map-container.tsx

// Copyright (c) 2023 Uber Technologies, Inc.
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in
// all copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
// THE SOFTWARE.

// libraries
import React, {Component, createRef, useMemo} from 'react';
import styled, {withTheme} from 'styled-components';
import {Map, MapRef} from 'react-map-gl';
import {PickInfo} from '@deck.gl/core/lib/deck';
import DeckGL from '@deck.gl/react';
import {createSelector, Selector} from 'reselect';
import mapboxgl from 'mapbox-gl';
import {useDroppable} from '@dnd-kit/core';
import debounce from 'lodash.debounce';

import {VisStateActions, MapStateActions, UIStateActions} from '@kepler.gl/actions';

// components
import MapPopoverFactory from './map/map-popover';
import MapControlFactory from './map/map-control';
import {
  StyledMapContainer,
  StyledAttrbution,
  EndHorizontalFlexbox
} from './common/styled-components';

import EditorFactory from './editor/editor';

// utils
import {
  generateMapboxLayers,
  updateMapboxLayers,
  LayerBaseConfig,
  VisualChannelDomain,
  EditorLayerUtils
} from '@kepler.gl/layers';
import {MapState, MapControls, Viewport, SplitMap, SplitMapLayers} from '@kepler.gl/types';
import {
  errorNotification,
  setLayerBlending,
  isStyleUsingMapboxTiles,
  transformRequest,
  observeDimensions,
  unobserveDimensions,
  hasMobileWidth,
  getMapLayersFromSplitMaps,
  onViewPortChange,
  getViewportFromMapState,
  normalizeEvent,
  rgbToHex,
  computeDeckEffects
} from '@kepler.gl/utils';
import {breakPointValues} from '@kepler.gl/styles';

// default-settings
import {
  FILTER_TYPES,
  GEOCODER_LAYER_ID,
  THROTTLE_NOTIFICATION_TIME,
  DEFAULT_PICKING_RADIUS,
  NO_MAP_ID,
  EMPTY_MAPBOX_STYLE,
  DROPPABLE_MAP_CONTAINER_TYPE
} from '@kepler.gl/constants';

// Contexts
import {MapViewStateContext} from './map-view-state-context';

import ErrorBoundary from './common/error-boundary';
import {DatasetAttribution} from './types';
import {LOCALE_CODES} from '@kepler.gl/localization';
import {MapView} from '@deck.gl/core';
import {
  MapStyle,
  computeDeckLayers,
  getLayerHoverProp,
  LayerHoverProp,
  prepareLayersForDeck,
  prepareLayersToRender,
  LayersToRender
} from '@kepler.gl/reducers';
import {VisState} from '@kepler.gl/schemas';

// Debounce the propagation of viewport change and mouse moves to redux store.
// This is to avoid too many renders of other components when the map is
// being panned/zoomed (leading to laggy basemap/deck syncing).
const DEBOUNCE_VIEWPORT_PROPAGATE = 10;
const DEBOUNCE_MOUSE_MOVE_PROPAGATE = 10;

/** @type {{[key: string]: React.CSSProperties}} */
const MAP_STYLE: {[key: string]: React.CSSProperties} = {
  container: {
    display: 'inline-block',
    position: 'relative',
    width: '100%',
    height: '100%'
  },
  top: {
    position: 'absolute',
    top: 0,
    width: '100%',
    height: '100%',
    pointerEvents: 'none'
  }
};

const LOCALE_CODES_ARRAY = Object.keys(LOCALE_CODES);

interface StyledMapContainerProps {
  mixBlendMode?: string;
}

const StyledMap = styled(StyledMapContainer)<StyledMapContainerProps>(
  ({mixBlendMode = 'normal'}) => `
  #default-deckgl-overlay {
    mix-blend-mode: ${mixBlendMode};
  };
  *[mapboxgl-children] {
    position: absolute;
  }
`
);

