Get started with WebView2

In this article, get started creating your first WebView2 app and learn about the main features of WebView2. For more information about individual WebView2 APIs, navigate to API reference.


Ensure you install the following list of pre-requisites before proceeding.

Step 1 - Create a single-window app

Start with a basic desktop project that contains a single main window.


To better focus the walkthrough, use modified sample code from Walkthrough: Create a traditional Windows Desktop application (C++) for your sample app. To download the modified sample and get started, navigate to WebView2 Samples.

  1. In Visual Studio, open WebView2GettingStarted.sln.
    If you use an older version of Visual Studio, hover on the WebView2GettingStarted project, open the contextual menu (right-click), and choose Properties. Under Configuration Properties > General, modify Windows SDK Version and Platform Toolset to use the Win10 SDK and Visual Studio toolset available to you.

Tool version

Visual Studio may display errors, because your project is missing the WebView2 header file. The errors should be fixed after Step 2.

Step 2 - Install WebView2 SDK

Add the WebView2 SDK into the project. Use NuGet to install the Win32 SDK.

  1. Hover on the project, open the contextual menu (right-click), and choose Manage NuGet Packages.

    Manage NuGet packages

  2. Install the Windows Implementation Library.

    1. In the search bar, type Microsoft.Windows.ImplementationLibrary > choose Microsoft.Windows.ImplementationLibrary.

    2. In the right-hand side window, choose Install. NuGet downloads the library to your machine.


      The Windows Implementation Library and Windows Runtime C++ Template Library are optional and make working with COM easier for the example.

      Windows Implementation Library

  3. Install the WebView2 SDK.

    1. In the search bar, type Microsoft.Web.WebView2 > choose Microsoft.Web.WebView2.

    2. In the right-hand side window, choose Install. NuGet downloads the SDK to your machine.

      NuGet Package Manager

  4. Add WebView2 header to your project.

    In the HelloWebView.cpp file, copy the following code snippet and paste it after the last #include line.

    // include WebView2 header
    #include "WebView2.h"

    The include section should look similar to the following code snippet.

    #include <wrl.h>
    #include <wil/com.h>
    // include WebView2 header
    #include "WebView2.h"

Ready to use and build against the WebView2 API.

Build your empty sample app

To build and run the sample app, select F5. Your app displays an empty window.

Empty app

Step 3 - Create a single WebView within the parent window

Add a WebView to the main window.

Use the CreateCoreWebView2Environment method to set up the environment and locate the Microsoft Edge (Chromium) browser powering the control. You may also use the CreateCoreWebView2EnvironmentWithOptions method if you want to specify browser location, user folder, browser flags, and so on, instead of using the default setting. Upon the completion of the CreateCoreWebView2Environment method, run the ICoreWebView2Environment::CreateCoreWebView2Controller method inside the ICoreWebView2CreateCoreWebView2EnvironmentCompletedHandler callback and run the ICoreWebView2Controller::get_CoreWebView2 method to get the associated WebView.

In the callback, set a few more settings, resize the WebView to take 100% of the parent window, and navigate to Bing.

Copy the following code snippet and paste into HelloWebView.cpp after the // <-- WebView2 sample code starts here --> comment and before the // <-- WebView2 sample code ends here --> comment.

// Step 3 - Create a single WebView within the parent window
// Locate the browser and set up the environment for WebView
CreateCoreWebView2EnvironmentWithOptions(nullptr, nullptr, nullptr,
        [hWnd](HRESULT result, ICoreWebView2Environment* env) -> HRESULT {
            // Create a CoreWebView2Controller and get the associated CoreWebView2 whose parent is the main window hWnd
            env->CreateCoreWebView2Controller(hWnd, Callback<ICoreWebView2CreateCoreWebView2ControllerCompletedHandler>(
                [hWnd](HRESULT result, ICoreWebView2Controller* controller) -> HRESULT {
                if (controller != nullptr) {
                    webviewController = controller;
                // Add a few settings for the webview
                // The demo step is redundant since the values are the default settings
                ICoreWebView2Settings* Settings;
                // Resize WebView to fit the bounds of the parent window
                RECT bounds;
                GetClientRect(hWnd, &bounds);
                // Schedule an async task to navigate to Bing
                // Step 4 - Navigation events
                // Step 5 - Scripting
                // Step 6 - Communication between host and web content
                return S_OK;
        return S_OK;

Build your Bing sample app

To build and run the app, select F5. Now you have a WebView window displaying the Bing page.

