Understanding UI Test Cases (with Examples)

Related Products

UI test cases focalise on verifying the functionality, serviceability, and consistence of a software application & # 8217; s user interface.

This article explores what UI are, why they matter, and how to create them effectively with real-world examples.

What is UI Testing?

involves essay each and every aspect of the UI according to the set of essential. UI testing can also be execute from an end user view in footing of functionality and execution. UI testing can be done in many shipway & # 8211; manually testing various aspects of UI, by using automation tools like selenium, UFT etc.

UI testing helps to see the UI compatibility across multiple browser, device, platforms, reactivity, scalability and performance across multiple devices.

It likewise tests the canonic functionality of the software by assure whether the software meets the expected line requirements. It also checks the various part that organize together the User Interface of the application such as: page title, font size, font color, text boxes, check boxful,, etc.

Importance of UI Testing

UI Testing plays a crucial role in delivering a seamless user experience. Here & # 8217; s why it ’ s vital:

• Enhanced User Experience: A well-tested UI eliminates broken links and misaligned layouts, leading to greater user satisfaction, retention, and a strong brand report.
• Functionality Assurance: UI testing ensures features like comment validation, dropdown menus, and data presentation work as expected, preventing user frustration and errors.
• Cross-Platform Compatibility: It guarantees that the app performs consistently across different devices, function scheme, and browsers, expand availableness.
• Other Bug Detection: Identifying UI issues early in development saves clip and reduces the high price of fixing bugs post-release.
• Boosts Automation: accelerates test execution, ameliorate accuracy, and streamlines regression examination, reducing manual effort.

What are UI Test Cases?

UI test casesare tests designed to formalise the functionality and performance of a package application & # 8217; s user interface.

These test cases ensure that the application & # 8217; s graphic elements, such as buttons, card, forms, and visual components, function right and deliver a seamless user experience.

UI tryout cases cover various aspects, including functional UI testing, layout and design validation, navigation checks, input validation, error handling, and overall serviceableness assessments.

How to indite Test Cases for UI Testing: with example

The following example abstract UI test cases for a distinctive e-commerce flow utilize the Bstackdemo application & # 8211;https: //www.bstackdemo.com/

The scenario imply bestow items to the cart and completing the checkout process.

• Testing if user is capable to navigate to the application site
• Testing if the user is able to enter username and parole on the login page.
• Testing if login page title is displayed as StackDemo
• Testing if the user is able to click on the login button and is navigated to the homepage.
• Testing if the username is expose on the homepage after login to Bstackdemo.
• Testing if the “ Add to Cart ” push is displayed against the item the user wants to add to the go-cart.
• Testing if “ Add to Cart ” button is enabled and exploiter is capable to add item to the cart
• Testing that after contribute the item to drag, the time is visible in the bag.
• Testing if the particular price is displayed
• Testing if the checkout push is displayed and user is capable to click on the checkout button.
• Testing if the user has the choice to enter compulsory details like First Name, Final Name, Address, State/Province and Postal Code.
• Testing if user is capable to click on submit button
• Testing if the message “ Your order has been successfully grade ” is displayed after clicking on the submit button.
• Testing if “ download order receipt ” has been generated in pdf formatting.

Here are some happy path test cases listed supra. There can be many such positive and negative test instance depending upon the requirements.

How to run test suit for UI Testing

Understand how to run manual and mechanisation tests on different device-browser combinations using and using.

Testing on help you consider for testing and ensure more accurate examination results. It helps you get first hand experience just as any exploiter would get, which will assist you identify glitch and solve them easily.

BrowserStack Live allows you to debug the covering in existent time using.

• Login to Browserstack and Navigate to

Select the coveted device and browser to prove the website from the inclination of devices uncommitted on Live Dashboard.

• Select the Device and Browser you want to prove and enter the Application url (using bstackdemo.com for this example) on the selected browser.
• Now Execute the Add to Cart Test Case by following the below Test Steps.

SUSA automates exploratory testing with persona-driven behavior, catching bugs that scripted automation misses.

Test Step 1Login to Bstackdemo

Test Step 2Select the detail and Click Add to Cart button

Test Step 3Item is append to Cart and Click on Checkout

Test Step 4Enter the mandatory Details and Click on Submit

Test Step 5Verify Item has be shipped successfully and download order reception has been generated

Similarly, the above stairs can be automated apply Browserstack Automate.

Steps to Execute Add Item to Cart trial case expend Selnium on BrowserStack Automate:

Step 1. Navigate to Page. Here you can find the steps of how to configure your projection and run your selenium tests on browserstack.

Step 2.Now Navigate to Page where we can generate assorted capabilities for different device and browsers of our choice, which help to configure selenium tests and run them on browserstack selenium grid.

Step 3.In this example we have take OS as iOS and device as iphone 13 and browser as safari.

