Guide: How to Find SVG Element in Selenium – Easy Steps

how to find svg element in selenium

If you’re working with Selenium automation, you may come across situations where you need to interact with SVG elements. However, finding and interacting with these elements can be challenging, especially if you don’t know where to start. In this article, we will cover easy steps for finding SVG elements in Selenium, which will help enhance your automation skills.

Key Takeaways:

  • Knowing how to find SVG elements in Selenium is crucial for successful automation.
  • There are easy steps to locating, interacting with, and verifying the properties of SVG elements in Selenium.
  • Handling SVG element animations and troubleshooting issues are additional skills to master.

Understanding SVG Elements in Selenium

Selenium is a popular automation testing tool that is widely used for website testing. However, testing websites that contain Scalable Vector Graphics (SVG) elements can be a challenge for many automation testers. Understanding SVG elements and their structure is critical for successful Selenium automation.

SVG elements are XML-based vector graphics that are used to render graphics on the web. Unlike traditional HTML elements, SVG elements consist of shapes, paths, and attributes that define the graphical content. Selenium, being an HTML DOM (Document Object Model) based tool, can interact with SVG elements like any other HTML elements but requires an understanding of their structure.

SVG elements in the DOM are represented as object tags with an SVG mime type, making them readily identifiable. The SVG element is the root element of an SVG document and is typically defined within an SVG tag like this:


<rect x=”10″ y=”10″ width=”50″ height=”50″ />


The above code snippet defines an SVG element with a rectangle shape and its dimensions. The SVG structure typically consists of nested elements with their own set of attributes, defining the graphical content of the SVG element.

Selenium automation testers must have a clear understanding of the SVG element structure to locate and interact with SVG elements seamlessly. The next section will provide an overview of how to locate SVG elements in Selenium using XPath and CSS selectors.

Locating SVG Elements in Selenium

Locating SVG elements is an essential skill in Selenium automation. Thankfully, Selenium provides various techniques to locate SVG elements using XPath and CSS selectors.

XPath is a query language used to navigate through XML documents. In Selenium, XPath expressions can be used to identify elements in the DOM (Document Object Model), including SVG elements. To locate an SVG element using XPath, you first need to identify its parent element, followed by its class name or ID. For example:


This XPath expression locates an SVG element with a class attribute of “chart-svg” that is a child of a div element with a class attribute of “svg-container”.

CSS selectors can also be used to locate SVG elements in Selenium. The CSS selector syntax allows you to select elements based on their attributes, such as class, ID, or tag name. For example:

driver.find_element_by_css_selector(“div.svg-container > svg.chart-svg”)

This CSS selector locates an SVG element with a class attribute of “chart-svg” that is a direct child of a div element with a class attribute of “svg-container”.

It is important to note that XPath expressions are generally slower than CSS selectors in Selenium. However, XPath offers more flexibility in selecting elements based on their position in the DOM.

Interacting with SVG Elements in Selenium

Interacting with SVG elements in Selenium involves performing mouse actions and simulating keyboard inputs on these elements. Let’s take a closer look at how to achieve this.

Mouse Actions

Selenium provides several methods to perform mouse actions on SVG elements, including click, double click, right click, and hover. These methods are similar to those used for other HTML elements.

To perform a click action on an SVG element, use the click() method, as shown below:

WebElement svgElement = driver.findElement(By.xpath(“xpath_to_svg_element”));

Actions actions = new Actions(driver);;

To perform a double click action on an SVG element, use the doubleClick() method:


To perform a right click action on an SVG element, use the contextClick() method:


To perform a hover action on an SVG element, use the moveToElement() method:


Keyboard Inputs

Selenium also provides methods to simulate keyboard inputs on SVG elements. These methods are similar to those used for other HTML elements.

To simulate typing on an SVG element, use the sendKeys() method, as shown below:

svgElement.sendKeys(“text to be typed”);

To simulate the press of a keyboard key on an SVG element, use the sendKeys() method with the desired key as a parameter, as shown below:


The above code will simulate the press of the enter key on the SVG element.

By using these mouse actions and keyboard input methods, you can easily interact with SVG elements in your Selenium automation scripts.

Verifying SVG Element Properties in Selenium

Verifying the properties of SVG elements is an essential part of Selenium automation. Proper assertion of SVG element attributes, dimensions, and styles can ensure that the rendered SVG image is correct and accurate. Here are some tips and techniques for verifying SVG element properties in Selenium.

Using Selenium Assertions

Selenium provides a range of assertion methods that can be used to verify SVG element properties. The assertAttribute method can be used to check the value of an attribute such as “height” or “width”. The assertCssValue method can be used to verify the computed style of an SVG element such as “fill” or “stroke”.

//Get the ‘fill’ attribute value of the SVG element

String fillAttribute = driver.findElement(“svg-id”)).getAttribute(“fill”);

assertEquals(fillAttribute, “red”);

Here, the assertEquals method is used to check the value of the “fill” attribute of the SVG element.

