Sap Se

Sap Ag

Lars Erbe

Alexander Rauh

Stefan Haffner

Thomas Gieselmann

Markus Viol

Andreas Wildhagen

Carsten Brandt

Samir Zeort

Holger Schmidt

Andre Pany

Franz Mueller

Nina Tabitha Paul

Vibhor Tomar

Chatur B Patil

Felix Riegger

Christian Voshage

Axel Warner

Rachel Ebner

Gerd G Forstmann

Otto Makris

Achim Weigel

Franz Müller

Andreas Heix

Sri Vidhya Ambuga Nandakumar

Sri A N Vidhya

Sri Vidhyaan

Pablo Vicente Albert-Maestro

Maximilian Stueber

Systems and methods for event-triggered analysis for high fidelity simulation. The method may comprise collecting event data produced by one or more event monitors in operational relationship with one or more elements of an event-producing system, wherein at least one of the one or more elements generates a plurality of events. The event data may be clustered into one or more groups, according to one or more event attributes. The event data may be selectively transmittable to one or more subscribers, by way of the one or more subscribers subscribing to one or more channels associated with the one or more groups. A publication mechanism may be implemented to classify the clustered event data into the one or more channels, the event data associated with at least one attribute being classified for transmission over at least one of the one or more channels.

Event-triggered analysis for high fidelity simulation

Computer-implemented systems and methods for data harmonization in engineering simulation. The method may comprise receiving application preferences defining attributes associated with input data to be delivered to one or more applications from one or more data sources. A first set of attributes may be associated with data to be delivered to a first application. Application preferences may be provided to a handler in communication with the data sources. Raw data received by the handler may arrive in a variety of formats and packet sizes from the one or more data sources. Raw data may be packaged by the handler into one or more data packets having a size or format that satisfies the application preferences. One or more attributes associated with input data to be delivered to the first application may be defined. Packaged data may be transmitted over one or more data transmission channels satisfying the application preferences.

Harmonized data for engineering simulation

Disclosed herein are system, method, and computer program product embodiments for creating and utilizing configuration providers for layered repository facilities. An embodiment operates by creating or loading a custom data structure for a software application, retrieving configuration information from at least one configuration provider, storing the retrieved configuration information in the custom data structure, and associating the custom data structure with the application and a specific layer of a layered repository facility. When this is done across multiple layers of the layered repository for the same software application, configurations can be efficiently managed for different users having different roles and relationships within an enterprise software environment, while maintaining a user experience that is flexible, extensible, dynamic, and yet consistent and familiar across many devices and platforms, even for users having multiple roles and different relationships within the enterprise software environment.

Configurable provider for layered repository

Various embodiment of systems and methods to send a response for a request received at a runtime agent has been described. Initially a request including an access path of plurality of files is received at the runtime agent. Based on the received request, one or more files from the plurality of files that have a dynamic property are determined. Next the one or more files that have the dynamic property are parsed to identify an include statement in the one or more files, wherein the include statement has an access path for a to-be-included file. Next the data from the one or more files and the to-be-included file is retrieved by the runtime agent. The data retrieved from the one or more files and the to-be-included files to obtain a merged data are merged. Finally the response including the merged data is sent to the client by the runtime agent.

Request processing by a runtime agent in a network system

Disclosed herein are system, method, and computer program product embodiments for managing and accessing variants of applications. In an embodiment, a request for an application including one or more contextual parameters may be received. A base user interface configuration corresponding to the application may first be retrieved. One or more interface configuration files corresponding to the one or more contextual parameters may then be retrieved from a layered repository. The layered repository may be partitioned into organizational layers that store a plurality of interface configuration files associated with the application. The retrieved interface configuration files may be merged with the base user interface configuration to generate a composite interface configuration, and the composite interface configuration may be applied to the application at runtime.

Adaptable application variants

A system includes execution of a software application based on metadata defining a first plurality of software components, reception of second metadata defining the first plurality of software components, determination, based on the second metadata, of a second plurality of the first plurality of software components for which the second metadata is different from the first metadata, and for which the second metadata is associated with elements of the software application, and generation of the elements of the software application based on the second metadata of the second plurality of software components.

Processing changed application metadata based on relevance

A plurality of registrations corresponding to a user interface component can be stored. Based on at least one of a layer of a software architecture to which a specific user of a user interface has authorized access, an assignment of a work center view to the user, and business data, it can be determined that the user interface presented to the user should include a navigation target to the user interface component. At run time, a navigation link to the user interface component can be dynamically generated according to a relevant registration selected from the plurality of registrations. The user interface incorporating the navigation link to the user interface component can be displayed. Related systems, articles of manufacture, and computer-implemented methods are described.

Dynamic determination of navigation targets in a flexible user interface environment

The disclosure generally describes computer-implemented methods, software, and systems for modeling and deploying decision services. One computer-implemented method includes establishing a push-channel session uniquely associated with a client, wherein the push channel session communicates with the client using a single push channel. The computer-implemented method further includes registering the established push-channel session with a messaging channel runtime creating a client-specific messaging channel and registering a backend application with the push-channel-session-associated single push channel using a push channel registration session. The method further includes, responsive to an application message received from an application session associated with the backend application using a client-specific application channel, dispatching the received application message to the push-channel session from the messaging channel runtime using the client-specific messaging channel. The method includes communicating the dispatched application message to the client using the single push channel.

Dynamic client registration for server push events in long polling scenarios

All metadata relevant to user interface functionality needed to provide a specific unit of business functionality can be stored in one of a plurality of autonomous metadata containers retained on at least one data storage device. After a subset of available business functionality to be provided to a user is determined, a set of the plurality of autonomous metadata containers required to provide the subset of available business functions can be identified. A user interface view can be generated to present a view associated with each of the set of the plurality of autonomous metadata containers, and the generated user interface view can be provided for display to the user. Related systems, articles of manufacture, and computer-implemented methods are described.

Metadata container-based user interface flexibility

Upon receiving a request for a user interface view from a user interface, a user identity and a user authorization class for a user of the user interface can be checked against a user registry and an authorization class registry, respectively. A user interface view component can be retrieved according to the user identity and the user authorization class. The user interface view can be generated by aggregating the retrieved user interface view component with at least one other user interface view component consistent with the user identity and user authorization class, and the generated user interface view can be returned for display to the user via the user interface. Related systems, articles of manufacture, and computer-implemented methods are described.

Dynamic user interface content adaptation and aggregation

Metadata is generated that contains attribute values for a first document that in turn contains one or more key words. The attribute values of the first document are based on contextual information such as attribute values associated with other documents that contain at least one of the key words. Once generated, the metadata may be associated with the first document. Related techniques, apparatuses, and articles are also described.

Growing community of inventors

Stutensee, Germany

Lars Erbe