Map navigation is a tool we often use to help us guide the way forward.
Next, map navigation test cases will be written from eight aspects: functional testing, UI testing, compatibility testing, security testing, network testing, performance testing, usability testing, documentation and international language testing.
1. Functional testing
1. Enter the starting point and end point to verify whether the navigation is successful;
2. Enter a non-existent location as the starting point or end point, verify whether the system can prompt and re-enter. ;
3. Enter incomplete information (for example, only enter the starting point or end point), verify whether the system can give prompts and re-enter;
4. Enter the repeated starting point and end point, verify whether the system can give prompts and re-enter;
5. Enter multiple waypoints to verify whether the navigation can accurately identify the waypoints and give the best route;
6. Enter multiple intermediate locations between the starting point and the ending point to verify whether the navigation can provide routes in the best order;
7. Verify whether the navigation duration is accurate;
8. Verify whether the navigation distance is accurate;
9. Verify whether the navigation route conforms to actual road conditions, such as whether traffic congestion and other factors are taken into account;
10. Verify whether the navigation supports multiple vehicle types (such as cars, buses, pedestrians, etc.);
11. Verify whether the navigation supports multiple route options (such as the shortest route, fastest route, etc.);
12. Verify whether the navigation supports real-time updating of navigation routes. For example, if traffic conditions change during navigation, whether the route can be re-planned in time;
13. Verify whether the navigation supports offline navigation function, that is, it can navigate normally without a network connection;
14. Verify whether the navigation can accurately identify the user's current location and automatically navigate to the destination;
15. Verify whether the navigation system supports saving frequently visited places. For example, users can save frequently visited places such as home and work in the navigation system to facilitate quick navigation.
2. UI testing
1. Verify whether the layout of the navigation system interface is reasonable, such as the arrangement, size, spacing, etc. of elements;
2. Verify the responsiveness of the navigation system interface, such as whether it can adapt to changes in different screen sizes and directions;
3. Verify the usability of the navigation system interface, such as the clickable area of buttons, input restrictions of input boxes, etc.;
4. Verify whether the aesthetics and style of the navigation system interface meet user expectations and brand image.
3. Compatibility test
1. Verify the compatibility of the navigation system under different operating system versions, such as Windows, macOS, Android, iOS, etc.;
2. Verify the compatibility of the navigation system under different browsers and browser versions, such as Chrome, Firefox, Edge, Safari, etc.;
3. Verify the compatibility of the navigation system on different devices, such as mobile phones, tablets, computers, etc., as well as screens with different resolutions.
4. Security testing
1. Verify whether the user authentication functions of the navigation system, such as login, registration, password change, etc., are safe and reliable;
2. Verify whether the navigation system uses encryption protocols during data transmission to protect users’ private information;
3. Verify whether the user location information of the navigation system is only used for navigation purposes and whether the user location information is protected;
4. Verify whether the navigation system prevents common network attacks, such as cross-site scripting attacks (XSS), SQL injection attacks, etc.;
5. Verify whether there are security vulnerabilities in the navigation system, such as unauthorized access, unsafe file upload, etc.
5. Network test
1. Verify the stability and accessibility of the navigation system in different network environments, such as 2G, 3G, 4G, 5G, Wi-Fi, etc.;
2. Verify whether the navigation system can handle gracefully when there is a network failure or disconnection, and provide error prompts;
3. Verify whether the navigation system can work normally when the network is unstable or disconnected;
4. Verify whether the navigation system can load map data and route planning normally under poor network conditions.
6. Performance test
1. Verify the response time of the navigation system. For example, after inputting the starting point and ending point, the system can quickly give the route;
2. Verify the performance of the navigation system when calculating large-scale data, such as inputting multiple waypoints or long distances between start and end points;
3. Verify the performance of the navigation system when updating routes in real time, such as the processing speed when traffic conditions change during navigation;
4. Verify the performance of the navigation system when using offline navigation functions, such as the speed of loading offline maps;
5. Verify the stability of the navigation system, for example, whether the system works normally after multiple consecutive navigation operations;
6. Verify the performance of the navigation system under high concurrency conditions, such as whether the system can respond to requests normally when multiple users use the navigation system at the same time.
7. Usability test
1. Verify whether the navigation system has an intuitive and simple interface to facilitate user operation and navigation;
2. Verify whether the navigation system provides clear navigation instructions, such as voice prompts, icons, etc., to help users navigate to their destination accurately;
3. Verify whether the navigation system has easy-to-understand error prompts and suggestions, such as prompts when entering an incorrect address;
4. Verify that the navigation system provides user help and support, such as FAQs, user manuals, etc. ;
5. Verify whether the navigation system supports user personalized settings, such as language selection, unit settings, etc., to meet the needs of different users;
6. Verify whether the navigation system has functions that are easy to learn and use, such as shortcut keys, gesture operations, etc., to improve user efficiency.
8. Documentation and International Language Testing
1. Verify that the navigation system’s user manual or online help document is accurate, easy to understand, and contains detailed operating instructions;
2. Verify whether the navigation system’s online knowledge base or FAQs can provide information that meets user needs;
3. Verify whether the navigation system supports multiple language interfaces to meet the language needs of different regions and users;
4. Verify whether the multi-language interface of the navigation system can be displayed correctly and has good translation quality;
5. Verify whether the multi-language interface of the navigation system can switch correctly when switching languages and does not affect the normal function of the system.
