At ground level, simulation imitates a process or a system through a model. These models are usually software-based and represent the key characteristics of the chosen system you want to imitate. As a result, the simulation collectively represents how the system evolves with respect to various scenarios and times.



From testing your apps for one operating system on another to creating a virtual reality environment for learning how to drive a car – simulations are used in numerous use cases. When testing processes on the real system are too dangerous, expensive, or time-consuming, simulation software is the best option to move forward with.



Not only are such software less expensive, but they also help streamline repetitive mundane processes, evaluate long-term impacts, and gain insights from the simulation. The outcomes contribute significantly to the improvement of the system.



Similarly, we use an iPhone simulator (also known as iOS simulator) on windows to run applications designed for iOS on Windows systems. It helps the developers test their apps effectively, and other users use iOS platform apps on Windows.



Moving forward, we will discuss what simulators are, why you need an iPhone simulator on Windows, and how you can set up one to get started.



<div id="toc_container" class="no_bullets">Table Of Contents<ul class="toc_list"><li><a href="#What_are_Simulators">1 What are Simulators?</a></li><li><a href="#How_Does_an_iPhone_Simulator_Work">2 How Does an iPhone Simulator Work?</a></li><li><a href="#Why_and_When_Do_You_Need_an_iPhone_Simulator_for_Windows">3 Why and When Do You Need an iPhone Simulator for Windows?</a></li><li><a href="#iPhone_Simulators_for_Windows_8211_Top_4_Applications">4 iPhone Simulators for Windows &#8211; Top 4 Applications</a><ul><li><a href="#1_Developing_iOS_Applications_on_Windows">4.1 1. Developing iOS Applications on Windows</a></li><li><a href="#2_Testing_and_Debugging_iOS_Applications_using_iOS_Simulator_on_Windows">4.2 2. Testing and Debugging iOS Applications using iOS Simulator on Windows</a></li><li><a href="#3_Using_an_iPhone_app_on_Your_Computer">4.3 3. Using an iPhone app on Your Computer</a></li><li><a href="#4_Playing_iOS_Games_on_Your_Windows_Computer">4.4 4. Playing iOS Games on Your Windows Computer</a></li></ul></li><li><a href="#Advantages_of_iPhone_Simulator">5 Advantages of iPhone Simulator</a></li><li><a href="#How_to_Use_iPhone_Simulator_for_Windows_Install_and_Run_Applications">6 How to Use iPhone Simulator for Windows? (Install and Run Applications)</a><ul><li><a href="#1_Cloud-based_iOS_simulator">6.1 1. Cloud-based iOS simulator</a></li><li><a href="#2_Integrated_development_environment">6.2 2. Integrated development environment</a></li><li><a href="#3_Installing_iOS_simulator_as_a_native_application">6.3 3. Installing iOS simulator as a native application</a></li></ul></li><li><a href="#Summing_Up">7 Summing Up</a></li><li><a href="#Suggested_Reading">8 Suggested Reading </a></li></ul></div>
<h2 id="cbk65">What are Simulators?</h2>



You already know that applications require operating systems to run. Now, as we have numerous operating systems available for computers and smartphones, each of them has a unique architecture. This is where simulators come into play. When it’s not feasible or easy to test a process in the original environment, virtual machines replicating the required operating system are used, which are nothing but simulators. Hence, developers and testers can run their applications on a specific operating system without actually buying or installing it.



<figure class="wp-block-image"><img src="https://images.storychief.com/account_36412/Best-iOS-Emulators-For-PC-Windows-An-Mac-To-Run-iOS-Apps_be5494cbf6efb5d2a991130829c9085e_800.jpeg" alt="Iphone Simulator" /></figure>



For example &#8211; a developer, who’s building iOS apps and has no access to an iOS device, needs a suitable simulator for installing, testing, and executing applications programmed solely for Apple devices.



iPhone or iOS simulators are primarily used for 2 use cases: testing and debugging apps without having access to an Apple device or using iOS applications on other operating systems. Developers, testers, and QA engineers usually deal with the first use case, while the end users utilize the second through simulators.