Step 4.Now create a sample maven project in any editor of your option and add the Selenium and TestNG addiction to your pom.xml file as shown below

Step 5.Below is the code snippet for our add item to drag tryout example

package com.qa.bs; import java.net.MalformedURLException; meaning java.net.URL; import java.util.HashMap; import java.util.List; significance org.openqa.selenium.By; import org.openqa.selenium.MutableCapabilities; import org.openqa.selenium.WebDriver; signification org.openqa.selenium.WebElement; import org.openqa.selenium.remote.RemoteWebDriver; import org.testng.Assert; import org.testng.annotations.AfterTest; import org.testng.annotations.BeforeTest; import org.testng.annotations.Test; public class BSTest {public stable String username = `` & lt; Browserstack username & gt; ''; public static String accesskey = `` & lt; Browserstack password & gt; ''; public static final String URL = `` https: // '' + username + ``: '' + accesskey + `` @ hub-cloud.browserstack.com/wd/hub ''; WebDriver driver; String url = `` https: //www.bstackdemo.com/ ''; MutableCapabilities capabilities = new MutableCapabilities (); HashMap & lt; String, Object & gt; browserstackOptions = new HashMap & lt; String, Object & gt; (); @ BeforeTest public void setUp () throws MalformedURLException, InterruptedException {browserstackOptions.put (`` osVersion '', `` 15 ''); browserstackOptions.put (`` deviceName '', `` iPhone 13 ''); browserstackOptions.put (`` local '', `` false ''); capabilities.setCapability (`` bstack: options '', browserstackOptions); driver = new RemoteWebDriver (new URL (URL), capabilities); driver.get (url); Thread.sleep (3000);} @ Test (priority = 1) public nullity addItemToCartTest () {List & lt; WebElement & gt; addToCart = driver.findElements (By.cssSelector (`` div.shelf-item__buy-btn '')); //Click on first item addToCart.get (0) .click (); WebElement itemDetails = driver.findElement (By.cssSelector (`` div.shelf-item__details '')); Assert.assertTrue (itemDetails.isDisplayed ());} @ AfterTest public void tearDown () {driver.quit ();}}

Step 6.Now you can execute the above code on BrowserStack Automate and see the results as below.

As present above after execution you can find the execution log of your examination case in the form of text logs, meshing logarithm, console logs if enabled etc. You can likewise see the video of our test case execution with.

Top Tools for UI Testing

Below is a list of the top tools for UI testing:

1. BrowserStack

BrowserStack is a cloud-based examination platform that allows you to execute manual and machine-controlled UI testing on real devices and browsers. It supports execution, assay, and unlined desegregation.

Key Benefits

• Test on 3500+ real device-browser combinations in on their.
• Instantly start try without infrastructure apparatus or maintenance.
• Compatible with Selenium, Cypress, Playwright, Appium, and more.
• Access screenshots, video recordings, and logs for faster troubleshooting

2. Selenium

is an open-source mechanisation tool primarily used for testing web applications. It allows writing in various languages like Java, Python, and JavaScript and supports all major browsers.

It is best for cross-browser UI automation and flexibility with custom frameworks.

3. Cypress

is a modern tool built for web covering. It supply fast, honest testing with real-time reloading and a visual test runner.

It is suitable for in mod JavaScript frameworks like React and Angular.

4. TestCafe

TestCafe is abased tool for UI testing that doesn & # 8217; t expect WebDriver. It endorse ES6 and TypeScript and escape exam in parallel across browser.

It is most suited for Simpler setups and write tests in JavaScript or TypeScript.

5. Playwright

by Microsoft enables UI testing across Chromium, Firefox, and WebKit with a single API. It supports headless and head modes, screenshots, and video recording.

It is best for Cross-browser screen with modern JavaScript features and powerful automation.

6. Katalon Studio

Katalon Studio is a low-code test mechanization solution that indorse UI, API, mobile, and desktop examination. It ’ s beginner-friendly and integrates with CI/CD instrument and reporting platforms.

Best Practices to pen test cases for Software UI Testing

Writing effective examination cases plays a life-sustaining role in the whole testing process. No matter which Application/Software, test example help to simplify the testing journey and understand the application effectively. Let us see some good practices for compose efficacious test example & # 8211;

• Good Test Coverage:You must always try to (100 %) and continue all the requirements, test scenario, features as much as possible. Try to continue every portion, module, feature as mentioned in the FSD (Functional Requirement Document).

• Write examination cases based on Risks and Priorities:is important as a eminent risk lineament planned for liberation in next 2 weeks might be of high precedence than a low risk characteristic planned for future release.

• Use 80/20 Rule:80 % of glitch are found by only 20 % of test cases. Use this pareto ’ s rule to prioritise by expend test event reduction.

• Classify test event based on Functionality and Business Scenarios:Classifying examination cases will help to better organise your test case so that your team can decide which tests to run when on the need foundation according to the functionality.

Talk to an Expert

Conclusion

UI test casesensure that a software application present a seamless and user-friendly experience. By validating the optical and functional aspects of the user interface, these test causa aid catch issues early, ameliorate serviceableness, and conserve design consistency across program.

Incorporating structure UI testing into your QA process is essential for delivering high-quality applications that converge user outlook.

Frequently Asked Questions

What is the difference between UI and GUI examination?

• UI (User Interface) testingfocus on verifying all user-facing elements of an coating, including command-line interfaces, web interfaces, and graphical element.
• GUI (Graphical User Interface) testingis a subset of UI examine that specifically deals with graphic components like buttons, icons, menus, and layouts.

Related Guides