Component protocol mining method, device and system

Abstract

The invention discloses a component protocol mining method, device and system. The method comprises the steps that a pile inserting starting command is sent to N client sides, function identifiers of M functions of a class to be mined are carried in the pile inserting starting command, and M is an integer lager than one; function calling information, sent by the N client sides, of the M functions is received; the function calling function is information collected by the N client sides based on the pile inserting starting command; a component protocol, stored in a server, of the class is updated according to the function calling information. The method, device and system are used for solving the technical problems that in a component protocol mining method in the prior art, manpower consumption is large, and mining efficiency is low. The technical effects of lowering the data acquiring manpower cost and improving the component protocol mining efficiency are achieved.

Description

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AI Technical Summary

Benefits of technology

This technology provides an improved way for components (such as servers) to gather important functions called procedure calls during their operation. By connecting them with network structures like routers, they receive these requests simultaneously instead of waiting until all other tasks start again. They also only require one file per request rather than storing many copies of each piece separately. Additionally, there're no need to keep track of any changes made afterward because processors don’t need much memory resources. Overall, this technique helps streamline software development while reducing costs associated with acquiring new functionality.

Problems solved by technology

There were several challenges with current techniques involving analyzing timings dependencies on computer programs during runtime analysis (TCA). These include excessive manual effort or slow down operations due to long wait times before accessing specific parts of the system's memory. Additionally, there was also issues where older versions of these systems had incorrect behavior caused by previous version crashes while newer ones did not match their original design requirements. Overall, this patented solution provides efficient means for identifying and gathering functional call information from applications without requiring human intervention.

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