Cisco Technology, Inc.

Other

Ryan J Schuft

Paul J Russell

Andrew R Cleasby

Manjunatha N Ramanathpura

Christopher S Warren

Thomas N Cobb

Stephen R Quatrano

Michael Paul Lepore

Cun Yong Tan

Steven R Glovin

A method or apparatus determines an order for installing software patches by comparing information in the software patches. The information may include files created or modified to fix software errors in a software program and metadata referring to the files. By comparing the information, the method or apparatus may determine whether at least two of the software patches include files in common. Based on the results of comparing the information, the method or apparatus may automatically determine an order for installing the software patches into the software program. The files in a given software patch may be used to fix unrelated software errors. The metadata may refer to a time at which the files in the software patches were created or modified, and the order of installation may occur in a chronological manner based on creation or modification dates.

Method and apparatus for determining least risk install order of software patches

A method or corresponding apparatus manages deployment of a software patch ('patch') by creating a given patch comprising at least one file and associating information with the given patch that prevents other patches from being installed over the given patch. In one some embodiments, patches are no longer delivered directly from a software engineer to a customer. Instead, the software engineer works with a patch manager that, among other tasks, may track a state of software on the customer's machine, allowing for installing another patch without producing adverse effects that may be caused by installing over the given patch. To install another patch, software on the customer's machine is set into a known state by uninstalling the given patch. Once in the known state, the other patch may be installed.

Method and apparatus for managing patchable software systems

A method for storing information includes receiving a command for a selected one of a plurality of services, and forwarding the command to a data source corresponding to the selected service. The method also includes, receiving data from the data source, and storing the data in a selected namespace in a cache corresponding to the selected service. The method further includes invalidating the data in the namespace according to invalidation criteria provided by the selected service.

Caching information for multiple service applications

The invention is directed to techniques for communicating messages between windows or frames in a computer display. A computer system suited for use with the invention includes a computer display providing a source window and a target window, as well as respective source display code and target display code associated with each window. A messaging module coordinates the communication of messages and supports a database of target identifiers that identify windows, functions, and message handlers associated with the windows. The source display code originates a message with selection information and provides the message to the messaging module, which uses the selection information to determine which window to send the message to based on the target identifiers in the database.

Methods and apparatus for communicating messages in a computer display

The present disclosure presents a system for parsing based upon content type, and provides a content-rich set of parsing rules that can be optimized for a wide variety of applications. The present system also recognizes different types of content in addition to text, such as behaviors, and associates rules to parse a wide variety of content. The parser may be downloaded to a number of clients by the server, and content may be parsed locally by the clients in a manner similar to the server.

Method and system for parsing for use in a server and web browser

The present disclosure presents a system for parsing based upon content type, and provides a content-rich set of parsing rules that can be optimized for a wide variety of applications. The present system also recognizes different types of content in addition to text, such as behaviors, and associates rules to parse a wide variety of content.

Growing community of inventors

Woburn, MA, United States of America

Ryan J Schuft