Jest is a user-friendly and easy-to-understand JavaScript Testing Framework that has gained popularity for its simplicity and efficiency. It is widely used in conjunction with Selenium, another powerful tool in the testing ecosystem, for automation testing.

The synergy between Jest and Selenium empowers testers to deliver high-quality software with confidence. Automated tests created with this combination streamline the testing process, catch bugs early in the development cycle, and promote a faster and more reliable release process.

What is Jest?

Jest, a JavaScript-based open-source testing framework, is specifically designed to seamlessly integrate with web applications based on React and React Native. Unlike traditional unit tests for frontend software, which often require extensive and time-consuming configurations, Jest simplifies the testing process significantly.

Due to its versatility and effectiveness, Jest is widely preferred for automated browser testing, making it one of the most popular testing frameworks in the JavaScript ecosystem.

One of Jest’s key strengths is its bundled package, which includes an assertion library, a test runner, and a built-in mocking library. This combination streamlines the testing workflow and enhances the overall testing experience for developers.

The simplicity of Jest sets it apart, making it an excellent choice for testing JavaScript Library Projects such as AngularJS, Vue JS, Node JS, Babel, and TypeScript. Its ease of use and extensive capabilities make Jest a powerful and ideal tool for testing modern JavaScript applications.

What is cross-browser testing?

Cross-browser testing involves verifying that a website functions correctly across a diverse range of web browsers and devices. Web developers must take into account the following aspects:

• Different Browsers: This includes testing on various web browsers, including slightly older versions that may not support the latest JavaScript and CSS features.
• Diverse Devices: Testing should cover a wide range of devices, from desktop computers and laptops to tablets, smartphones, and even smart TVs, each with its own unique hardware capabilities.
• Accessibility: Consideration should be given to users with disabilities, who may rely on assistive technologies like screen readers or navigate using only a keyboard.

It is essential to remember that the developer’s own browsing environment, such as their MacBook Pro or high-end Galaxy Nexus, may not represent the entire user base. Ensuring compatibility across multiple browsers and devices is crucial to providing a seamless experience for all users.

Jest Installation and Configuration

Before writing our first Selenium test automation script with Jest, we must install specific prerequisites and libraries on our system. Here are the steps to install and configure the required components:

• NodeJS and Node Package Manager (npm): Install NodeJS using the npm manager or directly from the nodejs.org website using the Windows Installer binary.
• The Jest module necessitates the presence of Selenium WebDriver as a mandatory dependency.
• Initialize npm

• Install Jest Module

• Java Development Kit (JDK): Since Jest is a Selenium test framework, it requires Java. Install the Java Development Kit on your system and configure the JAVA environment.
• Browser Driver: Install the suitable browser driver to interact with the browser and place the executable inside the root directory.

With these installations and configurations completed, you can now run Jest commands on the command line using the keyword “jest.” This will enable you to start writing and executing Selenium test scripts using Jest as your test framework.

Key Features of Jest:

Impressive Execution Speed: Jest stands out for its remarkable execution speed, enabling faster test runs and efficient development iterations.

• Efficient Watch Mode: The watch mode intelligently tracks code changes, running relevant tests only, providing quick feedback, and improving the development workflow.
• Pre-commit Hooks and Snapshot Testing: Pre-commit hooks run tests automatically before code commits, catching potential issues early. Snapshot testing simplifies the verification of expected output and detects unintended changes.
• Flexibility and Built-in Modules: Jest offers built-in modules with excellent plugin support, reducing the reliance on external tools and making it a comprehensive JavaScript testing solution.
• Seamless Migration: Jest’s code mods module facilitates smooth migration from other testing frameworks, automatically converting test code into Jest syntax.
• Advanced Testing Features: Automatic module mocking simplifies testing components with external dependencies. Coverage thresholds ensure comprehensive testing, and mappers allow code transformation during testing.
• Support for Multiple Projects: Jest efficiently handles multiple projects within a single runner, streamlining testing for complex applications with multiple modules or microservices.
• User-Friendly with Comprehensive Documentation: Jest’s user-friendly nature is complemented by a well-documented API, guides, tutorials, and examples. Its strong community support and ecosystem of plugins make it a popular choice among developers.

With these exceptional features, Jest has solidified its position as a leading testing framework for JavaScript applications. Developers can rely on Jest to achieve efficient, comprehensive, and high-quality testing for their projects.

