21002154445

Committed 14 Jan 2026 04:41PM UTC coverage: 85.288% (-0.5%) from 85.752%

Build # 21002154445

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github

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web-flow

Commit Message

Merge 98f0a1ef8 into dd1cecdb8

Pull Request Pull Request #609: Merge main (v2.0.0) into develop

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72.06

/src/components/MapboxMap.tsx

import React, { useRef, useEffect, useState, useCallback } from 'react';
import mapboxgl, { MarkerOptions } from 'mapbox-gl';
import { Result, useSearchState, SelectableStaticFilter } from '@yext/search-headless-react';
import { useDebouncedFunction } from '../hooks/useDebouncedFunction';
import _ from 'lodash';

import ReactDOM from 'react-dom';
// Try to statically import createRoot, will be undefined for <18.
import * as ReactDomClient from 'react-dom/client';

type LegacyReactDOM = {
  render?: (element: React.ReactElement, container: Element) => void;
  unmountComponentAtNode?: (container: Element | DocumentFragment) => boolean;
};

type RootHandle = {
  render: (children: React.ReactNode) => void;
  unmount: () => void;
};

const legacyReactDOM = ReactDOM as LegacyReactDOM;
const reactMajorVersion = Number(React.version.split('.')[0]);
const supportsCreateRoot = !Number.isNaN(reactMajorVersion) && reactMajorVersion >= 18;


/**
 * Props for rendering a custom marker on the map.
 *
 * @public
 */
export type PinComponentProps<T> = {
  /** The index of the pin. */
  index: number,
  /** The Mapbox map. */
  mapbox: mapboxgl.Map,
  /** The search result corresponding to the pin. */
  result: Result<T>,
  /** Where the pin is selected. */
  selected?: boolean,
};

/**
 * A functional component that can be used to render a custom marker on the map.
 *
 * @public
 */
export type PinComponent<T> = (props: PinComponentProps<T>) => React.JSX.Element;

/**
 * A function use to derive a result's coordinate.
 *
 * @public
 */
export type CoordinateGetter<T> = (result: Result<T>) => Coordinate | undefined;

/**
 * Coordinate use to represent the result's location on a map.
 *
 * @public
 */
export interface Coordinate {
  /** The latitude of the location. */
  latitude: number,
  /** The longitude of the location. */
  longitude: number
}

/**
 * A function which is called when user drags or zooms the map.
 *
 * @public
 */
export type OnDragHandler = (center: mapboxgl.LngLat, bounds: mapboxgl.LngLatBounds) => void;

/**
 * Props for the {@link MapboxMap} component.
 * The type param "T" represents the type of "rawData" field of the results use in the map.
 *
 * @public
 */
export interface MapboxMapProps<T> {
  /** Mapbox access token. */
  mapboxAccessToken: string,
  /** Interface for map customization derived from Mapbox GL's Map options. */
  mapboxOptions?: Omit<mapboxgl.MapboxOptions, 'container'>,
  /**
   * Custom Pin component to render for markers on the map.
   * By default, the built-in marker image from Mapbox GL is used.
   * This prop should not be used with
   * {@link MapboxMapProps.renderPin | renderPin}. If both are provided,
   * only PinComponent will be used.
   */
  PinComponent?: PinComponent<T>,
  /**
   * Render function for a custom marker on the map. This function takes in an
   * HTML element and is responible for rendering the pin into that element,
   * which will be used as the marker.
   * By default, the built-in marker image from Mapbox GL is used.
   * This prop should not be used with
   * {@link MapboxMapProps.PinComponent | PinComponent}. If both are provided,
   * only PinComponent will be used.
   */
  renderPin?: (props: PinComponentProps<T> & { container: HTMLElement }) => void,
  /**
   * A function to derive a result's coordinate for the corresponding marker's location on the map.
   * By default, "yextDisplayCoordinate" field is used as the result's display coordinate.
   */
  getCoordinate?: CoordinateGetter<T>,
  /** {@inheritDoc OnDragHandler} */
  onDrag?: OnDragHandler,
  /**
   * The window object of the iframe where the map should rendered. Must have mapboxgl loaded.
   * If not provided or mapboxgl not loaded, the map will be rendered in the parent window.
   */
  iframeWindow?: Window,
  /**
   * If set to true, the map will update its options when the mapboxOptions prop changes.
   * Otherwise, the map will not update its options once initially set.
   */
  allowUpdates?: boolean,
  /** A function that handles a pin click event. */
  onPinClick?: (result: Result<T> | undefined) => void,
  /** The options to apply to the map markers based on whether it is selected. */
  markerOptionsOverride?: (selected: boolean) => MarkerOptions,
}

