Abstract: A method performed by a computing system includes receiving instructions from a user to divide content of a message into a plurality of parts, associating a part identifier with each of the plurality of parts, encrypting each of the plurality of parts with a different key, receiving, from the user, a list of recipients of the message and access privileges associated with each recipient in the list, the access privileges indicating which of the plurality of parts each recipient is authorized to access, transmitting the message to each of the recipients, and transmitting the access privilege data, the encryption keys for each of the parts, and the part identifiers for each of the parts to a security authority.

Abstract: A time based touch screen input recognition system detects a touch on a touch screen display by receiving a first signal indicating a start of the touch and starts a timer in response to the first signal. The system monitors a length of the touch as the touch continues, determines a current time period covering the length of the touch using a current value of the timer and identifies a first function corresponding to a current time period. The system further identifies a second function corresponding to a second signal indicating an end of the touch and causes a processing device to implement the corresponding function.

Abstract: Some embodiments of a system and a method to automatically deploy message queues on-demand in a computing system have been presented. An application server may configure an application messaging service according to a set of rules in a configuration file. In response to applications requesting to access messaging queues for the first time, the application server may automatically deploy messaging queues on-demand following the set of rules in the configuration file.

Abstract: A method performed by a computing system includes receiving instructions from a user to divide content of a message into a plurality of parts, associating a part identifier with each of the plurality of parts, encrypting each of the plurality of parts with a different key, receiving, from the user, a list of recipients of the message and access privileges associated with each recipient in the list, the access privileges indicating which of the plurality of parts each recipient is authorized to access, transmitting the message to each of the recipients, and transmitting the access privilege data, the encryption keys for each of the parts, and the part identifiers for each of the parts to a security authority.

Abstract: A time based touch screen input recognition system detects a touch on a touch screen display by receiving a first signal indicating a start of the touch and starts a timer in response to the first signal. The system monitors a length of the touch as the touch continues, determines a current time period covering the length of the touch using a current value of the timer and identifies a first function corresponding to a current time period. The system further identifies a second function corresponding to a second signal indicating an end of the touch and causes a processing device to implement the corresponding function.

Abstract: A time based touch screen input recognition system detects a touch on a touch screen display. The system determines a length of the touch and identifies a function corresponding to the length of touch. The system causes a processing device to implement the corresponding function.

Abstract: A method and system for long-term load generation is described.

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 method and apparatus for memory leak detection is described. The method may include collecting memory usage data for a software application running in a computer system. The method may also include determining from the data that the software application has a memory leak.

Abstract: In one embodiment, a mechanism for business process-managed testing of software applications is disclosed. In one embodiment, a method for business process-managed testing of software applications includes identifying, by a server computing device, all tools and services used to test a software application deployed on the server computing device, and determining, by the server computing device, an order of execution of the identified tools and services in testing the software application. The method further includes designing, by a business process management (BPM) service of the server computing device, a testing management process that integrates the identified tools and services in the determined order of execution for testing the software application in an automated and unattended manner, and deploying, by the server computing device, the testing management process to act as a controlling layer over the identified tools and services in the testing of the software 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 time based touch screen input recognition system detects a touch on a touch screen display. The system determines a length of the touch and identifies a function corresponding to the length of touch. The system causes a processing device to implement the corresponding function.

Abstract: A method and apparatus for automatic memory leak detection is described. The method may include collecting memory usage data for a software application running in a computer system. The method may also include automatically determining from the data that the software application has a memory leak.

Abstract: Some embodiments of a system and a method to automatically deploy message queues on-demand in a computing system have been presented. An application server may configure an application messaging service according to a set of rules in a configuration file. In response to applications requesting to access messaging queues for the first time, the application server may automatically deploy messaging queues on-demand following the set of rules in the configuration file.

Abstract: A method and system for long-term load generation is described.

Abstract: An apparatus and a method for accepting new software build is described. A new software build is received at a computer system. The new software build and a released software build previously stored in the computer system are unpacked. The unpacked new software build is tested against data in each database used by the released software build.

Abstract: In one embodiment, a mechanism for business process-managed testing of software applications is disclosed. In one embodiment, a method for business process-managed testing of software applications includes identifying, by a server computing device, all tools and services used to test a software application deployed on the server computing device, and determining, by the server computing device, an order of execution of the identified tools and services in testing the software application. The method further includes designing, by a business process management (BPM) service of the server computing device, a testing management process that integrates the identified tools and services in the determined order of execution for testing the software application in an automated and unattended manner, and deploying, by the server computing device, the testing management process to act as a controlling layer over the identified tools and services in the testing of the software application.