Author: Tijs Rademakers
Today we released a new version of Flowable with the 6.2.1 release.
The 6.2.1 release has the following highlights:
Lots of additions to the CMMN 1.1 Engine, including timer support, repetition support, DMN and HTTP task support and variable query support.
Rest documentation is now also generated based on the Swagger definitions to ensure it’s always in sync with the REST controller code.
Improved support of ChangeActivityStateBuilder to move an execution in a process instance to another activity that’s part of the process definition.
Enhanced the CMMN Modeler palette with timer event listeners, DMN and HTTP tasks and additional properties like timer expressions and repetition expressions.
Improved support of CMMN in the Flowable Task app.
Various small bugfixes all around.
Pascal Schumacher (PascalSchumacher)
Stijn de Pestel (stijndepestel)
Robert Hafner (roberthafner)
Xin Wang (dram)
David Malkovsky (dbmalkovsky)
Michael Lippens (mlippens)
Marco van Zwetselaar (zwets)
Yanming Zhou (quaff)
Christophe Deneux (cdeneux)
To harmonize the deployers between the BPMN and CMMN engine the ProcessEngineConfigurator interface has been renamed to EngineConfigurator and moved to the flowable-engine-common module. In addition a new flowable-spring-common module has been added to shared common Spring classes between the BPMN and CMMN spring modules.
In the past few months, this has culminated into a clear understanding of the strengths and weaknesses of the Generative AI (GenAI) technology; and where it makes sense to integrate with it and – perhaps more important – where it doesn’t make sense.
As AI gains prominence as a pivotal technology and enterprises increasingly seek to leverage its capabilities, we are actively exploring diverse avenues for integrating AI into process automation.
The key to managing complexity is to combine different and multiple tools leads to better, faster, and more maintainable solutions. For example, combining BPMN with CMMN.