What makes Jest a preferred choice?

Jest is undoubtedly one of the most exceptional JavaScript testing frameworks available, renowned for its ability to ensure the precision and reliability of JavaScript codebases. Developed by Facebook, Jest offers a robust and feature-rich API that sets it apart from other testing frameworks. Its design philosophy revolves around simplicity and ease of use, making it a favorite among developers.

The feature-rich API of Jest empowers developers to carry out a wide range of testing scenarios effortlessly. From simple unit tests to more complex integration tests, Jest can handle it all. It provides a comprehensive set of matchers and assertions, allowing developers to make precise and meaningful assertions about their code’s behavior.

One of the standout features of Jest is its support for snapshot testing. Snapshot testing allows developers to capture the output of a component or function and store it as a snapshot. On subsequent test runs, Jest compares the output to the stored snapshot, notifying the developer of any unexpected changes. This feature ensures that unexpected regressions are caught early, preventing potential issues in production.

Furthermore, Jest’s efficient test execution and parallelization capabilities contribute to its swift and accurate outcomes. It can run tests in parallel, significantly reducing the overall test execution time, especially in large projects with numerous test cases.

To maximize the benefits of Jest, developers can adopt various tips and tricks for JavaScript testing. Writing clear and concise test cases, organizing tests with describe blocks, and using mock functions effectively are some of the strategies that enhance the efficiency of testing with Jest.

By catching bugs early in the development cycle and maintaining a high level of test coverage, Jest empowers developers to deliver reliable and high-quality software products to their users.

Jest for cross-browser testing

To use Jest for cross-browser testing, you can take advantage of Jest’s capabilities alongside other tools and libraries to conduct comprehensive testing across multiple browsers. Below is a detailed step-by-step guide to help you set up and execute cross-browser tests using Jest:

Step 1: Install Jest and Required Dependencies Ensure that you have Node.js and npm installed on your system. Create a new Node.js project and install Jest as a dev dependency

To use Jest for cross-browser testing, you can take advantage of Jest’s capabilities alongside other tools and libraries to conduct comprehensive testing across multiple browsers. Below is a detailed step-by-step guide to help you set up and execute cross-browser tests using Jest:

Step 2: Install Jest and Required Dependencies Ensure that you have Node.js and npm installed on your system. Create a new Node.js project and install Jest as a dev dependency

You’ll also need to install the selenium-webdriver package, which provides the WebDriver interface for interacting with browsers programmatically

Step 3: Configure Jest and Selenium Create a jest.config.js file in the root of your project and configure Jest to use jsdom as the test environment:

Next, set up Selenium WebDriver to communicate with different browsers. Download the appropriate browser drivers and configure the capabilities for each browser you want to test.

Step 4: Write Jest Test Cases Write your test cases using Jest’s test syntax. Ensure that you interact with the WebDriver instance to perform actions on the browsers.

Step 5: Run Cross-Browser Tests To execute the cross-browser tests, run the following command in your terminal:

Jest will pick up the test cases you’ve written and use the Selenium WebDriver to run them on each configured browser.

Step 6: Evaluate Test Results After running the tests, Jest will provide a summary of the test results, including the pass/fail status and any errors encountered during testing. Review the results to ensure your web application works correctly across all targeted browsers.

By following these steps, you can utilize Jest and Selenium WebDriver to perform cross-browser testing, ensuring your web application is compatible with various browsers and devices. Additionally, you can integrate this setup with cloud-based testing platforms like LambdaTest to execute tests on real devices in the cloud, further expanding your cross-browser testing capabilities.

Limitations

Learning Curve: Developers accustomed to using other testing libraries may face challenges when transitioning to Jest. Its unique features, functions, and syntax may require time and effort to become familiar with, leading to a slower learning curve and initial difficulties in writing Jest tests.

• IDE Compatibility: Jest may not be fully supported by all integrated development environments (IDEs). This means that developers relying on features like IntelliSense and auto-import may not have access to them when working with Jest. Lack of IDE support can be a disadvantage for those who depend on these features to streamline their workflow.
• Limited Library Support: Developers who require a wide range of libraries and tools for testing their code may find that Jest does not offer the same level of support as some other testing frameworks. This limitation could lead to additional effort when integrating external tools.
• Auto-Mocking Overhead: While convenient, the auto-mocking feature in Jest can make test execution slower compared to other testing libraries. Jest automatically generates mock versions of dependencies, which can take time to set up and execute.

