A generic method for simulating socket requests

Abstract

The present invention relates to a general method for simulating a Socket request, comprising: A. reading a preset configuration file of a Socket service; B. setting a general class for responding to a request, including: a method for parsing a Socket message, a method for generating a tag dictionary, And the method of assembling the response message; C. Start the Socket service; D. According to the configuration file settings, process the Socket request message through the general class, according to the response length configuration in the configuration file, first parse out the response length, and then read Get the real request message; analyze the real request message, and extract the information required for subsequent processing; E. According to the configuration file settings, after corresponding processing of the default response message that has been read into the memory, generate Response information to business requirements. The invention can quickly simulate various Socket messages in different formats, and ensures that when the upstream system tests its own logic, it will not be untestable due to the unavailability of the downstream Socket service system.

Description

technical field [0001] The invention relates to computer development and software testing, specifically a general method for simulating Socket requests. Background technique [0002] Socket is also called "socket", and applications usually send requests to the network or respond to network requests through "sockets". Socket is an intermediate software abstraction layer for communication between the application layer and the TCP / IP protocol family, and it is a set of interfaces. In the design mode, Socket is a facade mode, which hides the complex TCP / IP protocol family behind the Socket interface. For users, a set of simple interfaces is all, let Socket organize data to conform to the specified protocol . [0003] Socekt message: A string of strings with a fixed format, through the Socket, the receiver and the sender interact. The Socket message is composed of two strings, the first is the length string, which sets the official length of the Socket message; the second is t...

AI Technical Summary

Problems solved by technology

This method can only simulate a Socket message in a specific format, and the response request is hard-coded and has no logical function; if you need to simulate a Socket message in another format, it is not applicable, and you need to reopen an application to adapt With a new Socket message format, the applicability is very poor when faced with the need to simulate a variety of Socket message formats.

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