In mobile test automation, identifying and interacting with UI elements can be challenging due to the complexity and variability of app interfaces. Appium Inspector addresses this by providing a visual interface to inspect app elements.

Appium UI Inspector lets you see element properties and generate accurate locators, helping you create and maintain reliable automated test scripts.

Overview

What Is Appium Inspector?

Appium Inspector is a GUI tool that shows screen and UI hierarchy of your mobile app. It lets you inspect and interact with elements, and generates locators for test automation.

How to Download Appium Inspector?

You can download Appium Inspector using the Appium plugin or the desktop app, then connect it to your Appium server to start inspecting your app.

  • Plugin Method: Install via npm with appium plugin install –source=npm appium-inspector-plugin, then start with appium –use-plugins=inspector –allow-cors and open in a browser.
  • Desktop App Method: Download the correct package from GitHub Releases (.exe for Windows, .dmg for macOS), run the installer, and follow OS prompts.

How to Use Appium Inspector for Debugging?

Appium Inspector allows you to connect to a running mobile app, inspect UI elements, interact with them, and generate locators for automated testing.

  • Start a Session: Open Appium Inspector, provide your Appium server details and device capabilities, then click “Start Session” to load the app.
  • Inspect UI Elements: Click elements on the screen or in the UI tree to view properties like ID, class, text, and bounds.
  • Build Locators: Copy element attributes such as resource ID, accessibility ID, or XPath to use in automation scripts.
  • Interact with Elements: Tap, swipe, scroll, or send keys directly from Inspector to simulate user actions on the app.
  • Capture Screens & Debug: Take screenshots or UI tree snapshots, log actions, and test locators to troubleshoot issues efficiently.
  • Generate Script Snippets: Copy ready-made code snippets in Java, Python, or JavaScript for selected elements to speed up test creation.
  • Save Session Profiles: Store server and capability configurations for reuse in future testing sessions.

What Is Appium Inspector?

Appium Inspector is a GUI tool used in mobile automation testing to view the structure of a running mobile app. It displays the app screen and lists every button, text field, and icon. When an element is selected, it shows specific data such as element name, type, id, and screen position.

You can use Appium Inspector to select the exact element a test must interact with. It provides locator values like accessibility ID or XPath so the test script can tap, type, or verify the correct element. This helps the script act on the right part of the app and reduces test failures.

Why Use Appium Inspector?

Appium Inspector helps explore UI hierarchies, interact with elements, view attributes, and run commands. It also records flows, captures logs/screenshots, and supports cross-platform automation testing efficiently.

  • Visual UI Tree/Hierarchy Inspection: You can see the full structure of your app in a tree view. It shows how elements are arranged. You can understand nesting and parent-child relationships clearly.
  • Element Interaction: You can tap buttons, enter text, swipe, and scroll directly from Inspector. Your actions happen on the connected device or emulator. This makes testing interactive elements straightforward.
  • Locator Details & Attributes: You can view element details like resource ID, class, text, bounds, and accessibility ID. You can use these values to create exact locators for automation scripts.
  • Command Execution from Inspector: You can run Appium commands directly from the GUI. You can test actions without writing full scripts. This speeds up testing and prevents errors.
  • Recording User Flows & Script Generation: You can record taps, text input, and swipes while using the app. Inspector generates basic code in Java, JavaScript, or Python. This helps you build test scripts faster.
  • Logging, Screenshots & Debugging: You can capture logs, screenshots, and snapshots of the screen and element tree. You can check errors and fix test failures efficiently.
  • Cross-Platform Support: You can use Inspector with Android, iOS, and Windows devices. This lets you inspect elements while performing mobile app testing on multiple platforms using the same tool.
Note

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How to Download and Install Appium Inspector?

You can download Appium Inspector from GitHub Releases or install it via npm plugin, then follow your OS prompts to install and launch it, and connect to your Appium server to start a session.

Plugin Method

You can install the Inspector plugin using the command appium plugin install –source=npm appium-inspector-plugin. Then start Appium Inspector with –use-plugins=inspector –allow-cors and open in your browser.

Desktop App Method

Go to the GitHub Releases page for Appium Inspector and download the correct package for your platform: .exe for Windows and .dmg for macOS.

Installation:

  • Windows: Run the .exe file. If Windows blocks it, right-click → Properties → check “Unblock” → Apply → Run the installer.
  • macOS: Open the .dmg file and drag the Appium Inspector icon to the Applications folder. If macOS blocks opening the app, run xattr -cr “/Applications/Appium Inspector.app” in Terminal or use System Settings → Privacy & Security → Open Anyway.

