Abstract: Methods and apparatus are described by which a rich, time-correlated information set is captured during automated testing of an application in a way that allows the application developer to understand the state of the application under test (AUT), the browser interacting with the AUT, and/or the device interacting with the AUT, as it/they changed over time. Mechanisms or features associated with browsers and/or device operating systems are exploited to capture such information, not only for the purpose of better understanding individual test runs, but also to enable the use of analytics over data sets.

Abstract: Methods and apparatus are described by which a rich, time-correlated information set is captured during automated testing of an application in a way that allows the application developer to understand the state of the application under test (AUT), the browser interacting with the AUT, and/or the device interacting with the AUT, as it/they changed over time. Mechanisms or features associated with browsers and/or device operating systems are exploited to capture such information, not only for the purpose of better understanding individual test runs, but also to enable the use of analytics over data sets.

Abstract: Methods and apparatus are described by which a rich, time-correlated information set is captured during automated testing of an application in a way that allows the application developer to understand the state of the application under test (AUT), the browser interacting with the AUT, and/or the device interacting with the AUT, as it/they changed over time. Mechanisms or features associated with browsers and/or device operating systems are exploited to capture such information, not only for the purpose of better understanding individual test runs, but also to enable the use of analytics over data sets.

Abstract: Methods and apparatus are described by which a rich, time-correlated information set is captured during automated testing of an application in a way that allows the application developer to understand the state of the application under test (AUT), the browser interacting with the AUT, and/or the device interacting with the AUT, as it/they changed over time. Mechanisms or features associated with browsers and/or device operating systems are exploited to capture such information, not only for the purpose of better understanding individual test runs, but also to enable the use of analytics over data sets.

Abstract: Methods and apparatus are described by which a rich, time-correlated information set is captured during automated testing of an application in a way that allows the application developer to understand the state of the application under test (AUT), the browser interacting with the AUT, and/or the device interacting with the AUT, as it/they changed over time. Mechanisms or features associated with browsers and/or device operating systems are exploited to capture such information, not only for the purpose of better understanding individual test runs, but also to enable the use of analytics over data sets.

Abstract: Disclosed herein is an optical touch panel, which includes a display panel, at least one emitting member and at least one detector. The emitting member includes a reflector, a prism sheet and a light source. The emitting member is arranged along and above a portion of the peripheral of the display panel. The prism sheet has a plurality of prisms thereon, and is capable of directing the light emitted from the light source toward and across the display area. The detector is operable to receive and detect the light emitted from the emitting member. While an object appears on the display area, a position of the object may be determined by processing the light signal detected by the detector.

Abstract: Methods are provided for configuring and invoking command sequences from a remote control (RC) keystroke in a multimedia system of networked devices. The configuring method comprises: selecting a multimedia configuration menu; selecting an RC key; selecting a multimedia command to associate with the RC key; selecting a multimedia source associated with the multimedia command; selecting a multimedia destination associated with the multimedia command; in response to associating multimedia commands with RC keys, generating an RC key map cross-referencing RC keys to multimedia commands; and, storing the RC key map in permanent memory.

Abstract: Methods are provided for configuring and invoking command sequences from a remote control (RC) keystroke in a multimedia system of networked devices. The configuring method comprises: selecting a multimedia configuration menu; selecting an RC key; selecting a multimedia command to associate with the RC key; selecting a multimedia source associated with the multimedia command; selecting a multimedia destination associated with the multimedia command; in response to associating multimedia commands with RC keys, generating an RC key map cross-referencing RC keys to multimedia commands; and, storing the RC key map in permanent memory.

Abstract: The invention offers the three-color-side-wall rubber soles in easily changeable mode. It only referred to the integrated multicolor rubber soles which can be manufactured by a mould set with the changeability of color ring in various series. The invention may be directly applied to the streamline of soles to form shoe modes. The invention may be simply designed. In the meantime, it exprsses the unique characteristic properties.