Sap Ag

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Sven-Eric Eigemann

Rolf Schumann

Thomas Maag

Eduard Hess

Dagmar Opitz

Juergen Wettengl

Lan Zhang

Martin Zielonkowski

Sonja Zscherpel

Huaiyang Mao

Holger Bohle

Gregor Rieken

Arnulf Schueler

Stefan Elfner

Karl Christian Roediger

Matthias Geiger

Patrick Zimmer

Jens Boeckenhauer

Martin Zieger

Jens Böckenhauer

Arnulf Schüler

Shabana Ansari

Marcel Kieser

Yves Bauer

Juergen Hausner

Christoph Huber

Lilly Yuan

Stephen Cloughley

Thomas Rumbach

Reinhard Brede

A computer-implemented method for managing a feed in an in-memory database system includes: determining, in an in-memory database system, that a criterion for a feed event is met with regard to a business object handled by the in-memory database system; generating a feed event document in response to the determination; identifying at least one user in the in-memory database system who is a feed event subscriber regarding the business object; and forwarding the generated feed event document to the identified at least one feed event subscriber.

Managing feed in in-memory database system

A system, method, and computer program product for combining replicated, analytical, and locally generated data in business objects on top of a database are disclosed. Business data are replicated from a first source to an analytics database. Analytical data based on the replicated business data are generated and combined with the replicated business data in the analytics database. Business objects are created to allow access to the analytics database via a user interface. Related apparatus, systems, techniques and articles are also described.

Representation of business object in analytical application by combining replicated, analytical, and locally enriched data

Example systems and methods of managing product genealogy data across distributed systems are described. In one implementation, a method identifies a material associated with a product that is part of a product batch. Usage information associated with the material is accessed, and a handling unit associated with the product batch is identified. Delivery information associated with the product batch is also accessed. A genealogy is generated for the product batch based on the material, the usage information, the handling unit, and the delivery information.

Batch management systems and methods

A method includes determining, by a conversion tool, at least one specific data associated with an interface of a service of a first application, the determining comprising retrieving metadata associated with the service of the first application, the metadata describing the specific data; and automatically generating, by the conversion tool, a data context for use in requesting the service from the first application, the data context comprising at least one data field for storing the at least one specific data associated with the interface of the service.

Method and system for automatically generating a communication interface

Inventory may be managed by affixing to material batches respective documentary batch numbers that are associated with the material batches in a computer system. The material batches may be placed as inventory in a warehouse. The documentary batch number of any of the material batches that is removed from the warehouse may be registered, wherein the documentary batch numbers are not used in managing the inventory. A material batch may be managed by affixing to the material batch a documentary batch number that is associated with the material batch in a computer system. Upon a predetermined action being taken with regard to the material batch, the documentary batch number may be received in the computer system. The documentary batch number may be read from the material batch, wherein any action taken with regard to the material batch before receiving the documentary batch number upon the predetermined action is not tracked.

Managing a material batch

A method includes receiving by a first application an input from a user; performing a service by the second application, the service related to the input received by the first application; obtaining a log of all data locks set by the second application while performing the service, wherein the log indicates a data lock object and a data lock argument for each data lock set by the second application; and setting a generic lock having an associated generic lock object and a generic lock argument, wherein the generic lock argument indicates the data lock object and the data lock argument. In one embodiment, the a unique checksum is created, using an algorithm, for every service response.

Method and system for providing locking behavior

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Sandhausen, Germany

Sven-Eric Eigemann