To address some of these limitations and scale Jest testing efficiently, using digital experience testing platforms like LambdaTest can be beneficial. LambdaTest enables Jest testing on a larger scale by automating cross-browser testing across 3000+ browsers, improving test coverage and overall product quality.

LambdaTest also provides comprehensive Jest tutorials that can help developers gain a better understanding of the Jest framework. By running Jest tests on the LambdaTest cloud, developers can kick-start automation testing using Jest without worrying about infrastructure challenges.

Conclusion

Jest stands out as an outstanding JavaScript testing framework designed to guarantee the precision and dependability of JavaScript codebases. Its developer-friendly, intuitive, and feature-rich API simplifies the test-writing process, ensuring swift and accurate outcomes.

By adopting various tips and tricks for JavaScript testing using Jest, developers can confidently and efficiently validate their JavaScript code, enabling the creation of resilient and trustworthy applications.

In the rapidly evolving digital landscape, web applications are continually evolving to meet the increasing demands of users. With the integration of cutting-edge technologies and complex functionalities, these applications have become more sophisticated than ever before. To tackle the challenges posed by these dynamic web applications, QA engineers can rely on open-source tools such as Selenium. Selenium has established itself as a reliable and widely adopted testing framework in the industry.

In today’s highly competitive market, user expectations are at an all-time high. Users demand websites that are intuitive, responsive, and error-free. A single glitch or subpar user experience can have a significant impact on the success and reputation of a website or an online business. This is where the expertise and diligence of QA engineers become indispensable.

By leveraging Selenium’s powerful features and capabilities, QA engineers can streamline their testing processes, reduce manual efforts, and expedite the execution of comprehensive test suites.

What is Selenium?

The Selenium Framework is a highly renowned and extensively adopted collection of testing tools designed to automate web browser interactions for both desktop and mobile platforms. It empowers software testers to automate a wide range of testing tasks, including navigation, form filling, clicking, scrolling, and much more.

At the core of the Selenium Framework lies the Selenium WebDriver, which stands as the most widely utilized tool within the Selenium suite. Selenium WebDriver is a powerful browser automation framework that enables software testers to create automated regression tests for their web applications.

With Selenium WebDriver, developers can write test scripts in multiple programming languages, including Java, Python, Ruby, and C#, providing flexibility and catering to a wide range of technical preferences. This versatility allows teams to leverage their existing programming skills and integrate Selenium seamlessly into their development and testing workflows.

The Selenium suite consists of various tools designed for automating web browsers. Among these tools, three stand out as the most widely used and essential components: Selenium IDE, Selenium WebDriver, and Selenium Grid.

Selenium IDE:

Selenium IDE, short for Selenium Integrated Development Environment, is a browser extension that offers a user-friendly interface for creating and editing Selenium test cases. With the Selenium IDE, testers can easily record browser activities and utilize features like playback, testing prototypes, and exporting test cases in multiple programming languages. This tool is particularly useful for beginners, as it helps them learn Selenium script syntax and quickly create test cases.

Selenium Grid:

Selenium Grid provides a powerful solution for running tests in parallel or across multiple machines. It enables testers to execute tests simultaneously on different operating systems and browsers, significantly reducing testing time. By leveraging Selenium Grid, tests can be triggered and automatically executed on remote machines, offering enhanced scalability and flexibility.

Selenium WebDriver:

Selenium WebDriver serves as the backbone of Selenium automation by facilitating communication between programs and web browsers. This tool enables automated tasks and test execution on the web without the need for manual interaction. WebDriver utilizes browser automation APIs provided by browser vendors to manage the browser and carry out tests.

Compared to Selenium IDE, WebDriver offers increased reliability and efficiency as it communicates directly with the browser, bypassing the reliance on JavaScript. WebDriver is known for its stability and ease of use in automating web browser tasks.

Selenium Frameworks

There are several types of Selenium frameworks based on a functional approach. These frameworks help organize and structure test automation projects effectively. Here are three common types:

Data-driven framework: In this framework, test data and test cases are separated and stored in external files such as Excel or CSV. The test script reads the data from these files and executes the test cases accordingly. This approach allows for easy maintenance and modification of test cases, as changes in data do not impact the test script.

