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  • September 01 2023

60+ Test Cases For Registration and Login Page

In this article, we'll walk you through the essential test cases for login and registration pages.

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Chapter 29 : Test Cases For The Login And Registration Page

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OVERVIEW

Creating a login and registration page for your website or app is essential, but making sure it works properly and is secure is even more important. That's where test cases come in handy!

Test cases are instructions that testers use to check if the login and registration pages are functioning as they should. These tests help identify any issues that could make it difficult or frustrating for users to access your website or app.

In this article, we'll walk you through the essential test cases for login and registration pages. We'll explore different types of tests testers perform to make sure these pages work correctly and securely. By understanding these critical test cases, you'll be able to create a smooth and secure user experience for everyone who visits your website or app.

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Why are Test cases important?

When designing a login and registration page, it is crucial to ensure that the page operates correctly and securely. This is where test cases come into play. Test cases comprise a series of instructions that testers follow to guarantee that the page functions as intended.

For a login page, test cases may consist of verifying whether users can enter their login information correctly, if error messages appear when incorrect information is entered, and if users are directed to the appropriate page after logging in.

For a registration page, test cases may include examining if all required information can be entered, if error messages appear when required fields are left blank, and if users can successfully create an account.

By testing these pages meticulously, developers can guarantee that users can access their website or application safely and easily.

Importance of testing the login page and registration page

It is crucial to test the login and signup pages for a few reasons. Firstly, it helps to ensure everything is working as it is supposed to and that users won't face any problems while accessing the site or app. Secondly, testing helps keep users' personal info safe and secure, which is super important these days. By taking the time to test these pages, developers can prevent any potential security issues or data breaches, and create a better and more enjoyable user experience that keeps users coming back for more.

How you can leverage website testing with LambdaTest

LambdaTest is a cloud-based digital experience testing platform that provides a seamless testing experience for web applications and websites. One of the essential areas of testing for any website or application is the login and registration pages. LambdaTest offers a wide range of features that can be leveraged to test these pages thoroughly.

With LambdaTest, testers can test the login and registration pages on 3000+ different environments and real device clouds. This digital experience testing platform guarantees that users can access the pages seamlessly across various devices and platforms.

By leveraging the robust features of LambdaTest for testing login and registration pages, developers can ensure that users can access their website or application securely and with ease.

Note
Download Login and Regestration page Testing Test Cases

Note : We have compiled all Login and Registration page test cases for you in a template format. Feel free to comment on it. Check it out now!!

Test cases for Login page

1. Verify the presence and visibility of login page elements:

This test case checks that every component required for the login page is available and accessible to the user. The login button, the username and password input fields, and any other pertinent components like a "Remember me" checkbox or a "Forgot password" link are all included in this. Verifying these items' visibility makes sure that users can discover and utilise them with ease, which is essential for a great user experience. Any possible problems or faults may be found and fixed early on in the development process by validating the existence and visibility of login page items.

2. Test valid login credentials:

It is essential to test working login credentials to guarantee that users can access the program. This test case entails providing accurate login information, like a legitimate username and password, and confirming that the user has successfully signed in. Valid login credentials must be tested to guarantee that users can access the application with the proper credentials and to ensure a good user experience. This test case also aids in identifying any authentication and authorization-related problems, ensuring that only permitted users may access the application.

3. Test invalid login credentials:

Testing invalid login credentials is an important step in ensuring the security and integrity of a login page. This test involves attempting to log in with incorrect or invalid credentials, such as an inaccurate username or password. By testing invalid login credentials, we could make sure that unauthorized users are unable to gain access to the system. This test also helps in determining any issues or error messages that may occur when invalid credentials are entered.

4. Test empty fields:

Testing empty fields on a login page involves checking the behavior of the system when no values are entered for the required fields. This test ensures that the system does not permit the user to log in without filling in the required fields, and that appropriate error messages are shown for the missing information. It is also important to test the behavior of the system when a user attempts to submit a blank form.

5. Test password case sensitivity:

This test ensures that the login page is case-sensitive when it comes to passwords. It checks whether the login page is programmed to identify the difference between uppercase and lowercase letters given in passwords. For instance, if a user enters a password in all uppercase or all lowercase, it should not permit them to log in.