<h2 id="b5388">How Does an iPhone Simulator Work?</h2>



To imitate a device that runs on iOS, an iPhone simulator is used. It should be noted that an iPhone simulator can be used to test your app’s behavior on top of your existing operating system. So a simulator can mimic the configurations and behavior of a real device – but it doesn’t reflect the exact performance of the app due to differences in hardware capabilities.



<h2 id="3bnsi">Why and When Do You Need an iPhone Simulator for Windows?</h2>



Suppose you have developed an iPhone app, iPad app, or Mac application. Now, you have to ensure it works accurately and offers a smooth user experience. If you don’t have an iOS device or have an older version – you have to use an iOS simulator as it’s the most feasible option.



The potential applications of simulators are limitless. As a developer, tester, QA, professional, gamer, or simply user, you can do much using an iPhone simulator on Windows.



<h2 id="iphone-simulators-for-windows-top-4-applications">iPhone Simulators for Windows &#8211; Top 4 Applications</h2>



Here are the top 4 applications of iOS or iPhone simulators on Windows:



<h3 id="f024o">1. Developing iOS Applications on Windows</h3>



One of the primary utilization of an iPhone simulator on Windows is app development. If you’re developing an iOS application (largely for iPhone), it’s not the optimal approach to execute, install or update, and test your app each time on a real device. Plus, it’s not feasible in many cases too.



Software development is a multi-staged process. Each line of code is critical and can make or break your application. Having a simulator to check the output after each minor development will help you save hours spent while doing it hundreds of times on your iPhone. All it takes is a few seconds on simulators to reflect your code changes, a lot more convenient and efficient option for developers.



<h3 id="214l0">2. Testing and Debugging iOS Applications using iOS Simulator on Windows</h3>



We talked about how using a simulator is advantageous over executing and installing your developed app repeatedly on a real device. The same goes for testing too. Regardless of whether you’re a developer or tester, you do <a href="https://testsigma.com/mobile-testing">mobile testing</a> every day. It’s your responsibility to ensure the end product runs accurately and smoothly, serving a great user experience.



Testing an iOS app using an iPhone simulator on Windows is not only faster but also significantly easier for your team. How? Testing on real devices requires you to install the app again in case of an update. Imagine testing all the features for innumerable test cases – your testing will get extensively delayed even after intense efforts.



Simulators also make finding bugs easier, especially dealing with consistent feedback cycles in the early stages of development.



<h3 id="2ednj">3. Using an iPhone app on Your Computer</h3>



A majority of iPhone applications do not have counterparts for Windows systems. So accessing iOS apps made for iPhones is another important use case of iOS simulators on Windows. You will find numerous interesting apps for design, communication, photo and video editing, work management, and more on iOS platforms. Missing out on the useful functionalities is not a great choice when you can make those apps available through iOS simulators.



It’s user-friendly, pocket-friendly(most apps are free), and easily configurable too.



<h3 id="1s6fe">4. Playing iOS Games on Your Windows Computer</h3>



Let’s not underestimate the popularity of mobile games. <a href="https://techjury.net/blog/mobile-gaming-statistics/#gref" target="_blank" rel="nofollow noopener">25% of the total apps</a> downloaded on iOS devices are games. Having a chance to play your favorite iPhone games on Windows can be a fantastic experience. While not all PC games are as good and inexpensive as mobile games, iOS simulators for Windows solve this for you.



Accessing iOS games using Windows systems also means you can enjoy them on a bigger screen.



<h2 id="7jaa1">Advantages of iPhone Simulator</h2>



We discussed the various applications of an iOS simulator and when you absolutely need one. But why should you use iPhone simulators on Windows? What are the advantages of simulators over executing the same processes on original systems? Let’s find out.



