Top 50+ Mobile Development Test Cases

OVERVIEW

Mobile apps have been a significant trend for years. Mobile apps are software programs run on mobile devices like smartphones and tablets. Unlike websites, which can be accessed from any device with an Internet connection, mobile apps are built specifically for each operating system (like iOS and Android), so they take advantage of the unique features offered by that particular platform. This provides an enhanced user experience compared to web-based browsing.

More than 78% of people worldwide own a smartphone and are using apps that fall into various categories, including gaming and music apps. Some of the world's most popular apps are WhatsApp, Spotify, HeadSpace, and Facebook.

This tutorial will take you through all concepts around Mobile Development, why to use it, and what mobile development is. To help you accelerate your testing game, we have covered more than 50+ Mobile Development test case template examples. So, let’s get started!

• What is Mobile Development?
• Why Use Mobile Development?
• What Are Mobile Development Test Cases?
• Test Cases For Functional Testing
• Test Cases For Performance Testing
• Test Cases For Security Testing
• Test Cases For Usability Testing
• Compatibility Testing Test Cases
• Wrapping Up!

Mobile development refers to the process of creating software applications that are designed to run on mobile devices such as smartphones and tablets. Mobile development includes both the development of native applications, which are specifically designed to run on a particular mobile platform, as well as the development of cross-platform applications that can be used on multiple mobile platforms.

Mobile development typically involves programming languages such as Java, Kotlin, Swift, Objective-C, and JavaScript, as well as frameworks and tools such as Android Studio, Xcode, React Native, and Flutter. Mobile developers must also be familiar with different mobile platforms' unique features and capabilities, such as the touch screens and sensors on smartphones and tablets.

There are several reasons why mobile development is an essential and useful area of software development:

• Mobile devices are ubiquitous: Mobile devices such as smartphones and tablets are used by millions worldwide and have become an integral part of their daily lives. Mobile applications provide a convenient and accessible way for users to access information and services.
• Higher engagement and conversion rates: Mobile applications have been shown to have higher user engagement and conversion rates than mobile websites. This is because mobile apps provide a more personalized and streamlined user experience and can take advantage of features such as push notifications and in-app messaging.
• Better user experience: Mobile applications can be designed to provide a better user experience than mobile websites. They can take advantage of features such as touch screens, cameras, and sensors to create a more interactive and engaging experience for users.
• Access to device features: Mobile applications can access a range of device features, such as the camera, GPS, and accelerometer, which can be used to create innovative and useful applications.
• Potential for monetization: Mobile applications can be monetized through various methods, such as in-app advertising, purchases, and subscriptions.

If you are seeking for Mobile development test cases for particular sector of the market you can test Media and Entertainment app testing test cases.

Overall, mobile development is significant because it provides a way for businesses and organizations to reach and engage with their audience on a platform that is convenient, accessible, and personalized.

Mobile development test cases are scenarios or steps to test a mobile application's functionality. The primary goal of test cases is to ensure that the application works as expected, meets the requirements and specifications, and provides an optimal user experience.

Mobile development test cases are usually documented in a test plan, outlining the tests to be conducted, the expected outcomes, and the pass/fail criteria. They are executed by skilled software testers, using manual or automated testing tools, to identify any defects, bugs, or errors in the mobile app before it is launched to the end users. By testing thoroughly, the team can ensure that the app is reliable, efficient, and meets the customer's expectations, thus providing a better user experience.

Functional testing is a type of testing that evaluates the individual features and functions of the application to ensure that it works correctly. It typically involves testing the app's user interface, interactions, and other functionalities to ensure they meet end users' expectations. Functional testing aims to identify any defects or issues in the app's functionality and to ensure that the app operates as intended.

Here are the test scenarios for performing functional testing:

• Validation of essential fields.

Validating whether the essential fields are working as intended is a crucial part of mobile app development. Mandatory fields are those fields that the user must fill in before they can proceed to the next step or submit the form. These fields often include critical data such as name, email address, phone number, and other personal information.



• Validation of non-essential fields.