6. Test username case sensitivity:

This test case involves verifying the login page's behavior when the username entered is case-sensitive. It aims to ensure that the login page correctly recognizes the case of the entered username, and it does not allow a user to log in with an incorrectly cased username. Testers can create multiple test scenarios where they enter usernames in different cases and verify if the login page behaves as expected. This test case ensures that the application provides a consistent and secure user experience by not allowing users to logIn with an incorrectly cased username.

7. Test account lockout:

Testing the account lockout functionality involves trying to log in with incorrect login credentials multiple times. If the system locks the account after a certain number of failed login attempts, the feature is working correctly. We can also check if the lockout period expires or if the user needs to take additional steps to regain access.

8. Test "Remember me" functionality:

To test the "Remember me" functionality, we log in and select the option. Closing and reopening the browser determines if the user remains logged in. If the system remembers the user's login credentials and keeps them logged in, the feature works.

9. Test Remember Me functionality with multiple users:

Testing the "Remember Me" functionality with multiple users involves logging in with different accounts and selecting the option. We then close and reopen the browser to see if each user remains logged in. If the system is able to remember the login credentials of each user and keep them logged in, the feature works correctly.

10. Test "Forgot password" functionality:

Checking the user's ability to successfully reset their password is part of testing the "Forgot password" functionality. To accomplish this, input the user's registered email address or phone number, confirm their identification, and follow the password-reset instructions. The function operates as intended if the system enables the user to reset their password without any problems.

11. Test concurrent sessions:

To test concurrent sessions, we log in to the same account on multiple devices or browsers simultaneously. We perform actions on one device and check if the changes reflect on the other device as well. If the system allows multiple concurrent sessions without any conflicts or inconsistencies, the feature works correctly.

12. Test password strength requirements:

Verifying that the system enforces strong password policies for user security is part of testing password strength requirements. We check the password's complexity by imposing a minimum length requirement and requiring upper- and lowercase letters, digits, and special characters.

13. Test for Cross-Site Scripting (XSS) vulnerabilities:

Testing for Cross-Site Scripting (XSS) vulnerabilities involves checking if the system is vulnerable to attacks where malicious code is injected into web pages viewed by other users. By testing for XSS vulnerabilities, we can ensure that user input is validated and sanitized to prevent any malicious code from being executed on the website. Additionally, testing for XSS vulnerabilities also helps to ensure compliance with security standards and regulations.

14. Test for Cross-Site Request Forgery (CSRF) vulnerabilities:

A website's vulnerability to threats that could allow unauthorised actions to be conducted on behalf of users is assessed using testing for Cross-Site Request Forgery (CSRF) vulnerabilities. In this, the website receives requests from a malicious source, leading to security lapses. The website may be made secure and the users' data can be shielded from harmful assaults by checking for CSRF vulnerabilities.

15. Perform performance testing:

Performance testing is performed to evaluate the performance of a system and assure it meets the required performance standards. By performing performance testing, we could calculate the system's speed, scalability, and stability under changing workloads. This helps to identify any blockages or performance issues and determine the maximum capacity of the system.

16. Localization testing:

Localization testing involves confirming that a software application is adapted to meet the specific language, cultural, and other local requirements of a particular country or region. This contains testing the application's ability to correctly show local date and time formats, currency symbols, and other language-specific characters. It also involves ensuring that the application's features, functionalities, and user interface are culturally appropriate and sensitive to the local traditions and practices.

17. Test session timeout:

In Testing session timeout, A user's session is terminated after a specific period of inactivity. This ensures that unauthorized users do not gain access to the system if the user leaves their device unattended. We test for session timeout to make sure that the system is secure and that user data is protected.

18. Test concurrent login sessions:

Checking whether the system permits several users to log in simultaneously using the same credentials is known as testing concurrent login sessions. Data loss and security lapses may result from this.

19. Test account recovery:

If users lose their login information, the account recovery method aids in giving them access to their account once more. We do account recovery testing to confirm that this procedure is safe, simple to use, and efficient. We test the system to make sure it asks for the right data to verify the user's identity and that it prevents unauthorized access to the account. Additionally, we check that users may retrieve their accounts without any problems or mistakes.

