Shulou(Shulou.com)06/03 Report--

0. Document introduction

Tip: please tailor this test case template according to the actual test status of the project.

0.1 document purpose 0.2 document scope 0.3 Reader object 0.4 references

Tip: list all references to this document (which can be informal publications) in the following format:

[identifier] author, document name, publishing unit (or attribution unit), date

For example:

[AAA] author, Project proposal, name of Organization, date

[SPP-PROC-ST] SEPG, system test specification, organization name, date

0.5 interpretation of terms and abbreviations

Abbreviations, terms

Interpretation

SPP

Streamlining parallel processes, Simplified Parallel Process

...

1. Interface-path test case 1.1 introduction of tested objects (units) 1.2 Test scope and purpose 1.3 description of test environment and test aids 1.4 Design of test drivers 1.5 interface test cases

Function prototype of interface A

Input / Action

Expected output / corresponding

Actual situation

Typical value...

Boundary value...

Outliers...

Function prototype of interface B

Input / Action

Expected output / corresponding

Actual situation

Typical value...

Boundary value...

Outliers...

...

1.6 Checklist for path testing

Check item

Conclusion

Data type problem

(1) is there any error in the data type of the variable?

(2) is there an assignment of different data types?

(3) is there a comparison of different data types?

Variable value problem

(1) is there any error in the initialization or default value of the variable?

(2) does the variable overflow or underflow?

(3) is the precision of the variable not enough?

Logical judgment problem

(1) is it ineffective due to accuracy?

(2) is the priority in the expression wrong?

(3) is the result of logical judgment reversed?

Cyclical problem

(1) is the condition for ending the cycle incorrect?

(2) can not be terminated normally (endless cycle)?

(3) modify loop variables incorrectly?

(4) is there error accumulation?

Memory problem

(1) is the memory used when it is not initialized correctly?

(2) does the memory continue to be used after it is freed?

(3) memory leak?

(4) is memory out of bounds?

(5) is there a wild pointer?

File Icano problem

(1) do you operate on files that do not exist or are incorrect?

(2) is the file opened in an incorrect manner?

(3) is the judgment of the end of the document incorrect?

(4) did not close the file correctly?

Error handling problem

(1) did you forget to handle the error?

(2) the error handler block has never had a chance to be run?

(3) is there something wrong with the error handler block itself? For example, the reported error is inconsistent with the actual error, the handling method is not correct, and so on.

(4) is the error handling block "hindsight"? For example, the software has made an error before it is called.

...

two。 Functional Test case 2.1 introduction of objects to be tested 2.2 Test scope and purpose 2.3 description of test environment and test aids 2.4 Design of test drivers 2.5 functional test cases

Function A description

Purpose of use case

prerequisite

Input / Action

Expected output / corresponding

Actual situation

Example: typical value …

Example: boundary value.

Example: outlier...

Function B description

Purpose of use case

prerequisite

Input / Action

Expected output / corresponding

Actual situation

……

3. Introduction of robustness Test cases 3.1 introduction of tested objects 3.2 Test scope and purpose 3.3 description of Test Environment and Test aids 3.4 Design of Test drivers 3.5 Fault tolerance / resilience Test cases

Abnormal input / action

Fault tolerance / resilience

Harm, loss caused

Example: wrong data type.

Example: define values outside the domain.

Example: wrong operation order.

Example: abnormal interruption of communication.

Example: an abnormal shutdown of a feature.

Example: the load exceeds the limit.

4. Performance Test case 4.1 introduction of tested objects 4.2 Test scope and purpose 4.3 description of Test Environment and Test aids 4.4 Design of Test drivers 4.5 performance Test cases

Performance A description

Purpose of use case

prerequisite

Input data

Expected performance (average)

Actual performance (average)

Performance B description

Purpose of use case

prerequisite

Input data

Expected performance (average)

Actual performance (average)

……

5. Introduction of graphical user interface test cases 5.1 introduction of tested objects 5.2 test scope and purpose 5.3 description of test environment and test aids 5.4 design of test drivers 5.5 classification of testers

Category

Features

Class A

Class B

……

5.6 Checklist for user interface testing

Check item

The categories of testers and their evaluation

Is it normal for windows to switch, move, and resize?

Is the text of the various interface elements correct? (eg title, hint, etc.)

Are the various interface elements in the correct state? (e. G. valid, invalid, selected, etc.)

Do various interface elements support keyboard operation?

Do various interface elements support mouse operation?

Is the default focus correct in the dialog box?

Can the data items be echoed correctly?

For commonly used functions, can users use them without reading the manual?

Are there any tips such as "confirm" and "abandon" when performing risky operations?

Is the operation sequence reasonable?

Is there any online help?

Is the layout of various interface elements reasonable? Is it beautiful?

Are the colors of the various interface elements coordinated?

Are the various interface elements beautiful in shape?

Is the font beautiful?

Is the icon intuitive?

...

6. Introduction of Information Security Test cases 6.1 introduction of tested objects 6.2 Test scope and purpose 6.3 description of Test Environment and Test aids 6.4 Design of Test drivers 6.5 Information Security Test cases

Imaginary goal A

prerequisite

Illegal means

Whether or not to achieve the goal

Cost-benefit analysis

……

Imaginary goal B

prerequisite

Illegal means

Whether or not to achieve the goal

Cost-benefit analysis

……

7. Stress test case 7.1 introduction of tested objects 7.2 test scope and purpose 7.3 description of test environment and test aids 7.4 Design of test drivers 7.5 stress test cases

Limit name A

For example, "maximum number of concurrent users"

prerequisite

Input / Action

Output / response

Whether it can operate normally or not

For example, 10 users operate concurrently

For example, 20 users operate concurrently

...

Limit name B

prerequisite

Input / Action

Output / response

Whether it can operate normally or not

...

8. Introduction of reliability test cases 8.1 introduction of tested objects 8.2 test scope and purpose 8.3 description of test environment and test aids 8.4 Design of test drivers 8.5 reliability test cases

Task A description

Continuous running time

The moment of failure.

Fault description

……

Statistical analysis

Average time interval for task A to run without failure

(CPU hours)

Minimum time interval for task A to run without failure

(CPU hours)

Maximum time interval for task A to run without failure

(CPU hours)

Task B description

Continuous running time

The moment of failure.

Fault description

……

Statistical analysis

Average time interval for task B to run without failure

(CPU hours)

Minimum time interval for task B to run without failure

(CPU hours)

Maximum time interval for task B to run without failure

(CPU hours)

9. Installation / anti-installation of test cases 9.1 introduction of tested objects 9.2 test scope and purpose 9.3 description of test environment and test aids 9.4 Design of test drivers 9.5 installation / anti-installation of test cases

Configuration description

Installation option

Whether the description is normal or not

Degree of difficulty in use

All

Part

Upgrade

Other

Reverse installation option

Whether the description is normal or not

Degree of difficulty in use

Appendix: review comments

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