Abstract: Methods, systems and computer program products are provided for communicating data between a web application running on a server and a browser running on a client in a network environment. Information is requested at the client from the server. The requested information is received at the client. The requested information is separated into a data portion and a markup portion.

Abstract: A method, system, and computer program product, by which portions of the session information that page-content is dependent upon are “pushed” to the client from the origin server in a way such that auxiliary servers, e.g. other application servers and edge-servers, have access to the session information and fragment dependancy data to generate auxiliary-server cache-IDs for the custom pages. This enables distribution of the load away from the origin server, allowing better application distribution and scalability through more effective caching.

Abstract: A method, system, and computer program product, by which portions of the session information that page-content is dependent upon are “pushed” to the client from the origin server in a way such that auxiliary servers, e.g. other application servers and edge-servers, have access to the session information and fragment dependancy data to generate auxiliary-server cache-IDs for the custom pages. This enables distribution of the load away from the origin server, allowing better application distribution and scalability through more effective caching.

Abstract: A method, system, and computer program product, by which portions of the session information that page-content is dependent upon are “pushed” to the client from the origin server in a way such that auxiliary servers, e.g. other application servers and edge-servers, have access to the session information and fragment dependancy data to generate auxiliary-server cache-IDs for the custom pages. This enables distribution of the load away from the origin server, allowing better application distribution and scalability through more effective caching.

Abstract: Methods, systems, computer program products, and methods of doing business by caching dynamic content fragments in a distributed cache and assembling requested content using these fragments. The disclosed techniques are non-invasive, and enable the benefits of distributed fragment caching to be extended to more applications, without regard to the programming model used when designing the application. An application developer specifies dependencies among content creating components (or, in alternative embodiments, it may be possible to infer this information), and if one of these components may be called upon to generate a content fragment dynamically, correlator data is programmatically created and attached to a message that references the component. A subsequent content generation request to the component then automatically carries the correlator data, and that data is programmatically restored.

Abstract: Methods, systems, computer program products, and methods of doing business by caching dynamic content fragments in a distributed cache and assembling requested content using these fragments. The disclosed techniques are non-invasive, and enable the benefits of distributed fragment caching to be extended to more applications, without regard to the programming model used when designing the application. An application developer specifies dependencies among content creating components (or, in alternative embodiments, it may be possible to infer this information), and if one of these components may be called upon to generate a content fragment dynamically, correlator data is programmatically created and attached to a message that references the component. A subsequent content generation request to the component then automatically carries the correlator data, and that data is programmatically restored.

Abstract: A method, system, and computer program product, by which portions of the session information that page-content is dependent upon are “pushed” to the client from the origin server in a way such that auxiliary servers, e.g. other application servers and edge-servers, have access to the session information and fragment dependancy data to generate auxiliary-server cache-IDs for the custom pages. This enables distribution of the load away from the origin server, allowing better application distribution and scalability through more effective caching.