"Mobile application testing is a process by which application software developed for handheld mobile devices is tested for its functionality, usability and consistency."
An overview of different testing methods and tools for mobile application development, including unit testing, functional testing, and usability testing. Understanding how to test a mobile application helps identify and resolve bugs before releasing the app to users.
Mobile Application Architecture: It is important to understand the basic architecture of a mobile application such as UI layer, application layer, and data layer.
Types of Mobile Applications: There are various types of mobile applications such as native, hybrid, and web-based. It is important to understand the differences between these types and how they impact the testing process.
Mobile Operating Systems: The major mobile operating systems are iOS, Android, and Windows. It is important to understand the differences between these operating systems and their implications for testing.
Mobile Device Testing: This includes testing on various physical and virtual devices, testing different screen sizes and resolutions, different network connections, and different configurations.
Mobile Testing Tools: There are various mobile testing tools available in the market such as Appium, Calabash, and Robotium. It is important to understand the features and limitations of these tools.
Manual Testing: It involves testing the mobile application manually to identify defects, usability issues, and performance issues.
Automation Testing: Automation testing involves using scripts and software tools to perform mobile application testing. It saves time and effort but requires programming knowledge.
Performance Testing: This involves testing the performance of the mobile application under different load conditions, such as high traffic.
Security Testing: This involves testing the mobile application for security vulnerabilities.
User Experience Testing: This involves testing the mobile application’s user interface, ease of use, and overall user experience.
Accessibility Testing: It involves testing the mobile application to ensure it is accessible to users with disabilities.
Localization Testing: This involves testing the mobile application’s compatibility with different cultures and languages.
Regression Testing: This involves testing the mobile application after changes or updates have been made to ensure that previously working features continue to function properly.
Continuous Integration and Continuous Testing: It involves testing the mobile application on a continuous basis to identify defects and performance issues as soon as possible.
Mobile App Store Guidelines: It involves understanding and adhering to the guidelines set by app stores such as Apple App Store and Google Play Store.
Functional Testing: The process of testing the various features of a mobile application through manual or automated means.
Performance Testing: The process of testing the performance of a mobile application, which includes its stability, responsiveness, scalability, and speed.
Compatibility Testing: The process of testing the compatibility of a mobile application with different operating systems, screen resolutions, and devices.
User Interface Testing: The process of testing the user interface of a mobile application, which includes its navigation, layout, and design.
Data Validation Testing: The process of testing the data validation of a mobile application, which includes data input, output, and storage.
Localization Testing: The process of testing the localization of a mobile application, which includes language, currency, and cultural norms.
Security Testing: The process of testing the security of a mobile application, which includes data encryption, password protection, and vulnerability testing.
Installation Testing: The process of testing the installation of a mobile application, which includes compatibility, space, and permission requirements.
Usability Testing: The process of testing the usability of a mobile application, which includes its ease of use, intuitiveness, and user friendliness.
Interrupt Testing: The process of testing the interruption of a mobile application, which includes testing how the application responds to incoming calls, messages, and notifications.
Regression Testing: The process of testing the changes made to a mobile application, which includes ensuring that the new features added do not affect the existing ones.
Battery Life Testing: The process of testing the battery life of a mobile application, which includes testing how the application affects the battery life of the device.
Network Connectivity Testing: The process of testing the network connectivity of a mobile application, which includes testing how the application performs on different network conditions.
Memory Leak Testing: The process of testing the memory utilization of a mobile application, which includes ensuring that the application does not consume too much memory, resulting in poor performance.
Accessibility Testing: The process of testing the accessibility of a mobile application, which includes ensuring that the application is accessible to people with disabilities.
"Mobile application testing can be an automated or manual type of testing."
"Mobile applications either come pre-installed or can be installed from mobile software distribution platforms."
"Global mobile app revenues totaled 69.7 billion USD in 2015."
"Mobile app revenues are predicted to account for US$188.9 billion by 2020."
"Bluetooth, GPS, sensors, and Wi-Fi are some of the core technologies at play in wearables."
"Mobile application testing accordingly focuses on field testing, user focus, and looking at areas where hardware and software need to be tested in unison."
"The objective of mobile application testing is to ensure the functionality, usability, and consistency of the application software developed for handheld mobile devices."
"Mobile application testing can be performed using either automated testing tools or manual testing approaches."
"Mobile applications can be obtained either by being pre-installed on the device or by downloading them from mobile software distribution platforms."
"The revenue projections for the mobile app industry suggest a significant growth, with expected revenues to reach US$188.9 billion by 2020."
"Wearables make use of technologies such as Bluetooth, GPS, sensors, and Wi-Fi."
"Mobile application testing focuses on field testing, user experience, and ensuring compatibility between hardware and software."
"The purpose of mobile application testing is to evaluate the functionality, usability, and consistency of the developed software for handheld mobile devices."
"Mobile application testing can be performed either through manual testing or utilizing automated testing tools."
"Mobile applications can either come pre-installed on the device or can be downloaded from mobile software distribution platforms."
"The global mobile app industry generated a total revenue of 69.7 billion USD in 2015."
"The mobile app industry is expected to reach a revenue of US$188.9 billion by 2020."
"Wearables rely on core technologies such as Bluetooth, GPS, sensors, and Wi-Fi."
"Mobile application testing focuses on functionality, usability, and consistency, while also ensuring the integration of hardware and software components."