Mock-based parking lot simulation test method

Abstract

The invention discloses a mock-based parking lot simulation test method, which comprises the following steps of: firstly, establishing a mock test model containing a plurality of mock test instructions, and then performing function test on an in-out vehicle server by a parking lot simulator under a set trigger condition and a set trigger frequency, so that on one hand, the plurality of test instructions, namely the whole mock test model, can be operated at one time, and on the other hand, the mock test model can be operated at a time; and on the other hand, the method has the advantage of fast response, namely, the health of the in-out vehicle server can be tested quickly. The method comprises the following steps: S1, selecting a mock test model according to the function of a vehicle access server; s2, setting a trigger condition and a trigger frequency of the pressure test source; s3, if the trigger condition is met, performing a function test on the vehicle access server according to the trigger frequency and the mock test model; s4, sending a function test result to a set position when the test is finished or the vehicle access server fails; the mock test model is a set of at least two mock test instructions.

Description

technical field [0001] The invention relates to the technical field of barrier gates, in particular to a mock-based simulation test method for a parking lot. Background technique [0002] Barrier gates, also known as car stoppers, are passageway entrance and exit management equipment specially used to restrict motor vehicles on the road. They are widely used in parking lots, business districts or residential districts, and are also widely used in construction machinery testing sites. [0003] The barricade is implemented by the vehicle entry and exit server for various functions, such as vehicle entry processing, exit processing, billing processing, etc. The entry processing can be divided into blue plate vehicles, new energy vehicles or yellow plate vehicles. Whether the function of the car entry and exit server is normal will affect whether the gate can be opened and closed normally, which in turn will affect the operation of the entire parking lot. In the existing techno...

AI Technical Summary

Problems solved by technology

Whether the function of the car entry and exit server is normal will affect whether the gate can be opened and closed normally, which in turn will affect the operation of the entire parking lot

In the existing technology, most of the Aliyun is used to continuously test whether the functions of the in-and-out server are normal by accessing the in-and-out server. It can only run a common single command, such as whether to visit a specified page to get a response, and the frequency can only be set for a minimum of one minute. Therefore, it is relatively inefficient to use Alibaba Cloud to access the server to test the health of the server, and it will cost more The time to know whether the in and out of the car server is in a normal state

During the peak period of the parking lot, there will be a large number of vehicles entering and leaving the parking lot. At this time, if the server for entering and exiting the vehicle crashes, it will seriously affect the operation of the parking lot. The health status of the server for entering and exiting the vehicle cannot be quickly known by using the existing technology. There is a certain hysteresis, which brings great uncertainty to the operation of the parking lot

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