items: 10 Size unit: MM Stockkeeping unit for sheet metal in material master: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 60.000 SQMM --> Quantity of variable-size item per sheet: 0.06 SQM 10 sheets are entered in the component, so the variable-size item requirement is: 10 * 0.06 SQM = 0.6 SQM.
Size 1. One dimension of the variable-size item, used as a variable in the variable-size item formula. Variable-size item data for a sheet of metal: Size Description Entry 1 Length 200 2 Width 300 No. of variable-size items: 10 Size unit: MM Stockkeeping unit for sheet metal in material master: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 60.000 SQMM --> Quantity of variable-size item per sheet: 0.06 SQM 10 sheets are entered in the component, so the variable-size item requirement is: 10 * 0.06 SQM = 0.6 SQM.
Size 2. One dimension of the variable-size item, used as a variable in the variable-size item formula. Variable-size item data for a sheet of metal: Size Description Entry 1 Length 200 2 Width 300 No. of variable-size items: 10 Size unit: MM Stockkeeping unit for sheet metal in material master: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 60.000 SQMM --> Quantity of variable-size item per sheet: 0.06 SQM 10 sheets are entered in the component, so the variable-size item requirement is: 10 * 0.06 SQM = 0.6 SQM.
Size 2. One dimension of the variable-size item, used as a variable in the variable-size item formula. Variable-size item data for a sheet of metal: Size Description Entry 1 Length 200 2 Width 300 No. of variable-size items: 10 Size unit: MM Stockkeeping unit for sheet metal in material master: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 60.000 SQMM --> Quantity of variable-size item per sheet: 0.06 SQM 10 sheets are entered in the component, so the variable-size item requirement is: 10 * 0.06 SQM = 0.6 SQM.
Size 3. One dimension of the variable-size item, used as a variable in the variable-size item formula. Variable-size item data for a sheet of metal: Size Description Entry 1 Length 200 2 Width 300 No. of variable-size items: 10 Size unit: MM Stockkeeping unit for sheet metal in material master: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 60.000 SQMM --> Quantity of variable-size item per sheet: 0.06 SQM 10 sheets are entered in the component, so the variable-size item requirement is: 10 * 0.06 SQM = 0.6 SQM.
Size 3. One dimension of the variable-size item, used as a variable in the variable-size item formula. Variable-size item data for a sheet of metal: Size Description Entry 1 Length 200 2 Width 300 No. of variable-size items: 10 Size unit: MM Stockkeeping unit for sheet metal in material master: SQM Calculation of variable-size item quantity: A = Size 1 * Size 2 A = 200 MM * 300 MM A = 60.000 SQMM --> Quantity of variable-size item per sheet: 0.06 SQM 10 sheets are entered in the component, so the variable-size item requirement is: 10 * 0.06 SQM = 0.6 SQM.
Special procurement type for BOM item. Allows you to define the procurement type more closely. The procurement type is determined from the material type. Enter the special procurement type to which you want to restrict the selection. If you procure a material externally, you may want to choose the special procurement type Consignment. If you produce a material in-house, it may be appropriate to choose Production in other plant. Maximum length: 2.
Special procurement type for BOM item. Allows you to define the procurement type more closely. The procurement type is determined from the material type. Enter the special procurement type to which you want to restrict the selection. If you procure a material externally, you may want to choose the special procurement type Consignment. If you produce a material in-house, it may be appropriate to choose Production in other plant. Maximum length: 2.
Account Number of Supplier. Specifies an alphanumeric key that uniquely identifies the supplier in the SAP system. Maximum length: 10.
Account Number of Supplier. Specifies an alphanumeric key that uniquely identifies the supplier in the SAP system. Maximum length: 10.
ETag version identifier accessor.
All fields selector.
