An Integrated Development Environment having numerous cooperating modules which together provide a system and method for generating and maintaining software, in particular, the software for data development and data manipulation languages. Among other modules, the Integrated Development Environment includes a document manager for use in transparently retrieving related software files. Retrieved software files can be modified using an editor. The editing process may be enhanced through the use of a visualizer that allows the program flow and/or the data flow of the software files to be displayed.

System and method for generating and maintaining software code

A parallel or computing system and method make use of a plurality of adapters each affording a specific type of processing algorithm (10a and 10b). At each point in an application, an adapter is identified, to parallelize that portion of the application. The process involves associating an appropriate adapter with the application portion, parsing the application portion to define tasks that may be distributed over the available computers. Combined with the parallelized program is a software server (22) that is designed to cooperate with the adapters to control and supervise distributed processing functions. Such functions include mapping, load balancing, and error detection and correction. Also included are functions that cause the results of the computing to be coordinated in real-time and returned appropriately, according to the application. In addition to the parallelized program and server, an application created by the present invention is provided with the functionality of virtual middleware (24), which interfaces with and controls existing forms of middleware.

Parallel computing system, method and architecture

A system and method is presented that leverages independent innovation in entertainment content and graphics hardware. In this system and method, the current image generation run-time application is replaced with a new framework defining the connectivity, features, and behavior necessary to implement a graphics system. All this takes place in the context of a software platform utilizing a late-integration mechanism that dynamically integrates the various real-time components in a run-time application. Ultimately displacing hardware as the central focus of development efforts, this software platform functionally is the graphics application, at least as viewed by the simulation host computer, database developers, and those responsible for visual system procurement and maintenance. An innovative software architecture, the Graphical Application Platform (GAP) is presented. The GAP builds on image generator, workstation, and scene graph success by extending the concepts of platform and framework into the real-time graphics domain—bridging the gap between image generation concerns and contemporary hardware and software realities by decoupling content, hardware and applications. This new approach also provides technology to address emerging concerns related to the selection and acquisition processes in the context of new low-cost, high-performance graphics hardware.

System and method for leveraging independent innovation in entertainment content and graphics hardware

Graphical association of program icons

This invention relates to architecture and synchronization of multi-processor computing hardware. It establishes a new method of programming, process synchronization, and of computer construction, named stress-flow by the inventor, allowing benefits of both opposing legacy concepts of programming (namely of both data-flow and control flow) within one cohesive, powerful, object-oriented scheme. This invention also relates to construction of object-oriented, parallel computer languages, script and visual, together with compiler construction and method to write programs to be executed in fully parallel (or multi-processor) architectures, virtually parallel, and single-processor multitasking computer systems.

Object-oriented, parallel language, method of programming and multi-processor computer

A parallel program development and processing system includes a parallel program development section and a parallel program execution section. The parallel program development section allows a program developer to develop programs for execution by a parallel computer system using a predetermined set of components which can be selected by the program developer, using a graphical user interface, and linked in a dataflow graph that represents the order of operations to be performed by the program on the data to be processed. After the program developer has developed the graph, the parallel program development section generates executable program code from the instances of the components and their interconnections, for execution by a parallel computer. In the executable program code, instances of the components selected by the program developer form executable objects which are executed by the parallel computer under control of a run-time system that includes an execution control object. The execution control object controls processing of the executable objects using a dataflow processing model, in which each executable object processes data which it receives, but blocks if it has no data to process or if a downstream element is unable to receive data that it has processed. When an executable object blocks, the execution control object is called to correct the blocking condition. When the blocking condition is corrected, the execution control object enables the blocked executable object to resume operations.

System and method for developing computer programs for execution on parallel processing systems

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System and method for developing computer programs for execution on parallel processing systems