<ol type="1"><li>Ease of access: Configuring a simulator is effortless. Further, you can run apps build for iPhones and iPads in a jiffy. Connecting your simulator to the IDE in the early stages of development helps you shift production-ready code seamlessly.</li><li>Faster execution speed: Running your apps on simulators is much faster than installing and checking the output after each update on a real iOS device. Additionally, simulators only mimic the software, so they naturally run fast.</li><li>Find and debug errors easily: Spotting errors and debugging them is a mammoth task for testers while using real devices for running apps. Simulators are continuously in automated sync with the development environment, making it easy to debug the code.</li><li>All-in-One Solution for app developers: iOS devices of all sizes, with different OS versions and varied resolutions, are hardly available for developers. Simulators help in adaptive development to ensure the app runs accurately on all iOS devices &#8211; both new and old.</li><li>Cost-effective: One of the primary advantages of simulators, cost-cutting is significant when compared to using real devices. As most simulators are free and open source, and you save plenty of time – developing and testing your apps is much more economical.</li></ol>



<h2 id="aeim2">How to Use iPhone Simulator for Windows? (Install and Run Applications)</h2>



We covered what iOS simulators are and why you need one. Now for installing and running applications using iPhone simulators on Windows, there are three approaches you can follow:



<ul><li>Cloud-based iOS simulator</li><li>Integrated development environment</li><li>Third-party simulator application</li></ul>



Let’s go through each of these strategies.



<h3 id="efvv7">1. Cloud-based iOS simulator</h3>



One of the most convenient and straightforward solutions for running iPhone apps on Windows is to use a cloud-based iOS simulator. This approach basically allows users to run iOS apps on the Windows platform without any installation.



The cloud-based simulator service provider takes care of the resource requirements for running applications. As and when the processing needs to scale up or down, simulation resources are allocated accordingly. Additionally, all the aspects related to storage and maintenance of the application are taken care of by the provider too.



A major advantage of cloud-based simulators is the elimination of buying, configuring, and maintaining multiple iOS devices. Testsigma provides end-to-end cloud-based iOS simulators for <a href="https://testsigma.com/automated-mobile-app-testing">app testing</a> using their infrastructure and integrations.



Testsigma lab provides instant access to a pool of iOS devices, including multiple versions of iPhones and iPads (tablets). Sign up for <a href="https://testsigma.com/signup" target="_blank" rel="noopener noreferrer">Testsigma</a>, and you can get started.



<h3 id="aolur">2. Integrated development environment</h3>



If you’re a developer or tester and want to test your apps on Windows, going with iOS simulators having IDEs attached is a great choice. Native development is firmly supported by iPhone simulators in IDEs such as Xcode. As a native developer – you can run your apps without using any third-party tool.



Xcode is one of the most popular IDEs as it’s Apple’s official platform for building, testing, and debugging iOS applications. Once you create an Xcode project, you can easily access any iOS simulator.



Follow these steps for testing applications using Xcode’s iPhone simulator on Windows:



<ul><li>Launch Xcode and start your project</li><li>Once you’re ready with the code, go to the run destination menu present in the toolbar</li><li>Choose among real device testing or an iOS simulator for testing your app</li><li>If you opt to use the inbuilt simulator of Xcode, select the simulation devices you want to move forward with.</li><li>In order to test your app for iPhone, choose among all the iPhone versions, and similarly for iPad in case you want to test your app on tablets.</li><li>If you opt for testing using a real iOS device, make sure it’s plugged into your system that’s running Xcode.</li></ul>



Please note: Xcode can only be used by developers or testers only. End users who want to use iOS apps on Windows cannot use IDEs for iOS simulation on Windows.



<h3 id="evo7h">3. Installing iOS simulator as a native application</h3>



Another easy approach to using iOS apps on Windows is installing simulators as native applications on your Windows system. These native applications can be the optimal choice for users just looking to access iOS apps and not develop or test them.



One of the most renowned applications in this category is <a href="https://ipadian.net/" target="_blank" rel="nofollow noopener">iPadian</a>, a simple iOS simulator. You can just download it and start using iOS apps on the platform &#8211; as easy as that. With iPadian, users can mimic the in-app behavior of an iPhone or iPad in a cost-effective way. The plans start at $25, and it has over a million active users.



People using iPadian or any other similar solution are mostly not developers. If your aim is to simply access iOS apps without a real iPhone or iPad &#8211; iPadian is good enough for you.



Although you get to use iOS apps and access their functionalities, the experience is far different from that of a real device. Even the presentation and UI are not like other simulators, which basically mirror iPhones. So the original experience and feel of an iPhone are missing.