Validating essential fields that are displayed on the screen differently than the non-essential fields is an essential part of mobile development. This helps to ensure that users can quickly and easily identify which fields are required and which are optional.



• Validation of application functionalities as per the proposed requirements.

Validating whether the mobile application functions as per the proposed requirements whenever it starts or stops is essential to mobile app development. This involves ensuring the app loads correctly without any errors or issues and functions as expected when it starts or stops.



• Validate if the application is minimized in case of a phone call.

Validating whether the mobile application is minimized in case of a phone call is essential to mobile app development. This involves testing the app's behavior when it receives an incoming phone call while it is in use.



• Validation of the SMS functionality.

Validating the phone’s functionality whenever is essential to mobile app development. This involves ensuring that the mobile application does not interfere with the regular operation of the device, including the ability to receive and process SMS messages.



• Validate if the device can handle multitasking seamlessly.

Validating that a mobile device can handle multitasking seamlessly is essential to mobile app development. This involves ensuring the device can handle multiple tasks and switch between them smoothly without affecting the user experience.



• Validation of social sharing features supported by the application.

Validating that the mobile application can support social sharing features is an important part of mobile app development. This involves ensuring users can easily and seamlessly interact with social networks through the app.



• Validation of the payment gateway functionality supported by the application.

Validating that the payment gateway functionality is supported by the mobile application as intended is an important part of mobile app development. This involves ensuring users can easily and securely make payments through the app using the supported payment gateway options.



• Validation of page scrolling functionality within the application.

Validating that the application supports page scrolling scenarios is an important part of mobile app development. This involves ensuring that users can easily scroll through pages within the app, whether it is to view content, navigate to different parts of the app, or perform other actions.



• Module-level validation of the application.

Validating module-level validation of the application as intended is an important part of mobile app development. This involves ensuring that users can easily navigate different sections or modules of the app, whether to access additional features, view content or perform other actions.



• Validation whether truncation errors are within acceptable limits.

Validating the acceptable limit of the truncation errors is an important part of mobile app development. Truncation errors occur when the app or the database cuts off some of the data due to storage capacity or processing power limitations.



• Validation of "Network error"/"Mobile network not available" scenarios.

Validation of “Network error”/”Mobile network not available” scenarios is an important part of mobile app development. This involves ensuring that users are informed about network connectivity issues and receive clear and understandable error messages.



• Validating the R.A.M usage of the application.

Validating the R.A.M usage of the mobile application to perform satisfactorily is an important part of mobile app development. This involves ensuring that the app does not negatively impact the performance of the device, other apps, or its users.



• Validation of application installation.

Validating the smooth installation of the application means checking and ensuring the application can be installed on the user's device without any issues or errors. This validation process is important to provide a positive user experience and to prevent potential problems that could lead to user frustration or dissatisfaction.



• Validation of application's auto-start functionality.

This test case means validating the application’s auto-start functionality as intended when the device is turned on or restarted. This process involves testing the application's functionality to ensure it works correctly and meets the requirements specified for the auto-start feature.



• Validation of application performance across different cellular bands (e.g. 3G, 4G, 5G).

This test case involves validating the application’s performance across different cellular network bands, such as 2G, 3G, and 4G, which means ensuring that the application functions as intended and meets the performance requirements across all types of mobile network connections.



• Perform Regression Testing.

Regression testing in mobile development is a process of testing a mobile application after changing the functionality to ensure that the changes have not introduced any new software bugs in existing application areas. The goal of regression testing is to maintain the stability and reliability of the mobile application by identifying any further issues or bugs introduced by the changes.

Performance testing in mobile development evaluates a mobile application's performance and responsiveness under various conditions, such as different levels of network connectivity, varying device configurations, and user loads. The main objective of performance testing in mobile development is ensuring the application’s performance meets the expected level of performance and user experience.

Here are a few examples of common test scenarios for performance testing in a mobile application.

• Validate application's performance under different load conditions.

Validating the application’s performance under different load conditions means evaluating the performance of an application under varying levels of load, such as user traffic, data volume, and resource utilization, to ensure that it meets the specified requirements.



• Validate network coverage at different usage pattern.

