![]() Render your React components where you want to see them on the page.Set up a JavaScript environment that lets you use the JSX syntax, split your code into modules with the import / export syntax, and use packages (for example, React) from the npm package registry.That’s a common way to integrate React-in fact, it’s how most React usage looked at Meta for many years! Let’s say you have an existing page built with another technology (either a server one like Rails, or a client one like Backbone), and you want to render interactive React components somewhere on that page. Using React for a part of your existing page In that case, serve the HTML/CSS/JS export ( next export output for Next.js, default for Gatsby) at /some-app/ instead. However, you can use the same approach even if you can’t or don’t want to run JavaScript on the server. Many React-based frameworks are full-stack and let your React app take advantage of the server. ![]() This ensures the React part of your app can benefit from the best practices baked into those frameworks. Configure your server or a proxy so that all requests under /some-app/ are handled by your React app.Specify /some-app as the base path in your framework’s configuration (here’s how: Next.js, Gatsby).Build the React part of your app using one of the React-based frameworks.Let’s say you have an existing web app at built with another server technology (like Rails), and you want to implement all routes starting with /some-app/ fully with React. Using React for an entire subroute of your existing website Although you can try React online or with a simple HTML page, realistically most JavaScript tooling you’ll want to use for development requires Node.js. Title: "On a scale of zero to ten, how likely are you to recommend our product to a friend or colleague?",ĬompletedHtml: "Thank you for your feedback!",Ĭonst survey = new Survey.Model(surveyJson) Ĭonst vizPanel = new SurveyAnalytics.VisualizationPanel(ĭocument.You need to install Node.js for local development. Configure and render the Visualization Panel here To load the survey results, send the survey ID to your server and return an array of JSON objects: const SURVEY_ID = 1 Refer to the Handle Survey Completion help topic for more information. Send the results to your server and store them with a specific survey ID. You can access survey results as a JSON object within the SurveyModel's onComplete event handler. The following code shows how to reference these libraries: Plotly.js (required) is used to visualize the rest of the question types.Ī library that integrates Survey Core with Plotly.js and Wordcloud. Wordcloud (optional) is used to visualize the Text, Multiple Text, and Comment question types. SurveyJS Dashboard requires only this part, but if you also display the survey on the page, reference the rest of the SurveyJS Library resources as well. Reference them on your page in the following order:Ī platform-independent part of the SurveyJS Library that works with the survey model. SurveyJS Dashboard depends on other JavaScript libraries. However, you can integrate the version for Knockout into your jQuery application by following the same instructions. SurveyJS Dashboard is powered by Knockout and does not have an individual implementation for jQuery. SurveyJS - Add SurveyJS Dashboard to a Knockout or jQuery Application by RomanTsukanov ( CodePen. To add SurveyJS Dashboard to your application, follow the steps below:Īs a result, you will create the following dashboard: This step-by-step tutorial will help you get started with SurveyJS Dashboard in a Knockout or jQuery application. Add SurveyJS Dashboard to a Knockout or jQuery Application
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