Sap Se

Sap Ag

Markus Muenkel

Mitko Kolev

Frank Stienhans

Ulf Fildebrandt

Frank Seeger

Jade Sripad

Daniel Ritter

Markus Cherdron

Yuval Gilboa

Victor V Shaburov

Martin Kolb

Manuel Holzleitner

Peter Giese

Stefan Boller

Holger Koser

Bjoern Goerke

Joerg Bischof

Venkata Narayana Papineni

Stefan Opderbeck

Syed Muhammad Kumail Raza

According to some embodiments, a central cloud-based repository of data may contain consolidated facts about enterprise applications. A computer processor of a discovery engine may execute discovery in a local application process and, based on the executed discovery, automatically create a generic structured set of facts from locally accessible data. The discovery engine may then store the generic structured set of facts in the central cloud-based data repository using a standard format (e.g., JSON). The central cloud-based data repository may, for example, store facts from different application instances and/or facts from different applications. According to some embodiments, a user generated query is created in a query language (e.g., SQL) and executed on the central cloud-based repository of data to automatically create an answer. Moreover, an automated ML agent may, in some embodiments, evaluate information in the central cloud-based repository of data.

Creation of structured set of facts via enterprise information discovery

Techniques and solutions are provided for identifying sets of related data, such as for a data deletion process. Data objects can be considered as having parent-child relationships, where values for one or more attributes of a child data object are constrained by corresponding one or more attributes of a parent data object. The set of data objects and their relationships can be represented, such as in a graph. In an iterative process, the data object representation is analyzed to identify 'leaf nodes,' which are data objects that do not constrain other data objects. Relevant data is deleted from the data objects, and the representation is updated to “remove” such data objects so that a new set of leaf nodes is obtained. Optionally, when a leaf node that serves as a parent is analyzed, it can be confirmed whether corresponding data has already been deleted from its children.

Timestamp-based deletions for interdependent data objects

A system and method to determine an event for an executing integration flow defining how messages are passed between a sender system and a receiver system; determine message processing states of messages of the integration flow before an event time; determine message processing states of messages of the integration flow after the event time; determine, based on an evaluation of failed message processing states for the messages before and after the event time, whether the event is associated with a problem; assign, in response to the determination that the event time is associated with a problem, one or more categories to the problem; and store a record of the assignment of the one or more categories to the problem.

Problem detection and categorization for integration flows

Methods and systems are used for providing a domain specific language (DSL) for a cloud hosted system with metric-based state. As an example, a first DSL query request including first DSL query input based on a DSL is received. The first DSL query input is translated to a first set of query instructions based on the first DSL query input, translation rules metadata, and the DSL. The first set of query instructions is executed to retrieve, for each cloud system of a plurality of cloud systems, metrics data associated with an application state of an application deployed on each cloud system stored in a cloud deployment repository. A first set of response output is computed by matching the retrieved metrics data from the cloud deployment repository to the first DSL query input. A first DSL query response including the first set of response output is transmitted to a client system.

Domain specific language for cloud hosted systems with metric-based state

Systems and methods for determining an overall message status in a message processing system having distributed message processing components. If there are no active status providers, the overall message status remains equal to an old status. If there is only one active status provider, an intermediate calculated status is equal to a message status of the active status provider. If there are more than one active status providers, an intermediate calculated status is equal to a highest priority message status among the active status providers. If there are one or more active status providers, the overall message status remains equal to the old overall message status if the old overall message status is a designated final status and if the old overall message status has a higher priority than that of the intermediate calculated status Otherwise, the overall message status is set equal to the intermediate calculated status.

Determining overall message status in a message processing system

Methods and apparatus, including computer program products, implementing techniques for developing user interface applications using configurable patterns and for executing such pattern-based applications. The techniques include receiving an identification of a pattern, generating configuration data for the pattern, and storing the configuration data separately from the pattern. The pattern includes a predefined arrangement of user interface elements and specifies predefined actions that can be performed using the user interface elements. The configuration data specifies associations between one or more of the user interface elements and one or more entities in a back-end system, and further specifies customization data for the user interface elements.

Developing and executing applications with configurable patterns

Methods and apparatus, including computer program products, implement techniques for testing applications using configurable patterns. A test script is received for a pattern that includes a predefined arrangement of user interface elements and specifies predefined actions that can be performed using the user interface elements. The test script specifies test sequences operable to invoke one or more of the predefined actions that can be performed. A specification of an application is received, where the specification includes configuration data for the pattern. The configuration data specifies associations between one or more of the user interface elements and one or more entities in a back-end system. A generated application-specific test is operable to invoke one or more of the predefined actions according to the test sequences in the test script. The predefined actions use the entities in the back-end system with which the user interface elements are associated.

Testing pattern-based applications

Methods and apparatus, including computer program products, for generating runtime entities in a visual modeling environment. Input characterizing an application definition at designtime is received, a determination is made as to whether the designtime entity is to be compiled by a first generator or a second generator, and a runtime version of the designtime entity is generated. The application definition can include a designtime entity and a configuration of properties of the designtime entity. The first generator can support compilation of multiple types of designtime entities and the second generator can support compilation of a specific type of designtime entity. The runtime version can be generated with the second generator if the second generator is to be used or, otherwise, generated with the first generator.

Specific runtime generators in a visual modeling language environment

A computer-implemented method, system, and computer program product for generating an application is disclosed. A pattern module associated with an application pattern is provided. The pattern module includes a model of the application pattern, a design time component to provide content for the model, and a runtime component to execute the operation associated with the model based with the content. A set of dependencies among the model, the design time component, and the runtime component is determined. A set of interfaces is then generated to couple the model, the design time component, and the runtime component based on the set of dependencies.

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Hockenheim, Germany

Markus Muenkel