20. Test social media login integration:

Social media login integration testing ensures that the integration between a social media platform and a website or application works smoothly and securely. This integration allows users to log in to the website or application using their social media account credentials, which is a convenient and time-saving option.

During testing, we verify that users can log in successfully with their social media credentials and that their information is securely retrieved. We also test the compatibility of the feature with different platforms and devices to ensure that it works seamlessly for all users.

To offer consumers a seamless and convenient login experience while upholding the security and privacy of their data, social network login integration must be thoroughly tested.

21. Test password reset link expiration:

When a user forgets their password, they may request a password reset link to be sent to their email address. This link is usually only valid for a certain amount of time, after which it will expire for security reasons. Testing password reset link expiration involves verifying that the link is only valid for the specified time and becomes invalid after the expiry time has passed.

During testing, we check that the password reset link becomes inactive once the specified time limit has passed. This helps to ensure that the link is only available for a limited period, reducing the risk of unauthorized access to the account. We also test that users are notified of the link's expiration through an error message or notification, which can help them understand why they are unable to reset their password.

Testing password reset link expiration is important to maintain the security and privacy of user data. It helps ensure that only authorized users have access to their accounts and reduces the risk of unauthorized access.

22. Test login page performance under load:

Testing login page performance under load involves verifying the ability of the login page to handle a large number of simultaneous user requests. This type of testing helps ensure that the login page can function effectively and efficiently even during periods of high user traffic.

During testing, we simulate a high volume of user requests to the login page and monitor its performance. We measure the time it takes for the login page to load, the response time for user input, and the ability of the login page to handle multiple user requests simultaneously. We also check that the login page remains secure during periods of high traffic and that it does not compromise user data.

It is critical to test login page speed under load to ensure that users can access their accounts quickly and effectively—even during periods of peak demand.

23. Test browser compatibility:

Browser compatibility testing is the process of testing a website or application to ensure that it works correctly and consistently across different web browsers. Different web browsers can have unique features, rendering capabilities, and performance characteristics, which can cause a website or application to behave differently.

We evaluate the website or application on various browsers and versions during browser compatibility testing to make sure it works correctly and consistently across all of them. We verify that user data is secure, that the website or application shows properly, and that all capabilities operate as intended.

To guarantee that consumers, irrespective of the browser they are using, have a consistent experience when using the website or application, browser compatibility testing is crucial.

24. Test accessibility compliance:

Accessibility compliance testing is a crucial process to ensure that websites or applications are usable by people with disabilities. It verifies that the website or application follows accessibility guidelines and standards like WCAG. Testing involves checking the website's compatibility with assistive technologies and ensuring that users with disabilities can access and use the website effectively. The testing aims to remove barriers that may hinder users with disabilities from accessing or using the website.

25. Test error handling:

Error handling testing is the process of testing how a system responds to unexpected errors or input. During testing, we simulate different error scenarios and input incorrect data to verify that the system can handle errors gracefully and provide meaningful error messages to users.

26. Test password complexity requirements:

Testing password complexity requirements involves verifying that a system's password policies enforce the desired level of complexity for user passwords. This testing ensures that users create strong passwords that are less prone to hacking and unauthorized access. During testing, we check that the password policy is consistent with industry standards and that it prevents users from creating easily guessable passwords. We also verify that the system provides clear and meaningful error messages when users attempt to create weak passwords, helping them create stronger and more secure passwords.

27. Test login with expired credentials:

Testing login with expired credentials involves verifying that a system prevents users from logging in using credentials that have exceeded their validity period. During testing, we simulate the use of expired login credentials and verify that the system prevents users from logging in. We also verify that the system provides clear error messages indicating that the credentials have expired and instructs users on how to renew their login credentials.

28. Test login with temporary credentials:

Testing login with temporary credentials involves verifying that a system allows users to log in using temporary credentials that are valid for a limited time. Temporary credentials are commonly used in situations where a user needs access to a system for a short period, such as during employee onboarding or when granting temporary access to a contractor. During testing, we verify that the temporary credentials work correctly and provide the expected level of access. We also check that the system expires the temporary credentials after the specified time period to ensure that the system's security is not compromised.