/**
 * A component that renders a map with markers to show result locations using Mapbox GL.
 *
 * @remarks
 * For the map to work properly, be sure to include Mapbox GL stylesheet in the application.
 *
 * @example
 * For instance, user may add the following import statement in their application's index file
 * or in the file where `MapboxMap` is used:
 * `import 'mapbox-gl/dist/mapbox-gl.css';`
 *
 * Or, user may add a stylesheet link in their html page:
 * `<link href="https://api.mapbox.com/mapbox-gl-js/v2.9.2/mapbox-gl.css" rel="stylesheet" />`
 *
 * @param props - {@link MapboxMapProps}
 * @returns A React element containing a Mapbox Map
 *
 * @public
 */
export function MapboxMap<T>({
  mapboxAccessToken,
  mapboxOptions,
  PinComponent,
  renderPin,
  getCoordinate = getDefaultCoordinate,
  onDrag,
  iframeWindow,
  allowUpdates = false,
  onPinClick,
  markerOptionsOverride,
}: MapboxMapProps<T>): React.JSX.Element {
  const mapboxInstance = (iframeWindow as Window & { mapboxgl?: typeof mapboxgl })?.mapboxgl ?? mapboxgl;
  useEffect(() => {
    mapboxInstance.accessToken = mapboxAccessToken;
  }, [mapboxAccessToken]);

  const mapContainer = useRef<HTMLDivElement>(null);
  const map = useRef<mapboxgl.Map | null>(null);
  const markers = useRef<mapboxgl.Marker[]>([]);
  const markerRoots = useRef(new Map<HTMLElement, RootHandle>());
  const activeMarkerElements = useRef(new Set<HTMLElement>());
  const markerData = useRef<Array<{ marker: mapboxgl.Marker, result: Result<T>, index: number }>>([]);

  const locationResults = useSearchState(state => state.vertical.results) as Result<T>[];
  const staticFilters = useSearchState(state => state.filters?.static);
  const onDragDebounced = useDebouncedFunction(onDrag, 100);
  const [selectedResult, setSelectedResult] = useState<Result<T> | undefined>(undefined);

  const handlePinClick = useCallback((result: Result<T>) => {
    setSelectedResult(prev => prev === result ? undefined : result)
  }, [])

  useEffect(() => {
    onPinClick?.(selectedResult);
  }, [selectedResult])

  const cleanupPinComponent = useCallback((element: HTMLElement) => {
    activeMarkerElements.current.delete(element);
    if (supportsCreateRoot) {
      const root = markerRoots.current.get(element);
      if (root) {
        root.unmount();
        markerRoots.current.delete(element);
      }
    } else {
      legacyReactDOM.unmountComponentAtNode?.(element);
    }
  }, []);

  const attachPinComponent = useCallback((element: HTMLElement, component: React.JSX.Element) => {
    if (supportsCreateRoot && typeof ReactDomClient.createRoot === 'function') {
      // Use React 18+ API
      let root = markerRoots.current.get(element);
      if (!root) {
        root = ReactDomClient.createRoot(element);
        markerRoots.current.set(element, root);
      }
      root.render(component);
    } else if (typeof legacyReactDOM.render === 'function') {
      // Fallback for React <18
      legacyReactDOM.render(component, element);
    }
  }, []);

  const removeMarkers = useCallback(() => {
    markers.current.forEach(marker => {
      if (!marker) {
        return;
      }
      const element = typeof marker.getElement === 'function' ? marker.getElement() : null;
      if (element) {
        cleanupPinComponent(element);
      }
      if (typeof marker.remove === 'function') {
        marker.remove();
      }
    });
    markers.current = [];
    markerData.current = [];
  }, [cleanupPinComponent]);

  const locale = useSearchState(state => state.meta?.locale);
  // keep track of the previous value of mapboxOptions across renders
  const prevMapboxOptions = useRef(mapboxOptions);

  /**
   * Localizes Mapbox label text to a specific locale.
   *
   * Updates symbol layers that are place names such that labels prefer `name_<lang>`
   * (e.g. `name_fr`) and fall back to `name` when unavailable.
   *
   * Note:
   * - Symbol layers that are place names would have `text-field` properties that includes 'name', which are localized.
   * - Other symbol layers (e.g. road shields, transit, icons) are left unchanged.
   */
  const localizeMap = useCallback(() => {
    const mapbox = map.current;
    if (!mapbox || !locale) return;

    const localizeLabels = () => {
      mapbox.getStyle().layers.forEach(layer => {
        if (layer.type !== "symbol") {
          return;
        }
        const textField = layer.layout?.["text-field"];
        if (typeof textField === "string"
          ? textField.includes("name")
          : (Array.isArray(textField) && JSON.stringify(textField).includes("name"))) {
          mapbox.setLayoutProperty(
            layer.id,
            "text-field",
            [
              'coalesce',
              ['get', `name_${getMapboxLanguage(locale)}`],
              ['get', 'name']
            ]
          );
        }
      });
    }

    if (mapbox.isStyleLoaded()) {
      localizeLabels();
    } else {
      mapbox.once("styledata", () => localizeLabels())
    }
  }, [locale]);

