Abstract: A tenant separation architecture is provided to adopt tenant separation for remote integration of various OEM systems with a cloud-based analytics application. The tenant separation architecture provided herein allows for tenant separation in a wide range of modules in different OEM integration scenarios through a token-base authentication. Application server tenants and database tenants may be accessed for application of the tenant separation. Moreover, the tenant separation implementations disclosed herein may be applied to different modules for metadata, tenant configuration, authorization concepts, and general data protection regulation (GDPR) adoption.

Abstract: The present disclosure pertains to systems and methods for providing search results. A database server may include both a database and a search engine. The database server can receive a search request from an application of a remote computer. The search request can include one or more search terms and permission information. The database server can determine adapting information using the permission information. The database server can provide a search call based on the search request and the adapting information to the search engine. The search engine can determine one or more search statements for the search call. The search engine can execute the one or more search statements on one or more stored search models to obtain database results reflecting the permission information. The database server can provide search results based on the database results to the application of the remote computer.

Abstract: Methods, systems, and computer-readable storage media for receiving, by a QMS executed within a first data center, a query definition provided from a browser of an analytics platform executed within the second data center, the query definition being stored in a query repository, being validated by the QMS based on analytical metadata, and being stored in a mirror query repository of the first data center, providing, after validation of the query definition, a calculation scenario as an object model based on the query definition, executing, by a calculation engine within the first data center, the calculation scenario to provide an analytical artifact including a query-level calculation view on transactional data stored in the first data center, and transmitting, by the first data center, the analytical artifact to the second data center to perform analytics on at least a portion of the transactional data stored in the first data center.

Abstract: Methods, systems, and computer-readable storage media for retrieving metadata associated with data stored within a database system of an enterprise, the metadata being provided in a first format and being used by the first system to store and access the data, providing a document including the metadata provided in an interoperable format, processing, by a deployer, the document to provide analytics engine metadata in a second format, the analytics metadata being stored in the second system and being consumable by the DB-based analytics engine to access the data from the database system of the enterprise, and retrieving, by the DB-based analytics engine, the data from the database system of the enterprise based on the analytics metadata to provide analytics data based on the data.

Abstract: The present disclosure pertains to systems and methods for providing search results. A database server can include both a database and a search engine. The database server can receive, from a software service server, storage metadata indicating a plurality of tables of the database and fields of each of the plurality of tables. The database can generate a metadata search index, including tables and fields populated based on the storage metadata, and store it on the database. The database server may receive a search request including one or more search terms from a query-building application of a remote computer. The search engine can determine search statements based on the search request and execute the search statements on a view of the stored metadata search index to obtain index search results. Metadata search results based on the index search results can be provided to the query-building application.

Abstract: Methods, systems, and computer-readable storage media for retrieving metadata associated with data stored within a database system of an enterprise, the metadata being provided in a first format and being used by the first system to store and access the data, providing a document including the metadata provided in an interoperable format, processing, by a deployer, the document to provide analytics engine metadata in a second format, the analytics metadata being stored in the second system and being consumable by the DB-based analytics engine to access the data from the database system of the enterprise, and retrieving, by the DB-based analytics engine, the data from the database system of the enterprise based on the analytics metadata to provide analytics data based on the data.

Abstract: A data source integration architecture is provided for integrating application systems with an analytics system for user querying and data retrieval. The integration includes flexibly configuring base data sources as defined by an analytical model of an application system, such as an OEM application. In response to a query, metadata is fetched from an application server, where the metadata may contain a description of underlying artifacts of the structural part of the analytical model. During query generation, these specific views are injected into a query view and a parametrization is added for data source modulation. In addition, a flexible configuration of the final shape of the base data source specifically allows for the requirements of the OEM application to be addressed.

Abstract: Methods, systems, and computer-readable storage media for receiving, by a query manager service (QMS) executed within a first data center, a query definition provided from a browser of an analytics platform executed within a second data center, providing, by the QMS, a calculation scenario as an object model based on the query definition, executing, by a calculation engine within the first data center, the calculation scenario to provide an analytical artifact including a query-level calculation view on transactional data stored in the first data center, and transmitting, by the first data center, the analytical artifact to the second data center to perform analytics on at least a portion of the transactional data stored in the first data center.

Abstract: The present disclosure pertains to systems and methods for providing search results. A database server may include both a database and a search engine. The database server can receive a search request from an application of a remote computer. The search request can include one or more search terms and permission information. The database server can determine adapting information using the permission information. The database server can provide a search call based on the search request and the adapting information to the search engine. The search engine can determine one or more search statements for the search call. The search engine can execute the one or more search statements on one or more stored search models to obtain database results reflecting the permission information. The database server can provide search results based on the database results to the application of the remote computer.

Abstract: The present disclosure pertains to systems and methods for providing search results. A database server can include both a database and a search engine. The database server can receive, from a software service server, storage metadata indicating a plurality of tables of the database and fields of each of the plurality of tables. The database can generate a metadata search index, including tables and fields populated based on the storage metadata, and store it on the database. The database server may receive a search request including one or more search terms from a query-building application of a remote computer. The search engine can determine search statements based on the search request and execute the search statements on a view of the stored metadata search index to obtain index search results. Metadata search results based on the index search results can be provided to the query-building application.