This test case involves validating network coverage at different usage pattern. This involves evaluating the network's capabilities to decide whether or not it can handle the expected volume of data traffic from the application.



• Validate the performance of client-server setup.

This test case involves validating the performance of client-server setup. You need to evaluate the performance of both the client-side and server-side components.



• Validation of application performance.

This test case involves identifying performance issues in an application and its infrastructure that are causing it not to meet the required level of performance or user acceptability.



• Validation of application response time.

This test case involves testing an application's response time to determine if it meets the performance requirements or expectations. Response time is the application's time to respond to a user's request. It can be measured in various ways, such as the time it takes for a webpage to load or a form to submit.



• Evaluation of hardware's capability to handle large load.

This test case involves evaluating the hardware’s capability to handle large load volumes. Load volume refers to the traffic or workload a product or hardware is expected to handle.



• Validation of application's performance under different battery levels.

This test case involves validating the impact of different battery levels on the performance of the application. As mobile devices rely on battery power, ensuring the application's performance does not drain the battery too quickly is essential.



• Validation of application performance whenever there is change in network conditions.

This test case involves testing the performance of an application when there is a change in the network conditions. This testing aims to ensure that the application can perform consistently under varying network conditions and identify any performance issues or bottlenecks that may occur during network transitions.



• Validation of application's CPU consumptions.

This test case involves testing an application's CPU usage to ensure it is optimized and efficiently using the available processing power. CPU optimization testing involves analyzing an application's code and identifying performance bottlenecks that could be causing excessive CPU usage.



• Periodic monitoring of application's battery and memory consumption.

This test case involves validating an application’s battery and memory consumption, and the efficient usage of resources like GPS and cameras.



• Validation of application's longevity at higher load levels.

This test case involves testing an application's ability to handle a high user load over an extended period without any performance degradation or crashes. This includes simulating heavy user loads and measuring the application's performance over a prolonged period, typically several hours or even days.



• Performance validation under different network throttling conditions.

This test case involves testing an application's ability to handle intermittent network connectivity or operate offline. This also involves simulating various network conditions, such as switching between network connectivity and disconnected mode, to measure the application's ability to maintain and provide data and services to the user even when connectivity is lost.

Security testing in mobile development is testing a mobile application to identify vulnerabilities or weaknesses in its security features. Security testing helps us uncover flaws that could lead to data breaches, unauthorized access, or other security risks.

Security testing in mobile development typically involves testing the app's authentication and authorization mechanisms, data encryption, storage of sensitive information, network communication protocols, and other security features. The testing can be done manually or using automated tools to simulate attacks and identify potential security vulnerabilities.

Here are some the major security consideration for mobile app testing.

• Validate application's behavior when subjected to brute force attack.

This test case involves testing an application's ability to withstand a brute-force attack. Brute force attacks are a type of attack that involves repeatedly trying different combinations of usernames and passwords or other inputs until the correct one is found.



• Validate password requirements of the application

This test case involves validating an application's password requirement system to ensure that it is secure. This includes activities aimed at acquiring, modifying, or reclaiming another user's password through various methods, such as brute force attacks, password guessing, or exploiting vulnerabilities in the password reset process.



• Validate Application session management

This test case involves testing an application's session management system to ensure that user sessions are terminated after a certain period of inactivity or when the user logs out. Insufficient application session management can lead to security vulnerabilities as it allows an attacker to gain unauthorized access to an application by using an active session of a user who has already logged out or whose session has expired.



• Validate application's dynamic dependencies from a security standpoint.

This test case involves identifying any components in a system that may change over time and taking steps to prevent attackers from exploiting any vulnerabilities in those components.



• Prevention of SQL injection attacks.

SQL injection is a web application security vulnerability where an attacker can inject malicious SQL code into a web application's database input fields. The attack can result in unauthorized access to sensitive data, modifying or deleting data, or even taking control of the entire system.



• Identification and recovery of unmanaged code structure.

Unmanaged code refers to computer code written in a programming language that does not require a runtime environment or virtual machine to execute. This test case aims to ensure that any unmanaged code scenarios are identified and that the application can recover from them.