  useEffect(() => {
    if (mapContainer.current) {
      if (map.current && allowUpdates) {
        // Compare current and previous mapboxOptions using deep equality
        if (!_.isEqual(prevMapboxOptions.current, mapboxOptions)) {
          // Update to existing Map
          handleMapboxOptionsUpdates(mapboxOptions, map.current);
          prevMapboxOptions.current = (mapboxOptions);
        }
      } else if (!map.current && mapboxInstance) {
        const options: mapboxgl.MapboxOptions = {
          container: mapContainer.current,
          style: 'mapbox://styles/mapbox/streets-v11',
          center: [-74.005371, 40.741611],
          zoom: 9,
          ...mapboxOptions
        };
        map.current = new mapboxInstance.Map(options);
        const mapbox = map.current;
        mapbox.resize();
        const nav = new mapboxInstance.NavigationControl({
          showCompass: false,
          showZoom: true,
          visualizePitch: false
        });
        mapbox.addControl(nav, 'top-right');
        if (onDragDebounced) {
          mapbox.on('drag', () => {
            onDragDebounced(mapbox.getCenter(), mapbox.getBounds());
          });
          mapbox.on('zoom', (e) => {
            if (e.originalEvent) {
              // only trigger on user zoom, not programmatic zoom (e.g. from fitBounds)
              onDragDebounced(mapbox.getCenter(), mapbox.getBounds());
            }
          });
          return () => {
            mapbox.off('drag', () => {
              onDragDebounced(mapbox.getCenter(), mapbox.getBounds());
            });
            mapbox.off('zoom', (e) => {
              if (e.originalEvent) {
                onDragDebounced(mapbox.getCenter(), mapbox.getBounds());
              }
            });
          };
        }
      }
      localizeMap();
    }
  }, [mapboxOptions, onDragDebounced, localizeMap]);

  useEffect(() => {
    if (iframeWindow && map.current) {
      map.current.resize();
    }
  }, [mapContainer.current]);

  useEffect(() => {
    removeMarkers();
    const mapbox = map.current;
    if (mapbox && locationResults) {
      if (locationResults.length > 0) {
        const bounds = new mapboxInstance.LngLatBounds();
        locationResults.forEach((result, i) => {
          const markerLocation = getCoordinate(result);
          if (markerLocation) {
            const { latitude, longitude } = markerLocation;
            const el = document.createElement('div');
            let markerOptions: mapboxgl.MarkerOptions = {};
            if (PinComponent) {
              if (renderPin) {
                console.warn(
                  'Found both PinComponent and renderPin props. Using PinComponent.'
                );
              }
              attachPinComponent(el, (
                <PinComponent
                  index={i}
                  mapbox={mapbox}
                  result={result}
                  selected={selectedResult === result}
                />
              ));
              markerOptions.element = el;
            } else if (renderPin) {
              renderPin({ index: i, mapbox, result, container: el });
              markerOptions.element = el;
            }

            if (markerOptionsOverride) {
              markerOptions = {
                ...markerOptions,
                ...markerOptionsOverride(selectedResult === result)
              }
            }

            const marker = new mapboxInstance.Marker(markerOptions)
              .setLngLat({ lat: latitude, lng: longitude })
              .addTo(mapbox);

            marker?.getElement().addEventListener('click', () => handlePinClick(result));
            markers.current.push(marker);
            if (marker) {
              markerData.current.push({ marker, result, index: i });
            }
            bounds.extend([longitude, latitude]);
          }
        })

        const canvas = mapbox.getCanvas();
        if (!bounds.isEmpty() && !!canvas && canvas.height > 0 && canvas.width > 0) {
          const resolvedOptions = {
            // these settings are defaults and will be overriden if present on fitBoundsOptions
            padding: { top: 50, bottom: 50, left: 50, right: 50 },
            maxZoom: mapboxOptions?.maxZoom ?? 15,
            ...mapboxOptions?.fitBoundsOptions,
          };

          let resolvedPadding;
          if (typeof resolvedOptions.padding === 'number') {
            resolvedPadding = { top: resolvedOptions.padding, bottom: resolvedOptions.padding, left: resolvedOptions.padding, right: resolvedOptions.padding };
          } else {
            resolvedPadding = {
              top: resolvedOptions.padding?.top ?? 0,
              bottom: resolvedOptions.padding?.bottom ?? 0,
              left: resolvedOptions.padding?.left ?? 0,
              right: resolvedOptions.padding?.right ?? 0
            };
          }

