Sap Se

Aditya Karanth

Sampathkumar S

Christoph Birkenhauer

Ajay Krishna Uniyal

Kalyan Chakravarthy Nannapaneni

Shivendra Kumar Mathur

Edwin Felix Retnam

Trimurthulu Kondepudi

Leena Khatri

A tree data model comprising a plurality of generated nodes may be programmatically generated. Each particular node may have a sequence number uniquely identifying the node and identifying its sibling position within the generated nodes. Information on the nodes may be provided to a reporting application which presents a report in a user interface. Information may be received on additional entries inserted into the report by a user of the application. An inserted node may be inserted into the tree data model. The inserted node a subgroup number identifying which generated node of the plurality of generated nodes is the closest preceding sibling to the inserted node and a subordinal number identifying a subgroup sibling position of the inserted node within a plurality of inserted nodes having a same inserted node subgroup number.

Efficient data manipulation

Systems, methods, and computer-readable media are disclosed for generating uniform hierarchical views of technical documents irrespective of a file format for the technical document. Metadata definitions may be received that define a technical document hierarchy for the technical document. Based on the metadata definitions, technical data element may be mapped to the technical document hierarchy. The technical document may be generated, the technical document comprising the technical data elements. Based in part on the technical document and the metadata definitions, the uniform hierarchical view may be generated. The uniform hierarchical view may be populated with at least a subset of the technical data elements from the technical document. Once generated, the uniform hierarchical view may be displayed.

Uniform hierarchical view over diverse data formats

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Bengaluru, India

Aditya Karanth