Just so you know, you cannot connect to the Apple app store and use the iMessaging functionality.



<h2 id="dk59r">Summing Up</h2>



Configuring a real device to continuously test and develop your applications is a mundane task followed by prolonged repeated workflows. Multiple solutions are available to run iOS applications using iPhone simulators on Windows. While using IDEs with built-in iOS simulators is an option for developers and testers, it’s resource-heavy and takes time to set up. Using a cloud-based iPhone simulator is the optimal approach in terms of ease, convenience, and cost.



Testsigma offers a complete iPhone simulator solution for developers to test their apps on Windows seamlessly. With a wide range of cloud-based simulator services, you can test your iOS apps on iPhones, iPads, and all the different versions of macOS.



<h2 id="suggested-reading">Suggested Reading </h2>



<a href="https://testsigma.com/blog/ios-app-testing/" target="_blank" rel="noreferrer noopener">iOS App Testing: Manual &amp; Automated iOS Testing</a>&nbsp;&nbsp;



<a href="https://testsigma.com/blog/ios-emulators-for-windows-and-mac/" target="_blank" rel="noreferrer noopener">6 Best iOS Emulators For PC (Windows And Mac)</a>



if(window.strchfSettings === undefined) window.strchfSettings = {};window.strchfSettings.stats = {url: &#8220;https://testsigma-inc.storychief.io/en/iphone-simulators-on-windows?id=1896676524&amp;type=2&#8221;,title: &#8220;How To Use iPhone Simulators On Windows&#8221;,id: &#8220;317deb0e-2dfc-41d7-bd18-f35979707693&#8221;};(function(d, s, id) {var js, sjs = d.getElementsByTagName(s)[0];if (d.getElementById(id)) {window.strchf.update(); return;}js = d.createElement(s); js.id = id;js.src = &#8220;https://d37oebn0w9ir6a.cloudfront.net/scripts/v0/strchf.js&#8221;;js.async = true;sjs.parentNode.insertBefore(js, sjs);}(document, &#8216;script&#8217;, &#8216;storychief-jssdk&#8217;))

iPhone Simulator for Windows | How to Use It?

9 Best Defect Tracking Tools in 2022 cover

9 Best Defect Tracking Tools to Look For [Updated]

Key Differences Between Black Box And White Box Testing cover

Black Box vs White Box Testing: What are the Key Differences?

Best Software Testing Tools QAs Are Using In 2022 cover

11 Best Software Testing Tools List

Test Strategy vs Test Plan: Key Differences

Test Case vs. Test Scenario: Differences, Types, and Best Practices cover

Test Case vs. Test Scenario: Differences, Types, and Best Practices

Manual Testing vs Automation Testing: Which one should you choose? cover

Manual Testing vs Automation Testing: Which One Should You Choose?