          // Padding must not exceed the map's canvas dimensions
          const verticalPaddingSum = resolvedPadding.top + resolvedPadding.bottom;
          if (verticalPaddingSum >= canvas.height) {
            const ratio = canvas.height / (verticalPaddingSum || 1);
            resolvedPadding.top = Math.max(0, resolvedPadding.top * ratio - 1);
            resolvedPadding.bottom = Math.max(0, resolvedPadding.bottom * ratio - 1);
          }
          const horizontalPaddingSum = resolvedPadding.left + resolvedPadding.right;
          if (horizontalPaddingSum >= canvas.width) {
            const ratio = canvas.width / (horizontalPaddingSum || 1);
            resolvedPadding.left = Math.max(0, resolvedPadding.left * ratio - 1);
            resolvedPadding.right = Math.max(0, resolvedPadding.right * ratio - 1);
          }
          resolvedOptions.padding = resolvedPadding;
          mapbox.fitBounds(bounds, resolvedOptions);
        }

        return () => {
          markers.current.forEach((marker, i) => {
            marker?.getElement().removeEventListener('click', () => handlePinClick(locationResults[i]));
          });
          removeMarkers();
        }
      } else if (staticFilters?.length) {
        const locationFilterValue = getLocationFilterValue(staticFilters);
        if (locationFilterValue) {
          mapbox.flyTo({
            center: locationFilterValue
          });
        }
      };
    }
  }, [PinComponent, getCoordinate, locationResults, removeMarkers, markerOptionsOverride, renderPin]);

  useEffect(() => {
    const mapbox = map.current;
    if (!mapbox || !PinComponent) {
      return;
    }
    markerData.current.forEach(({ marker, result, index }) => {
      const element = typeof marker.getElement === 'function' ? marker.getElement() : null;
      if (!element) {
        return;
      }
      attachPinComponent(element, (
        <PinComponent
          index={index}
          mapbox={mapbox}
          result={result}
          selected={selectedResult === result}
        />
      ));
    });
  }, [attachPinComponent, PinComponent, selectedResult]);

  return (
    <div ref={mapContainer} className='h-full w-full' />
  );
}

function handleMapboxOptionsUpdates(mapboxOptions: Omit<mapboxgl.MapboxOptions, 'container'> | undefined, currentMap: mapboxgl.Map) {
  if (mapboxOptions?.style) {
    currentMap.setStyle(mapboxOptions.style);
  }
  // Add more options to update as needed
}

function isCoordinate(data: unknown): data is Coordinate {
  return typeof data == 'object'
    && typeof (data as any)?.['latitude'] === 'number'
    && typeof (data as any)?.['longitude'] === 'number';
}

function getDefaultCoordinate<T>(result: Result<T>): Coordinate | undefined {
  const yextDisplayCoordinate: Coordinate =(result.rawData as any)["yextDisplayCoordinate"];
  if (!yextDisplayCoordinate) {
    console.error('Unable to use the default "yextDisplayCoordinate" field as the result\'s coordinate to display on map.'
    + '\nConsider providing the "getCoordinate" prop to MapboxMap component to fetch the desire coordinate from result.');
    return undefined;
  }
  if (!isCoordinate(yextDisplayCoordinate)) {
    console.error('The default `yextDisplayCoordinate` field from result is not of type "Coordinate".');
    return undefined;
  }
  return yextDisplayCoordinate;
}

export function getMapboxLanguage(locale: string) {
  try {
    const localeOptions = new Intl.Locale(locale.replaceAll('_', '-'));
    return localeOptions.script ? `${localeOptions.language}-${localeOptions.script}` : localeOptions.language;
  } catch (e) {
    console.warn(`Locale "${locale}" is not supported.`)
  }
  return 'en';
}

function getLocationFilterValue(staticFilters: SelectableStaticFilter[]): [number, number] | undefined {
  const locationFilter = staticFilters.find(f => (f.filter as any)['fieldId'] === 'builtin.location' && (f.filter as any)['value'])?.filter;
  if (locationFilter) {
    const {lat, lng} = (locationFilter as any)['value'];
    return [lng, lat];
  }
}

