Integrating Ignite UI for React with Next.js

Explore the seamless integration of Ignite UI for React into your Next.js project. This topic is crafted to help developers make the most of the Infragistics React components while leveraging the features of Next.js for building robust and performant full stack applications.

Prerequisites

Install NodeJS.
Install Visual Studio Code.

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Creating New Next.js Project

With above prerequisites installed, we can create a new Next.js application.

1 - Open VS Code, select Terminal menu and then New Terminal option.

2 - Type the following commands in terminal window:

npx create-next-app@latest MyAppName
cd MyAppName

Updating Existing Next.js App

If you want to use Ignite UI for React in an existing Next.js project (one that you have from before). We have you covered! All you have to do is execute these commands:

npm install --save igniteui-react
npm install --save igniteui-react-charts igniteui-react-core
npm install --save igniteui-react-excel igniteui-react-core
npm install --save igniteui-react-gauges igniteui-react-core
npm install --save igniteui-react-grids igniteui-react-core
npm install --save igniteui-react-maps igniteui-react-core
npm install --save igniteui-react-spreadsheet igniteui-react-core

yarn add igniteui-react-charts igniteui-react-core
yarn add igniteui-react-excel igniteui-react-core
yarn add igniteui-react-gauges igniteui-react-core
yarn add igniteui-react-grids igniteui-react-core
yarn add igniteui-react-maps igniteui-react-core
yarn add igniteui-react-spreadsheet igniteui-react-core

This will automatically install packages for Ignite UI for React, along with all of their dependencies, font imports and styles references to the existing project.

Importing Component Modules

First we have to import the required modules of the components we want to use. We will go ahead and do this for the GeographicMap component.

"use client"
import { IgrGeographicMapModule, IgrGeographicMap } from 'igniteui-react-maps';
import { IgrDataChartInteractivityModule } from 'igniteui-react-charts';

IgrGeographicMapModule.register();
IgrDataChartInteractivityModule.register();

[!Note] It's important to note that Ignite UI for React components are using client-only features like state and browser events. Infragistics' components will work as expected within Client Next.js Components since they have the "use client" directive, but they won't work within Server Components.

Using Components

We are now ready to use the Ignite UI for React map component in our Next.js component! Let's go ahead and define it:

function App() {
  return (
    <div style={{ height: "100%", width: "100%" }}>
      <IgrGeographicMap
        width="800px"
        height="500px"
        zoomable="true" />
    </div>
  );
}

Running Application

Finally, we can run our new application by using one of the following commands:

npm run dev

After executing this command, your project will be built and served locally on your computer. It will automatically open in your default browser and you will be able to use Ignite UI for React components in your project.

The final result should look something like this screenshot:

Using React in Next.js Server Components

As mentioned earlier, most components of React rely on state and browser events, making them incompatible with direct use within Server Components. Nevertheless, if you find the need to use them this way, Infragistics' components can be wrapped within their respective Client Components.

'use client'
import { IgrGeographicMap } from 'igniteui-react-maps';
IgrGeographicMapModule.register();

export default IgrGeographicMap;

Then, in a Next.js Server Component the IgrGeographicMap can be used directly:

import IgrGeographicMap from './wrapped-geographic-map';

function App() {
  return (
    <div style={{ height: "100%", width: "100%" }}>
      <IgrGeographicMap
        width="800px"
        height="500px"
        zoomable="true" />
    </div>
  );
}

[!Note] The majority of Ignite UI for React components may remain unwrapped as they are expected to be utilized within other Client Components. Therefore, there is no need to wrap all Infragistics' components.

Dynamic import of Ignite UI for React components

Enhancing the initial loading performance of an application is facilitated by lazy loading, which reduces the required amount of JavaScript to render a route. It allows you to defer loading of the imported libraries and only include them in the client bundle when needed. Using next/dynamic you can implement lazy loading:

"use client";
import "igniteui-webcomponents/themes/light/bootstrap.css";
import dynamic from "next/dynamic";

export default function DynamicButtonComponent() {
  const IgButton = dynamic(
    async () => {
      const { IgrButton, IgrButtonModule } = await import("igniteui-react");
      IgrButtonModule.register();
      return IgrButton;
    }
  );
  
  return (
      <IgButton variant="contained">
        <span key="title">Click me</span>
      </IgButton>
  );
}

However, if a more complex component is used like the IgrGrid, which typically contains child components, it is essential not to dynamically import each and every child component. The component should be used like this:

"use client";
import dynamic from "next/dynamic";
import CustomersDataLocal from "./CustomersDataLocal.json";
import "igniteui-react-grids/grids/combined";
import "igniteui-react-grids/grids/themes/light/bootstrap.css";

export default function GridDynamicComponent() {
  const IgnGrid = dynamic(
    async () => {
      const {
        IgrGrid,
        IgrGridModule,
        IgrColumn,
        IgrGridToolbar,
        IgrGridToolbarTitle,
        IgrGridToolbarActions,
        IgrGridToolbarPinning,
      } = await import("igniteui-react-grids");
      IgrGridModule.register();

      const IgGrid = ({ ...props }) => {
        return (
          <IgrGrid {...props}>
            <IgrGridToolbar>
              <IgrGridToolbarTitle></IgrGridToolbarTitle>
              <IgrGridToolbarActions>
                <IgrGridToolbarPinning></IgrGridToolbarPinning>
              </IgrGridToolbarActions>
            </IgrGridToolbar>
            <IgrColumn field="ID" header="ID" hidden="true"></IgrColumn>
            <IgrColumn
              field="CompanyName"
              header="Company Name"
              width="300px"
            ></IgrColumn>
            <IgrColumn
              field="ContactName"
              header="Contact Name"
              width="200px"
              pinned="true"
            ></IgrColumn>
            <IgrColumn
              field="ContactTitle"
              header="Contact Title"
              width="200px"
              pinned="true"
            ></IgrColumn>
            <IgrColumn
              field="Address"
              header="Address"
              width="300px"
            ></IgrColumn>
            <IgrColumn field="City" header="City" width="120px"></IgrColumn>
            <IgrColumn field="Region" header="Region" width="120px"></IgrColumn>
            <IgrColumn
              field="PostalCode"
              header="Postal Code"
              width="150px"
            ></IgrColumn>
            <IgrColumn field="Phone" header="Phone" width="150px"></IgrColumn>
            <IgrColumn field="Fax" header="Fax" width="150px"></IgrColumn>
          </IgrGrid>
        );
      };
      return IgGrid;
    }
  );

  return <IgnGrid data={CustomersDataLocal}></IgnGrid>;
}

[!Note] Implementing lazy loading for components can enhance performance, but it is advisable to use it exclusively when the components are not immediately visible on the page.

Additional Resources

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