Abstract: Methods and systems of self-partitioning entities. One system includes an electronic processor configured to access the updated job distribution information. The electronic processor is also configured to query a second predetermined number of entities included within a first secondary partition of the one or more secondary partitions. The electronic processor is also configured to determine whether the first secondary partition includes a second set of remaining entities in addition to the second predetermined number of entities. In response to the first secondary partition including a second set of remaining entities, the electronic processor is also configured to divide the second set of remaining entities of the first secondary partition into a third partition, where the third partition has a third partition range smaller than the second partition range, and generate and transmit, to the central queue server, additional updated job distribution information identifying the third partition.

Abstract: Methods and systems of self-partitioning entities. One system includes an electronic processor configured to access the updated job distribution information. The electronic processor is also configured to query a second predetermined number of entities included within a first secondary partition of the one or more secondary partitions. The electronic processor is also configured to determine whether the first secondary partition includes a second set of remaining entities in addition to the second predetermined number of entities. In response to the first secondary partition including a second set of remaining entities, the electronic processor is also configured to divide the second set of remaining entities of the first secondary partition into a third partition, where the third partition has a third partition range smaller than the second partition range, and generate and transmit, to the central queue server, additional updated job distribution information identifying the third partition.

Abstract: Systems, methods, apparatuses, and software for software testing systems in computing environments are provided herein. In one example, software modules are instantiated within an enveloping framework for replaying or recording of user activity with regards to the software modules. Based at least on the enveloping framework placed in a replay mode of operation, the enveloping framework provides replayed inputs to the software modules based on previously recorded user activity, the replayed inputs each associated with unique identifiers mapping into the previously recorded user activity. The enveloping framework monitors outputs from the software modules and correlates the outputs to the inputs using the unique identifiers. Changes are detected in operation of the software modules based in part on a comparison of previously recorded outputs from the software modules to the outputs that are determined by the software modules when using the replayed inputs.

Abstract: Systems, methods, apparatuses, and software for software testing systems in computing environments are provided herein. In one example, software modules are instantiated within an enveloping framework for replaying or recording of user activity with regards to the software modules. Based at least on the enveloping framework placed in a replay mode of operation, the enveloping framework provides replayed inputs to the software modules based on previously recorded user activity, the replayed inputs each associated with unique identifiers mapping into the previously recorded user activity. The enveloping framework monitors outputs from the software modules and correlates the outputs to the inputs using the unique identifiers. Changes are detected in operation of the software modules based in part on a comparison of previously recorded outputs from the software modules to the outputs that are determined by the software modules when using the replayed inputs.