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@mapconductor/react-for-azuremaps

Azure Maps provider for the MapConductor React SDK. Wraps the Azure Maps Web SDK (atlas) behind MapConductor's provider-agnostic map API, so the same MapConductor components (markers, circles, polylines, polygons, ground images, raster layers, info bubbles, camera sync) render on Azure Maps.

Installation

npm install @mapconductor/react-for-azuremaps

@mapconductor/js-sdk-core and @mapconductor/js-sdk-react (used for markers and other shared components) are installed automatically as dependencies. Your code imports from both directly, so with pnpm's strict (isolated) node_modules — or whenever you prefer to declare everything you import — install them explicitly instead:

npm install @mapconductor/react-for-azuremaps @mapconductor/js-sdk-core @mapconductor/js-sdk-react

The Azure Maps Web SDK (azure-maps-control) is bundled as a dependency. You need an Azure Maps subscription key from the Azure portal.

Hello Map tutorial

The simplest possible map app, built with MapConductor + Azure Maps: click the marker and a "Hello, MapConductor" bubble pops up. You can build it in the 5 steps below. Azure Maps requires a subscription key, so add one before you run the app.

Step 1: Create a React project

Create a React + TypeScript project with Vite.

npm create vite@latest hello-map -- --template react-ts
cd hello-map
npm install
npm run dev

Step 2: Install MapConductor (Azure Maps)

Install the package needed to show a map. We use Azure Maps here, but you can use other map modules too.

npm install @mapconductor/react-for-azuremaps

• @mapconductor/react-for-azuremaps — components / hooks for Azure Maps
• @mapconductor/js-sdk-react / @mapconductor/js-sdk-core are installed automatically as dependencies.
• An Azure Maps subscription key is required. Supply it however your build tool exposes environment values, and keep it out of source control.

Step 3: Show the map

Create the map state with useAzureMapsViewState and render it with <AzureMapsMapView>. Don't forget the style CSS import. Give the outer element a height to make it full-screen.

import {
  AzureMapsDesign,
  AzureMapsMapView,
  useAzureMapsViewState,
} from '@mapconductor/react-for-azuremaps';
import '@mapconductor/react-for-azuremaps/style.css';
import { createGeoPoint, createMapCameraPosition } from '@mapconductor/js-sdk-core';

// Your own key. Read it from your environment however your build tool does
// it, and keep it out of source control.
const AZURE_MAPS_SUBSCRIPTION_KEY = '…';

const TOKYO = createGeoPoint({ latitude: 35.6812, longitude: 139.7671 });
const INITIAL_CAMERA = createMapCameraPosition({ position: TOKYO, zoom: 14 });

export default function App() {
  const mapViewState = useAzureMapsViewState({
    subscriptionKey: AZURE_MAPS_SUBSCRIPTION_KEY,
    mapDesignType: AzureMapsDesign.Road,
    cameraPosition: INITIAL_CAMERA,
  });

  return (
    <div style={{ width: '100vw', height: '100vh' }}>
      <AzureMapsMapView state={mapViewState} />
    </div>
  );
}

Step 4: Place a marker

Create the marker state with createMarkerState and register it with <Marker>. Write overlays as child elements of the map component.

import { useMemo } from 'react';
import { createMarkerState } from '@mapconductor/js-sdk-core';
import { Marker } from '@mapconductor/js-sdk-react';

// ...inside App...
const marker = useMemo(
  () => createMarkerState({ id: 'hello', position: TOKYO }),
  [],
);

// ...inside return...
<AzureMapsMapView state={mapViewState}>
  <Marker state={marker} />
</AzureMapsMapView>

Step 5: Show an InfoBubble on click

Track the selected state with useState, set it to true in the marker's onClick, and render <InfoBubble> only while selected. This is the finished app.

import { useMemo, useState } from 'react';
import {
  AzureMapsDesign,
  AzureMapsMapView,
  useAzureMapsViewState,
} from '@mapconductor/react-for-azuremaps';
import '@mapconductor/react-for-azuremaps/style.css';
import {
  createGeoPoint,
  createMapCameraPosition,
  createMarkerState,
} from '@mapconductor/js-sdk-core';
import { InfoBubble, Marker } from '@mapconductor/js-sdk-react';

// Your own key. Read it from your environment however your build tool does
// it, and keep it out of source control.
const AZURE_MAPS_SUBSCRIPTION_KEY = '…';

const TOKYO = createGeoPoint({ latitude: 35.6812, longitude: 139.7671 });
const INITIAL_CAMERA = createMapCameraPosition({ position: TOKYO, zoom: 14 });

export default function App() {
  const mapViewState = useAzureMapsViewState({
    subscriptionKey: AZURE_MAPS_SUBSCRIPTION_KEY,
    mapDesignType: AzureMapsDesign.Road,
    cameraPosition: INITIAL_CAMERA,
  });

  const [selected, setSelected] = useState(false);

  const marker = useMemo(
    () => createMarkerState({
      id: 'hello',
      position: TOKYO,
      onClick: () => setSelected(true),
    }),
    [],
  );

  return (
    <div style={{ width: '100vw', height: '100vh' }}>
      <AzureMapsMapView state={mapViewState} onMapClick={() => setSelected(false)}>
        <Marker state={marker} />
        {selected && (
          <InfoBubble marker={marker}>
            <div style={{ padding: '8px 12px', fontWeight: 600 }}>
              Hello, MapConductor
            </div>
          </InfoBubble>
        )}
      </AzureMapsMapView>
    </div>
  );
}

Key points

• Coordinates, cameras and markers are created with js-sdk-core functions (provider-independent).
• The map component and hooks come from react-for-azuremaps (provider-specific).
• Write overlays as child elements of the map component.
• Control show / hide with React useState.

Camera / zoom alignment

Azure Maps' Web SDK renders with 512px tiles, so its reported zoom is one level lower than 256px-tile providers such as Google Maps. This package carries that offset (GoogleZoom ≈ AzureZoom + 1) in its ZoomAltitudeConverter, so a MapConductor camera stays aligned with the project-wide Google Maps reference.

Related packages

• @mapconductor/js-sdk-core — geometry, camera, and state primitives
• @mapconductor/js-sdk-react — shared Marker, Markers, shapes, and info bubbles

License

Apache-2.0