• Validation of application's certificates.

Certificate pinning is a security technique that helps ensure the authenticity of a server's SSL/TLS certificate by associating it with a specific public key or set of public keys. This test case can help prevent man-in-the-middle (MITM) attacks, where an attacker intercepts the communication between a client and server and presents a fake certificate to the client.



• Strengthening network and application's security from DDOS attacks.

Denial of service (DoS) attacks are a type of cyber attack that attempts to disrupt the normal functioning of a network or application by overwhelming it with traffic or other requests. This test case safeguards the application and the network from such attacks.



• Analysis of data storage and validation requirements.

Analyzing the data storage and validation requirements means examining the data that will be collected and processed by an application or system and determining how it should be stored and validated to ensure accuracy, consistency, and security.



• Avoidance of risks related to unauthorized user access.

Session management is a critical aspect of application security that involves managing user authentication and user sessions. Its primary purpose is to prevent unauthorized access to sensitive data or functionality by ensuring that only authenticated users can access the system and that their access is authorized correctly.



• Validation of business logic implementation from a security standpoint.

Validating the security of a business logic implementation involves ensuring that the application or system is protected against external attacks that may exploit weaknesses in how data is processed and manipulated within the application.



• Analysis of file system interactions and take actions in case of vulnerabilities.

This test case involves analyzing the interactions of file system, determining any vulnerabilities, and correcting these problems is a documented procedure or set of steps that outline how to conduct the analysis and identify potential vulnerabilities in the application's file system interactions.



• Validation of protocol handlers.

This test case involves verifying that the application can handle different protocols securely. For instance, one way to test the security of protocol handlers is by attempting to modify the application's initial landing page by employing a malicious iframe.



• Safeguarding against harmful client-side injections.

This test case involves ensuring that user input is validated and sanitized before application processing.



• Safeguarding against harmful runtime injections.

This test case involves ensuring that the application or system can handle user input securely and protect against attacks such as code injection and command injection.



• Ensuring secure storage of data to prevent vulnerabilities.

This test case involves ensuring that the application or system can handle file caching securely and protect against attacks such as cache poisoning and cache-based side-channel attacks.



• Securing data storage to prevent vulnerabilities.

This test case ensures that sensitive data such as passwords, credit card numbers, and confidential information is not stored in the keyboard cache or any other insecure location.



• Avoidance of malicious attacks arising due to access to cookies.

This test case ensures that cookies are used securely and that attackers cannot manipulate them to perform malicious actions.



• Conduct regular audits for strengthening data protection

This test case guarantees routine audits for data protection analysis; it is essential to conduct periodic reviews of the security measures implemented in the organization to protect sensitive data.



• Validation of custom-created files from a security standpoint.

Investigating custom-created files involves analyzing their contents and metadata to determine their purpose and potential risks.



• Analysis of different data streams from a security standpoint.

Analyzing various data streams involves reviewing the data flowing through various systems and networks to identify vulnerabilities or security risks.

Usability testing in mobile development evaluates the mobile application's ease of use, user interface, and overall user experience. Usability testing ensures that that the mobile application is intuitive, easy to navigate, and provides a positive user experience. It typically involves testing the app's user interface, navigation, accessibility, and other features that affect the user experience. This can be done through user surveys, focus groups, or in-person testing sessions, where users are observed while they interact with the application.

The general test scenarios for usability testing in a mobile application are:

• Verify the placement of buttons.

This test case validates the placement of buttons; buttons that perform similar functions or actions should be consistently located in the same area of the user interface. This helps users to locate and identify the buttons they need easily, reducing confusion and increasing efficiency.



• Verify the consistency of icons used in the application.

This test case validates if the application icons are natural and consistent, meaning that the graphical representations used to depict different functions or actions within the application or website should be intuitive and in line with the overall design and purpose of the application.



• Verify if buttons with similar functionalities share the same color.

This test case ensures consistent color for buttons with the same function, meaning that buttons that perform the same function or action within an application or website should be visually consistent.



• Validation of zoom-in and zoom-out functionalities.

