Abstract: In a scenario involving a primary and secondary server, resource requests can be managed to avoid sending multiple requests to the secondary server. In particular, requests for data object attributes can be queued when another request has already been made. Hashkey and locking mechanisms can be used to support scenarios involving multiple users and multiple data object instances. Performance of the overall system landscape can thus be improved by effectively consolidating resource requests.

Abstract: Systems and methods include reception of an indication of a first event associated with a first object instance.

Abstract: Configuration setting management is facilitated by setting data in a multisystem environment. A system having a configuration setting, in a multisystem environment having a test system and a production system, may identify the type for the setting based on a type identifier. The system may maintain the setting based on the type. Maintaining the setting may include, for a first type, making a primary location for the setting the production system, where the setting is initialized and editable in the production system. Maintaining the setting may include, for a second type, making the setting independent between the test system and the production system, where the setting is not transferred between the two systems and is editable at each system. Maintaining the setting may include, for a third type, making a primary location for the setting the test system, where the setting is initialized and editable in the test system.

Abstract: A system, a method, and a computer program product for deriving target attribute values based on source attributes defined by a hierarchical data mode are disclosed. An attribute value derivation function to change a target attribute data value corresponding to a source attribute stored in a hierarchical data model and an instruction corresponding to the source attribute are provided. The attribute value derivation function is defined by an attribute value derivation header containing metadata describing hierarchical data model and an attribute value derivation instruction for deriving the target attribute based on the source attribute. Using the attribute value derivation function, a target attribute data value is derived. A user interface is generated to display the derived target attribute data value.

Abstract: Configuration setting management is facilitated by setting data in a multisystem environment. A system having a configuration setting, in a multisystem environment having a test system and a production system, may identify the type for the setting based on a type identifier. The system may maintain the setting based on the type. Maintaining the setting may include, for a first type, making a primary location for the setting the production system, where the setting is initialized and editable in the production system. Maintaining the setting may include, for a second type, making the setting independent between the test system and the production system, where the setting is not transferred between the two systems and is editable at each system. Maintaining the setting may include, for a third type, making a primary location for the setting the test system, where the setting is initialized and editable in the test system.

Abstract: A method, a system, and a computer program product for performing maintenance actions and user-specific settings of the attribute value derivation instructions set user interface are disclosed. A maintenance function is provided for changing a target attribute data value corresponding to a source attribute stored in a hierarchical data model. An instruction corresponding to the source attribute is also provided. Using the maintenance function, the target attribute data value is changed. Based on at least one user setting, a user interface for displaying the hierarchical data model and the changed target attribute data value is generated.

Abstract: A system, a method, and a computer program product for monitoring of events and key figures are disclosed. An event in a plurality of events associated with a business process is identified. The identified event is monitored. A business value of the identified event is determined in real time. Based on the determined real-time business value, at least one key figure associated with the monitored event is retrieved and displayed in a user interface.

Abstract: A system, a method, and a computer program product for deriving target attribute values based on source attributes defined by a hierarchical data mode are disclosed. An attribute value derivation function to change a target attribute data value corresponding to a source attribute stored in a hierarchical data model and an instruction corresponding to the source attribute are provided. The attribute value derivation function is defined by an attribute value derivation header containing metadata describing hierarchical data model and an attribute value derivation instruction for deriving the target attribute based on the source attribute. Using the attribute value derivation function, a target attribute data value is derived. A user interface is generated to display the derived target attribute data value.

Abstract: A system, a method, and a computer program product for monitoring of events and key figures are disclosed. An event in a plurality of events associated with a business process is identified. The identified event is monitored. A business value of the identified event is determined in real time. Based on the determined real-time business value, at least one key figure associated with the monitored event is retrieved and displayed in a user interface.

Abstract: A method, a system, and a computer program product for performing maintenance actions and user-specific settings of the attribute value derivation instructions set user interface are disclosed. A maintenance function is provided for changing a target attribute data value corresponding to a source attribute stored in a hierarchical data model. An instruction corresponding to the source attribute is also provided. Using the maintenance function, the target attribute data value is changed. Based on at least one user setting, a user interface for displaying the hierarchical data model and the changed target attribute data value is generated.

Abstract: A framework can provide function execution services. The framework can comprise a controller layer, a wrapper layer, and a function layer. The controller layer can be configured to process function definition requests and function execution requests, and return results. The wrapper layer can be configured to query the function layer to determine function definitions and pass function execution requests and results with the function layer. The function layer can comprise functions and/or features. A function execution request can be performed by determining a step execution sequence, executing the step execution sequence, and returning results of the execution of the step execution sequence. The step execution sequence can comprise setup steps, execute steps, and/or finalize steps.

Abstract: A framework can provide describe definitions for use cases. The framework can comprise a controller layer, a wrapper layer, and a function layer. The controller layer can be configured to receive describe requests and return describe results. The wrapper layer can be configured to call describe methods of functions that implement the use cases. The function layer can comprise functions that implement the use cases. A function execution request can be received, a customized function execution sequence can be determined for the function execution request, the customized function execution sequence can be executed, and results of the execution can be returned. The customized function execution sequence can comprise an indication of execution order for a plurality of functions.

Abstract: A framework can provide function execution services. The framework can comprise a controller layer, a wrapper layer, and a function layer. The controller layer can be configured to process function definition requests and function execution requests, and return results. The wrapper layer can be configured to query the function layer to determine function definitions and pass function execution requests and results with the function layer. The function layer can comprise functions and/or features. A function execution request can be performed by determining a step execution sequence, executing the step execution sequence, and returning results of the execution of the step execution sequence. The step execution sequence can comprise setup steps, execute steps, and/or finalize steps.

Abstract: A framework can provide describe definitions for use cases. The framework can comprise a controller layer, a wrapper layer, and a function layer. The controller layer can be configured to receive describe requests and return describe results. The wrapper layer can be configured to call describe methods of functions that implement the use cases. The function layer can comprise functions that implement the use cases. A function execution request can be received, a customized function execution sequence can be determined for the function execution request, the customized function execution sequence can be executed, and results of the execution can be returned. The customized function execution sequence can comprise an indication of execution order for a plurality of functions.