Abstract: A computing system comprises, in one example, a user interface component and a domain specific language (DSL) type generation system configured to control the user interface component to display type generation user input mechanisms, detect user actuation of the type generation user input mechanisms, and, in response to the detected user actuation, generate a set of DSL types and relations between types in the set, and wherein the domain specific language type generation system is configured to output the set of DSL types and relations for use in a use environment.

Abstract: A computing system comprises, in one example, an upgrade system configured to detect a user upgrade input indicating that a base version of a computing system is to be upgraded, by applying a set of upgrade changes to the base version, to obtain an upgraded version of the computing system, a difference generation system configured to retrieve a customized version of the base version of the computing system and identify that the customized version corresponds to the base version with customizations applied, a combining engine configured to obtain the customizations applied to the base version and the upgrade changes, and combine the customizations with the upgrade changes to obtain a full set of changes, and a difference application engine configured to apply the full set of changes to the base version of the computing system to obtain a customized, upgraded version of the computing system.

Abstract: A computing system comprises, in one example, a user interface component and a domain specific language (DSL) type generation system configured to control the user interface component to display type generation user input mechanisms, detect user actuation of the type generation user input mechanisms, and, in response to the detected user actuation, generate a set of DSL types and relations between types in the set, and wherein the domain specific language type generation system is configured to output the set of DSL types and relations for use in a use environment.

Abstract: A computing system comprises, in one example, an upgrade system configured to detect a user upgrade input indicating that a base version of a computing system is to be upgraded, by applying a set of upgrade changes to the base version, to obtain an upgraded version of the computing system, a difference generation system configured to retrieve a customized version of the base version of the computing system and identify that the customized version corresponds to the base version with customizations applied, a combining engine configured to obtain the customizations applied to the base version and the upgrade changes, and combine the customizations with the upgrade changes to obtain a full set of changes, and a difference application engine configured to apply the full set of changes to the base version of the computing system to obtain a customized, upgraded version of the computing system.

Abstract: An integrated system for seamless code development using Application Development Environments (ADEs) for Enterprise Management Application (EMA) environments utilizing EMA repositories is provided. Projects are stored in the EMA repository and EMA components and other repository based projects made aware of each other. The repository based projects may be shipped as part of the respository and automatically deployed from the repository.

Abstract: An integrated system for seamless code development using Application Development Environments (ADEs) for Enterprise Management Application (EMA) environments utilizing EMA repositories is provided. Projects are stored in the EMA repository and EMA components and other repository based projects made aware of each other. The repository based projects may be shipped as part of the respository and automatically deployed from the repository.

Abstract: A method stores and uses labels in a business solution software program having multiple languages. Instead of having a single resource file for each language, the information related to the labels is stored in a database. Each label is assigned its own unique identifier in a label ID structure, that also contains information related to how the label is used in the system. The text for the label is stored in a separate label text structure. The label text structure contains the text of the label in all of the available languages. When a new label is written the developer can search the current labels to find a label that matches the intended use. If a match is found for the desired text the label is duplicated to the new label. If no match is found a new label must be generated.