const MAPBOXGL_STYLE_UPDATE = 'style.load';
const MAPBOXGL_RENDER = 'render';
const nop = () => {};

const MapboxLogo = () => (
  <div className="attrition-logo">
    Basemap by:
    <a
      className="mapboxgl-ctrl-logo"
      target="_blank"
      rel="noopener noreferrer"
      href="https://www.mapbox.com/"
      aria-label="Mapbox logo"
    />
  </div>
);

interface StyledDroppableProps {
  isOver: boolean;
}

const StyledDroppable = styled.div<StyledDroppableProps>`
  background-color: ${props => (props.isOver ? props.theme.dndOverBackgroundColor : 'none')};
  width: 100%;
  height: 100%;
  position: absolute;
  pointer-events: none;
  z-index: 1;
`;

export const isSplitSelector = props =>
  props.visState.splitMaps && props.visState.splitMaps.length > 1;

export const Droppable = ({containerId}) => {
  const {isOver, setNodeRef} = useDroppable({
    id: containerId,
    data: {type: DROPPABLE_MAP_CONTAINER_TYPE, index: containerId},
    disabled: !containerId
  });

  return <StyledDroppable ref={setNodeRef} isOver={isOver} />;
};

interface StyledDatasetAttributionsContainerProps {
  isPalm: boolean;
}

const StyledDatasetAttributionsContainer = styled.div<StyledDatasetAttributionsContainerProps>`
  max-width: ${props => (props.isPalm ? '130px' : '180px')};
  text-overflow: ellipsis;
  white-space: nowrap;
  overflow: hidden;
  color: ${props => props.theme.labelColor};
  margin-right: 2px;
  line-height: ${props => (props.isPalm ? '1em' : '1.4em')};
  :hover {
    white-space: inherit;
  }
`;

const DatasetAttributions = ({
  datasetAttributions,
  isPalm
}: {
  datasetAttributions: DatasetAttribution[];
  isPalm: boolean;
}) => (
  <>
    {datasetAttributions?.length ? (
      <StyledDatasetAttributionsContainer isPalm={isPalm}>
        {datasetAttributions.map((ds, idx) => (
          <a href={ds.url} target="_blank" rel="noopener noreferrer" key={`${ds.title}_${idx}`}>
            {ds.title}
            {idx !== datasetAttributions.length - 1 ? ', ' : null}
          </a>
        ))}
      </StyledDatasetAttributionsContainer>
    ) : null}
  </>
);

export const Attribution: React.FC<{
  showMapboxLogo: boolean;
  showOsmBasemapAttribution: boolean;
  datasetAttributions: DatasetAttribution[];
}> = ({showMapboxLogo = true, showOsmBasemapAttribution = false, datasetAttributions}) => {
  const isPalm = hasMobileWidth(breakPointValues);

  const memoizedComponents = useMemo(() => {
    if (!showMapboxLogo) {
      return (
        <StyledAttrbution>
          <EndHorizontalFlexbox>
            <DatasetAttributions datasetAttributions={datasetAttributions} isPalm={isPalm} />
            {showOsmBasemapAttribution ? (
              <div className="attrition-link">
                {datasetAttributions?.length ? <span className="pipe-separator">|</span> : null}
                <a
                  href="http://www.openstreetmap.org/copyright"
                  target="_blank"
                  rel="noopener noreferrer"
                >
                  © OpenStreetMap
                </a>
              </div>
            ) : null}
          </EndHorizontalFlexbox>
        </StyledAttrbution>
      );
    }

