Abstract: A method for distributing data between mobile devices includes creating, by a processing device, a group comprising of mobile devices in an ad-hoc mode that share data. The mobile devices are located within a pre-defined range. The method also includes identifying, by the processing device, at least a portion of the data available for sharing in at least one of the mobile devices. The method also includes replicating, by the processing device, the identified data for distribution to the mobile devices. The method further includes distributing, by the processing device, the replicated data to the at least one of the mobile devices in the immediate mode when the at least one of the mobile devices is within the pre-defined range.

Abstract: A method of indicating processing steps to be carried out on a workpiece mounted in processing machine, the method comprising a step of visualizing at the same time or sequentially a succession of individual planned processing steps to be applied to the workpiece, prior to execution of said processing steps and a processing machine comprising a processing unit, a moving table and a controller.

Abstract: A method for analyzing memory may include obtaining, from a heap snapshot, host objects each represented in a host format for a host language. The host objects may include a first host object and a second host object. The method may further include translating, using a first guest format for a first guest language, the first host object to a first guest object, and translating, using a second guest format for a second guest language, the second host object to a second guest object.

Abstract: A method for distributing data between mobile devices includes creating, by a processing device, a group comprising of mobile devices in an ad-hoc mode that share data. The mobile devices are located within a pre-defined range. The method also includes identifying, by the processing device, at least a portion of the data available for sharing in at least one of the mobile devices. The method also includes replicating, by the processing device, the identified data for distribution to the mobile devices. The method further includes distributing, by the processing device, the replicated data to the at least one of the mobile devices in the immediate mode when the at least one of the mobile devices is within the pre-defined range.

Abstract: A mechanism for distributing data between mobile devices. A method includes creating, by a processing device, a group comprising of mobile devices in an ad-hoc mode that share data. The mobile devices are located within a pre-defined range. The method also includes identifying, by the processing device, at least a portion of the data available for sharing in at least one of the mobile devices. The method also includes replicating, by the processing device, the identified data for distribution to the mobile devices. The method further includes distributing, by the processing device, the replicated data to the at least one of the mobile devices in the immediate mode when the at least one of the mobile devices is within the pre-defined range.

Abstract: A method for analyzing memory may include obtaining, from a heap snapshot, host objects each represented in a host format for a host language. The host objects may include a first host object and a second host object. The method may further include translating, using a first guest format for a first guest language, the first host object to a first guest object, and translating, using a second guest format for a second guest language, the second host object to a second guest object.

Abstract: A computer system receives a first instruction identifier identifying a first instruction being executed by a first thread associated with a first virtual machine and receives a second instruction identifier identifying a second instruction being executed by a second thread associated with the first virtual machine. The system produces an execution record comprising the first instruction identifier, a first thread identifier identifying the first thread, a first timestamp reflecting a first real-time clock value associated with executing the first instruction, the second instruction identifier, a second thread identifier identifying the second thread, and a second timestamp reflecting a second real-time clock value associated with executing the second instruction.

Abstract: A computer system receives a first instruction identifier identifying a first instruction being executed by a first thread associated with a first virtual machine and receives a second instruction identifier identifying a second instruction being executed by a second thread associated with the first virtual machine. The system produces an execution record comprising the first instruction identifier, a first thread identifier identifying the first thread, a first timestamp reflecting a first real-time clock value associated with executing the first instruction, the second instruction identifier, a second thread identifier identifying the second thread, and a second timestamp reflecting a second real-time clock value associated with executing the second instruction.

Abstract: An automatic runtime dependency lookup method may load a class, while executing a computer application program. A class loader determines if the class is found at a first location specified by classpath information. If the class is not found at the first location, the class loader automatically reads repository information to determine an alternate location for the class and locates the class at the alternate location.

Abstract: A method comprising executing an application on a JAVA virtual machine, the JAVA virtual machine executing on a computing device, the application having allocated memory, monitoring, by the JAVA virtual machine, memory consumed by the application during execution, determining, based on the consumed memory, that the allocated memory is to be adjusted; and adjusting, by the JAVA virtual machine, the allocated memory during runtime without restarting the execution of the application.

Abstract: A mechanism for automated performance test execution is disclosed. A method includes generating, by a computing device at periodic intervals, actual values of a performance test of a tested system. The method also includes computing a current value based on the generated actual values and computing a difference between the current value and another current value associated with a prior time. The another current value associated with the prior time is computed based on the generated actual values of the performance test at the prior time. When the computed difference is greater than a pre-determined threshold, the method further includes detecting a beginning of a warm-up period of the tested system.

Abstract: A system and method for providing a visual preview of a heap dump, such as an application user interface heap dump. In accordance with an embodiment, the system comprises a software development environment including a heap dump viewer logic, wherein the heap dump viewer logic receives input from a user to select and display an instance of a heap dump or source elements therein, accesses the heap dump to determine information related to the selected instance or source elements, and builds graphical components corresponding to the selected instance or source elements, for use in generating a visual preview of the selected instance or source elements, for display to the user.

Abstract: A mechanism for distributing data between mobile devices. A method includes creating, by a processing device, a group comprising of mobile devices in an ad-hoc mode that share data. The mobile devices are located within a pre-defined range. The method also includes identifying, by the processing device, at least a portion of the data available for sharing in at least one of the mobile devices. The method also includes replicating, by the processing device, the identified data for distribution to the mobile devices. The method further includes distributing, by the processing device, the replicated data to the at least one of the mobile devices in the immediate mode when the at least one of the mobile devices is within the pre-defined range.

Abstract: A method comprising executing an application on a JAVA virtual machine, the JAVA virtual machine executing on a computing device, the application having allocated memory, monitoring, by the JAVA virtual machine, memory consumed by the application during execution, determining, based on the consumed memory, that the allocated memory is to be adjusted; and adjusting, by the JAVA virtual machine, the allocated memory during runtime without restarting the execution of the application.

Abstract: A mechanism for automated performance test execution is disclosed. A method includes generating, by a computing device at periodic intervals, actual values of a performance test of a tested system. The method also includes computing a current value based on the generated actual values and computing a difference between the current value and another current value associated with a prior time. The another current value associated with the prior time is computed based on the generated actual values of the performance test at the prior time. When the computed difference is greater than a pre-determined threshold, the method further includes detecting a beginning of a warm-up period of the tested system.

Abstract: An automatic runtime dependency lookup method may load a class, while executing a computer application program. A class loader determines if the class is found at a first location specified by classpath information. If the class is not found at the first location, the class loader automatically reads repository information to determine an alternate location for the class and locates the class at the alternate location.