Abstract: Implementations include actions of receiving, by a QMS executed within a first data center, a query definition provided from a browser of an analytics platform executed within the second data center, providing, by the QMS, a raw calculation scenario as an object model based on the query definition, and one or more filters, processing, by the QMS, the raw calculation scenario to provide an enhanced calculation scenario, the enhanced calculation scenario incorporating one or more relationships based on at least one of the one or more filters, executing, by a calculation engine within the first data center, the enhanced calculation scenario to provide an analytical artifact including a query-level calculation view on transactional data, and transmitting, by the first data center, the analytical artifact to the second data center to perform analytics on at least a portion of the transactional data stored in the first data center.

Abstract: A data source integration architecture is provided for integrating application systems with an analytics system for user querying and data retrieval. The integration includes flexibly configuring base data sources as defined by an analytical model of an application system, such as an OEM application. In response to a query, metadata is fetched from an application server, where the metadata may contain a description of underlying artifacts of the structural part of the analytical model. During query generation, these specific views are injected into a query view and a parametrization is added for data source modulation. In addition, a flexible configuration of the final shape of the base data source specifically allows for the requirements of the OEM application to be addressed.

Abstract: A tenant separation architecture is provided to adopt tenant separation for remote integration of various OEM systems with a cloud-based analytics application. The tenant separation architecture provided herein allows for tenant separation in a wide range of modules in different OEM integration scenarios through a token-base authentication. Application server tenants and database tenants may be accessed for application of the tenant separation. Moreover, the tenant separation implementations disclosed herein may be applied to different modules for metadata, tenant configuration, authorization concepts, and general data protection regulation (GDPR) adoption.

Abstract: Methods, systems, and computer-readable storage media for receiving, by a query manager service (QMS) executed within a first data center, a query definition provided from a browser of an analytics platform executed within a second data center, providing, by the QMS, a calculation scenario as an object model based on the query definition, executing, by a calculation engine within the first data center, the calculation scenario to provide an analytical artifact including a query-level calculation view on transactional data stored in the first data center, and transmitting, by the first data center, the analytical artifact to the second data center to perform analytics on at least a portion of the transactional data stored in the first data center.

Abstract: Methods, systems, and computer-readable storage media for receiving, by a QMS executed within a first data center, a query definition provided from a browser of an analytics platform executed within the second data center, the query definition being stored in a query repository, being validated by the QMS based on analytical metadata, and being stored in a mirror query repository of the first data center, providing, after validation of the query definition, a calculation scenario as an object model based on the query definition, executing, by a calculation engine within the first data center, the calculation scenerio to provide an analytical artificat including a query-level calculation view on transactional data stored in the first data center, and transmitting, by the first data center, the analytical artificat to the second data center to perform analytics on at least a portion of the transactional data stored in the first data center.

Abstract: Implementations include actions of receiving, by a QMS executed within a first data center, a query definition provided from a browser of an analytics platform executed within the second data center, providing, by the QMS, a raw calculation scenario as an object model based on the query definition, and one or more filters, processing, by the QMS, the raw calculation scenario to provide an enhanced calculation scenario, the enhanced calculation scenario incorporating one or more relationships based on at least one of the one or more filters, executing, by a calculation engine within the first data center, the enhanced calculation scenario to provide an analytical artifact including a query-level calculation view on transactional data, and transmitting, by the first data center, the analytical artifact to the second data center to perform analytics on at least a portion of the transactional data stored in the first data center.

Abstract: A method includes receiving compensation information of a particular employee of a first company from a database, receiving compensation information associated with a second company from a different database, and presenting in a graphical user interface (GUI) a graphical representation comparing the compensation information of the particular employee of the first company and the compensation information associated with the second company.

Abstract: Converting a computer user interface panel between different panel types. An automated process is activated that reads field attributes of a first panel in a computer system. A configuration table associated with the first panel is tied to logic that specifies how the panel of the first type interacts with a backend of the computer system. Entries are created in a second configuration table that can be used to display a second panel in the computer system. The second panel comprises at least some of the plurality of fields and belongs to a second type of panels in which a panel of the second type is formed of configuration table entries and is independent of the backend. The automated process converts the field attributes to be compatible with the second type of panels and stores them in the second configuration table for use in displaying the second panel.

Abstract: Providing access to database objects is described. An object selection area capable of presenting representations of a plurality of database objects is displayed. Each of the database objects is associated with one of a plurality of predetermined contexts. A plurality of panels are capable of presenting portions of data belonging to database objects selected in the object selection area. Some panels are relevant to more than one of the contexts. An input from the user selecting a database object presented in the object selection area is received. A panel selection control associated with the context of the selected database object is displayed. The control provides that the user can select for display any panel that is relevant to the selected object's context. Any of the selectable panels that are relevant also to a different context can also be selected in a panel selection control associated with the different context.

Abstract: A method includes receiving compensation information of a particular employee of a first company from a database, receiving compensation information associated with a second company from a different database, and presenting in a graphical user interface (GUI) a graphical representation comparing the compensation information of the particular employee of the first company and the compensation information associated with the second company.