Design And Implementation Of Horizontal Fusion And Class Library Of Gridware

With the rapid development of multi-core cpu and distributed compute, people demand of distributed applications more and more. It becomes a pressing problem to reduce the application system development cycle, development costs and difficulties as well as improve the system scalability and reusability. In this context, the laboratory proposed a new compute model– Gridware whick base to ADL.This model can be used to develop software,design the cpu structure and so on. It constructs software throw "fuse" and "fusion engine" of the integration by the criss-cross formation.To tie in with the study of this subject, the paper gives the ADL definition of the horizontal fusion of Gridware. On this basis, paper does a detailed analysis and design on the overall framework and working principle of Gridware and its fuse system.Based on the current framework and common open-source technology related to in-depth study, the paper identifies the design idea based on data flow, and the fuse, hierarchical design and IOC,and base to the"Engine + XML Description + Library"Principle, designs and implements the core functions of Gridware model - fuse and engine. Paper focuses on the ADL definition of the horizontal fuse, the design and implementation process of the fuse, and fuse engine.In addition, the paper also constructs a"sofeware hot backup"system by the horizontal fusion engine of Gridware. Based on this experiment, it proof that constructed applications by this engine is feasible and correct, and also reflects it's good scalability, concurrency and reusability. Finally, the results of research are summarized at the end and presented in this paper there are still shortcomings.