Cross-host cross-platform remote command invoking method and system

Abstract

The invention relates to the field of computer information interaction technologies, in particular to a cross-host cross-platform remote instruction invoking method and system. The method includes the steps that a client side encapsulates instructions and parameters to form encapsulation data and transmits the encapsulation data to a server side for instruction invoking; the server side receives the encapsulation data, carries out analysis on the encapsulation data and executes invoking. The system comprises the client side and the server side. The client side comprises an encapsulation unit, an instruction invoking unit, an invoking result processing unit and a resource judgment unit. The server side comprises a receiving unit, an analysis unit, a processing unit and a result return unit. The instructions indicate a service program of the server side for executing invoking. The parameters are the data needing to be processed. The cross-host cross-platform remote instruction invoking method and system enable a target machine and a local machine to carry out interaction operation on the condition that interface operations and an application layer protocol are not referred to, the local machine or the target machine can be selected to process the data and uniformly dispatch cross-host cross-platform system resources.

Description

technical field [0001] The invention relates to the technical field of computer information interaction, in particular to a cross-host and cross-platform remote command calling method and system. Background technique [0002] With the rapid development of the network, the pattern that was originally dominated by the Windows system has begun to change, especially the vigorous development of the Linux system, which provides more options for daily applications. In addition, for the sake of security and confidentiality, some companies need to completely isolate the company's internal machines from the external network, and the internal machines are generally the hosts of the general Windows system, and the Linux system with high security is generally connected to the external network. The host interacts with the external network through the cooperation of the Windows system host and the Linux system host. Therefore, cross-platform, cross-host interoperability is particularly ne...

AI Technical Summary

Problems solved by technology

[0004] The traditional software emulates the target machine on the local machine, calls the service on the target machine through the local machine, and realizes the interactive operation of the target machine on the local machine, but the traditional software cannot meet the needs of our work

First of all, traditional software is comprehensively implemented based on command calls, interface operations, and application layer protocols, and the implementation process is very complicated; secondly, traditional software is mainly oriented to software users who operate across platforms, not software developers. For software developers, often It is necessary to do secondary development on the basis of software implementation and customize its own application programs and service programs. The current traditional software cannot meet this demand; again, the local machine and the target machine are still two systems that run independently of each other. The respective system resources cannot be uniformly scheduled

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