An application can broadly be divided into two categories: frontend and backend. Before releasing a product in the market, it&#8217;s essential to test whether both the frontend and backend of the application are working correctly. Frontend testing is the testing of the user interface visible to the user by which users interact with the application. In contrast, backend testing is about testing the actual database and server logic under the hood, which is not visible to the application users.
In this article, you will learn about fronted and backend testing and the difference between both tests. You will also learn about the various tools and techniques used in frontend and backend testing.
<div id="toc_container" class="no_bullets">Table Of Contents<ul class="toc_list"><li><a href="#What_is_Frontend_Testing">1 What is Frontend Testing?</a></li><li><a href="#What_are_the_types_of_frontend_testing">2 What are the types of frontend testing</a></li><li><a href="#How_to_Create_a_Frontend_Testing_Plan">3 How to Create a Frontend Testing Plan?</a></li><li><a href="#What_are_some_frontend_Testing_Tools">4 What are some frontend Testing Tools?</a></li><li><a href="#What_is_Back-end_Testing">5 What is Back-end Testing?</a><ul><li><a href="#Backend_testing_types">5.1 Backend testing types</a></li><li><a href="#How_to_Create_the_back_end_testing_plan">5.2 How to Create the back end testing plan?</a></li><li><a href="#What_are_the_backend_Testing_Tools">5.3 What are the backend Testing Tools?</a></li></ul></li><li><a href="#Frontend_Testing_vs_Backend_Testing_8211_Differences">6 Frontend Testing vs Backend Testing &#8211; Differences</a></li><li><a href="#Summary">7 Summary</a></li><li><a href="#FAQ">8 FAQ</a><ul><li><a href="#What_is_the_difference_between_front_end_testing_and_backend_testing">8.1 What is the difference between front end testing and backend testing?</a></li><li><a href="#What_is_backend_testing">8.2 What is backend testing?</a></li><li><a href="#What_is_the_front_end_testing">8.3 What is the front end testing?</a></li></ul></li></ul></div>
<h2 id="bb0sh">What is Frontend Testing?</h2>
The frontend of an application is the visual appearance and user interface that users see and use to interact with the application&#8217;s features and functionality. In the testing life cycle, frontend testing is the process of testing the frontend side of the application to ensure there are no any glitch, functionality breaks, or significant problems present in the application.
A well-driven frontend testing makes your product bug free and ensures the user will get a great user experience.
<figure class="image strchf-type-image regular strchf-size-regular strchf-align-center"><picture><source srcset="https://images.storychief.com/account_36412/frontend-vs-backend-overview_b36361426658e71ee1ef4a1c862511c1_800.jpeg 1x" media="(max-width: 768px)" /><source srcset="https://images.storychief.com/account_36412/frontend-vs-backend-overview_b36361426658e71ee1ef4a1c862511c1_800.jpeg 1x" media="(min-width: 769px)" /><img src="https://images.storychief.com/account_36412/frontend-vs-backend-overview_b36361426658e71ee1ef4a1c862511c1_800.jpeg" /></picture><figcaption>Frontend and backend overview</figcaption></figure>
<h2 id="390qu">What are the types of frontend testing</h2>
In frontend testing, different types of testing methods participate in different layers of testing; for example- unit testing is performed in the initial phase of software development of the life cycle, then component testing and integration testing are done.
That to say, frontend testing of an application involves performing various types of testing on the subject application; some of the frequently performed test types are listed below:
Unit Testing: Unit testing is the process of testing the individual units of software, i.e., a function, module, method, or class, in isolation. It helps to catch the bug issue early in the development and reduces the cost. It also enables code reusability. You can migrate both your code and test into a new project quickly.
Integration Testing: Integration testing is the process of ensuring the integration of two more units and interface links between them are working correctly. For example- testing whether or not I can see my Gmail home page by signing in on the login page of Gmail, here login page and Gmail home page are both individual units, and I am testing their integration.
Regression testing: Regression testing is continuous testing to ensure that newly added functionality is working correctly without affecting other functionality in the application. It helps to ensure that a newly added functionality will not introduce any possible bug issues.
System testing: System testing validates the working of whole integrated software at different layers. It involves the combination of various other tests like usability testing, load testing, software, hardware testing, etc. System testing is black box testing that involves testing the software from the user&#8217;s perspective.
<h2 id="869df">How to Create a Frontend Testing Plan?</h2>
Before creating a frontend testing plan, you should ask why creating a frontend testing plan is essential.
Creating a frontend testing plan is very important at the beginning of your front-end testing journey. During the testing journey, you will have to check various application features and functionality that require writing nested and complex test cases. A frontend testing plan should be made to ensure you create the required test case to cover the application&#8217;s frontend.
