Abstract: A method of controlling a plurality of slave devices includes receiving, at a master device, a connection request from each slave device in the plurality of slave devices, where the connection request is sent from a wrapper application executing on each slave device, and authenticating the connection request from each slave device. The method further includes sending, from the master device, an authorization acknowledgement to the wrapper applications of an authorized set of slave devices in the plurality of slave devices. The method further includes sending a first command from the master device to the authorized set of slave devices, where the first command allows the execution of a first application on each slave device in the authorized set of slave devices, and monitoring the execution of the first application on each slave device.

Abstract: A test bed includes a primary test computer and a number of secondary test computers. The primary test computer includes a primary test program, and the secondary test computers each include secondary test programs. As a technician tests the application program, the primary test program captures and logs input data, and sends the input data to a secondary test computer. The secondary test computer maps the input data according to the format required by its associated secondary test computer. The secondary test computer executes the application program according to the mapped input data. When the secondary test computer detects an exception condition arising from a bug or other unusual behavior of the application program, the secondary test computer notifies the primary test computer. The primary test computer displays and logs the exception condition.

Abstract: A test bed includes a primary test computer and a number of secondary test computers. The primary test computer includes a primary test program, and the secondary test computers each include secondary test programs. As a technician tests the application program, the primary test program captures and logs input data, and sends the input data to a secondary test computer. The secondary test computer maps the input data according to the format required by its associated secondary test computer. The secondary test computer executes the application program according to the mapped input data. When the secondary test computer detects an exception condition arising from a bug or other unusual behavior of the application program, the secondary test computer notifies the primary test computer. The primary test computer displays and logs the exception condition.

Abstract: Disclosed is a method of providing content for display of a web page. The method comprises: generating a dynamic content frame separate from a static content frame comprising layout and logic information during development of said web page; and downloading said dynamic content frame independently of said static content frame. Dynamic content is downloaded whenever a new web page is requested. The Dynamic content calls general functions of the static content frame that acts upon the logic and layout of the static content frame. Logic for the web page (i.e., how it acts, looks, etc.) is stored separately but referenced in the dynamic content. Therefore, the browser does not need to re-download the same logic for subsequent screens. In this manner, a more efficient download and display of the web page is achieved. Thus, the invention reduces download time of web content for web pages having similar logic and layout.