Software configuration method for functional modules in distributed platform

Abstract

The invention discloses a software configuration method for functional modules in a distributed platform; the software configuration method comprises the following steps of: determining software packages needing to be used by the functional modules in the distributed platform; setting the software packages shared by the at least two functional modules in a public software package module; storing the path of a public software package to which public domain software needed by each functional module corresponds in each functional module, wherein each the functional module calls the corresponding software package from the corresponding public software package module according to the path to realize needed functions. By adopting the software configuration method, the same software packages are ensured to need to be packed once, and the repeated packaging and loading is not needed, thereby greatly saving disk space; and when software updates or upgrades, the corresponding functional modules do not need to be compiled one by one.

Description

technical field [0001] The invention relates to a software configuration technology Background technique [0002] Distributed platform is a technology based on middleware. Middleware is an independent system software or service program. Distributed platform uses this technology to share resources among different servers and manage services and resources distributed on different servers in a unified manner. . When a user needs to use a service or resource, he or she sends a request for the required service / resource to the distributed platform through the client, and the distributed platform locates the service / resource requested by the user and finds the server where the service / resource is located. Send the request to the corresponding server for processing. After the server finishes processing, the processing result is still fed back to the client through the distributed platform. [0003] On a distributed platform, hundreds or even thousands of functional modules are loa...

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Problems solved by technology

[0004] However, in the prior art, when the software package needs to be updated in content or version, engineers need to shut down the distributed platform, update all the modules using the software package one by one, and restart the distributed platform to get back to normal use

However, in the case of a large number of functional modules and complex relationships, if the upgrade of the software package must rely on engineers to update the functional modules containing these software packages one by one, it will consume more manpower and material resources. Delay in work progress

Moreover, in practical applications, different modules may need to use the same software package. According to the above-mentioned prior art, the same software package needs to be repeatedly loaded in each functional module that needs to use the software package, which greatly wastes disk space. space

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