    return (
      <StyledAttrbution>
        <EndHorizontalFlexbox>
          <DatasetAttributions datasetAttributions={datasetAttributions} isPalm={isPalm} />
          <div className="attrition-link">
            {datasetAttributions?.length ? <span className="pipe-separator">|</span> : null}
            {isPalm ? <MapboxLogo /> : null}
            <a href="https://kepler.gl/policy/" target="_blank" rel="noopener noreferrer">
              © kepler.gl |{' '}
            </a>
            <a href="https://www.mapbox.com/about/maps/" target="_blank" rel="noopener noreferrer">
              © Mapbox |{' '}
            </a>
            <a
              href="https://www.mapbox.com/map-feedback/"
              target="_blank"
              rel="noopener noreferrer"
            >
              <strong>Improve this map </strong>
              {!isPalm ? <strong> | </strong> : null}
            </a>
            {!isPalm ? <MapboxLogo /> : null}
          </div>
        </EndHorizontalFlexbox>
      </StyledAttrbution>
    );
  }, [showMapboxLogo, showOsmBasemapAttribution, datasetAttributions, isPalm]);

  return memoizedComponents;
};

MapContainerFactory.deps = [MapPopoverFactory, MapControlFactory, EditorFactory];

type MapboxStyle = string | object | undefined;
type PropSelector<R> = Selector<MapContainerProps, R>;

export interface MapContainerProps {
  visState: VisState;
  mapState: MapState;
  mapControls: MapControls;
  mapStyle: {bottomMapStyle?: MapboxStyle; topMapStyle?: MapboxStyle} & MapStyle;
  mapboxApiAccessToken: string;
  mapboxApiUrl: string;
  visStateActions: typeof VisStateActions;
  mapStateActions: typeof MapStateActions;
  uiStateActions: typeof UIStateActions;

  // optional
  primary?: boolean; // primary one will be reporting its size to appState
  readOnly?: boolean;
  isExport?: boolean;
  onMapToggleLayer?: Function;
  onMapStyleLoaded?: Function;
  onMapRender?: Function;
  getMapboxRef?: (mapbox?: MapRef | null, index?: number) => void;
  index?: number;
  deleteMapLabels?: (containerId: string, layerId: string) => void;
  containerId?: number;

  locale?: any;
  theme?: any;
  editor?: any;
  MapComponent?: typeof Map;
  deckGlProps?: any;
  onDeckInitialized?: (a: any, b: any) => void;
  onViewStateChange?: (viewport: Viewport) => void;

  topMapContainerProps: any;
  bottomMapContainerProps: any;
  transformRequest?: any;

  datasetAttributions?: DatasetAttribution[];

  generateMapboxLayers?: typeof generateMapboxLayers;
  generateDeckGLLayers?: typeof computeDeckLayers;

  onMouseMove?: (event: React.MouseEvent & {lngLat?: [number, number]}) => void;

  children?: React.ReactNode;
  deckRenderCallbacks?: {
    onDeckLoad?: () => void;
    onDeckRender?: (deckProps: Record<string, unknown>) => Record<string, unknown> | null;
    onDeckAfterRender?: (deckProps: Record<string, unknown>) => any;
  };
}

export default function MapContainerFactory(
  MapPopover: ReturnType<typeof MapPopoverFactory>,
  MapControl: ReturnType<typeof MapControlFactory>,
  Editor: ReturnType<typeof EditorFactory>
): React.ComponentType<MapContainerProps> {
  class MapContainer extends Component<MapContainerProps> {
    displayName = 'MapContainer';

    static contextType = MapViewStateContext;

    declare context: React.ContextType<typeof MapViewStateContext>;

    static defaultProps = {
      MapComponent: Map,
      deckGlProps: {},
      index: 0,
      primary: true
    };

    state = {
      // Determines whether attribution should be visible based the result of loading the map style
      showMapboxAttribution: true
    };

    constructor(props) {
      super(props);
    }

    componentDidMount() {
      if (!this._ref.current) {
        return;
      }
      observeDimensions(this._ref.current, this._handleResize);
    }

    componentWillUnmount() {
      // unbind mapboxgl event listener
      if (this._map) {
        this._map?.off(MAPBOXGL_STYLE_UPDATE, nop);
        this._map?.off(MAPBOXGL_RENDER, nop);
      }
      if (!this._ref.current) {
        return;
      }
      unobserveDimensions(this._ref.current);
    }

