Cloud testing framework oriented to protocol conformance of heterogeneous wireless sensor network

Abstract

The invention discloses a cloud testing framework oriented to protocol conformance of a heterogeneous wireless sensor network. The cloud testing framework comprises a cloud testing platform, testing agents and a system under test, wherein the cloud testing platform is responsible for control and management of testing execution and testing process; the testing agents are a communication bridge between the system under test and the cloud testing platform, after receiving a command of the cloud testing platform, the corresponding testing agent forwards the command to a device in a network of the corresponding system under test, and further allocates a role for the testing device to form a corresponding testing network; wherein the cloud testing platform mainly comprises an IaaS (Infrastructure as a Service), a PaaS (platform as a service) and a SaaS (Software as a Service); a testing user accesses the cloud testing platform via the Internet through a Web interface provided by the SaaS, after the testing user submits testing requirements and related testing configurations, the testing platform allocates testing resources according to the testing requirements, related virtual servers perform test, moreover, the testing process is monitored through the SaaS, and finally, a complete test report is obtained.

Description

technical field [0001] The invention relates to a test framework, and specifically designs a cloud test framework for protocol consistency of heterogeneous wireless sensor networks. Background technique [0002] With the development of Internet of Things technology, wireless sensor networks are more and more widely used, such as industrial automation, environmental monitoring, smart home and so on. But in practical application, each node of wireless sensor network is often different, even the nodes of the same model also have slight differences, which forms a heterogeneous wireless sensor network. The heterogeneous nature of the wireless sensor network brings a lot of inconvenience to the protocol conformance test of the wireless sensor network. For different protocols (such as WIA-PA, IPV6 protocol, etc.), it is necessary to design different test platforms for testing. The test platform is difficult to integrate, and traditional software testing is mostly based on local te...

AI Technical Summary

Problems solved by technology

The heterogeneous nature of the wireless sensor network brings a lot of inconvenience to the protocol conformance test of the wireless sensor network. For different protocols (such as WIA-PA, IPV6 protocol, etc.), it is necessary to design different test platforms for testing. The test platform is difficult to integrate. At the same time, traditional software testing is mostly based on local testing. Protocol conformance testing needs to configure the corresponding operating environment. The testing process and results are affected by the environment, and the configuration of the testing environment becomes very complicated.

The configuration of the test environment mainly includes the hardware environment and the software environment. The test hardware environment is mainly aimed at the construction of physical machines and communication channels, including the configuration of servers, clients, storage devices, power supplies, and network connection devices; the test software environment is mainly aimed at running on physical machines. The installation and setting of various software on the machine, including the environment composed of operating system, test software, test tools, browser, database and other application software, each environment requires complex settings, and there are many setting options and contents. Bring some difficulty to management

It still takes time, manpower and capital investment to complete the final construction work; finally, test knowledge and use cases will be stored and managed separately after use. There is no unified storage management technology as support, and the accumulation of knowledge is lacking.

Such protocol conformance testing is resource consuming and inefficient

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