This test case validates the activation of tapping, zoom-in, and zoom-out functionality, meaning that the application or website should have a testing process in place to confirm that the tapping, zoom-in, and zoom-out features are functioning correctly. This testing process can involve performing various actions, such as tapping buttons, text fields, or other interactive elements to confirm that they respond as expected.



• Validate if the keyboard input is minimizable.

This test case ensures that the keyboard input is minimizable appropriately, meaning that the application or website should have a way to minimize or hide the keyboard when it is not needed or when it takes up too much screen space. Minimizing the keyboard can help to free up screen space and make it easier for users to view the content on the screen, especially on smaller screens like mobile devices.



• Thorough validation of application's functionalities.

This test case validates that the application offers a method to go back or undo an action within a reasonable timeframe when a wrong item is touched, meaning that the application or website should have a feature that allows users to undo a mistakenly performed action or navigate back to a previous screen or state of the application.



• Validate text visibility.

This test case validates the text visibility to the users, meaning that the text displayed within the application or website should be easy to read and understand. This can be achieved by using clear and concise language and avoiding jargon or technical terms that may be unfamiliar to users.



• Validate application content from a readability standpoint.

This test case validates the application’s ability to display content from a readability perspective, meaning that the text displayed within the application or website should be structured in a way that is easy to read and understand.



• Validate if consistency is maintained in the font-style and size.

This test case ensures consistency of the font-size from the reading standpoint, meaning that the text displayed within the application or website should be of an appropriate size that is easy to read and not too small or too large.



• Validation of upload/download functionality in the application.

This test case ensures whether a user wants to download a large amount of data that could affect the application's performance. When the user initiates enormous data download, the application will prompt the user to confirm the download or provide additional information before proceeding with the download.



• Validating application closure and reopening in the same state from different states.

This test case validates that the application closure is executed from various states, meaning that you need to test whether the application can be closed successfully from various points or conditions within the application.



• Validation of localization features of the application.

This test case verifies the conversion of all strings into the appropriate languages when a language translation feature is available. Whenever a system or tool can translate strings or text from one language to another, all strings or text should be translated to the appropriate language so that the intended audience can understand them.



• Validating synchronization of application items based on user actions.

This test case guarantees the synchronization of application items in accordance with user actions. It should update or refresh its display or content in real time based on the user's interactions with the application.



• Validate if a detailed user manual is available for user's perusal.

This test case ensures that an accessible user manual is available to assist end-users in understanding and using the application effectively. It means that the application should come with documentation explaining how to use its features and functions, especially for users who need to become more familiar with it.



• Perform usability testing of the application.

It is essential to perform a usability testing process to validate whether the application provides an available user guide for those unfamiliar with the app. This testing aims to identify any usability issues that may cause confusion or frustration for the users and to ensure that the application provides a good user experience.

Compatibility testing in mobile development verifies that the app functions correctly across various devices, operating systems, and network conditions. It holds great importance due to the varying specifications of mobile devices, such as screen sizes, processor speeds, memory capacities, and other hardware features that can affect how the app performs. Additionally, the mobile app must function correctly across various operating system versions, as well as different browsers and network configurations.

Below are some commonly used test scenarios for conducting compatibility testing in a mobile application:

• Validation of application's functionalities on different screen sizes.

This test case ensures a responsive user interface that fits the device screen, preventing any text or controls from being partially hidden or inaccessible. This involves testing the application to ensure all user interface elements are visible and accessible on different screen sizes and resolutions.



• Perform accessibility testing of the application.

This test case validates the readability for all application users, meaning that the text in the application should be designed to be easily readable for all users, including those with visual impairments or disabilities.



• Validation of call/alarm functionalities of the application

This test case ensures the application can handle interruptions such as incoming calls or alarms. This means the application should be able to suspend or minimize itself when an incoming call is received, or an alarm goes off and then automatically resume once the call or alarm has been handled.

Today, mobile applications are gaining popularity and transforming business. They can help companies engage with customers, increase revenues and improve efficiency. That's why examining your mobile development process is essential to ensure that you build efficient, robust, and engaging solutions.

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