    _deck: any = null;
    _map: mapboxgl.Map | null = null;
    _ref = createRef<HTMLDivElement>();
    _deckGLErrorsElapsed: {[id: string]: number} = {};

    previousLayers = {
      // [layers.id]: mapboxLayerConfig
    };

    _handleResize = dimensions => {
      const {primary, index} = this.props;
      if (primary) {
        const {mapStateActions} = this.props;
        if (dimensions && dimensions.width > 0 && dimensions.height > 0) {
          mapStateActions.updateMap(dimensions, index);
        }
      }
    };

    layersSelector: PropSelector<VisState['layers']> = props => props.visState.layers;
    layerDataSelector: PropSelector<VisState['layers']> = props => props.visState.layerData;
    splitMapSelector: PropSelector<SplitMap[]> = props => props.visState.splitMaps;
    splitMapIndexSelector: PropSelector<number | undefined> = props => props.index;
    mapLayersSelector: PropSelector<SplitMapLayers | null | undefined> = createSelector(
      this.splitMapSelector,
      this.splitMapIndexSelector,
      getMapLayersFromSplitMaps
    );
    layerOrderSelector: PropSelector<VisState['layerOrder']> = props => props.visState.layerOrder;
    layersToRenderSelector: PropSelector<LayersToRender> = createSelector(
      this.layersSelector,
      this.layerDataSelector,
      this.mapLayersSelector,
      prepareLayersToRender
    );
    layersForDeckSelector = createSelector(
      this.layersSelector,
      this.layerDataSelector,
      prepareLayersForDeck
    );
    filtersSelector = props => props.visState.filters;
    polygonFiltersSelector = createSelector(this.filtersSelector, filters =>
      filters.filter(f => f.type === FILTER_TYPES.polygon && f.enabled !== false)
    );
    featuresSelector = props => props.visState.editor.features;
    selectedFeatureSelector = props => props.visState.editor.selectedFeature;
    featureCollectionSelector = createSelector(
      this.polygonFiltersSelector,
      this.featuresSelector,
      (polygonFilters, features) => ({
        type: 'FeatureCollection',
        features: features.concat(polygonFilters.map(f => f.value))
      })
    );
    selectedPolygonIndexSelector = createSelector(
      this.featureCollectionSelector,
      this.selectedFeatureSelector,
      (collection, selectedFeature) =>
        collection.features.findIndex(f => f.id === selectedFeature?.id)
    );
    selectedFeatureIndexArraySelector = createSelector(
      (value: number) => value,
      value => {
        return value < 0 ? [] : [value];
      }
    );

    generateMapboxLayerMethodSelector = props => props.generateMapboxLayers ?? generateMapboxLayers;

    mapboxLayersSelector = createSelector(
      this.layersSelector,
      this.layerDataSelector,
      this.layerOrderSelector,
      this.layersToRenderSelector,
      this.generateMapboxLayerMethodSelector,
      (layer, layerData, layerOrder, layersToRender, generateMapboxLayerMethod) =>
        generateMapboxLayerMethod(layer, layerData, layerOrder, layersToRender)
    );

    // merge in a background-color style if the basemap choice is NO_MAP_ID
    // used by <StyledMap> inline style prop
    mapStyleTypeSelector = props => props.mapStyle.styleType;
    mapStyleBackgroundColorSelector = props => props.mapStyle.backgroundColor;
    styleSelector = createSelector(
      this.mapStyleTypeSelector,
      this.mapStyleBackgroundColorSelector,
      (styleType, backgroundColor) => ({
        ...MAP_STYLE.container,
        ...(styleType === NO_MAP_ID ? {backgroundColor: rgbToHex(backgroundColor)} : {})
      })
    );

    /* component private functions */
    _onCloseMapPopover = () => {
      this.props.visStateActions.onLayerClick(null);
    };

    _onLayerHover = (idx: number, info: PickInfo<any> | null) => {
      this.props.visStateActions.onLayerHover(info);
    };