1	import React, { useRef, useEffect, useState, useCallback } from 'react';	6✔
2	import mapboxgl, { MarkerOptions } from 'mapbox-gl';	6✔
3	import { Result, useSearchState, SelectableStaticFilter } from '@yext/search-headless-react';	6✔
4	import { useDebouncedFunction } from '../hooks/useDebouncedFunction';	6✔
5	import _ from 'lodash';	6✔
6
7	import ReactDOM from 'react-dom';	6✔
8	// Try to statically import createRoot, will be undefined for <18.
9	import * as ReactDomClient from 'react-dom/client';	6✔
10
11	type LegacyReactDOM = {
12	render?: (element: React.ReactElement, container: Element) => void;
13	unmountComponentAtNode?: (container: Element \| DocumentFragment) => boolean;
14	};
15
16	type RootHandle = {
17	render: (children: React.ReactNode) => void;
18	unmount: () => void;
19	};
20
21	const legacyReactDOM = ReactDOM as LegacyReactDOM;	10✔
22	const reactMajorVersion = Number(React.version.split('.')[0]);	10✔
23	const supportsCreateRoot = !Number.isNaN(reactMajorVersion) && reactMajorVersion >= 18;	10✔
24
25
26	/**
27	* Props for rendering a custom marker on the map.
28	*
29	* @public
30	*/
31	export type PinComponentProps<T> = {
32	/** The index of the pin. */
33	index: number,
34	/** The Mapbox map. */
35	mapbox: mapboxgl.Map,
36	/** The search result corresponding to the pin. */
37	result: Result<T>,
38	/** Where the pin is selected. */
39	selected?: boolean,
40	};
41
42	/**
43	* A functional component that can be used to render a custom marker on the map.
44	*
45	* @public
46	*/
47	export type PinComponent<T> = (props: PinComponentProps<T>) => React.JSX.Element;
48
49	/**
50	* A function use to derive a result's coordinate.
51	*
52	* @public
53	*/
54	export type CoordinateGetter<T> = (result: Result<T>) => Coordinate \| undefined;
55
56	/**
57	* Coordinate use to represent the result's location on a map.
58	*
59	* @public
60	*/
61	export interface Coordinate {
62	/** The latitude of the location. */
63	latitude: number,
64	/** The longitude of the location. */
65	longitude: number
66	}
67
68	/**
69	* A function which is called when user drags or zooms the map.
70	*
71	* @public
72	*/
73	export type OnDragHandler = (center: mapboxgl.LngLat, bounds: mapboxgl.LngLatBounds) => void;
74
75	/**
76	* Props for the {@link MapboxMap} component.
77	* The type param "T" represents the type of "rawData" field of the results use in the map.
78	*
79	* @public
80	*/
81	export interface MapboxMapProps<T> {
82	/** Mapbox access token. */
83	mapboxAccessToken: string,
84	/** Interface for map customization derived from Mapbox GL's Map options. */
85	mapboxOptions?: Omit<mapboxgl.MapboxOptions, 'container'>,
86	/**
87	* Custom Pin component to render for markers on the map.
88	* By default, the built-in marker image from Mapbox GL is used.
89	* This prop should not be used with
90	* {@link MapboxMapProps.renderPin \| renderPin}. If both are provided,
91	* only PinComponent will be used.
92	*/
93	PinComponent?: PinComponent<T>,
94	/**
95	* Render function for a custom marker on the map. This function takes in an
96	* HTML element and is responible for rendering the pin into that element,
97	* which will be used as the marker.
98	* By default, the built-in marker image from Mapbox GL is used.
99	* This prop should not be used with
100	* {@link MapboxMapProps.PinComponent \| PinComponent}. If both are provided,
101	* only PinComponent will be used.
102	*/
103	renderPin?: (props: PinComponentProps<T> & { container: HTMLElement }) => void,
104	/**
105	* A function to derive a result's coordinate for the corresponding marker's location on the map.
106	* By default, "yextDisplayCoordinate" field is used as the result's display coordinate.
107	*/
108	getCoordinate?: CoordinateGetter<T>,
109	/** {@inheritDoc OnDragHandler} */
110	onDrag?: OnDragHandler,
111	/**
112	* The window object of the iframe where the map should rendered. Must have mapboxgl loaded.
113	* If not provided or mapboxgl not loaded, the map will be rendered in the parent window.
114	*/
115	iframeWindow?: Window,
116	/**
117	* If set to true, the map will update its options when the mapboxOptions prop changes.
118	* Otherwise, the map will not update its options once initially set.
119	*/
120	allowUpdates?: boolean,
121	/** A function that handles a pin click event. */
122	onPinClick?: (result: Result<T> \| undefined) => void,
123	/** The options to apply to the map markers based on whether it is selected. */
124	markerOptionsOverride?: (selected: boolean) => MarkerOptions,
125	}
126
127	/**
128	* A component that renders a map with markers to show result locations using Mapbox GL.
