Plug-in type scanning configuration processing method and system

Abstract

The invention provides a plug-in type scanning configuration processing method, which comprises the following steps of: reading a configuration file list under a configuration file directory by a scanning monitoring engine, creating a file object instance, and adding the file object instance into an instance object pool; After the modification request is received, the unified file object interfaceinquires an instance object pool to obtain a corresponding file object instance; And scanning the configuration file list under the configuration file directory regularly by the scanning monitoring engine, and dynamically loading the configuration file according to a scanning result. The scanning monitoring engine is responsible for loading, unloading and updating the configuration file, and is responsible for maintaining and managing objects in the object pool; Storing instantiation objects of all configuration files in the current system through an instantiation object pool; And schedulingthe instance objects using the instance object pool through the unified file object interface. Therefore, the updating of the configuration file can be monitored and scanned in real time, and the instance object of the configuration file can be automatically loaded, updated and unloaded.

Description

technical field [0001] The invention relates to the technical field of mobile Internet, in particular to a plug-in scan configuration processing method and system. Background technique [0002] In the era of mobile Internet, in order to cope with various individual needs, the easiest way is to add configuration items. In the current system, each specific function corresponds to a configuration file, and a configuration file corresponds to a configuration class for parsing As a result, there are many configuration items, configuration files, and configuration file types, making maintenance more and more difficult. [0003] Specifically, in existing technical solutions, in order to cope with changes and differences in requirements, each specific function generally has a configuration file, and a configuration file corresponds to a configuration class for parsing the configuration file. Every time a configuration file is added, a file reading class needs to be added, resulting...

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Problems solved by technology

[0004] In addition, frequent changes in requirements will lead to frequent modification of configuration files, but the system will not automatically load updates, and the middleware must be restarted for each modification, which is very expensive

[0005] Therefore, there are following deficiencies in the existing technical solutions: (1) there are many file parsing classes, all each specific function corresponds to a configuration file, and a configuration file corresponds to a parsing class, the code redundancy is serious, and the workload is increased; (2) There is no automatic loading mechanism, and the new configuration document needs to modify the summary configuration file, which will not automatically scan and modify the configuration items, the system will not automatically load, and the middleware needs to be restarted; (3) It is difficult to manage files, there are many configuration files, and the directory where they are stored It is different, difficult to maintain, often need to read the code in order to modify a configuration item

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