Method and device for executing virtualization software

Abstract

The invention relates to a method and a device for executing virtualization software. The executing method comprises that: according to an execution request of a terminal, an execution node downloads corresponding software codes from a software library to process the execution request; and a representation node collects and fuses processing results of the execution node into an interface, and sends the interface to the terminal. The executing device comprises the execution node and the representation node. When the terminal uses the software, the execution and representation of the software are not carried out on the terminal to reduce the dependency on the terminal performance, and the execution and the representation of the software are respectively realized to increase the flexibility of software execution; and in the software execution, the software is not needed to be all downloaded, and the software codes can be downloaded as required so as to improve the execution efficiency of the software.

Description

technical field [0001] The invention relates to software virtualization technology, in particular to a virtualization software execution method and device. Background technique [0002] With the continuous development and progress of Internet technology and computer technology, the number of terminals connected to the Internet is increasing rapidly. There are various computing resources, data resources, software resources and service resources on the Internet. The 56K Moden dial-up has developed to optical fiber access, the speed of terminal access to the Internet is getting faster and faster, and Internet-based applications are becoming more and more extensive. For example, the computing mode has changed from the initial host computing to client or server computing, and has developed to network computing. And the network application of software also develops accordingly, becoming an important way in software application. [0003] In the software networking in prior art 1,...

AI Technical Summary

Problems solved by technology

At present, with the diversification of the ways in which various users access the Internet and the types of terminals, there are many types of terminals connected to the Internet, such as smart phones, notebooks, UMCs, TVs, and browsers, and each terminal according to its own needs, Each terminal has its own emphasis on mobility, processing power, storage capacity or display capability. Therefore, the hardware or software settings of each terminal are different, and different types of terminals have different operating systems, display sizes, etc., and some terminals may not be able to run and display by themselves. Software, so that the existing software cannot meet the needs of different types of terminals, such as mobile phones, ultra-mobile personal computers (Ultra-mobile Personal Computer, UMPC), etc. In order to ensure the mobility of equipment, part of the storage and processing capabilities are sacrificed

[0004] In prior art 2, there is also the application of software implemented on the webpage (web), and the execution of the software runs on the server provided by the webpage. However, this kind of application software that runs on the webpage needs to be independently developed, and a large amount of traditional software needs to be redesigned and developed. and deployment, resulting in high development costs; at the same time, the user terminal is provided to the user in the form of a web page, the interactivity of the software application is poor, and the use of the software is inconvenient

[0005] To sum up, in the prior art, the execution and display of the software are both implemented on the terminal, and all software codes need to be downloaded during the execution of the software. Therefore, the execution of the software in the prior art requires the terminal to have strong computing and storage capacity. Performance, has high requirements on terminals, and cannot meet the needs of different user terminals to use software; in addition, although there is a way to provide application software by using web pages in the prior art, this way requires redevelopment of a large number of traditional software. The development cost is high, and the software is provided to users in the form of web pages, the interactivity of the software is poor, and the use effect of the software is poor

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