Keyword-driven framework: The keyword-driven framework focuses on using keywords or high-level actions to represent the steps in a test case. These keywords are mapped to specific functions in the code, enabling testers to write tests in a more human-readable format without requiring in-depth programming knowledge. This approach enhances test case maintainability and readability.

Hybrid framework: The hybrid framework combines the strengths of both the data-driven and keyword-driven frameworks. It provides a flexible and scalable solution by organizing test cases and data in a way that is easy to maintain and modify. The keywords in this framework offer a higher level of abstraction, simplifying test case creation and enhancing reusability.

These functional-based Selenium frameworks offer different approaches to structure test automation projects, catering to various project requirements and complexities.

How to write efficient Selenium test scripts?

1. Implementing the Page Object Model:

As websites continuously evolve their user interfaces, the locators associated with specific UI elements may change. This poses a challenge for QA engineers, who need to adapt their test scripts accordingly. To address this issue, implementing the Page Object Model (POM) design pattern is highly effective. POM treats each web page as a class file, with corresponding web elements encapsulated within the class.

This approach promotes code reusability, reduces redundancy, and simplifies test maintenance. When a UI element changes, updating the corresponding page class is sufficient, ensuring that test scripts remain robust and efficient.

2. Effective Usage of Locators:

To achieve successful Selenium automation, QA engineers must have a deep understanding of various locator strategies used to accurately identify web elements within the application being tested. The choice of locators, such as CSS selectors, XPath, or ID, depends on the structure and attributes of the elements. By selecting the appropriate locators, QA engineers can ensure that their test scripts interact with the correct elements. For example, when automating the input of credentials on a login page, accurately locating the Username and Password fields is crucial to simulating user interactions accurately.

3. Setting up the Test Environment for Screenshots:

When test scripts fail, it can be challenging to determine the exact cause without visual evidence. Setting up the test environment to automatically capture screenshots when failures occur can be immensely helpful in diagnosing issues. Screenshots provide a visual representation of the application’s state at the time of failure, allowing QA engineers to observe unexpected changes, UI glitches, or error messages.

These screenshots serve as valuable evidence that aids in debugging and isolating the root cause of failures, speeding up the resolution process, and ensuring a more efficient testing workflow.

4. Using Real Devices for Testing:

While emulators provide a convenient way to test applications on different devices and platforms, relying solely on emulators may not capture all the nuances of real-world scenarios. Testing on real devices is essential to validate the application’s behavior accurately and ensure a seamless user experience. Real devices allow QA engineers to observe device-specific behaviors, performance variations, and responsiveness.

By testing on real devices, QA teams can identify and address issues that may arise due to hardware differences, network conditions, or device-specific features, providing a more reliable assessment of the application’s compatibility and usability.

5. Prior Planning and Design of Test Cases:

Thorough planning and design of test cases are crucial for the success of automation testing efforts. Before embarking on automation, QA teams should invest time in analyzing the application’s requirements, identifying all possible user scenarios, and designing comprehensive test cases. By mapping out various user flows and considering different inputs, edge cases, and error conditions, QA engineers can ensure that their test suite provides adequate coverage and effectively validates the application’s functionality.

Proper planning and test case design minimize the risk of overlooking critical scenarios and increase the chances of detecting potential issues early in the development cycle, leading to higher-quality software and more reliable test results.

Why choose Selenium?