129	*
130	* @remarks
131	* For the map to work properly, be sure to include Mapbox GL stylesheet in the application.
132	*
133	* @example
134	* For instance, user may add the following import statement in their application's index file
135	* or in the file where `MapboxMap` is used:
136	* `import 'mapbox-gl/dist/mapbox-gl.css';`
137	*
138	* Or, user may add a stylesheet link in their html page:
139	* `<link href="https://api.mapbox.com/mapbox-gl-js/v2.9.2/mapbox-gl.css" rel="stylesheet" />`
140	*
141	* @param props - {@link MapboxMapProps}
142	* @returns A React element containing a Mapbox Map
143	*
144	* @public
145	*/
146	export function MapboxMap<T>({	6✔
147	mapboxAccessToken,
148	mapboxOptions,
149	PinComponent,
150	renderPin,
151	getCoordinate = getDefaultCoordinate,	18✔
152	onDrag,
153	iframeWindow,
154	allowUpdates = false,	19✔
155	onPinClick,
156	markerOptionsOverride,
157	}: MapboxMapProps<T>): React.JSX.Element {
158	const mapboxInstance = (iframeWindow as Window & { mapboxgl?: typeof mapboxgl })?.mapboxgl ?? mapboxgl;	19✔
159	useEffect(() => {	13✔
160	mapboxInstance.accessToken = mapboxAccessToken;	10✔
161	}, [mapboxAccessToken]);
162
163	const mapContainer = useRef<HTMLDivElement>(null);	19✔
164	const map = useRef<mapboxgl.Map \| null>(null);	19✔
165	const markers = useRef<mapboxgl.Marker[]>([]);	19✔
166	const markerRoots = useRef(new Map<HTMLElement, RootHandle>());	19✔
167	const activeMarkerElements = useRef(new Set<HTMLElement>());	19✔
168	const markerData = useRef<Array<{ marker: mapboxgl.Marker, result: Result<T>, index: number }>>([]);	19✔
169
170	const locationResults = useSearchState(state => state.vertical.results) as Result<T>[];	19✔
171	const staticFilters = useSearchState(state => state.filters?.static);	19✔
172	const onDragDebounced = useDebouncedFunction(onDrag, 100);	19✔
173	const [selectedResult, setSelectedResult] = useState<Result<T> \| undefined>(undefined);	19✔
174
175	const handlePinClick = useCallback((result: Result<T>) => {	13✔
176	setSelectedResult(prev => prev === result ? undefined : result)	3!
177	}, [])
178
179	useEffect(() => {	19✔
180	onPinClick?.(selectedResult);	13✔
181	}, [selectedResult])
182
183	const cleanupPinComponent = useCallback((element: HTMLElement) => {	19✔
184	activeMarkerElements.current.delete(element);	13✔
185	if (supportsCreateRoot) {	13!
186	const root = markerRoots.current.get(element);	10✔
187	if (root) {	13!
188	root.unmount();	13✔
189	markerRoots.current.delete(element);	13✔
190	}
191	} else {
192	legacyReactDOM.unmountComponentAtNode?.(element);	13✔
193	}
194	}, []);
195
196	const attachPinComponent = useCallback((element: HTMLElement, component: React.JSX.Element) => {	19✔
197	if (supportsCreateRoot && typeof ReactDomClient.createRoot === 'function') {	14!
198	// Use React 18+ API
199	let root = markerRoots.current.get(element);	7✔
200	if (!root) {	14✔
201	root = ReactDomClient.createRoot(element);	14✔
202	markerRoots.current.set(element, root);	14✔
203	}
204	root.render(component);	14✔
205	} else if (typeof legacyReactDOM.render === 'function') {	13!
206	// Fallback for React <18
207	legacyReactDOM.render(component, element);	13✔
208	}
209	}, []);
210
211	const removeMarkers = useCallback(() => {	19✔
212	markers.current.forEach(marker => {	24✔
213	if (!marker) {	16!
214	return;	16✔
215	}
216	const element = typeof marker.getElement === 'function' ? marker.getElement() : null;	10!
217	if (element) {	13!
218	cleanupPinComponent(element);	13✔
219	}
220	if (typeof marker.remove === 'function') {	13!
221	marker.remove();	13✔
222	}
223	});
224	markers.current = [];	24✔
225	markerData.current = [];	24✔
226	}, [cleanupPinComponent]);
227
228	const locale = useSearchState(state => state.meta?.locale);	19✔
229	// keep track of the previous value of mapboxOptions across renders
230	const prevMapboxOptions = useRef(mapboxOptions);	19✔
231
232	/**
233	* Localizes Mapbox label text to a specific locale.
234	*
235	* Updates symbol layers that are place names such that labels prefer `name_<lang>`
236	* (e.g. `name_fr`) and fall back to `name` when unavailable.
237	*
238	* Note:
239	* - Symbol layers that are place names would have `text-field` properties that includes 'name', which are localized.
240	* - Other symbol layers (e.g. road shields, transit, icons) are left unchanged.
241	*/
242	const localizeMap = useCallback(() => {	19✔
243	const mapbox = map.current;	8✔
244	if (!mapbox \|\| !locale) return;	18✔
245
246	const localizeLabels = () => {	13✔
247	mapbox.getStyle().layers.forEach(layer => {	13✔