    _onLayerSetDomain = (idx: number, colorDomain: VisualChannelDomain) => {
      this.props.visStateActions.layerConfigChange(this.props.visState.layers[idx], {
        colorDomain
      } as Partial<LayerBaseConfig>);
    };

    _handleMapToggleLayer = layerId => {
      const {index: mapIndex = 0, visStateActions} = this.props;
      visStateActions.toggleLayerForMap(mapIndex, layerId);
    };

    _onMapboxStyleUpdate = update => {
      // force refresh mapboxgl layers
      this.previousLayers = {};
      this._updateMapboxLayers();

      if (update && update.style) {
        // No attributions are needed if the style doesn't reference Mapbox sources
        this.setState({showMapboxAttribution: isStyleUsingMapboxTiles(update.style)});
      }

      if (typeof this.props.onMapStyleLoaded === 'function') {
        this.props.onMapStyleLoaded(this._map);
      }
    };

    _setMapboxMap: React.Ref<MapRef> = mapbox => {
      if (!this._map && mapbox) {
        // @ts-expect-error react-map-gl.Map vs mapbox-gl.Map ?
        this._map = mapbox.getMap();
        // i noticed in certain context we don't access the actual map element
        if (!this._map) {
          return;
        }
        // bind mapboxgl event listener
        this._map.on(MAPBOXGL_STYLE_UPDATE, this._onMapboxStyleUpdate);

        this._map.on(MAPBOXGL_RENDER, () => {
          if (typeof this.props.onMapRender === 'function') {
            this.props.onMapRender(this._map);
          }
        });
      }

      if (this.props.getMapboxRef) {
        // The parent component can gain access to our MapboxGlMap by
        // providing this callback. Note that 'mapbox' will be null when the
        // ref is unset (e.g. when a split map is closed).
        this.props.getMapboxRef(mapbox, this.props.index);
      }
    };

    _onDeckInitialized(gl) {
      if (this.props.onDeckInitialized) {
        this.props.onDeckInitialized(this._deck, gl);
      }
    }

    /**
     * 1) Allow effects only for the first view.
     * 2) Prevent effect:preRender call without valid generated viewports.
     * @param viewIndex View index.
     * @returns Returns true if effects can be used.
     */
    _isOKToRenderEffects(viewIndex?: number): boolean {
      return !viewIndex && Boolean(this._deck?.viewManager?._viewports?.length);
    }

    _onBeforeRender = ({gl}) => {
      setLayerBlending(gl, this.props.visState.layerBlending);
    };

    _onDeckError = (error, layer) => {
      const errorMessage = error?.message || 'unknown-error';
      const layerMessage = layer?.id ? ` in ${layer.id} layer` : '';
      const errorMessageFull =
        errorMessage === 'WebGL context is lost'
          ? 'Your GPU was disconnected. This can happen if your computer goes to sleep. It can also occur for other reasons, such as if you are running too many GPU applications.'
          : `An error in deck.gl: ${errorMessage}${layerMessage}.`;

      // Throttle error notifications, as React doesn't like too many state changes from here.
      const lastShown = this._deckGLErrorsElapsed[errorMessageFull];
      if (!lastShown || lastShown < Date.now() - THROTTLE_NOTIFICATION_TIME) {
        this._deckGLErrorsElapsed[errorMessageFull] = Date.now();

        // Mark layer as invalid
        let extraLayerMessage = '';
        const {visStateActions} = this.props;
        if (layer) {
          let topMostLayer = layer;
          while (topMostLayer.parent) {
            topMostLayer = topMostLayer.parent;
          }
          if (topMostLayer.props?.id) {
            visStateActions.layerSetIsValid(topMostLayer, false);
            extraLayerMessage = 'The layer has been disabled and highlighted.';
          }
        }