29. Test login with multi-factor authentication (MFA):

Testing login with multi-factor authentication (MFA) involves verifying that a system properly implements an additional layer of security beyond the traditional username and password login method. MFA requires users to provide additional authentication factors, such as a security token or biometric data, to prove their identity and access the system. During testing, we verify that the MFA process is properly implemented and the system requests the correct authentication factors. We also check that the system grants access only after successful completion of the MFA process, ensuring that unauthorized access is prevented.

30. Test login with account inactivity:

Testing login with account inactivity involves verifying that a system handles login attempts after a user's account has been inactive for a specified period. During testing, we simulate a user's account being inactive for a defined time and then verify that the system prevents login attempts until the user resets their account.

31. Test login with blocked or deactivated account:

Testing login with a blocked or deactivated account involves verifying that a system prevents users from accessing an account that has been blocked or deactivated due to security reasons or policy violations. During testing, we attempt to log in to the system using a blocked or deactivated account and verify that the system prevents access and provides clear error messages.

32. Test password reset process:

Testing the password reset process involves verifying that a system allows users to reset their forgotten passwords securely. During testing, we simulate a user forgetting their password and requesting a password reset. We verify that the system sends a password reset email or message and the reset process is secure, user-friendly, and effective. We also check that the reset link or token is valid for a limited period and expires after use to prevent unauthorized access. This type of testing helps ensure that the system protects user information and maintains the system's security.

33. Test login page behavior during maintenance:

Testing login page behavior during maintenance involves verifying that a system displays appropriate messages and handles user requests correctly when the login page is undergoing maintenance. During testing, we simulate maintenance of the login page and verify that the system displays clear and user-friendly messages about the maintenance period, preventing users from attempting to log in during maintenance.

34. Test login page behavior with CAPTCHA:

Testing login page behavior with CAPTCHA involves verifying that a system's login page displays and validates CAPTCHA correctly. During testing, we simulate a login attempt and verify that the CAPTCHA is displayed correctly and is readable by users. We also ensure that the system validates the entered CAPTCHA correctly before allowing the user to log in.

35. Test login page behavior with password visibility toggle:

Testing login page behavior with a password visibility toggle involves verifying that a system's login page allows users to toggle the visibility of their password while entering it. During testing, we simulate a login attempt and verify that the password visibility toggle is displayed and functions correctly. We also ensure that the password is obscured by default and that the system does not store the visible password in plain text.

36. Test login page behavior with browser autofill:

Testing login page behavior with browser autofill involves verifying that a system's login page interacts correctly with autofill features built into web browsers. During testing, we simulate a login attempt and verify that the system supports autofill correctly. We also ensure that the system is not affected by autofill vulnerabilities such as autofill spoofing.

Test cases for Registration pages

1. Verify the presence and visibility of registration page elements:

Verifying the presence and visibility of registration page elements involves ensuring that all required elements are present on the registration page and that they are visible to users. This type of testing includes validating that the registration form fields and buttons are correctly labeled, positioned, and styled and that the page is accessible and user-friendly.

2. Test valid registration:

Testing valid registration involves verifying that a user can successfully register for an account on a system using valid inputs. During this testing, we validate that all required fields are properly labeled and functional, that error messages are displayed appropriately if the user enters invalid inputs, and that the system confirms successful registration.

3. Test registration with an existing username:

Testing registration with an existing username involves verifying that the system prevents a user from registering for an account using a username already in the system. During this testing, we validate that the system displays appropriate error messages, preventing the user from completing the registration process using an existing username.

4. Test registration with an existing email address:

Testing registration with an existing email address involves verifying that the system prevents a user from registering for an account using an email address that already exists in the system. This testing verifies that the system issues the proper error messages, preventing the user from completing the registration process by utilizing an existing email address.

5. Test registration with invalid email format:

Testing registration with an invalid email format involves verifying that the system rejects registration attempts with email addresses that do not follow a valid format. This helps to ensure that only valid email addresses are accepted for registration.

6. Test registration with a weak password:

When users register for an account, they need to create a password that meets specific strength criteria. Weak passwords make the user's account more vulnerable to unauthorized access. During the registration process, testers verify whether the system enforces password strength rules. They also test the system's behavior when the user enters a weak password.

