Abstract: Various methods and systems for generating an idempotent workflow are described herein. In one example, a method includes detecting distributed code and identifying a boundary function in the distributed code. The method can also include separating the boundary function into a transition function, a non-idempotent function, and a reversion function. Additionally, the method can include transforming the non-idempotent function into an idempotent function by generating a flag corresponding to the non-idempotent function, wherein the flag indicates if the non-idempotent function has been executed. Furthermore, the method can include combining the transition function, the idempotent function, and the reversion function to form the idempotent workflow.

Abstract: Systems, components, devices, and methods for synchronizing identity are provided. A non-limiting example includes a server farm for providing network-based services. The server farm include a plurality of server computing devices, a data store operable to store data for the server farm, a service engine running on at least one of the plurality of server computing devices, and a synchronization engine running on a server computing device of the plurality of server computing devices. The service engine is configured to provide network-based services. The synchronization engine is configured to synchronize identity data from a common identity data repository to the data store and to manage synchronization state data stored in the data store.

Abstract: Various methods and systems for generating an idempotent workflow are described herein. In one example, a method includes detecting distributed code and identifying a boundary function in the distributed code. The method can also include separating the boundary function into a transition function, a non-idempotent function, and a reversion function. Additionally, the method can include transforming the non-idempotent function into an idempotent function by generating a flag corresponding to the non-idempotent function, wherein the flag indicates if the non-idempotent function has been executed. Furthermore, the method can include combining the transition function, the idempotent function, and the reversion function to form the idempotent workflow.

Abstract: Various methods and systems for generating an idempotent workflow are described herein. In one example, a method includes detecting distributed code and identifying a boundary function in the distributed code. The method can also include separating the boundary function into a transition function, a non-idempotent function, and a reversion function. Additionally, the method can include transforming the non-idempotent function into an idempotent function by generating a flag corresponding to the non-idempotent function, wherein the flag indicates if the non-idempotent function has been executed. Furthermore, the method can include combining the transition function, the idempotent function, and the reversion function to form the idempotent workflow.

Abstract: Various methods and systems for generating an idempotent workflow are described herein. In one example, a method includes detecting distributed code and identifying a boundary function in the distributed code. The method can also include separating the boundary function into a transition function, a non-idempotent function, and a reversion function. Additionally, the method can include transforming the non-idempotent function into an idempotent function by generating a flag corresponding to the non-idempotent function, wherein the flag indicates if the non-idempotent function has been executed. Furthermore, the method can include combining the transition function, the idempotent function, and the reversion function to form the idempotent workflow.