        // Create new error notification or update existing one with same id.
        // Update is required to preserve the order of notifications as they probably are going to "jump" based on order of errors.
        const {uiStateActions} = this.props;
        uiStateActions.addNotification(
          errorNotification({
            message: `${errorMessageFull} ${extraLayerMessage}`,
            id: errorMessageFull // treat the error message as id
          })
        );
      }
    };

    /* component render functions */

    /* eslint-disable complexity */
    _renderMapPopover() {
      // this check is for limiting the display of the `<MapPopover>` to the `<MapContainer>` the user is interacting with
      // the DeckGL onHover event handler adds a `mapIndex` property which is available in the `hoverInfo` object of `visState`
      if (this.props.index !== this.props.visState.hoverInfo?.mapIndex) {
        return null;
      }

      // TODO: move this into reducer so it can be tested
      const {
        mapState,
        visState: {
          hoverInfo,
          clicked,
          datasets,
          interactionConfig,
          layers,
          mousePos: {mousePosition, coordinate, pinned}
        }
      } = this.props;
      const layersToRender = this.layersToRenderSelector(this.props);

      if (!mousePosition || !interactionConfig.tooltip) {
        return null;
      }

      const layerHoverProp = getLayerHoverProp({
        interactionConfig,
        hoverInfo,
        layers,
        layersToRender,
        datasets
      });

      const compareMode = interactionConfig.tooltip.config
        ? interactionConfig.tooltip.config.compareMode
        : false;

      let pinnedPosition = {x: 0, y: 0};
      let layerPinnedProp: LayerHoverProp | null = null;
      if (pinned || clicked) {
        // project lnglat to screen so that tooltip follows the object on zoom
        const viewport = getViewportFromMapState(mapState);
        const lngLat = clicked ? clicked.coordinate : pinned.coordinate;
        pinnedPosition = this._getHoverXY(viewport, lngLat);
        layerPinnedProp = getLayerHoverProp({
          interactionConfig,
          hoverInfo: clicked,
          layers,
          layersToRender,
          datasets
        });
        if (layerHoverProp && layerPinnedProp) {
          layerHoverProp.primaryData = layerPinnedProp.data;
          layerHoverProp.compareType = interactionConfig.tooltip.config.compareType;
        }
      }

      const commonProp = {
        onClose: this._onCloseMapPopover,
        zoom: mapState.zoom,
        container: this._deck ? this._deck.canvas : undefined
      };

      return (
        <ErrorBoundary>
          {layerPinnedProp && (
            <MapPopover
              {...pinnedPosition}
              {...commonProp}
              layerHoverProp={layerPinnedProp}
              coordinate={interactionConfig.coordinate.enabled && (pinned || {}).coordinate}
              frozen={true}
              isBase={compareMode}
              onSetFeatures={this.props.visStateActions.setFeatures}
              setSelectedFeature={this.props.visStateActions.setSelectedFeature}
              featureCollection={this.featureCollectionSelector(this.props)}
            />
          )}
          {layerHoverProp && (!layerPinnedProp || compareMode) && (
            <MapPopover
              x={mousePosition[0]}
              y={mousePosition[1]}
              {...commonProp}
              layerHoverProp={layerHoverProp}
              frozen={false}
              coordinate={interactionConfig.coordinate.enabled && coordinate}
              onSetFeatures={this.props.visStateActions.setFeatures}
              setSelectedFeature={this.props.visStateActions.setSelectedFeature}
              featureCollection={this.featureCollectionSelector(this.props)}
            />
          )}
        </ErrorBoundary>
      );
    }

    /* eslint-enable complexity */

    _getHoverXY(viewport, lngLat) {
      const screenCoord = !viewport || !lngLat ? null : viewport.project(lngLat);
      return screenCoord && {x: screenCoord[0], y: screenCoord[1]};
    }

