In the period of dynamic digital growth, an immersive boost has been observed in the software development industry. The easy-to-use manual of software operation plays a vital role in the growth of the relevant industry by managing the task more efficiently. The software development team is keenly interested in developing quality and bug-free software to streamline the projects. The rapid growth is increasing pressure on the development team to meet the needs of the hour with efficient performance and test automation for a maximum working output.
Quality assurance ensures consistent error-free delivery and maintains the software update to make it smoother and work flowingly. Many organizations have a testing team to monitor the software performance and update it according to the quality assurance standards set by the development team. This set of standards helps the team to check, monitor, and correct the bugs in the software through a systemic technical system.
The quality of your test cases is not just a measure of your testing effectiveness,
but it directly impacts the overall quality and reliability of the software product, making
Your role is indispensable. Consequently, by integrating software quality assurance and
test automation strategies, developers can improve their tests effectiveness and
accelerate the testing cycle, leading to faster releases and higher-quality software.
What is QA Automation?
Quality automation contains the software tools used for the pre-making tests or the web application before it is in production, or launched in the market. These tools help the testing team with repetitive, yet important testing tasks, which can reduce manpower, time consumption, and physical efforts to bring more accuracy and consistency.
What is Manual Testing?
Manual testing involves manually testing the bugs in the software without any proper tools. There is no tool integration system; all the issues or bugs are according to the predefined instruction set in the rules. A manual test system is always difficult, non-technical, and requires a skilled operator for smooth software working.
Difference between Software QA Automation and Manual Testing
| Particulars | QA Automation | Manual Testing |
| Implementation | All the tests are performed by using automated tools | All the test are executed manually by the test performer |
| Speed | It is the fastest testing integration system, and capable of doing multiple tasks in the same time | The test performance takes time, because only one test is executed in single time |
| Accurate Results | Results are mostly accurate with integration tools | There are chances for human error while performing tests
|
| Manufacturing Cost | The price is comparatively high, because of tools integration | Price is low, because test performer can be hire time to time |
| Maintenance Cost | The main cost is buying the tools | Slightly low, but can be high due to the task difficulty |
| Adaptability | It is not much flexible, require updates | Too flexible, test performer can adapt easily |
| Accessibility | Highly accessible, system integration can make prompt results | Low accessibility, because the availability |
| Feedback | Feedback time is quick with systematic tools | Feedback is slower, because it is time consuming process |
How QA Test Automation Work?
It involves much key integration for accurate and efficient testing of software and applications. Some key points are mentioned below:-
Planning Automation
Checking Testing Cases:
First of all, we need to understand which test to perform, and which integration is important for specific automation, depending on the technicality of the task.
Automation Tools:
The selection of a specific tool depends on the technicality and time required because there are many tools (e.g., Selenium, Junit, or Appium) for web software and applications.
Test Setup:
Configuration Test Environment:
Setting up the test configuration environment, which involves the system hardware, software, networking, and selected automation tool.
Installation of Tools:
In this step, we install and configure the framework for automation.
Test Execution:
Monitor Execution:
It is important to monitor the execution to ensure tests are running efficiently and address the issues if arise.
Run Automated Tests:
We can execute the test by using different automation tools for different tasks. These tasks can be performed manually or can run automatically.
Analysis Reporting:
Result Pages:
After the successful testing the tool allows you to capture the result page with accurate figures, logs, screenshots, and bugs.
Generate Reports:
The tool after the best analysis and executing the best results provides the summarized results, passing or failing status, and helps to detect the issues.
Key Components of QA Automation
Automatize Framework:
The testing automation provides an environment that provides proper guidelines, and working parameters for writing and executing automatic testing.
Test Scripts:
All the coding used in the development of any automation software helps to perform specific testing for specific tasks using the best-integrated tools
Testing Data:
The testing data is required for successful error-free results, depending upon the usage of testing tools.
Version Control System:
Some tools like Git are important for managing the version and control of testing scripts related to available resources.
Automation Tools:
These automation tools (e.g., Selenium, QTP/UFT, JMeter, Jenkins) help to support the creation, execution, and management of the automatically provided results.
FAQs
What is QA automation?
QA automation uses integrated tools to generate accurate results on the basis of provided data more efficiently.
What are the benefits of QA automation?
There are multiple benefits of automation like, prompt results, humanly free, overall data coverage, and error-free test results.
Which tools are commonly used for QA automation?
These are some important tools used in automation i.e. Selenium, Junit for combined testing, and Appium for mobile app testing.
How can you decide which test cases to automate?
Some repetitive, time and red alert test cases are permanently tested for maximum accuracy and typical functions.
Closing Words
Hence, it is proved to the best of our knowledge that QA automation is a great way to get the most accurate, human energy-efficient and time-saving data testing. We have to use the best tool according to the set of data to detect the bugs and errors in the software and apps.
QA automation cannot generate everything on its own, but it also needs human efforts for data input, updating the brainstorming automation process, selecting the best tools required for the data, planning, execution, and deployment.