A high standard of quality control is crucial in the ever-evolving world of mobiles and online applications. Test execution is a crucial phase in the analysis of the application process. Testing your web and mobile apps on actual hardware may be rather challenging.
The market is flooded with devices, ranging from wearables and internet-based devices to smartphones and tablets. Verifying that the user experience functions properly across a variety of devices requires extensive real-device mobile app testing. Although they might offer you a general understanding, app development simulations and emulations are never the actual thing.
The minute details of real-world interactions, such as screen-specific activities, pauses in notifications, variations in network connectivity, etc., are typically not entirely replicated by them. As a result, during the application development process, testing on actual devices takes precedence.
What is test execution?
Test Execution on real devices can be described as the careful testing of an application product by running a set of tests to ensure that all the required training and functionalities are met. A test strategy is followed to deconstruct the entire task into various demands and/or modules with detailed test cases for each.
It is an integral part of the Application Development Life Cycle (ADLC) and app testing life cycle (AT LC), conducted under a quality assurance environment that supports it. It is a series of steps or targeted actions called the Application Testing Life Cycle, which meets all mobile app quality objectives.
When the planning stage is over and the entrance requirements are met, testers may begin their test runs as well as record finds they can also compare the real outcomes with what was predicted. They document any errors or imperfections, submit a report on the problems for them, recheck how effective remedies are and trace the mistakes all through to completion.
But real device mobile app testing can be performed manually, using test automation tools or with the help of a specialized application for managing tests like Bamboo e Jira. Frequently, companies recruit specialized companies such as pCloudy that offer on-demand and cloud testing services to handle their tests.
Stages of test execution
Preparation
Certain requirements, such as finishing the strategy, designing the test, and setting up the test management tools, must be fulfilled before the test execution starts. All team members must have access to instructions for recording and reporting faults, and a procedure for monitoring test data and metrics must be in place.
Preparation includes:
- Designing test strategy
- Defining test objectives and criteria
- Determining test deliverables
- Ensuring resources are in place
- Planning and setting up the test environment
- Providing relevant tools to testers.
Execution
Once all those components are in place, test cases may be executed, where testers run the code and contrast the expected and actual outcomes. This involves reporting, recording, and mapping problems in addition to marking the state of test cases (see the next section).
To make sure that the fixes haven’t led to new issues, it also entails regression testing and retesting to see if the issue has been handled.
Evaluation
You may verify that the deliverables and exit criteria have been fulfilled after Test Execution on real devices (with retesting if required). This indicates that all scheduled tests have been run, defects have been recorded and followed through to closure, and a report summarizing both the execution and defects has been created.
You must assess both the actual outcomes and the test execution procedure itself. Through a thorough analysis of the successes and failures, you may refine procedures and equipment in preparation for the following undertaking.
What is Real Device Testing?
The term “real device testing” usually refers to manual quality assurance testing of mobile websites and applications on actual devices, while many businesses also employ device simulators for device coverage. Simulated devices might not be enough for your mobile app, depending on how sophisticated the movements are.
Also, evaluating mobile environments—which are equally as crucial as the functionality of the app—is more difficult with simulated devices than with actual ones.
Among the elements of the mobile environment are:
- Device battery life
- Device storage capacity
- Connectivity (WiFi, 4G, 5G)
- Internet quality and speed
- Bluetooth connectivity
QA testers utilizing actual devices may be checking for translation and cultural conformance in addition to these device aspects and app functioning.
Why should you perform test execution on real device cloud testing?
Thanks to its advantages like “access your data anytime, anywhere” and “subscribe once, test for a lifetime,” real device cloud testing is becoming more and more popular.
- Stay updated:Establishing a mobile environment that incorporates the newest brands, operating systems, and gadgets available on the market is essential. The greatest way to accomplish this is through real device testing, which uses the newest devices, operating systems, and browsers. Select in a matter of seconds from many alternatives!
- Work from anywhere:When you can’t count on your team members to be on-site to test the actual devices, things become nasty. That’s when actual cloud-based gadgets become relevant. Even if you are working on the busiest mobile app testing on a cloud project, you can still collaborate with your peers and test from the comfort of your own home or place of work .
- Get the latest updates:You have to wait till you obtain a certain function or tool if you are missing it from your actual device. In contrast, with real device cloud testing, you may use plugins and extensions to instantly access any functionality you want.
- Flawless communication:Sending several emails and waiting for a prompt response are pointless if all you get is consumer feedback about the same problem. Through project management platforms like JIRA and Slack, you can quickly label a bug and let your team know about it.
- Parallel testing:A real device in the cloud is appropriate for large-scale testing, where parallel testing allows you to test up to 100 devices at once. A significant benefit of using real devices for cloud testing is this.
The Challenges Associated with Testing on Real Devices
Device Fragmentation
The market is overflowing with devices, all of which vary greatly in terms of screen sizes, build quality, and configuration. It might require a lot of time and resources to ensure that the testing covers a large variety of devices.
Operating System Segregation
Mobile applications must function on a variety of operating systems, each with its version and unique capabilities. Testing is more difficult because of the numerous variations and updates to operating systems. That is why apps need to function properly across a wide range of device setups.
Concurrency and Scalability
When several tests must be run simultaneously on several devices, it can be quite challenging to manage everything going on at once and make sure that resources are used effectively. Ensuring tests remain accurate and dependable while being compatible with a variety of devices is an ongoing challenge.
Conclusion
App testing heavily emphasizes the need for testing on actual devices. It tests the functionality of applications across various locations and configurations. Development teams may manage actual device testing more effectively by utilizing online testing tools, test automation, secure testing procedures, etc. Businesses may improve the functionality, reliability, and quality of their apps by conducting a thorough testing on actual hardware. This implies that users consistently have a positive experience.