• The open-source nature of Selenium provides a significant advantage as it offers free access to software testers, particularly those with limited budgets. Additionally, the active community of developers constantly working on improving the framework and introducing new features contributes to its popularity.
• Being an open-source framework, users have access to the source code and can modify it to meet their specific requirements. This flexibility empowers testers to tailor the framework to suit their unique needs.
• Selenium promotes collaboration by allowing users to develop and share their custom plugins, extensions, and integrations with the community. This collaborative environment fosters the exchange of ideas and enables users to benefit from the work of others while contributing their own solutions.
• The availability of multiple language bindings facilitates effective teamwork, even if team members use different programming languages. For example, teams primarily working with Java and Python can collaborate using Selenium as their common automation tool, enhancing cross-team productivity.
• Selenium allows seamless integration with various third-party tools, providing testers with the freedom to choose their preferred reporting tools, build systems, and other components of their testing stack. It seamlessly integrates with popular tools like Selenium Grid, Extent, JUnit, and more.
• Being a cross-platform and cross-browser automation tool, Selenium operates seamlessly on different operating systems such as Windows, Mac, and Linux. This versatility empowers testers to conduct comprehensive testing on multiple platforms and browsers without encountering compatibility issues.
• Selenium’s capability to execute tests in parallel using Selenium Grid is another advantage. Selenium Grid allows testers to distribute tests across multiple machines with different configurations simultaneously. This reduces overall test execution time and improves efficiency. The nodes in Selenium Grid can have different operating systems, browsers, and versions, providing flexibility and scalability in test automation.
• With Selenium Grid managing the distribution of tests and test results across nodes, testers can easily analyze the results. Parallel testing with Selenium saves time and enhances the efficiency of the testing process. LambdaTest is a cloud-based digital experience testing platform that enables end-to-end Selenium automation. It empowers users to test their applications on a vast array of over 3000 real devices, operating systems, and browsers.

By leveraging this scalable infrastructure, users can achieve higher test coverage and faster build times, leading to enhanced performance of their applications.

Conclusion

Implementing best practices is key to improving test automation processes and maximizing their effectiveness. One of the primary advantages of test automation is its ability to identify and address defects early in the development cycle. To leverage this benefit, it is essential to invest time in planning and designing an effective test strategy before diving into writing Selenium automation scripts.

By carefully considering the test scenarios and approach, testers can create a test strategy that is efficient, reliable, and aligned with the project’s goals. Working smartly and prioritizing test design and strategy ensure optimal results from the test automation efforts. Taking the time to plan and design before implementation helps uncover potential challenges, optimize resource allocation, and enhance the overall quality of the testing process.

Incorporating an effective test strategy enables testers to focus on critical areas, identify potential risks, and allocate resources appropriately. It allows for better coverage of test scenarios, facilitates early defect detection, and promotes efficient resolution. By investing in test design and strategy, organizations can achieve higher levels of confidence in the quality of their software and improve overall productivity.

The 21st-century business has the potential to be global, and constantly searching for new frontiers is a major aspect companies must pay attention to. For any business, playing successfully in the Chinese market is highly invaluable. 

Unfortunately, the Chinese internet is not the easiest place to navigate. The country has many restrictions and regulations that make its internet unfavorable to foreigners. This is what makes having a China proxy vital. This article will therefore explore the benefits of using a China proxy and note how access to the country can be transformative for your business. 

What Are Proxies? 

Proxies are internet infrastructures that interface between a client browser and the destination server. In its role, every traffic request sent from the client first docks at the proxy server and receives a new accompanying IP address before heading to the destination server. Owing to this, the server system thinks the traffic is coming from the proxy server. The response is then sent to the proxy server before returning to the client browser. 

While this may seem lengthy, it offers more security and better performance. Furthermore, privacy and anonymity are assured when using a proxy service. Since the traffic source will fool the destination server, it becomes easy to access restricted content. For example, when trying to access content on a restricted Chinese site, using a China proxy gives you the access you need because the website server thinks it’s a Chinese user sending the request. 

Advantages of Proxies

Proxy servers have become an essential part of individual and corporate internet infrastructures due to the benefits that come with their use: 

Anonymity

In the current internet age, barely anything you do online is not being tracked. Websites and big tech have cookies and other tools monitoring users’ internet behaviors. The data collated on each user is used to target them with ads, amongst other users. Users technically have no control over the tracking efforts by big tech. 

However, using a proxy can mislead the tracking and identification systems. Proxies help you stay anonymous. As a business, you need anonymity when conducting market research, competitive intelligence, web scraping, etc. 

Bypassing Restrictions

As explained in-depth already, proxies help you access restricted content. For instance, in the early days of Netflix, some countries couldn’t access the content. With proxies, however, users in such restricted areas enjoyed the content available on the platform. You can leverage this hack with content “unavailable in your region.”

Performance Optimization

Despite being an added layer in the communication between browsers and servers, proxies are known to optimize performance. They do this by caching data on frequently visited sites. So, when you request specific resources often, the proxy server caches them. When you request the data again, the request gets a response from the proxy without reaching the destination server (which could be experiencing high traffic). 

Enhanced Security 

Beyond performance, proxies add an extra level of security to internet connections. In some cases, they act as high-level firewalls that prevent cyber-attacks. Also, proxies can act as a buffer that shields your real identity when your activity is being tracked. 

