The development trend of software testing

Table of Contents

First, test agility

Agile test two performances:

Second, test automation

Three, test specification improvement and quality system establishment

Quality System:

one, test agility

Under the agile model, development and testing are carried out at the same time. When development is in sprint2, testers can test the developed modules in sprint1.

Generally one iteration every 2 weeks

Agile test two performances:

①Test move forward:

In the requirement review stage, testers are involved, so that problems with requirements can be discovered as early as possible, and the test work drives the development work. If the problem is discovered later in the test, the bug can be modified.Costs will increase exponentially.

②testing backward:

After the product is launched, regular online testing should be done, including functional testing, performance testing and log analysis. Testing should be conducted with the product, development, operation and maintenance teams.Close cooperation has become the most powerful support for product quality improvement.

two, test automation

At this stage, some companies can already use Jmeter, Appium and other testing tools to achieve automation, but it is only testing but part of the use case execution part can be realized.

As the registration function of the App still cannot be automated, the test requirements analysis, test case design, test result analysis and other parts still require manual participation.

A truly comprehensive automated test should fully cover test analysis, test script generation, and test results analysis, which can effectively reduce manual labor and improve test efficiency.

Comprehensive automated testing will become the mainstream and main research direction of future testing.

Three. TestStandard improvement and quality system establishment

Test specification is an important factor to ensure test quality. Only by improving the accuracy and standardization of test results, can it play a positive role in supervising the quality of products.

Test normativeness is reflected in all aspects of testing: formulation of test plans, writing of test cases, execution of test cases, output of test reports, the need to ensure the reliability of test methods, the authenticity of test data, and the specification of test reports.

Quality System:

①Development-oriented specifications:

Code quality management (code repetition rate, cyclomatic complexity, etc.)

bug generation rate

bug fix rate

②Test-Oriented Specifications:

Test case coverage

Test Plan Skew Rate

Test result accuracy