https://www.pcloudy.com/blogs/difference-between-mobile-and-web-app-testing/


Keywords- self-healing automation,
mobile and web app test automation

Benefits of Self-Healing Automation in Testing
Application testing has evolved from a standalone activity (often completed at
the end of the application development cycle) to a more integrated and
ongoing process. We’re approaching the age of quality engineering, which
combines test automation, DevOps, and Agile methods. Despite its
advantages, test automation is accompanied by the issue of “fragile” test
scripts, which are known to fail frequently.
So, without further ado, let’s look at how self-healing test automation
overcomes the limits of traditional mobile and web app test automation and
what advantages it provides.
What Is Self-Healing Test Automation?
Self-healing test automation uses artificial intelligence (AI) and machine
learning (ML) to automatically adapt tests in response to application interface
or environment changes. This app testing technique assures that test
automation stays practical and up-to-date even without manual involvement.
Traditional test automation is based on static application component
descriptions, necessitating regular human updates as the program evolves.
This technique is time-consuming and serves as a bottleneck in quick
development cycles.

https://www.pcloudy.com/self-healing-automation/

Self-healing test automation tackles this difficulty head-on. The requirement
for manual test maintenance is considerably reduced because it automatically
adapts to changes in the application. Whether a new feature or an update to
current functionality, self-healing technologies keeps the test scripts in sync
with the application.
What are the Benefits of Self-Healing Automation?
Self-healing automation guarantees constant and dependable test
execution. There are various reasons why you should implement self-healing
testing, including:
Low Maintenance
Traditional testing generally needs frequent manual script modifications, which
is time-consuming. Self-healing test automation significantly reduces the
required updates and fixes, lowering maintenance costs and resource use.
Improved Efficiency
Manual error detection and correction can slow down conventional testing.
Self-healing testing speeds this process by automatically recognizing and
repairing mistakes, allowing testers to focus on more challenging tasks and
increasing workflow efficiency.
Better Test Coverage
Traditional testing may overlook new cases due to delayed adaptability to
changes. Self-healing test automation adjusts quickly enabling a thorough
application testing and a broader range of situations and functionality.
Reduced Cost
Manual testing and script maintenance can be tedious and resource-intensive.
Self-healing testing’s automated error repair provides a more cost-effective
solution over time.
Faster Feedback
Detecting and addressing faults with traditional test automation can be time-
consuming. Self-healing testing identifies and resolves issues more quickly,
providing the development team with faster input for rapid progress.
Reduced Downtime
Traditional testing might cause substantial downtime due to test failures. Self-
healing automation quickly responds to these errors, reducing downtime and
providing a more continuous testing process.
Saves Time and Effort in Test Maintenance
QA teams spend significant time and money executing application testing,
whether manually or through automation. The program must adapt to new test
scenarios, use cases, and features each time it changes. However, self-
healing test automation reduces the overhead costs associated with traditional
test automation.
Reduces the Number of Failed Tests
Failed tests occur during the application testing process. A majority of failed
tests are due to inadequate test maintenance. This implies that QA teams do
more to correct testing problems than application defects. Manual test
maintenance can potentially cause delays in product development and
deployment to market. Self-healing mobile and web app test
automation decreases (or even eliminates) the need for manual test
maintenance, resulting in fewer failed tests.
Prevents Object Flakiness
Object flakiness makes it difficult for QA teams to determine how stable (or
unstable) their test cases are. Among the numerous reported problems, the
“NoSuchElementException” issue leads to flakiness in the test design. QA
specialists have minimal influence over the test design. Self-healing test
automation allows businesses to change the test design for the application
being tested automatically. This means smoother test runs and a lesser
chance of failure if it does not detect a specific object.
The Self-Healing Mechanism
Every test case you run is specific to the site element you’re checking. To
properly perform test steps, each web element is assigned a locator, which is
typically name, ID, Xpath, and type. It is assumed that the application under
test will be continuously modified, resulting in a change in the elements. So,
the next time you run the same test, it will fail due to a discrepancy in the UI.
Unless you use a self-healing technique, your pre-designed test cases will fail.
Automation frameworks use self-healing as an innovative and automated tool
to help testing teams do their responsibilities more efficiently. The test
automation tool will use the new object location to prevent failed test cases.
This strategy ensures that the entire script is updated with each modification
to the product’s design.
Self-healing test automation is for Agile development teams
Quality engineers and developers are shifting away from homegrown or
legacy test automation frameworks such as Selenium and toward proprietary,
low-code test automation solutions with self-healing capabilities to accelerate
test automation adoption and expand overall test coverage. Teams who see
that test maintenance is slowing production cycles and hampering quality
have chosen to improve their quality testing practices through automation.
Self-healing automation is not restricted to a single vertical or organizational
scale. Teams, large and small, that use or are in the process of implementing
Agile development and DevOps benefit from contemporary test automation
that self-heals tests. And the benefits much surpass the short-term
inconvenience of deploying a new solution.
Where can you implement self-healing automated tests?
Self-healing automated tests can be used whenever a user wishes to check
the operation of a web application’s user interface. When a test is generated,
it may be set to update based on predicted changes in the application
automatically. For teams spread around the world, SaaS solutions enable
quality leaders to empower anybody on the team – regardless of physical
location – to build and execute self-healing automated tests, reducing the load
of test management.
Conclusion
The agile technique involves continual development and testing of
applications. It is evident that the present test cases will fail if the object IDs
change throughout the procedure. This is when self-healing test automation
comes to the rescue. It responds to the changing parts of the web page to
avoid test failure.
Its advanced element detection methodologies and dedication to ongoing
improvement make it an invaluable resource for teams trying to better their
testing procedures, particularly in dynamic and rapidly evolving application
environments. Self-healing mobile and web app test automation from
Pcloudy will surely help you transform your testing approach. Streamline your
testing process, minimize manual labor, and confidently embrace change.