248	if (layer.type !== "symbol") {	13!
249	return;	13✔
250	}
251	const textField = layer.layout?.["text-field"];	×
252	if (typeof textField === "string"	13!
253	? textField.includes("name")
254	: (Array.isArray(textField) && JSON.stringify(textField).includes("name"))) {	×
255	mapbox.setLayoutProperty(	13✔
256	layer.id,
257	"text-field",
258	[
259	'coalesce',
260	['get', `name_${getMapboxLanguage(locale)}`],
261	['get', 'name']
262	]
263	);
264	}
265	});
266	}
267
268	if (mapbox.isStyleLoaded()) {	13!
269	localizeLabels();	13✔
270	} else {
271	mapbox.once("styledata", () => localizeLabels())	×
272	}
273	}, [locale]);
274
275	useEffect(() => {	13✔
276	if (mapContainer.current) {	13✔
277	if (map.current && allowUpdates) {	13!
278	// Compare current and previous mapboxOptions using deep equality
279	if (!_.isEqual(prevMapboxOptions.current, mapboxOptions)) {	×
280	// Update to existing Map
281	handleMapboxOptionsUpdates(mapboxOptions, map.current);	×
282	prevMapboxOptions.current = (mapboxOptions);	×
283	}
284	} else if (!map.current && mapboxInstance) {	13✔
285	const options: mapboxgl.MapboxOptions = {	16✔
286	container: mapContainer.current,
287	style: 'mapbox://styles/mapbox/streets-v11',
288	center: [-74.005371, 40.741611],
289	zoom: 9,
290	...mapboxOptions
291	};
292	map.current = new mapboxInstance.Map(options);	10✔
293	const mapbox = map.current;	16✔
294	mapbox.resize();	10✔
295	const nav = new mapboxInstance.NavigationControl({	16✔
296	showCompass: false,
297	showZoom: true,
298	visualizePitch: false
299	});
300	mapbox.addControl(nav, 'top-right');	10✔
301	if (onDragDebounced) {	10✔
302	mapbox.on('drag', () => {	10✔
303	onDragDebounced(mapbox.getCenter(), mapbox.getBounds());	1✔
304	});
305	mapbox.on('zoom', (e) => {	10✔
306	if (e.originalEvent) {	116!
307	// only trigger on user zoom, not programmatic zoom (e.g. from fitBounds)
308	onDragDebounced(mapbox.getCenter(), mapbox.getBounds());	×
309	}
310	});
311	return () => {	10✔
312	mapbox.off('drag', () => {	8✔
313	onDragDebounced(mapbox.getCenter(), mapbox.getBounds());	×
314	});
315	mapbox.off('zoom', (e) => {	8✔
316	if (e.originalEvent) {	×
317	onDragDebounced(mapbox.getCenter(), mapbox.getBounds());	×
318	}
319	});
320	};
321	}
322	}
323	localizeMap();	5✔
324	}
325	}, [mapboxOptions, onDragDebounced, localizeMap]);
326
327	useEffect(() => {	13✔
328	if (iframeWindow && map.current) {	13!
329	map.current.resize();	×
330	}
331	}, [mapContainer.current]);
332
333	useEffect(() => {	13✔
334	removeMarkers();	10✔
335	const mapbox = map.current;	16✔
336	if (mapbox && locationResults) {	10✔
337	if (locationResults.length > 0) {	15!
338	const bounds = new mapboxInstance.LngLatBounds();	15✔
339	locationResults.forEach((result, i) => {	15✔
340	const markerLocation = getCoordinate(result);	21✔
341	if (markerLocation) {	16✔
342	const { latitude, longitude } = markerLocation;	19✔
343	const el = document.createElement('div');	19✔
344	let markerOptions: mapboxgl.MarkerOptions = {};	19✔
345	if (PinComponent) {	16✔
346	if (renderPin) {	11!
347	console.warn(	11✔
348	'Found both PinComponent and renderPin props. Using PinComponent.'
349	);
350	}
351	attachPinComponent(el, (	11✔
352	<PinComponent
353	index={i}
354	mapbox={mapbox}
355	result={result}
356	selected={selectedResult === result}
357	/>
358	));
359	markerOptions.element = el;	11✔
360	} else if (renderPin) {	14✔
361	renderPin({ index: i, mapbox, result, container: el });	10✔
362	markerOptions.element = el;	10✔
363	}
364
365	if (markerOptionsOverride) {	16!
366	markerOptions = {	×
367	...markerOptions,
368	...markerOptionsOverride(selectedResult === result)
369	}
370	}
371
372	const marker = new mapboxInstance.Marker(markerOptions)	19✔
373	.setLngLat({ lat: latitude, lng: longitude })
374	.addTo(mapbox);
375
376	marker?.getElement().addEventListener('click', () => handlePinClick(result));	16✔
377	markers.current.push(marker);	16✔
378	if (marker) {	16✔
379	markerData.current.push({ marker, result, index: i });	16✔
380	}
381	bounds.extend([longitude, latitude]);	16✔
382	}
383	})
384
385	const canvas = mapbox.getCanvas();	15✔
386	if (!bounds.isEmpty() && !!canvas && canvas.height > 0 && canvas.width > 0) {	15✔
387	const resolvedOptions = {	10✔
388	// these settings are defaults and will be overriden if present on fitBoundsOptions
389	padding: { top: 50, bottom: 50, left: 50, right: 50 },
390	maxZoom: mapboxOptions?.maxZoom ?? 15,	20✔
391	...mapboxOptions?.fitBoundsOptions,
392	};
393
394	let resolvedPadding;
395	if (typeof resolvedOptions.padding === 'number') {	10!