A testing plan is nothing but planning at the beginning of your testing cycle. Generally, a testing plan is created per the project requirement, but some actions in the testing plan are everywhere. When creating a frontend test plan, you should remember the following points:
<ul>
<li>Application workflow: Before testing an application, you should understand it and how it works. So, make sure before the testing you use the application yourself and understand the application workflow from the user’s point of view. That will help you create the test cases and write test steps later.</li>
<li>Application users: Nowadays, an application is available across all devices. A user can access an application in a browser by navigating to the URL or can download it as an application. When you know the application user, you can run your test cases test lab by selecting the combinations of devices the user is using.</li>
<li>Create a checklist: After learning about the application workflow and user, create a list of actions you will take during the front end. This checklist will keep you accountable for the test cases you have made and ensure you do not forget them in a rush.</li>
<li>Select your tools: The selection of tools is essential in the testing plan. If you select the wrong tool, the whole software development life cycle will slow down, so be careful when choosing a testing tool for your front-end testing.</li>
</ul>
As we have seen above, selecting a good tool is essential in testing; let’s discuss some of the capable, flexible, and powerful tools in the market that can help with your application frontend testing.
<h2 id="c8g72">What are some frontend Testing Tools?</h2>
There are two types of testing tools: the developer-focused tool, and the low code no code tools that require little or no coding knowledge. If you are not from a developer background or have little understanding of coding, choose no code low code GUI(graphical user interface) based tools for the frontend testing.
There are too many available tools in the market, and I am listing down below some of the best, which are capable and powerful enough automation tools:
<ul>
<li><a href="https://testsigma.com/">Testsigma</a>: Testsigma is an open-source and cloud-based AI-driven test automation tool. It provides NLP’s written in plain English to write test steps, or you can also use the test step recorder using the Testsigma extension. The cloud version also supports test labs, and you can run your test cases on various devices by selecting a combination of devices and browsers in the test lab. Testsigma is a no-code test automation tool, meaning, by using it, you can perform end-to-end testing even if you have never written a single line of code.</li>
<li><a href="https://www.selenium.dev/">Selenium</a>: Selenium is an open-source project introduced early in the software testing age. Selenium is an umbrella project providing various tools and libraries which enable browser test automation. Selenium WebDriver is a language-independent protocol that helps to instruct the browser&#8217;s behavior. Selenium also provides an add-on to record the user interaction with the browser named Selenium IDE. Selenium is not a no-code tool; to use Selenium, one requires a developer background.</li>
<li><a href="https://appium.io/">Appium</a>: Appium is an open-source test automation framework used to test native, hybrid, and mobile web apps. Appium uses the same API to write the test cases in test cases on android, ios, and windows, which means you don’t have to write the different test cases for other devices. Using Appium also requires the developer’s background or knowledge of javascript.</li>
<li><a href="https://getopentest.org/">OpenTest</a>: OpenTest is a free and open-source test automation framework for web applications, mobile apps, and APIs. OpenTest is a low-code, no-code tool for scalable and extensible test automation. OpenTest is a feature-rich automation framework focused on enabling modern test automation practices.</li>
<li><a href="http://watir.com/">Watir</a>: Watir stands for web automation testing in ruby; it&#8217;s a lightweight and open-source web automation testing tool. It provides support for various web browsers and elements and advanced interaction functionality with the browser, like, browser certificate, proxies, cookies, etc.</li>
</ul>
<h2 id="8l004">What is Back-end Testing?</h2>
Backend testing is white box testing. It ensures an application&#8217;s database and server-side functionality are working as intended. For example, testing whether a user can log in after signing in will come under the backend testing.
<h3 id="4mvov">Backend testing types</h3>
These are the following types of testing done in the backend testing:
<ul>
<li>Structural testing: Structural testing ensure that all the database elements are mainly responsible for storing the data. Types of Structural testing are: schema testing, table testing, column testing, trigger testing, and database server validation testing.</li>
<li>Functional testing: Functional testing ensures the application functionality works together with the database properly.</li>
<li>Non-functional testing: Non-functional testing measures the stress and load over the database, which helps to optimize database and application performance. Types of non-functional testing are stress testing and load testing.</li>
</ul>
<h3 id="3rr9p">How to Create the back end testing plan?</h3>
A test plan reminds you to run the all-important test operations and ensure you do not forget to run any test. These are some points that you should keep in your mind creating a backend testing plan:
<ul>