7. Test registration with mismatched passwords:

Testing registration with mismatched passwords involves checking whether the system is able to detect and reject user registrations with non-matching password entries correctly. This is important for ensuring the security of user accounts. During this testing, the tester creates a user account with a password and then attempts to register another account with a different password. If the system correctly detects the mismatch and rejects the registration, the test is successful. If not, the test fails, and corrective action is taken.

8. Test registration without entering a username:

Testing the registration page for functionality without entering a username is crucial to ensure a seamless user experience. If a user is not prompted to fill in the required field when they attempt to register without entering a username, it can lead to frustration and confusion.

9. Test registration without entering an email address:

Testing registration without entering an email address ensures that the registration page prompts users to fill in the required field. The registration process should not proceed until a legitimate email address is entered. This test guarantees that the system collects the correct user information and prevents spam or fraudulent accounts from being created.

10. Test registration without entering a password:

Testing registration without entering a password is an essential aspect of ensuring the proper functionality of a registration page. Users should be prompted to complete the needed information on the registration page if they attempt to register without inputting a password. The user shouldn't be able to complete the registration process unless they enter a legitimate password, according to the system. Testing this guarantees a seamless experience and a secure registration process for users.

11. Test registration without confirming the password:

Testing registration without confirming the password is important to make sure proper functionality of a registration page. When a user tries to register without confirming the password, the registration page should prompt them to fill in the required field. The user shouldn't be able to complete the registration process unless they confirm their password, and the system should verify that both password fields match.

12. Test registration with special characters in the username:

Testing registration with special characters in the username is important to ensure that the registration page can handle non-alphanumeric characters correctly. This test involves registering with a username that includes special characters such as "@", "#", and "&". The registration system should accept the username without any issues and confirm the successful registration.

13. Test registration with a long username:

Testing registration with a long username is crucial for ensuring the functionality of the registration page. When a user enters a long username during registration, the system should accept it if it's within the allowed character limit and doesn't violate any rules. The registration page must validate the username and prompt the user to correct any errors before submitting.

14. Test registration with a long email address:

Testing registration with a long email address is important to ensure that the system can handle email addresses of various lengths. The registration page should be able to accept and process long email addresses without any problems when a user tries to sign up with one. The user should be able to complete the registration process successfully, with their email address being stored accurately in the system. This test guarantees that the registration page can accommodate different email address lengths and maintains a smooth registration process.

15. Test registration with a long password:

Testing registration with a long password is essential to ensure that the system can handle passwords of various lengths. Users must be able to set a password that is secure and unique, without restrictions on the length. The registration page should accept and process the input of a long password without any issue, and the user should be able to complete the registration process successfully. This test ensures a secure registration process and a smooth user experience.

16. Test registration with leading or trailing spaces in the username:

Testing registration with leading or trailing spaces in the username is an important aspect of ensuring the proper functionality of a registration page. When a user tries to register with leading or trailing spaces in their username, the registration page should prompt them to remove the spaces and enter a valid username. The system should prevent the user from completing the registration process unless they submit a valid username without any spaces. This test ensures a seamless user experience and a proper registration procedure.

17. Test registration with leading or trailing spaces in the email address and Password:

Testing registration with leading or trailing spaces in the email address and password is crucial to ensure a smooth registration process and accurate data storage. The registration page should detect and remove any unnecessary spaces in the email address field before validation, ensuring that the entered email is valid and properly recognized by the system. Similarly, for the password field, the registration page should trim any leading or trailing spaces, considering only the valid characters in the password. This ensures that users can register successfully without encountering issues caused by extra spaces. Conducting these tests guarantees a user-friendly experience and maintains data integrity within the system.

18. Test registration with SQL injection attempts in the input fields:

Testing registration with SQL injection attempts in the input fields is essential to ensure the security of the registration process. SQL injection is a hacking technique that exploits a vulnerability in the database by injecting malicious SQL code into input fields. Testing the registration page's ability to recognize and defend against SQL injection attacks entails inserting SQL instructions into the input fields. This test makes sure that the system is secure from SQL injection attacks and protects user data from potential threats.