After installation, open Appium Inspector. Connect it to your Appium server by providing your desired capabilities and start a session to inspect your mobile app.

How to Open Appium Inspector on Windows?

You open Appium Inspector on Windows by double‑clicking the installed .exe, running your Appium server, entering the server URL, port, and base path, setting desired capabilities, and clicking Start Session.

  1. Open the App: You start Appium UI Inspector on Windows by double‑clicking the installed .exe file from your desktop or Start menu.
  2. Launch Appium 2 Server: Run your Appium server on your machine before opening Inspector, so the tool can connect to it successfully.
  3. Enter Connection Details: In Inspector’s Session Builder, set the server URL, port, and base path (defaults: 127.0.0.1, 4723, “/”).
  4. Set Desired Capabilities: Provide Appium capabilities like platform name, device name, app path in the Session Builder.
  5. Start Your Session: Click the Start Session button after providing details. Inspector will open a live view of the app’s UI hierarchy.
  6. Attach to Existing Session (Optional): Use the “Attach to Session” tab to connect Inspector to an already running Appium session.

How to Open Appium Inspector on Mac?

You open Appium UI Inspector on Mac by double‑clicking the app in Applications, bypassing Gatekeeper if needed, clearing security flags via Terminal, setting the server URL and session capabilities, then clicking Start Session.

  1. Open the App: In Finder, go to Applications, then double‑click Appium Inspector.app to launch it.
  2. Bypass Gatekeeper Security: If macOS blocks the app, Control‑click its icon and choose Open, then confirm Open again.
  3. Clear Security Flags via Terminal: Run xattr -cr “/Applications/Appium Inspector.app” in Terminal to remove macOS security restrictions.
  4. Configure Server Address: In the Session Builder screen, set your Appium server URL (default: http://127.0.0.1:4723) so Inspector can connect.
  5. Enter Session Capabilities: Provide device details like platform name, device name, and app path in the Session Builder.
  6. Start the Session: Click Start Session. Inspector will then connect to the server and display the live app UI tree.

How to Use Appium UI Inspector?

You use Appium UI Inspector by starting a session with your Appium server and device capabilities. It loads your app’s UI, lets you select elements, view attributes, build locators, interact with the app, capture screenshots, debug, generate code snippets, and save session profiles for future use.

  1. Start a Session: Open Inspector and provide your Appium server details and device capabilities so it can connect to your mobile app.
  2. Connect and Load App: Click “Start Session.” Inspector connects, launches your app, and shows the live UI screenshot plus its full hierarchy.
  3. Select UI Elements: Click an element on the screenshot or tree. Inspector highlights it and lists details like id, text, class, and bounds.
  4. Build Locators: Examine attributes such as resource ID, class, accessibility ID, or XPath and copy them into your test code.
  5. Test Locator Accuracy: Find element to validate whether a locator picks exactly the element you selected.
  6. Interact with the App: Tap, swipe, scroll, or send keys via the Inspector interface to simulate real user actions.
  7. Log Actions & Capture Screens: Take screenshots or snapshots of the UI tree while testing, helping document states or debug later.
  8. Debug with Locators: Inspect elements that don’t behave as expected, using different Appium locators strategies to handle dynamic or changing UI.
  9. Generate Script Snippets: Copy code snippets (Java, Python, JavaScript) for selected elements, which saves time while writing automation tests.
  10. Save Session Profiles: Store server and capability configurations inside Inspector for reuse in future testing sessions.

How to Use Appium Inspector for App Testing With LambdaTest?

Appium also supports inspection on remote grids. There are a number of testing platforms available that provide a real device cloud for inspecting UI elements while testing mobile apps.

LambdaTest is one such cloud-based Appium mobile testing platform that allows you to test and debug mobile apps using Appium Inspector on 10,000+ real Android and iOS devices.

To get started, check out this guide on Appium Inspector integration with LambdaTest.

Features:

  • App Uploads: Upload .apk, .aab, .ipa files or install apps directly from Play Store, App Store, Firebase, or TestFlight for instant testing on cloud devices.
  • Parallel Test Execution: Run multiple Appium tests simultaneously across different devices and OS combinations, reducing execution time and accelerating feedback cycles for faster development and release.
  • Gesture Automation: Automate natural gestures like tap, swipe, scroll, zoom, and long-press on mobile devices, enabling full functional testing of interactive app behaviors.
  • Debugging Tools: Access session logs, screenshots, video recordings, and network logs for effective troubleshooting, performance monitoring, and identifying issues during Appium test runs.
  • Supported Appium Plugins: Use Appium plugins such as images for image comparison, gestures, and element-wait to extend test capabilities and simplify mobile automation.
  • Test Analytics & History: Track execution history, trends, flaky tests, and pass/fail results for better insights into app stability and continuous improvement of automation suites.
  • CI/CD Integration: Seamlessly integrate Appium tests with Jenkins, GitHub Actions, CircleCI, and other CI/CD pipelines for automated, continuous testing during development cycles.