<li>Backend language: Unlike the frontend, you will not have any graphical user interface(GUI). That&#8217;s why you should know and understand the language used in the backend to perform any testing.</li>
<li>Database: You should have a level of understanding of the database to perform various testing like schema testing, table, and column testing, trigger testing, etc.</li>
<li>Create a checklist: Create a list of test cases and functionality for which you will write test cases during the testing process of the application backend.</li>
<li>Select your tools: Select a good tool that will ease the overall testing process in the test development life cycle.</li>
</ul>
<h3 id="4loru">What are the backend Testing Tools?</h3>
Tools are abundant in the market, but these are some best ones out there to test your application backend:
Testsigma: Testsigma is an open-source and cloud-based test automation tool; by using it, you can test the front end as well as the back end of your application. You can perform various backend testing like structure, functional, and non-functional testing.
Data Factory: You can use the Data factory to create an automated workflow to perform data-driven test cases using your database as a data source. It provides a programmatic UI for ease of testing.
Data Generator: Using Data Generator, you can generate any data row and schema objects per your backend testing requirement.
TurboData: TurboData helps to generate test data with foreign keys and select, update and delete SQL commands.
<h2 id="96tb6">Frontend Testing vs Backend Testing &#8211; Differences</h2>
The primary difference between Frontend Testing and Backend Testing is that frontend testing checks the user interface of application whereas backend testing checks the database and server side of application.
Here’s a table depicting key differences between frontend testing and backend testing:
<figure class="wp-block-table">
<table style="border: 1px solid black; border-collapse: collapse;">
<tbody>
<tr style="border: 1px solid black; padding: 10px; border-collapse: collapse;">
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Frontend testing</td>
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Backend testing</td>
</tr>
<tr style="border: 1px solid black; padding: 10px; border-collapse: collapse;">
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Frontend testing is about testing the user interface of an application that the user sees and interacts with.</td>
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Backend testing is about testing the database and server side of an application and ensuring that it’s working properly.</td>
</tr>
<tr style="border: 1px solid black; padding: 10px; border-collapse: collapse;">
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Frontend testing is black box testing, meaning the tester will not be able to see the code logic behind the user interface and functionality.</td>
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Backend testing is white-box testing, meaning the tester will interact with the code logic behind any functionality.</td>
</tr>
<tr style="border: 1px solid black; padding: 10px; border-collapse: collapse;">
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Frontend testing doesn’t require any knowledge of programming language.</td>
<td style="border: 1px solid black; padding: 10px; border-collapse: collapse;">Backend testing required knowledge of the database and the language used in the backend.</td>
</tr>
</tbody>
</table>
<h2 id="9ns2c">Summary</h2>
To ensure an application&#8217;s overall functionality of an application, it’s important to test both the backend and frontend sides of an application. Frontend testing ensures that an application&#8217;s overall functionality works as intended in all operating systems and browser combinations. Whereas backed testing ensures the database side of the application is working properly.
<h2 id="7reuq">FAQ</h2>
<h3 id="6mfng">What is the difference between front end testing and backend testing?</h3>
Frontend testing is performed to ensure that the user interface of an application is working as intended. In contrast, backend testing is performed to ensure that the database side of the application is working correctly.
<h3 id="iks9">What is backend testing?</h3>
Backend testing is white box testing, meaning code logic is visible to the tester in this testing. It is performed to ensure that an application&#8217;s database and server-side functionality is working correctly. Backend testing requires knowledge of coding and database.
<h3 id="durcv">What is the front end testing?</h3>
Frontend testing is black box testing, meaning the tester will not be able to look into the code logic behind the user interface. It is performed to ensure that an application is working correctly in all combinations of operating systems and browsers. Frontend testing doesn’t require any knowledge of coding.
<script>if(window.strchfSettings === undefined) window.strchfSettings = {};window.strchfSettings.stats = {url: "https://testsigma-inc.storychief.io/en/fronted-testing-vs-backend-testing?id=1898124548&type=2",title: "Frontend Testing vs Backend Testing: What&#039;s the Difference?",id: "317deb0e-2dfc-41d7-bd18-f35979707693"};(function(d, s, id) {var js, sjs = d.getElementsByTagName(s)[0];if (d.getElementById(id)) {window.strchf.update(); return;}js = d.createElement(s); js.id = id;js.src = "https://d37oebn0w9ir6a.cloudfront.net/scripts/v0/strchf.js";js.async = true;sjs.parentNode.insertBefore(js, sjs);}(document, 'script', 'storychief-jssdk'))</script></figure>