Hewlett-Packard Development Company, L.p.

Micro Focus Lcc

Entit Software LLC

Svetlana Aronov

Dror Schwartz

Sagi Monza

Moshe Eran Kraus

Michal Barak

Amir Kessner

Meidan Zemer

Oren Gavriel

Eyal Kobrigo

Asaf Alster

Yehuda Sabag

A method of coordinating operation of a number of different modules in a computing system that includes: receiving, at a state machine of a module, publication of an occurrence of a number of triggering states at modules of the computing system to which a current state of the state machine is subscribed; in response to receiving publication of the occurrence the number of triggering states at modules of the computing system to which a current state of the state machine is subscribed, sending a request to a central supervisor for authorization to advance to a next state; and in response to receiving authorization from the central supervisor, advancing the state machine to the next state corresponding to the number of triggering states that have occurred.

Coordinating operation of a number of different modules

Recording an application test can include creating a number of recordings that define a number of interactions with an application under test (AUT), wherein the number of recordings are created serially. Recording an application test can include replaying each of the number of recordings while the number of recordings are being created to determine an outcome of a test. Recording an application test can include analyzing and reporting the outcome of the test.

Recording an application test

A method for web automation includes providing a self dependent automation script. The self dependent automation script includes a script model that includes instructions to be executed by a processor, and an incorporated runtime engine configured to execute the script model on the processor. The method further includes applying a runtime engine selected from a set of at least one runtime engine, the set including at least the incorporated runtime engine, so as to execute the script model. A computer program product and data processing system are also disclosed.

System and method for self dependent web automation

Techniques for using action significance levels in an automation system are disclosed herein. In one embodiment, an automation system includes an event detector, and event analyzer, and a player. The event detector is configured to detect an event affecting execution of an application being monitored by the automation system. The event analyzer is configured to analyze a detected event and determine importance of an action causing the event to operation of the application. Based on the determined importance, the event analyzer assigns one of a plurality of predetermined significance levels to the action. The player is configured to reproduce each action assigned a significance level at least as high as a selected replay level and to not reproduce any action assigned a significance level lower than the replay level.

Significance level automation

A adaptive object identification mechanism provides an object description of an object of an application that is executed by a processor, where the object description is based on attributes associated with the object. When an operation on the object is detected, the attributes of the object are sampled at the time of the operation and compared with the object description to assess whether the attributes have changed. The object description is then adjusted based on the assessment.

Adaptive object identification

In at least some embodiments, a computer system includes a processor and a computer-readable storage medium coupled to the processor and storing a scripting application. The scripting application, when executed, is configured to coordinate use of a browser engine privacy mode with emulation of user operations on a browser-hosted application.

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Rehovot, Israel

Svetlana Aronov