Plug-in socket resource control method and client based on middleware plug-in framework

Abstract

A plug-in socket resource control method based on a middleware plug-in framework and a client, the method includes: setting the middleware plug-in framework in the client; when a plug-in of the client starts, the plug-in manager verifies the plug-in; When the plug-in passes the verification, the plug-in manager randomly assigns a plug-in instance identifier to the plug-in; during the running of the plug-in, the plug-in framework module in the plug-in unit registers the plug-in instance identifier with the plug-in interface of the plug-in framework module Medium; when the plug-in performs socket operations, the plug-in framework module monitors the socket operations of the plug-in according to the preset socket operation conditions and the plug-in instance identifier of the plug-in; if the socket operation of the plug-in If the pre-set socket operation condition is met, the socket operation is controlled to be executed. Utilizing the invention, the socket resource usage of the plug-in can be controlled through the created middleware plug-in frame.

Description

technical field [0001] The invention relates to a middleware design system and method, in particular to a plug-in socket resource control method based on a middleware plug-in framework and a client. Background technique [0002] Traditional plug-in development requires a large number of technicians to complete, and the coupling between the developed plug-in and middleware (such as iPanel middleware) is too high, the security is low, and the corresponding underlying equipment cannot be controlled through the plug-in. At the same time, the existing middleware cannot control the plug-in status and resource usage. [0003] Judging from the current development trend, the function extension of middleware is already very complicated and requires a lot of resources to maintain, while the maintenance time of the unique content of middleware itself is relatively short, which seriously affects the quality of all aspects of the product. At the same time, the existing middleware lacks t...

AI Technical Summary

Problems solved by technology

[0002] Traditional plug-in development requires a large number of technical personnel to complete, and the coupling between the developed plug-in and middleware (such as iPanel middleware) is too high, and the security is low, so it is impossible to control the corresponding underlying device through the plug-in

At the same time, the existing middleware cannot control the plug-in status and resource usage

[0003] Judging from the current development trend, the function extension of middleware is already very complicated, requiring a lot of resources to maintain, while the maintenance time of the unique content of middleware itself is relatively small, which seriously affects the quality of all aspects of the product

At the same time, the existing middleware lacks the necessary flexibility, and the function scalability is poor, which brings a great burden to the development and maintenance personnel.

[0004] In particular, the existing middleware controls Socket (socket) resources only by presetting a larger threshold, and the plug-in operation is allowed if the threshold is not exceeded. This control method may bring risks to the middleware

In addition, the existing middleware only controls Socket resource management for a certain fixed application (one instance). When the plug-in operation is triggered by a page, multiple instances of the same plug-in may appear, and the existing middleware cannot Control over multiple instances

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