Bing window

Step 4 - Navigation events

The WebView team already covered navigating to URL using the ICoreWebView2::Navigate method in the last step. During navigation, WebView fires a sequence of events to which the host may listen.

  1. NavigationStarting
  2. SourceChanged
  3. ContentLoading
  4. HistoryChanged
  5. NavigationCompleted

For more information, navigate to Navigation events.

Navigation events

In error cases, one or more of the following events may occur depending on whether the navigation is continued to an error webpage.

  • SourceChanged
  • ContentLoading
  • HistoryChanged


If an HTTP redirect occurs, there are multiple NavigationStarting events in a row.

As an example of using the events, register a handler for the NavigationStarting event to cancel any non-https requests. Copy the following code snippet and paste into HelloWebView.cpp.

// register an ICoreWebView2NavigationStartingEventHandler to cancel any non-https navigation
EventRegistrationToken token;
    [](ICoreWebView2* webview, ICoreWebView2NavigationStartingEventArgs * args) -> HRESULT {
        PWSTR uri;
        std::wstring source(uri);
        if (source.substr(0, 5) != L"https") {
        return S_OK;
    }).Get(), &token);

Now the app does not navigate to any non-https sites. You may use similar mechanism to accomplish other tasks, such as restricting navigation to within your own domain.

Step 5 - Scripting

You may use host apps to inject JavaScript code into WebView2 controls at runtime. You may task WebView to run arbitrary JavaScript or add initialization scripts. The injected JavaScript applies to all new top-level documents and any child frames until the JavaScript is removed. The injected JavaScript is run with specific timing.

  • Run it after the creation of the global object.
  • Run it before any other script included in the HTML document is run.

Copy the following code snippet and paste into HelloWebView.cpp.

// Schedule an async task to add initialization script that freezes the Object object
webviewWindow->AddScriptToExecuteOnDocumentCreated(L"Object.freeze(Object);", nullptr);
// Schedule an async task to get the document URL
webviewWindow->ExecuteScript(L"window.document.URL;", Callback<ICoreWebView2ExecuteScriptCompletedHandler>(
    [](HRESULT errorCode, LPCWSTR resultObjectAsJson) -> HRESULT {
        LPCWSTR URL = resultObjectAsJson;
        return S_OK;

Now, WebView should always freeze the Object object and returns the page document once.


The script injection APIs (and some other WebView2 APIs) are asynchronous, you should use callbacks if code is must be run in a specific order.

Step 6 - Communication between host and web content

The host and the web content may also communicate with each other through the postMessage method. The web content running within a WebView may post to the host through the method, and the message is handled by any registered the ICoreWebView2WebMessageReceivedEventHandler event handler on the host. Likewise, the host may message the web content through ICoreWebView2::PostWebMessageAsString or ICoreWebView2::PostWebMessageAsJSON method, which is caught by handlers added from listener. The communication mechanism allows the web content to use native capabilities by passing messages to ask the host to run native APIs.

As an example to understand the mechanism, the following steps occur when you try to output the document URL in WebView.

  1. The host registers a handler to return received message back to the web content
  2. The host injects a script to the web content that registers a handler to print message from the host
  3. The host injects a script to the web content that posts the URL to the host
  4. The handler of the host is triggered and returns the message (the URL) to the web content
  5. The handler of the web content is triggered and prints message from the host (the URL)

Copy the following code snippet and paste into HelloWebView.cpp.

// Set an event handler for the host to return received message back to the web content
    [](ICoreWebView2* webview, ICoreWebView2WebMessageReceivedEventArgs * args) -> HRESULT {
        PWSTR message;
        // processMessage(&message);
        return S_OK;
    }).Get(), &token);

// Schedule an async task to add initialization script that
// 1) Add an listener to print message from the host
// 2) Post document URL to the host
    L"\'message\', event => alert(;" \

Build your display URL sample app

To build and run the app, select F5. The URL appears in a pop-up window before navigating to a webpage.

Display url

Congratulations, you built your first WebView2 app.

Next steps

For additional WebView2 functionality that isn't covered in this article, review the following resources.

Getting in touch with the Microsoft Edge WebView team

Share your feedback to help build richer WebView2 experiences. To submit feature requests or bugs, or search for known issues, navigate to the Microsoft Edge WebView feedback repo.