19. Test registration with XSS (Cross-Site Scripting) attempts in the input fields:

Testing registration with XSS (Cross-Site Scripting) attempts in the input fields is an important aspect of ensuring the security of a registration page. An attacker may attempt to inject malicious scripts into input fields, such as the username, email address, or password fields. The system should have measures in place to detect and prevent XSS attacks.

20. Test the performance of the registration process under normal load:

Testing the performance of the registration process under normal load is crucial to ensure that the system can handle the expected number of users without any performance issues. This test involves simulating typical user traffic and measuring factors such as response time, server load, and error rates. By conducting this test, developers can identify and address any bottlenecks or issues that may arise during peak registration periods.

21. Test the performance of the registration process under high load:

Testing the performance of the registration process under high load is essential to evaluate how the system performs during periods of intense user activity. This test involves simulating a significantly higher number of concurrent users, pushing the system's limits to assess its scalability, response time, and stability.

22. Test the responsiveness of the registration page on different devices and screen sizes:

Testing the responsiveness of the registration page on different devices and screen sizes is crucial to ensure a seamless user experience across various platforms. This test involves accessing the registration page on different devices such as smartphones, tablets, and desktop computers, as well as emulating different screen resolutions.

23. Test the compatibility of the registration page with different browsers and versions:

Testing the compatibility of the registration page with different browsers and versions is crucial to ensure that users can access and interact with the page without any compatibility issues. This test involves accessing the registration page using various browsers, such as Google Chrome, Mozilla Firefox, Safari, and Microsoft Edge and testing different versions of each browser. It guarantees a smooth and accessible registration experience for all users, regardless of their browser preference.

24. Test the localization of the registration page by entering information in different languages:

Testing the localization of the registration page by entering information in different languages is crucial to ensure that the page supports multiple languages and maintains proper functionality across various language settings. This test involves entering registration information in different languages, such as English, Spanish, French, and more, and validating that the page accurately handles and displays the entered information. It guarantees inclusivity and accessibility for a diverse user base.

25. Test the accessibility of the registration page for users with disabilities:

Testing the accessibility of the registration page for users with disabilities is crucial to ensure inclusivity and equal access to all individuals. This test involves evaluating the page's compliance with accessibility standards such as WCAG (Web Content Accessibility Guidelines), testing features like keyboard navigation, screen reader compatibility, and proper labeling of form fields for users with visual impairments.

26. Test the error handling and display of appropriate error messages for different scenarios:

Testing the error handling and display of appropriate error messages for different scenarios is crucial to ensure that users receive clear and informative feedback when they encounter errors during the registration process. This test involves intentionally triggering various error conditions, such as invalid input, missing fields, or duplicate entries, and verifying that the registration page accurately detects these errors and displays relevant error messages to guide the user.

Conclusion:

In conclusion, the testing conducted on the login and registration pages is of utmost importance to ensure their seamless functionality, robust security, and user-friendly experience. Thorough testing allows developers to identify and rectify any potential issues pertaining to account recovery, social media integration, password reset, browser compatibility, accessibility compliance, error handling, and other crucial aspects. These test cases serve to verify that users can effortlessly log in, create accounts, and navigate through the pages without encountering any hurdles or vulnerabilities. Moreover, they ascertain that the registration process is strong, password requirements are enforced effectively, and account statuses are managed appropriately. Through meticulous testing, developers strive to deliver a reliable and user-centric experience, ensuring convenience, protecting user data, and fostering overall satisfaction with the login and registration functionalities.

Frequently asked questions

  • General ...
How do you write test cases for registration and login page?
To write test cases for a registration and login page, first, ensure all mandatory fields are tested with valid and invalid inputs, and then verify the successful registration and login processes using both correct and incorrect credentials.
What are the test cases of login form?
To write a test case for a page, identify the expected inputs, actions, and desired outcomes, then document them systematically in a clear and concise format.
How to write test cases for the login page in Selenium?
To write test cases for a login page in Selenium: Identify positive and negative scenarios, covering valid and invalid inputs, password strength, error messages, and successful login. -> Use Selenium to automate actions like entering credentials, clicking the login button, and verifying expected outcomes such as successful login or appropriate error messages.

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