Static representation of the bomComparisonResult property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomComparisonUuid property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomComponentPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomComponentSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomHeaderBaseUnitPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomHeaderBaseUnitSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemCategoryPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemCategorySecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemDescriptionPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemDescriptionSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemPricePrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemPriceSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemPriceUnitPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemPriceUnitSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemQuantityPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemQuantitySecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemUnitPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the bomItemUnitSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the completeMaintStatusPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the completeMaintStatusSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the delivDurationInDaysPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the delivDurationInDaysSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the formulaKeyPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the formulaKeySecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the goodsReceiptDurationPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the goodsReceiptDurationSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isCadPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isCadSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isHeaderDeletePrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isHeaderDeleteSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isMaterialProvisionPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isMaterialProvisionSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isProductionRelevantPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the isProductionRelevantSecond property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the itemIsCostingRelevantPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the itemIsCostingRelevantSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the leadTimeOffsetPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the leadTimeOffsetSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the materialGroupPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the materialGroupSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the materialTypePrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the materialTypeSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the matlIsConfigurablePrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the matlIsConfigurableSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the nmbrOfVarblSizeItemPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the nmbrOfVarblSizeItemSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the purchasingGrouppPimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the purchasingGroupSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the qtyVariableSizeItemPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the qtyVariableSizeItemSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the size1Primary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the size1Secondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the size2Primary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the size2Secondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the size3Primary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the size3Secondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the spclProcurementTypePrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the spclProcurementTypeSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the supplierPrimary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
Static representation of the supplierSecondary property for query construction. Use to reference this property in query operations such as 'select' in the fluent request API.
All fields of the ComparisonResultSet entity.
Default url path for the according service.
Technical entity name for ComparisonResultSet.
All key fields of the ComparisonResultSet entity.
Mapping of all key field names to the respective static field property ComparisonResultSet.
Returns a map of all defined fields in entity to their current values.
Entity with all defined entity fields
Custom field value getter.
The name of the custom field
The value of the corresponding custom field
Returns a map that contains all entity custom fields.
A map of all defined custom fields in the entity
Returns all updated custom field properties compared to the last known remote state.
A map containing all updated custom properties, with their new values
Returns all changed properties compared to the last known remote state. The returned properties does not include custom fields. Use getUpdatedCustomFields, if updated custom fields are needed.
Entity with all properties that changed
Validates whether a custom field exists in the entity.
The name of the custom field to update
A boolean value, that indicates whether a custom field is defined in entity
Sets all retrieved custom fields in entity.
Extracted custom fields from a retrieved entity
A boolean value, that indicates the existence of the field in entity
Validates whether a field name does not conflict with an original field name and thus can be defined as custom fields.
Field name to check
Boolean value that describes whether a field name can be defined as custom field
Sets a new custom field in the entity or updates it. Throws an error, if the provided custom field name is already defined by an original field in entity.
The name of the custom field to update
The value of the field
The entity itself, to facilitate method chaining
Initializes or sets the remoteState of the entity. This function is called on all read, create and update requests. This function should be called after initializeCustomFields, if custom fields are defined.
State to be set as remote state
The entity itself, to facilitate method chaining
Set the ETag version identifier of the retrieved entity.
The returned ETag version of the entity
The entity itself, to facilitate method chaining
Overwrites the default toJSON method so that all instance variables as well as all custom fields of the entity are returned.
An object containing all instance variables + custom fields.
Returns an entity builder to construct instances ComparisonResultSet.
A builder that constructs instances of entity type ComparisonResultSet.
Returns a selectable object that allows the selection of custom field in a get request for the entity ComparisonResultSet.
Name of the custom field to select
A builder that constructs instances of entity type ComparisonResultSet.
Returns a request builder to construct requests for operations on the ComparisonResultSet entity type.
A ComparisonResultSet request builder.
This class represents the entity "ComparisonResultSet" of service "API_BILLOFMATERIAL_COMPARISON_SRV". This service is part of the following communication scenarios: Product Lifecycle Management - Master Data Integration (SAP_COM_0105). See https://api.sap.com/api/API_BILLOFMATERIAL_COMPARISON_SRV for more information.