Multi-device simulation pressure measurement method and system, virtual pressure measurement platform and storage medium

Abstract

The invention relates to the field of smart home, and discloses a multi-device simulation pressure measurement method and system, a virtual pressure measurement platform and a storage medium. The simulation pressure measurement method comprises the steps: obtaining new device information corresponding to a new device access event when the virtual pressure measurement platform detects the new device access event; connecting a Wifi module corresponding to the new device information in the Wifi module; creating a corresponding thread according to the Wifi module; executing the service logic of the Wifi module in the thread to complete the simulation pressure measurement. By adopting a virtualization mode, interaction is carried out through the universal serial bus interface and the Wifi modules, and the service logic corresponding to each Wifi module is processed, so that the test process becomes unified, and the result is more convergent.

Description

technical field [0001] The present application relates to the field of smart home, and in particular to a multi-device simulation stress testing method, system, virtual stress testing platform and storage medium. Background technique [0002] In existing smart home devices, the architecture of electronically controlled MCU+Wifi module is generally used. The Wifi module is connected to the Internet for data interaction and control, and the electronically controlled MCU handles the business logic and status collection of peripherals. [0003] However, when testing the Wifi module, it is necessary to rely on the electronic control MCU to cooperate with the processing of business logic. When the number of Wifi modules required for the stress test is large, for example, when the number of Wifi modules is dozens or even hundreds, if using If the same number of electronic control MCU modules are processed together, it is easy to be disturbed by additional stability, which makes the...

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Problems solved by technology

[0003] However, when testing the Wifi module, it is necessary to rely on the electronic control MCU to cooperate with the processing of business logic. When the number of Wifi modules required for the stress test is large, for example, when the number of Wifi modules is dozens or even hundreds, if using If the same number of electronic control MCU modules are processed together, it is easy to be disturbed by additional stability, which makes the test problem diverge and increases the test cost.

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