Abstract:
The present invention provides a system and method for dynamically integrating remote Portal fragments into a local Portal while maintaining the look and feel of the local Portal by receiving Meta-information of the remote Portal fragment, integrating said Meta-information into the existing navigation tree of the local Portal resulting in an new navigation tree, traversing the new navigation tree for rendering the integrated Portal page, identifying references in the new navigation tree for remote Portal fragments, establishing Communication with the remote Portal, and receiving and including remote Portal fragments into the local Portal page. The present invention secures a seamless integration of Portal fragments into the local Portal while maintaining the local Portal's look and feel.
Abstract:
PROBLEM TO BE SOLVED: To provide a method, a program and a system for ensuring performance of a plurality of fragments of a fragmented request by a proper sequence. SOLUTION: In the system, a fragment context preserver 200 ensures independently dispatched fragments of a request performed with a required context. The fragment context preserver 200 has two components, a fragmented request preserver 300 and a request context helper 400. Working together, these two programs ensure that independently dispatched fragments of a request perform with the required context. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
Embodiments of the present invention address deficiencies of the art in respect to edgified content delivery and provide a method, system and computer program product for dispatching of request fragments from a response aggregating surrogate. In one embodiment, an edgified content distribution data processing system can include an origin server configured to server markup specified pages formed from dynamically arranged fragments and a surrogate server communicatively linked to the origin server over a computer communications network and acting as a surrogate at an edge of the network on behalf of the origin server. A dependency engine can be coupled to the surrogate server and can include program code enabled to group the fragments according to interdependencies among the fragments and to load fragment groups in sequence to satisfy the interdependencies.
Abstract:
Embodiments of the present invention address deficiencies of the art in r espect to edgified content delivery and provide a method, system and compute r program product for dispatching of request fragments from a response aggre gating surrogate. In one embodiment, an edgified content distribution data p rocessing system can include an origin server configured to server markup sp ecified pages formed from dynamically arranged fragments and a surrogate ser ver communicatively linked to the origin server over a computer communicatio ns network and acting as a surrogate at an edge of the network on behalf of the origin server. A dependency engine can be coupled to the surrogate serve r and can include program code enabled to group the fragments according to i nterdependencies among the fragments and to load fragment groups in sequence to satisfy the interdependencies.
Abstract:
Disclosed is a method for caching portlet markup in HTTP caches and is for server-side portlets on a portal with a client-side aggregation component in place. The invalidation method is based on cache tokens which are calculated by the server-side portal. When the portal receives an action request for a particular portlet, the portal will execute a dependency filter chain to detect the set of portlets that are affected. For each of these portlets a new cache token is calculated and transferred back to the client using special response headers. The client-side aggregation tracks the cache tokens for all portlets by storing them in a client-side token store. The cache tokens are used to validate received responses, the client-side aggregation compares the cache token from the response with the token from the client-side token store to check whether the response represents a stale cache entry. In the latter case, the client-side aggregation discards the response and sends a conditional HTTP HET request to the origin portal server to get the current markup of the respective portlet. On its way to the client, the stale cache entries are replaced with the fresh response returned by the origin portal server.