Bugs in code can be quite frustrating for the QA team, as they can lead to malfunctions and obstruct the intended functionality of a mobile app.
This is where an app developer and QA (Quality Assurance) team, together, could ensure smooth app performance before launching and playing a vital role in assuring the quality and reliability of mobile apps supposed to function well.
A QA team thoroughly tests the app to identify and address different types of bugs before the app is launched. They approach the testing process from a user's perspective, helping to deliver first-class prototypes to clients for testing.
While surgeons have to rely solely on themselves, other than mobile app developers are more fortunate to have the assistance of a QA team.
The debugging process is an efficient way to locate and eliminate bugs quickly. It involves searching for and fixing specific types of bugs that commonly occur in mobile apps.
Here Are a Few Types of Bugs That Should Be Incorporated and Addressed Before Launching an App :
- Common In-App Bugs : These in-app bugs are bonded to the backbone or the foundation of the mobile app. They may be challenging to detect and require a deep understanding of the app's functionality. Writing codes specifically designed phase for these types of bugs is essential in ensuring they are addressed during the testing process.
- OS-specific API Bugs : Each mobile OS (Android or iOS), has its own set of bugs related to the way the OS works. App developers and QA teams work together to cross-check these OS-specific bugs and test mobile app functionality precisely for each platform/OS to ensure optimal run-through approach and compatibility.
- App Architecture-specific Bugs : Bugs can also occur due to issues with the basic elements of the app's architecture, such as data storage, networking, or UX/UI components. Identifying and addressing these bugs is crucial in maintaining the stability and functionality of the app.
By incorporating these different types of bugs into the testing process, the app developers and QA team can help ensure a smooth and error-free user experience when the mobile app is released to the public. Their expertise in identifying and addressing bugs is essential in delivering high-quality mobile apps.
The Process Must Follow to Discover Common Mobile App Bugs!
Simon R. Green, a British science fiction and fantasy author made a statement - “First rule of engineering; beware prototypes. Along with, avoid anything made by an engineer who doesn't have all his own fingers.”
Programmable Click Up Button :
Handling fast/rapid clicks is necessary when dealing with simple buttons, especially in mobile applications where payments or messages are made.
If not worked properly, the action could be repeated multiple times, resulting in severe problems like accidental double costs incurred by users, wrong double entry of orders, etc. Therefore, it is essential to test such scenarios with particular care and attention to mobile app features.
Write Correct Test Cases During Manual Testing :
Efficient bug detection relies on the development of excellent test cases.
To ensure that your test cases are effective, it is crucial to calculate the Average Percentage of Faults Detected (APFD). APFD is a method that measures the effectiveness of test cases in detecting faults and errors in software. This metric is calculated by taking the sum of the percentage of faults detected by each test case and dividing it by the total number of test cases.
By calculating APFD, developers can determine the effectiveness of their test cases and make improvements to increase efficiency. The higher the APFD score, the more effective the test cases are at detecting faults, and the fewer bugs that will ultimately end up within the final product.
By regularly evaluating and adjusting their test cases, developers can ensure they are delivering a perfect mobile app that will meet user expectations.
APP Crash When Button Taped :
One of the most common faults in mobile applications occurs when a user presses a particular button, causing the application to break. This issue is like a time bomb that is hidden within the application and is triggered only when the button is clicked. Therefore, it is crucial to identify and rectify this bug to ensure that the application functions properly.
Progress Indicator Not Showing In the App :
Progress indicators are animated along a circular track to show the completion of a task. The most common error in software applications is the lack of a progress or process indicator when a user initiates a file upload or download. Developers must address those phrases bar works optimally to give precise information to the users.
Slower Response Time :
Mobile applications are often plagued by the bug of time. A significant bug may be present if the mobile app takes over 5-10 seconds to launch or process a request.
Any delays in-app time taken to open or process can lead to frustration and dissatisfaction among users.
Slow response time can be caused by several factors, such as inefficient code, excessive network requests, or heavy resource consumption.
Developers must prioritize optimizing the performance of their mobile applications to ensure a smooth user experience. Profiling and performance testing can help identify the specific areas of code that are causing delays, allowing developers to make the necessary improvements.
Cross-Platform OS Support :
A mobile application should support both Android and iOS. Numerous mobile applications contain problems that are not Cross OS-friendly, resulting in decreased market penetration and profitability.
Mobile App Development is not limited to just one operating system. To reach a wider audience and maximize market penetration, mobile applications must be compatible with multiple operating systems, particularly Android and iOS.
Failure to support other OS platforms can result in a significant loss of potential users and, consequently, reduced profitability. This may involve adapting the app's design, features, or functionality to ensure a seamless experience across various platforms.
App Screen Orientations :
Users have different preferences and may switch between these modes depending on their needs. Optimizing the app's design and layout for both app screens such as the landscape screen means the horizontal view of the app, while the portrait screen denotes the vertical view. APP developers can ensure that users can enjoy the app's features regardless of how they hold their devices.
Another Important Aspect to Focus On Is Error Handling :
Nothing frustrates users more than encountering an "error 404" or experiencing app crashes. These errors can hinder users from achieving their goals and significantly impact the app's performance. To enhance user satisfaction, developers should invest time in identifying and resolving these errors, ensuring that the app functions smoothly.
Push Notifications :
It could play a vital role in engaging users and keeping them connected to the app. However, it's not uncommon for push notifications to fail, resulting in users' requests not being submitted or the notifications not functioning as intended. To avoid this, developers should thoroughly test their push notification systems to ensure that they work flawlessly in real-world scenarios.
RESOURCE URL : https://www.linkedin.com/pulse/tips-identifying-bugs-your-business-mobile-app-maven-technology-ltd-p7i8c
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