Implementation method for evaluating robustness and integrity of standard protocol

Abstract

The invention provides an implementation method for evaluating the robustness and integrity of a standard protocol, and the method mainly comprises the steps: a standard protocol demand stage: defining a protocol function demand project; a software design stage: confirming that the required function item corresponds to the function interface call; and a function running state, counting and analyzing a case number called by the function and a boundary condition. A new C + + characteristic asynchronous calling method is further used for replacing a public frame library, and the implementation process is simplified; finally, after protocol functions are integrated, the integrity and robustness of the protocol are evaluated through function calling in an operation state, so that subsequent protocol authentication is passed. Therefore, the reliability of protocol evaluation is improved, the protocol operation cost is reduced, the protocol development period is shortened, and the developmentquality of protocol functions is effectively improved.

Description

technical field [0001] The invention relates to the field of protocol quality evaluation, in particular to a method for realizing the robustness and completeness of evaluation standard protocols. Background technique [0002] With the rapid development of network convergence and access technologies, more and more client devices support and load multiple network interfaces, and use network access technologies, such as wired, 3G, 4G, 5G or wifi, to obtain heterogeneous networks Serve. The transmission protocol has also evolved from the traditional TCP (Transmission Control Protocol) to multi-path concurrent transmission, for example, MPTCP (Multi-Path TCP) and CMT-SCTP (Concurrent Multipath Task Force), which are two of the new multi-path transmission technologies Specifically to implement the protocol, the current issue of protocol robustness is mainly focused on single path. For the implementation of multi-path concurrent transmission protocol standards, the certification o...

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Problems solved by technology

The transmission protocol has also evolved from the traditional TCP (Transmission Control Protocol) to multi-path concurrent transmission, for example, MPTCP (Multi-Path TCP) and CMT-SCTP (Concurrent Multipath Task Force), which are two of the new multi-path transmission technologies Specifically to implement the protocol, the current issue of protocol robustness is mainly focused on single path. For the implementation of multi-path concurrent transmission protocol standards, the certification of the protocol is only evaluated by testing relevant cases, and must be judged by formulating relevant certification tests. , which leads to the complexity of the public function library. Once a problem occurs, it is difficult to troubleshoot. For enterprise users, there are more and more personalized independent protocols. In order to ensure data security, avoid using a large number of The public call framework library, which also leads to the difficulty of grasping the completeness and robustness of the standard protocol, and the problem of long implementation period and high cost of the protocol function

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