server and client

Abstract

The invention provides a server. When a request from a client side is received, a rule dispatching engine determines a rule searching engine matched with a protocol of the request in a plurality of rule searching engines corresponding to different protocols; the rule searching engine searches a rule list in a preset mode; a rule matching engine determines a rule corresponding to the request in the rule list; a template filling engine fills a responding data template corresponding to the determined rule with corresponding parameters in the request to obtain responding data to be sent to the client side. The invention further provides the client side. The client side comprises an agent module and an interaction module. The agent module corresponds to the request sent out through a program to carry out interception and protocol matching. The interaction module transforms requests in different protocol formats into requests in a uniform appointed data format appointed with the server, sends the requests to the server, and transforms responding data in the appointed data format from the server into data in data formats identical with that of the corresponding requests.

Description

technical field [0001] The present invention generally relates to the technical field of software, and more specifically relates to a server and a client. Background technique [0002] With the popularization of service-oriented architecture (Service-Oriented Architecture, SOA) and the continuous growth of business, there are more and more system divisions and more and more service dependencies between systems. System testing is becoming more and more difficult. Therefore, there is an urgent need for a method and system for constructing a closed-loop and testable sandbox environment. [0003] The existing technical solutions generally solve the above-mentioned problems through the following two technical solutions: 1. Simulate external system services by writing codes; 2. Read pre-configured data files to simulate external system services. For the solution of simulating external system services by writing codes, developers need to invest extra time to write simulation code...

AI Technical Summary

Problems solved by technology

For the scheme of reading pre-configured data files to simulate external system services, the configuration method is not flexible enough and the maintenance cost is high

Moreover, the reuse rate of the above two methods is low. For example, when two systems A and B depend on service S at the same time, both systems A and B need to write the code for simulating service S or configure the response data configuration file of service S

Moreover, the response parameters of the above two methods are fixed and cannot change with the request parameters

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