Abstract: A method of managing communications in a packet switching network, the method including: associating a connection protocol and an application name with connection information from an IP datagram, the connection information including an IP address of a computer originating the IP datagram, a port number in the computer originating the IP datagram, an IP address of a remote computer, and a port number in the remote computer; storing communication session data in a file storage of the computer originating the IP datagram, the communication session data indicating the connection protocol, the application name, and the connection information; storing the communication session data in a file storage of a packet transmission device; storing a policy statement in the file storage of the packet transmission device; and applying the policy statement to a plurality of TCP/IP packets including the connection information to manage communication of the plurality of TCP/IP packets.

Abstract: A system and method for dynamically testing a web-based server device on multiple platforms. Test scripts are provided to one or more test devices for simulating one or more web-based users for testing the web-based server. A database associated with the web-based server stores test configuration and test parameter information in varying degrees of granularity for each simulated web-based user. This test configuration and test parameter information is retrieved from the database according to the desired test simulation and a web-based communication, e.g., HTML web-page, is downloaded to the test scripts via a control device for initiating the simulation. A further web-based communication is generated for access by a test script which includes information enabling dynamic control of the test devices during a test simulation.

Abstract: A method of managing communications in a packet switching network, the method including: associating a connection protocol and an application name with connection information from an IP datagram, the connection information including an IP address of a computer originating the IP datagram, a port number in the computer originating the IP datagram, an IP address of a remote computer, and a port number in the remote computer; storing communication session data in a file storage of the computer originating the IP datagram, the communication session data indicating the connection protocol, the application name, and the connection information; storing the communication session data in a file storage of a packet transmission device; storing a policy statement in the file storage of the packet transmission device; and applying the policy statement to a plurality of TCP/IP packets including the connection information to manage communication of the plurality of TCP/IP packets.

Abstract: An OFFLINE request is sent from the client computer to the Web server. The Web server determines the Web page specified by the <URL> and all the linked (referenced) pages to a depth of <depth>. The Web server determines all graphics, audio clips, and other resources needed for these Web pages, compresses these resources, and creates an archive file containing the compressed resources. Alternatively, the Web server selects a pre-packaged archive file including these compressed resources. The archive file also includes metadata and a site map for the Web site. The archive file is received by the client computer and stored in the client computer's memory, where the archive file can later be decompressed. The archive file allows the client computer to browse the web site off-line and to optimize future requests for resources.