Sap Ag

Sap Se

Bjoern Panter

Juergen Mahler

Mahadevan Venkata

Thomas Fischer

Dominik Held

Veit Eska

Bernd Sieren

Systems and methods to provide usage analysis of a productive environment are provided. In example embodiments, a logging module links to a compiler to obtain information on a program as the program is being executed by the compiler. One or more procedures of the program may be determined and a count for each of the one or more determined procedures maintained. The determined one or more procedures and the count for each of the one or more determined procedures are stored in a buffer as log data. The log data is compiled, using one or more processors, into a detailed data source for further analysis.

Usage analysis of productive environment to establish new data source for process optimization and project planning

A method is provided to manage program code that runs in a computer system comprising: producing a management information structure that identifies a managed system within the computer system; producing a master object definition information structure that provides a mapping between master objects and corresponding managed code objects that run in the computer system; and requesting extraction of information from the managed system identified by the master information structure that relates to managed code objects that the object definition information structure maps to master objects.

Custom code lifecycle management

A system, method and computer readable medium to remotely control performance of a method including detecting an identifier of an object requested to run on a computer system via a kernel running on the computer system, comparing the identifier with a list of identifiers of custom created code objects, and taking an action as a function of whether or not the identifier of the requested object is on the list of identifiers of custom created code objects.

Custom code management

A computer system determines a first criticality relating to frequency of execution of computer programs, a second criticality relating to frequency of execution of transactions, a third criticality relating to a number of users who execute the transactions, a fourth criticality relating to programs that modify the database tables having a large change in data, and a fifth criticality relating to the amount to time that each computer program is executed and the amount of time that each transaction is executed. The system determines intersections among the criticalities, and assigns a weighted value to each of the intersections. The system determines an overall criticality for a particular computer program or a particular transaction. The overall criticality is a function of the number of intersections in which the particular computer program or the particular transaction appears and the weighted values assigned to the intersections.

System and method for identifying business critical processes

A system and method includes obtaining and storing, on a computer readable storage device, a list of a set of test cases designed to test logical code units in multiple objects of a software program in a design environment, identifying a first set logical code units covered by the test cases, identifying a second set of logical code units corresponding to a productive environment, and comparing, via a computer, the first and second sets of logical code units to generate an evaluation of the test cases for the software program in the productive environment.

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Saabruecken, Germany

Bjoern Panter