Abstract: Implementations for data migration in a maintenance procedure executed on a software system include actions of providing a first access schema, through which a first version of an application accesses data in a database system, establishing an API-schema, through which at least one direct consumer accesses data in the database system, the API-schema including one or more proxy objects that are mapped to respective one or more objects of the first access schema based on metadata of the API-schema, the metadata providing a mapping and one or more object definitions, and in response to execution of a maintenance procedure: providing a second access schema, through which a second version of the application accesses data in the database system, switching to the second access schema, and revising the mapping of the API-schema, such that at least one proxy object of the API-schema maps to a respective object of the second access schema.

Abstract: Implementations for data migration in a maintenance procedure executed on a software system include actions of providing a first access schema, through which a first version of an application accesses data in a database system, establishing an API-schema, through which at least one direct consumer accesses data in the database system, the API-schema including one or more proxy objects that are mapped to respective one or more objects of the first access schema based on metadata of the API-schema, the metadata providing a mapping and one or more object definitions, and in response to execution of a maintenance procedure: providing a second access schema, through which a second version of the application accesses data in the database system, switching to the second access schema, and revising the mapping of the API-schema, such that at least one proxy object of the API-schema maps to a respective object of the second access schema.

Abstract: According to some embodiments, a method and system including a first technology stack to receive a model description describing defining aspects of an application model; to generate, according to the model description, a model entity representation of the application model; and to transfer the model description to a second technology stack; and a second technology stack to generate, according to the model description, a model entity representation of the application model.

Abstract: A central data warehouse includes embedded data marts. These embedded data marts, referred to as workspaces, are assigned centrally manage data by reference only but rely directly on the centrally managed data and the underlying infrastructure. Workspaces still allow departments in an enterprise to perform certain actions on their own (like adding new data and building new models) without having to instantiate copies of the centrally managed data in a locally managed data mart.

Abstract: According to some embodiments, a method and system including a first technology stack to receive a model description describing defining aspects of an application model; to generate, according to the model description, a model entity representation of the application model; and to transfer the model description to a second technology stack; and a second technology stack to generate, according to the model description, a model entity representation of the application model.

Abstract: A central data warehouse includes embedded data marts. These embedded data marts, referred to as workspaces, are assigned centrally manage data by reference only but rely directly on the centrally managed data and the underlying infrastructure. Workspaces still allow departments in an enterprise to perform certain actions on their own (like adding new data and building new models) without having to instantiate copies of the centrally managed data in a locally managed data mart.

Abstract: Methods and systems are disclosed for generating, managing, and publishing documents based on document level objects and software level objects. In one aspect, a method is provided for managing documents in a computing system environment. The method includes identifying a placeholder object included in a document having a document level object, the placeholder object having metadata corresponding to a software level object. Software level object content is identified in response to a query message and is included within a response to the query message. A format of the software level object content included in the response is transformed into a second format based on a second set of constraints, and merged in the document based on the placeholder object. An output document may be generated such that the transformed software level object content replaces the placeholder object in the output document.

Abstract: A system and method for application data model content delivery and activation. Delivery of core objects are made separately from the appended objects. In an activation process, a single object is created from each core object and the assigned appends. A customer can use and change each of these single activated objects. In an active version, all necessary appends are collected and assembled. In that way, objects can be easily enhanced for industry or country-specific attributes or fields, or other enhancements. In a development system, the active version includes all appends to ensure a correct runtime behavior.

Abstract: A system and method for executing a business application that comprises a number of monitoring events and a number of monitoring processes corresponding to a number of supply chain events of the supply chain. Tracking and tracing data for the number of supply chain events is generated with one or more RFID readers of an RFID platform. The tracking and tracing data for the number of supply chain events is then mapped against a set of the number of monitoring events and the number of monitoring processes defined for the business application, to monitor performance of the supply chain and business application.

Abstract: Methods and systems are disclosed for generating, managing, and publishing documents based on document level objects and software level objects . In one aspect of the present invention, a method is provided for managing documents in a computing system environment. The method may include identifying a placeholder object included in a document having a document level object, the placeholder object having metadata corresponding to a software level object. Further, the method includes generating a query message based on the placeholder object and identifying software level object content based on the query message. The software level object content may be in a first format based on a first set of constraints. The method may also include providing a response message including the software level object content and transforming the format of the software level object content included in the response message to a second format based on a second set of constraints.

Abstract: A system and method for application data model content delivery and activation. Delivery of core objects are made separately from the appended objects. In an activation process, a single object is created from each core object and the assigned appends. A customer can use and change each of these single activated objects. In an active version, all necessary appends are collected and assembled. In that way, objects can be easily enhanced for industry or country-specific attributes or fields, or other enhancements. In a development system, the active version includes all appends to ensure a correct runtime behavior.