Abstract: Disclosed herein are system, method, and computer program product embodiments for dynamically loading user-defined code into a multi-user system. An embodiment operates by receiving an action represented by source code including one or more elements of a programming language from a user of a multi-user system; compiling the source code into compiled code, the compiling further including modifying the action based on a filter including at least one of the one or more elements so that the compiled code represents the modified action; and executing the complied code on the multi-user system.

Abstract: Disclosed herein are system, method, and computer program product embodiments for dynamically loading user-defined code into a multi-user system. An embodiment operates by receiving an action represented by source code including one or more elements of a programming language from a user of a multi-user system; compiling the source code into compiled code, the compiling further including modifying the action based on a filter including at least one of the one or more elements so that the compiled code represents the modified action; and executing the complied code on the multi-user system.

Abstract: Technical solutions for Systems and methods for providing gamification analytics in an enterprise environment are provided. In some implementations, a method includes: analyzing performance of an enterprise data processing application that has been gamified in accordance with a predefined gamification design, by: obtaining gamification data associated with the enterprise data processing application; analyzing the gamification data in accordance with a modeled set of performance criteria; evaluating the predefined gamification design in accordance with the gamification data, thereby generating a predefined number of performance indices; and visualizing the predefined number of performance indices for a user. The predefined gamification design specifies one or more gamification rules.

Abstract: In some implementations, supporting engineering collaboration includes actions of receiving first user input from a first partner, the first user input defining a project structure of a collaborative engineering project, the project structure including project elements, each having an embedded process that supports data sharing and process-based collaboration between partners, receiving second user input from the first partner, the second user input indicating delegation of a project element to a second partner, the project element having associated data, wherein: during performance of the project element by the second partner, versions of the associated data are automatically created based on a respective embedded process, the versions of the associated data being controlled by the second partner, and, upon completion of the project element, a version of the associated data is merged with a parent version of the associated data that is controlled by the first partner.