Abstract: A modular framework may be provided for configuration checks that enable a developer to classify and describe each check and then subsequently search for checks and integrate them with other checks. Each check may include a dependency on other checks to create a hierarchy. Additionally, multiple checks may be combined. The combination of checks may be used to check configuration of specific processes or systems. Each check unit and business configuration check may contain keywords, descriptions, and documentation to enable the checks to be subsequently searched and reused in different applications. Systems, methods, and articles of manufacture may be provided.

Abstract: A value of a configuration setting contained within a selected content unit of an application may be used as input for a configuration check algorithm to calculate a control parameter output. The algorithm may include logical operators, conditional statements, mathematical logic, and mathematical functions. The algorithm may be used to verify the correctness of the value. Different control parameter output values may be associated with different options in the automated configuration verification program. The options may include, but are not limited to, modifying an unsupported configuration setting value to a supported value, updating configuration setting values in non-selected content units, exiting the automated program and switching to a manual configuration setting change mode, and automatically updating a configuration setting value to a supported value without further intervention.

Abstract: A value of a configuration setting contained within a selected content unit of an application may be used as input for a configuration check algorithm to calculate a control parameter output. The algorithm may include logical operators, conditional statements, mathematical logic, and mathematical functions. The algorithm may be used to verify the correctness of the value. Different control parameter output values may be associated with different options in the automated configuration verification program. The options may include, but are not limited to, modifying an unsupported configuration setting value to a supported value, updating configuration setting values in non-selected content units, exiting the automated program and switching to a manual configuration setting change mode, and automatically updating a configuration setting value to a supported value without further intervention.

Abstract: A modular framework may be provided for configuration checks that enable a developer to classify and describe each check and then subsequently search for checks and integrate them with other checks. Each check may include a dependency on other checks to create a hierarchy. Additionally, multiple checks may be combined. The combination of checks may be used to check configuration of specific processes or systems. Each check unit and business configuration check may contain keywords, descriptions, and documentation to enable the checks to be subsequently searched and reused in different applications. Systems, methods, and articles of manufacture may be provided.

Abstract: Systems and methods are provided for storing a dataset having a hierarchical data structure in a database. In one implementation, a data processing system includes a data dictionary for storing data that describes predefined hierarchical data structures, wherein each data structure includes a plurality of data fields that have a unique field name and at least one field attribute. The data processing system also includes a volatile storage that stores a dataset having a unique dataset name. The dataset is an instance of one of the predetermined hierarchical data structures. A serializer is provided that converts the dataset into a data string. An access key is generated for the data string. Moreover, the data processing system includes a non-volatile storage that stores a database table and database export means for storing the string in the database table using the access key that is assigned to the dataset name.

Abstract: Systems and methods are provided for storing a dataset having a hierarchical data structure in a database. In one implementation, a data processing system includes a data dictionary for storing data that describes predefined hierarchical data structures, wherein each data structure includes a plurality of data fields that have a unique field name and at least one field attribute. The data processing system also includes a volatile storage that stores a dataset having a unique dataset name. The dataset is an instance of one of the predetermined hierarchical data structures. A serializer is provided that converts the dataset into a data string. An access key is generated for the data string. Moreover, the data processing system includes a non-volatile storage that stores a database table and database export means for storing the string in the database table using the access key that is assigned to the dataset name.