Abstract: The present invention provides a method, system, and computer program product for splicing proxied web requests with callback for subsequent requests. The method comprises: initiating by a proxy a Transmission Control Protocol (TCP) splice between first and second socket connections in order to service a request; and returning control of the first and second socket connections to the proxy in response to a completion event associated with the TCP splice.

Abstract: The present invention discloses a solution to optimize a manner in which core group communications are handled. In the solution, a message to be conveyed from one core group to a different core group can be identified. The message can be encased in a bridge wrapper. This encasing does not alter a format or content of the identified message. The encased message can be conveyed to the different core group. A processing of the encased message by the different core group can be dependent upon the bridge wrapper and can be dependent upon a network topology connecting the core groups. For example, the bridge wrapper can permit bridges to selectively forward posts, subscriptions, and status messages to non-sending core groups in a chain topology implementation. In a mesh topology, use of the bridge wrapper can enable a bridge to resent and/or remove local posts.

Abstract: The present invention provides a method, system, and computer program product for splicing proxied web requests with callback for subsequent requests. The method comprises: initiating by a proxy a Transmission Control Protocol (TCP) splice between first and second socket connections in order to service a request; and returning control of the first and second socket connections to the proxy in response to a completion event associated with the TCP splice.