    _renderDeckOverlay(
      layersForDeck,
      options: {primaryMap: boolean; isInteractive?: boolean; children?: React.ReactNode} = {
        primaryMap: false
      }
    ) {
      const {
        mapStyle,
        visState,
        mapState,
        visStateActions,
        mapboxApiAccessToken,
        mapboxApiUrl,
        deckGlProps,
        index,
        mapControls,
        deckRenderCallbacks,
        theme,
        generateDeckGLLayers,
        onMouseMove
      } = this.props;

      const {hoverInfo, editor} = visState;
      const {primaryMap, isInteractive, children} = options;

      // disable double click zoom when editor is in any draw mode
      const {mapDraw} = mapControls;
      const {active: editorMenuActive = false} = mapDraw || {};
      const isEditorDrawingMode = EditorLayerUtils.isDrawingActive(editorMenuActive, editor.mode);

      const internalViewState = this.context?.getInternalViewState(index);
      const internalMapState = {...mapState, ...internalViewState};
      const viewport = getViewportFromMapState(internalMapState);

      const editorFeatureSelectedIndex = this.selectedPolygonIndexSelector(this.props);

      const {setFeatures, onLayerClick, setSelectedFeature} = visStateActions;

      const generateDeckGLLayersMethod = generateDeckGLLayers ?? computeDeckLayers;
      const deckGlLayers = generateDeckGLLayersMethod(
        {
          visState,
          mapState: internalMapState,
          mapStyle
        },
        {
          mapIndex: index,
          primaryMap,
          mapboxApiAccessToken,
          mapboxApiUrl,
          layersForDeck,
          editorInfo: primaryMap
            ? {
                editor,
                editorMenuActive,
                onSetFeatures: setFeatures,
                setSelectedFeature,
                featureCollection: this.featureCollectionSelector(this.props),
                selectedFeatureIndexes: this.selectedFeatureIndexArraySelector(
                  editorFeatureSelectedIndex
                ),
                viewport
              }
            : undefined
        },
        {
          onLayerHover: this._onLayerHover,
          onSetLayerDomain: this._onLayerSetDomain
        },
        deckGlProps
      );

      const extraDeckParams: {
        getTooltip?: (info: any) => object | null;
        getCursor?: ({isDragging: boolean}) => string;
      } = {};
      if (primaryMap) {
        extraDeckParams.getTooltip = info =>
          EditorLayerUtils.getTooltip(info, {
            editorMenuActive,
            editor,
            theme
          });

        extraDeckParams.getCursor = ({isDragging}: {isDragging: boolean}) => {
          const editorCursor = EditorLayerUtils.getCursor({
            editorMenuActive,
            editor,
            hoverInfo
          });
          if (editorCursor) return editorCursor;

          if (isDragging) return 'grabbing';
          if (hoverInfo?.layer) return 'pointer';
          return 'grab';
        };
      }

      const effects = this._isOKToRenderEffects(index)
        ? computeDeckEffects({visState, mapState})
        : [];

      const views = deckGlProps?.views
        ? deckGlProps?.views()
        : new MapView({legacyMeterSizes: true});

      let allDeckGlProps = {
        ...deckGlProps,
        pickingRadius: DEFAULT_PICKING_RADIUS,
        views,
        layers: deckGlLayers,
        effects
      };

      if (typeof deckRenderCallbacks?.onDeckRender === 'function') {
        allDeckGlProps = deckRenderCallbacks.onDeckRender(allDeckGlProps);
        if (!allDeckGlProps) {
          // if onDeckRender returns null, do not render deck.gl
          return null;
        }
      }

      return (
        <div
          {...(isInteractive
            ? {
                onMouseMove: primaryMap
                  ? event => {
                      onMouseMove?.(event);
                      this._onMouseMoveDebounced(event, viewport);
                    }
                  : undefined
              }
            : {style: {pointerEvents: 'none'}})}
        >
          <DeckGL
            id="default-deckgl-overlay"
            onLoad={() => {
              if (typeof deckRenderCallbacks?.onDeckLoad === 'function') {
                deckRenderCallbacks.onDeckLoad();
              }
            }}
            {...allDeckGlProps}
            controller={
              isInteractive
                ? {
                    doubleClickZoom: !isEditorDrawingMode,
                    dragRotate: this.props.mapState.dragRotate
                  }
                : false
            }
            initialViewState={internalViewState}
            onBeforeRender={this._onBeforeRender}
            onViewStateChange={isInteractive ? this._onViewportChange : undefined}
            {...extraDeckParams}
            onHover={
              isInteractive
                ? (data, event) => {
                    const res = EditorLayerUtils.onHover(data, {
                      editorMenuActive,
                      editor,
                      hoverInfo
                    });
                    if (res) return;