Tips and Tricks to Use Appium Inspector Effectively

You can follow these tips and tricks to use Appium UI Inspector effectively because they help you locate elements accurately, validate UI behavior, debug efficiently, and create reliable, reusable test scripts faster.

  • Navigating the UI Tree & Selecting Elements: Browse the UI hierarchy by expanding or collapsing nodes. Locate elements visually or via the tree view, selecting items to inspect their properties and attributes.
  • Generating Locators: Generate reliable locators using Inspector, including XPath, accessibility ID, class name, or resource ID. Use Inspector’s suggested values and validate them for uniqueness.
  • Real-Time Interactions & Validations: Perform live actions on the app such as tap, type, swipe, scroll, or long-press. Validate UI behavior to ensure interactions work as expected.
  • Capturing Screenshots/Snapshots: Capture the current screen and UI tree to save snapshots. Use them for debugging, documentation, or sharing element details with teammates.
  • Recording & Exporting Scripts: Record user flows in Inspector. Export the recorded session as code snippets or full test scripts in your preferred language for Appium automation.

If you are using the latest Appium 3, the Appium server requires you to upgrade Inspector to version 2025.3.1 or later to use the “Attach to Session” feature.

Conclusion

Appium Inspector lets you view and interact with mobile app elements directly. You can download and install it on Windows or Mac, then open it to inspect apps in real time. It highlights element properties, helps generate selectors, and supports debugging.

You can use it with LambdaTest to run remote tests. Applying simple tips improves element detection, speeds up test script creation, and ensures automated tests run accurately and reliably.

Citations

Frequently Asked Questions (FAQs)

What is Appium Inspector used for?

Appium Inspector is used to explore an app’s UI structure, inspect element attributes, interact with elements, record user flows, and generate test code. It simplifies locator strategy development and debugging during automated testing.

What is the difference between Appium Inspector and Appium Server?

Appium Server executes WebDriver commands on devices or emulators. Inspector connects to the server as a client, providing a visual interface to explore UI elements, inspect attributes, interact, and generate test code. Server handles execution, while Inspector facilitates inspection and debugging.

Is Appium Inspector free or paid?

Appium Inspector is fully open source and free to use. It works with any Appium server setup without licensing costs. Desktop and web versions are available, making it accessible for developers and testers across different platforms without subscription requirements.

How do I launch Appium Inspector from the command line?

Launch the desktop executable or open the web version in a supported browser. Provide your Appium server’s host, port, and endpoint path, then configure desired capabilities. Start the session to inspect UI elements, interact with the app, and generate automation scripts.

Can I attach Appium Inspector to a running session?

Yes. You can attach Inspector to an existing Appium session by entering the active session ID in the Session Builder. This avoids restarting the app, preserves context, and allows interactive inspection or debugging while the automation test is already running.

How do I inspect elements on hybrid apps (webview + native)?

After launching a session, switch context to the desired view, such as WEBVIEW. Once in the correct context, explore the DOM, locate web elements, inspect attributes, and interact with elements like clicking or typing, while still controlling the native app.

Why aren’t some UI elements appearing in the Inspector’s source tree?

Frameworks like React Native or Flutter may limit snapshot depth or filter attributes. Adjust settings such as snapshotMaxDepth or pageSourceExcludedAttributes to include more elements. Missing elements are usually caused by insufficient snapshot configuration or unsupported attributes in the default Inspector source tree.

How do I use percentages instead of pixels in Appium Inspector?

Appium Inspector does not support percentage-based coordinates directly. Calculate relative positions by dividing element bounds by screen size, then use those values when scripting taps or swipes. This ensures consistent interactions across different devices and screen resolutions during automation testing.

Is Appium Inspector necessary to get element text?

No. You can retrieve element text directly using Appium client code in any supported programming language. Inspector helps only to locate elements visually and verify attributes, but actual text extraction can be done entirely through automation scripts without using the Inspector.

Why does my Inspector session time out immediately after starting?

Session timeouts often occur when desired capabilities are missing, invalid, or mismatched with the device. Verify platform name, device name, automation name, and app path. Ensure the Appium server is running and reachable. Correcting these parameters usually resolves immediate session closure issues.



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