Stress test system, method and device for Internet of Things platform and server

Abstract

The invention relates to the technical field of the Internet of Things, in particular to a stress test system, method and device for an Internet of Things platform and a server. The system comprises aserver, an Internet of Things platform and a management platform. The Internet of Things platform is used to establish a communication connection with the server and send virtual resource informationto the server, furthermore, the server is used for establishing a communication mechanism according to the virtual resource information, receiving working data transmitted by a plurality of industrial devices according to the communication mechanism, and sending the working data to the Internet of Things platform for processing. Finally, the management platform monitors the consumption of systemresources when each component on the Internet of Things platform processes the working data. Therefore, in this scheme, the server establishes a communication mechanism according to the actual test requirements, and sends the received working data transmitted by the industrial devices to the Internet of Things platform for processing, so as to realize the stress test of the processing capacity ofthe Internet of Things platform, and the deployment of the testing means is simple.

Description

technical field [0001] The present invention relates to the technical field of the Internet of Things, in particular to a stress testing system, method, device and server for an Internet of Things platform. Background technique [0002] With IT technology entering the industrial field and the industry 4.0 trend of deep integration of informatization and industrialization, more and more industrial equipment is connected to the Internet of Things platform like a computer and is intelligent. In the face of a huge number of industrial equipment, the load capacity of the IoT platform is becoming more and more important. [0003] In order to determine the stability and reliability of the IoT platform, stress testing has become a necessary link before the platform goes online. Currently, the commonly used stress testing tools are LoadRunner and JMeter. The LoadRunner finds problems by simulating the concurrent load of tens of millions of users and implementing performance testing...

AI Technical Summary

Problems solved by technology

[0005] Existing stress testing tools are unable to implement functional variable stress testing for specific industrial end-to-end scenarios, resulting in test results that are not objective and true enough

In addition, most of the existing stress testing tools are oriented to web application testing, with a narrow scope of application and great limitations

Moreover, tools have high requirements on personnel, and the cost of testing is also relatively high

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