Potential Uses of Chinese Proxy for Businesses

A China proxy can benefit your business in the following ways within the Chinese market context. 

Market research

The Chinese market isn’t the most well-known, with secrecy characterizing the country’s digital presence. A China proxy can help you enter the country’s internet space and collect all the insight needed to conduct favorable business. Information you can get includes consumer preferences, competitor analysis, trend analysis, etc. 

Ad Campaign

With a global product, simply serving ads on Google doesn’t guarantee China users will find you. However, with a China proxy, you can serve native ads on the Chinese internet space. Since the country also has its custom ad experience and ecosystem, a proxy can help you get the access needed. 

Content Localization

Content rises in value when tailored to the local users’ context. With a proxy, you can increase the relevance of your content to the Chinese digital ecosystem. For instance, setting up a proxy can help you discover the keywords needed to rank higher in the country. 

Use Cases of Proxies

Here are some use cases of proxies you may not have been aware of:

Brand Protection: When brands want to monitor their resources and brand globally, proxies can be used to access every country of interest. For instance, if you want to know if someone is illegally leveraging your brand name in another country, you can use the country’s proxy to explore. 

Web scraping: Gathering data is vital for businesses. With proxies, you can collect data for market research, lead generation, and competitor analysis. 

SEO monitoring: Search engine ranking is essential to any business wanting to profit. By using proxies, you can gather accurate data on how your website is performing in any region. Doing this also gives insight into what you need to optimize. 

Conclusion 

The Chinese market is large, and gaining access to do business there can help scale your business. With a suitable China proxy, you shouldn’t have problems conducting your business according to the country’s laws and regulations. 

Do you know how to make an infographic that pops?

Here’s a case where big data can actually help you make an impact visually. Infographics are a fantastic way to get your message across and illustrate complicated data points.

An infographic that’s visually appealing and data-driven can make or break your brand. If you’re wondering how to make infographic elements that stand out, start with these elements.

1. A Powerful Intro

Creating a powerful intro for an infographic is essential to its effectiveness. First, start with the basics: make sure to clearly introduce the topic by using a catchy headline and an engaging visual that will capture the audience’s attention. Ensure all visuals are of high quality and catch the eye of the reader.

Be sure to also include a brief summary at the beginning of the infographic to provide context to the topic, which can help engage the reader. This way, readers will be able to instantly understand the main points and the purpose of the infographic elements, and they’ll be more likely to invest their time in reading it.

2. A Well-Structured Body

To create effective infographics, it is essential to have a well-structured body. This means breaking up content into smaller sections and organizing it into a logical flow. Creating an infographic should be structured with a compelling headline, a prominent visual element to draw the reader in, and a body that is easy to scan and comprehend.

Effective infographic elements are organized in a way that is visually pleasing and aesthetically balanced. Breaking the body down into smaller chunks of information, with brief headlines that are short, clear, and eye-catching, helps readers scan the content more quickly. Utilizing vibrant colors, clear imagery, bold font sizes, and text that is well-spaced, organized, and easy to digest helps create an effective infographic.

3. Professional Images and Icons

Infographics are a great way to present data and information in a visually engaging manner. Professional images and icons are integral elements for creating effective infographic designs. Professional images should be used for topics that are complex or difficult for viewers to conceptualize in order to bring clarity to the dataset.

Icons can be used to symbolize a concept, process, or useful data. They should be kept simple and memorable. Additionally, professional icons should be used instead of stock icons to create a more sophisticated look. It is important to choose colors for your visuals carefully to make sure they are true to the data being presented and not too overwhelming for the viewer.

4. Consistent Theme

A consistent theme is one of the essential elements necessary for creating effective infographic elements whether you aim to illustrate a complex issue or tell a compelling story, the consistent theme and branding of your project matter.

Furthermore, by using consistent font styles and text size, viewers are able to easily comprehend the information, while the overall style of your design signals to the viewer the type of content they can expect.

By following through with a consistent theme, readers’ eyes are naturally drawn to points of interest and reinforce the idea of a powerful, unified message.

This tool might be useful if you wish to get started with infographics.

Learn More About Creating Infographic Elements

Infographic elements can be an effective tool for visualizing data or information, but their success hinges on the careful application of their essential elements.

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