Current parking management systems generally use license plate recognition for vehicle management. Compared to traditional Bluetooth and IC card recognition methods, license plate recognition barrier systems primarily consist of a barrier, a high-definition license plate recognition camera, a fill light, a display screen, a vehicle detector, and an access control system. With improved living standards and cars becoming more commonplace, convenient parking management systems can create win-win situations for both property managers and car owners. So, what tests are necessary for daily parking system use? Let's discuss them today.

1. Functional Testing of Parking Management Systems
Parking management systems should focus on testing the following functions:
- Vehicle Management: Vehicle Exit and Entry;
- Information Query: Vehicle Entry and Exit Information, Parking History, Payment Information, and Recharge Records for a Certain Vehicle During a Certain Time Period;
- Information Maintenance: User and Parking Card Information;
- System Management: Parking Space Information, Billing Standards, and Parking Space Divisions.
2. Security Testing of Parking Lot Management Systems
The key functions of a parking lot management system are intelligent toll collection and access management. These systems integrate user, administrator, and parking space modules, making clear division of permissions crucial. Considerations should also be made regarding user conflicts and system disruptions caused by changes in user permissions.
Regarding database security, considerations should be given to data confidentiality, security, independence, and backup and recovery capabilities.
3. Performance Testing of Parking Lot Management Systems
Parking lots experience a large volume of vehicles entering and exiting during holidays and peak hours, placing significant pressure on the performance of the parking lot management system. Performance testing of parking lot systems should primarily focus on system response time, throughput, and the maximum number of concurrent users.