396	resolvedPadding = { top: resolvedOptions.padding, bottom: resolvedOptions.padding, left: resolvedOptions.padding, right: resolvedOptions.padding };	10✔
397	} else {
398	resolvedPadding = {	10✔
399	top: resolvedOptions.padding?.top ?? 0,	10!
400	bottom: resolvedOptions.padding?.bottom ?? 0,	10!
401	left: resolvedOptions.padding?.left ?? 0,	10!
402	right: resolvedOptions.padding?.right ?? 0	10!
403	};
404	}
405
406	// Padding must not exceed the map's canvas dimensions
407	const verticalPaddingSum = resolvedPadding.top + resolvedPadding.bottom;	10✔
408	if (verticalPaddingSum >= canvas.height) {	10!
409	const ratio = canvas.height / (verticalPaddingSum \|\| 1);	×
410	resolvedPadding.top = Math.max(0, resolvedPadding.top * ratio - 1);	10✔
411	resolvedPadding.bottom = Math.max(0, resolvedPadding.bottom * ratio - 1);	10✔
412	}
413	const horizontalPaddingSum = resolvedPadding.left + resolvedPadding.right;	10✔
414	if (horizontalPaddingSum >= canvas.width) {	10!
415	const ratio = canvas.width / (horizontalPaddingSum \|\| 1);	×
416	resolvedPadding.left = Math.max(0, resolvedPadding.left * ratio - 1);	10✔
417	resolvedPadding.right = Math.max(0, resolvedPadding.right * ratio - 1);	10✔
418	}
419	resolvedOptions.padding = resolvedPadding;	10✔
420	mapbox.fitBounds(bounds, resolvedOptions);	10✔
421	}
422
423	return () => {	15✔
424	markers.current.forEach((marker, i) => {	15✔
425	marker?.getElement().removeEventListener('click', () => handlePinClick(locationResults[i]));	13✔
426	});
427	removeMarkers();	15✔
428	}
429	} else if (staticFilters?.length) {	×
430	const locationFilterValue = getLocationFilterValue(staticFilters);	×
431	if (locationFilterValue) {	×
432	mapbox.flyTo({	×
433	center: locationFilterValue
434	});
435	}
436	};
437	}
438	}, [PinComponent, getCoordinate, locationResults, removeMarkers, markerOptionsOverride, renderPin]);
439
440	useEffect(() => {	13✔
441	const mapbox = map.current;	19✔
442	if (!mapbox \|\| !PinComponent) {	13✔
443	return;	9✔
444	}
445	markerData.current.forEach(({ marker, result, index }) => {	4✔
446	const element = typeof marker.getElement === 'function' ? marker.getElement() : null;	4!
447	if (!element) {	4!
448	return;	×
449	}
450	attachPinComponent(element, (	4✔
451	<PinComponent
452	index={index}
453	mapbox={mapbox}
454	result={result}
455	selected={selectedResult === result}
456	/>
457	));
458	});
459	}, [attachPinComponent, PinComponent, selectedResult]);
460
461	return (	13✔
462	<div ref={mapContainer} className='h-full w-full' />
463	);
464	}
465
466	function handleMapboxOptionsUpdates(mapboxOptions: Omit<mapboxgl.MapboxOptions, 'container'> \| undefined, currentMap: mapboxgl.Map) {
467	if (mapboxOptions?.style) {	×
468	currentMap.setStyle(mapboxOptions.style);	×
469	}
470	// Add more options to update as needed
471	}
472
473	function isCoordinate(data: unknown): data is Coordinate {
474	return typeof data == 'object'	16✔
475	&& typeof (data as any)?.['latitude'] === 'number'
476	&& typeof (data as any)?.['longitude'] === 'number';
477	}
478
479	function getDefaultCoordinate<T>(result: Result<T>): Coordinate \| undefined {
480	const yextDisplayCoordinate: Coordinate =(result.rawData as any)["yextDisplayCoordinate"];	20✔
481	if (!yextDisplayCoordinate) {	16!
482	console.error('Unable to use the default "yextDisplayCoordinate" field as the result\'s coordinate to display on map.'	1✔
483	+ '\nConsider providing the "getCoordinate" prop to MapboxMap component to fetch the desire coordinate from result.');
484	return undefined;	1✔
485	}
486	if (!isCoordinate(yextDisplayCoordinate)) {	16!
487	console.error('The default `yextDisplayCoordinate` field from result is not of type "Coordinate".');	1✔
488	return undefined;	1✔
489	}
490	return yextDisplayCoordinate;	16✔
491	}
492
493	export function getMapboxLanguage(locale: string) {	6✔
494	try {	22✔
495	const localeOptions = new Intl.Locale(locale.replaceAll('_', '-'));	22✔
496	return localeOptions.script ? `${localeOptions.language}-${localeOptions.script}` : localeOptions.language;	22✔
497	} catch (e) {
498	console.warn(`Locale "${locale}" is not supported.`)	×
499	}
500	return 'en';	×
501	}
502
503	function getLocationFilterValue(staticFilters: SelectableStaticFilter[]): [number, number] \| undefined {
NEW 504	const locationFilter = staticFilters.find(f => (f.filter as any)['fieldId'] === 'builtin.location' && (f.filter as any)['value'])?.filter;	×
505	if (locationFilter) {	×
NEW 506	const {lat, lng} = (locationFilter as any)['value'];	×
507	return [lng, lat];	×
508	}
509	}

yext / search-ui-react / 21002154445

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