Verifying SVG Element Dimensions

SVG elements can have dynamic dimensions based on the content they contain. You can use the getBoundingClientRect method to get the dimensions of an SVG element. This method returns a rectangle object that contains the top, left, bottom, and right coordinates of the SVG element.

//Get the height and width of the SVG element

WebElement svgElement = driver.findElement(“svg-id”));

int svgHeight = svgElement.getRect().getHeight();

int svgWidth = svgElement.getRect().getWidth();

Here, the getRect() method is used to get the height and width of the SVG element.

Asserting SVG Element Styles

SVG elements can have styles applied to them using CSS. You can use the getCssValue method to get the value of a specific CSS property applied to the SVG element.

//Get the fill color of the SVG element

WebElement svgElement = driver.findElement(“svg-id”));

String fillColor = svgElement.getCssValue(“fill”);

assertEquals(fillColor, “red”);

Here, the assertEquals method is used to check the value of the “fill” CSS property of the SVG element.

Proper verification of SVG element properties can help you ensure that the rendered image is accurate and meets your requirements.

Handling SVG Element Animations in Selenium

SVG elements often have interactive and animated features that need to be handled properly during Selenium automation. However, the dynamic nature of these elements can make it challenging to automate them.

The key to handling SVG element animations in Selenium is to use waiting strategies. These strategies allow Selenium to wait for a specific event or element state before proceeding with the automation script. The three main waiting strategies for handling SVG element animations are:

  • Explicit Wait: This strategy instructs Selenium to wait for a certain condition to occur before proceeding. For example, you can use it to wait for an SVG element to become visible or clickable before automating an action on it.
  • Implicit Wait: This strategy instructs Selenium to wait for a certain period before throwing an exception. For example, you can use it to wait for an SVG animation to complete before interacting with the element.
  • Fluent Wait: This strategy combines both explicit and implicit waits, allowing Selenium to wait for a dynamic condition to occur before proceeding with automation. For example, you can use it to wait for an SVG element to change its state or attributes before automating an action.

Using waiting strategies can help ensure that your Selenium automation script properly handles all SVG element animations. It is also important to note that SVG animations can be resource-intensive, so it is essential to optimize your scripts to avoid potential performance issues.

Troubleshooting SVG Element Issues in Selenium

Despite the benefits of using Selenium for SVG element automation, there are some common problems you may encounter while working with these elements. Here are some troubleshooting tips to help you overcome these issues:

Problem 1: Unable to Locate SVG Elements

If you cannot locate the SVG elements on the web page using XPath or CSS selectors, the issue may be due to the elements’ structure or the selector syntax.

To address this problem, you can use the browser’s developer tools to inspect the SVG element’s structure and identify the correct selector syntax.

Problem 2: Mouse Actions Not Working on SVG Elements

If you are unable to perform mouse actions like clicking or hovering on SVG elements, it may be due to the element’s position or visibility.

You can resolve this issue by using the ‘move_to_element’ method in Selenium to first move the mouse to the element’s location before performing the intended action.

Problem 3: Verification of SVG Element Properties Failing

If the assertion of the SVG element’s attributes, dimensions, or other properties fails, it may be due to the incorrect use of the assertion method or the incorrect identification of the property.

To fix this problem, you can review the Selenium documentation on assertion methods and the SVG element’s specifications to ensure that you are using the correct method and identifying the correct property.

Problem 4: SVG Element Animations Not Synchronized

Handling animated SVG elements is challenging in Selenium, as the element’s properties may change over time. As a result, synchronization may be difficult to achieve.

One solution to this problem is to use the ‘WebDriverWait’ method in Selenium, which allows you to wait for a specific condition or element to load before proceeding with the next step in the automation process.

Problem 5: Slow Test Execution Time

If your SVG element automation test is taking an unreasonably long time to execute, it may be due to inefficient automation code or an overly complex web page with many SVG elements.

You can improve test execution time by optimizing your automation code and simplifying the web page layout by removing any unnecessary SVG elements.

By following these troubleshooting tips, you can overcome the common problems associated with finding and interacting with SVG elements in Selenium automation.


Learning how to find SVG elements in Selenium is a valuable skill for anyone involved in automation testing. It can improve your ability to interact with complex web applications and ensure a more thorough testing process. By following the easy steps outlined in this article, you can locate, interact with, verify, and handle SVG elements in Selenium with confidence.

By mastering this skill, you can enhance your automation skills and become a more valuable member of your team. Whether you are a seasoned automation tester or just starting in the field, understanding SVG elements in Selenium can help you create more effective and efficient testing scripts.

Start Practicing Now

Now that you have learned the basics of finding SVG elements in Selenium, the best way to improve your skills is through practice. Take the time to apply what you have learned in real-world testing scenarios, experimenting with different SVG elements and testing scenarios.

When troubleshooting issues related to SVG elements, refer back to this article for guidance and solutions. By continually refining your skills and staying up-to-date with the latest tools and techniques, you can become a proficient automation tester and make a valuable contribution to your organization.

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