                    this._onLayerHoverDebounced(data, index, event);
                  }
                : null
            }
            onClick={(data, event) => {
              // @ts-ignore
              normalizeEvent(event.srcEvent, viewport);
              const res = EditorLayerUtils.onClick(data, event, {
                editorMenuActive,
                editor,
                onLayerClick,
                setSelectedFeature,
                mapIndex: index
              });
              if (res) return;

              visStateActions.onLayerClick(data);
            }}
            onError={this._onDeckError}
            ref={comp => {
              // @ts-ignore
              if (comp && comp.deck && !this._deck) {
                // @ts-ignore
                this._deck = comp.deck;
              }
            }}
            onWebGLInitialized={gl => this._onDeckInitialized(gl)}
            onAfterRender={() => {
              if (typeof deckRenderCallbacks?.onDeckAfterRender === 'function') {
                deckRenderCallbacks.onDeckAfterRender(allDeckGlProps);
              }
            }}
          >
            {children}
          </DeckGL>
        </div>
      );
    }

    _updateMapboxLayers() {
      const mapboxLayers = this.mapboxLayersSelector(this.props);
      if (!Object.keys(mapboxLayers).length && !Object.keys(this.previousLayers).length) {
        return;
      }

      updateMapboxLayers(this._map, mapboxLayers, this.previousLayers);

      this.previousLayers = mapboxLayers;
    }

    _renderMapboxOverlays() {
      if (this._map && this._map.isStyleLoaded()) {
        this._updateMapboxLayers();
      }
    }
    _onViewportChangePropagateDebounced = debounce(() => {
      const viewState = this.context?.getInternalViewState(this.props.index);
      onViewPortChange(
        viewState,
        this.props.mapStateActions.updateMap,
        this.props.onViewStateChange,
        this.props.primary,
        this.props.index
      );
    }, DEBOUNCE_VIEWPORT_PROPAGATE);

    _onViewportChange = viewport => {
      const {viewState} = viewport;
      if (this.props.isExport) {
        // Image export map shouldn't be interactive (otherwise this callback can
        // lead to inadvertent changes to the state of the main map)
        return;
      }
      const {setInternalViewState} = this.context;
      setInternalViewState(viewState, this.props.index);
      this._onViewportChangePropagateDebounced();
    };

    _onLayerHoverDebounced = debounce((data, index, event) => {
      // add `mapIndex` property which will end up in the the `hoverInfo` object of `visState`
      // this is for limiting the display of the `<MapPopover>` to the `<MapContainer>` the user is interacting with
      // TODO this should be part of onLayerHover arguments, investigate
      // @ts-ignore (does not fail with local yarn-test)
      data.mapIndex = index;

      this.props.visStateActions.onLayerHover(data);
    }, DEBOUNCE_MOUSE_MOVE_PROPAGATE);

    _onMouseMoveDebounced = debounce((event, viewport) => {
      this.props.visStateActions.onMouseMove(normalizeEvent(event, viewport));
    }, DEBOUNCE_MOUSE_MOVE_PROPAGATE);

    _toggleMapControl = panelId => {
      const {index, uiStateActions} = this.props;

      uiStateActions.toggleMapControl(panelId, Number(index));
    };

    /* eslint-disable complexity */
    _renderMap() {
      const {
        visState,
        mapState,
        mapStyle,
        mapStateActions,
        MapComponent = Map,
        mapboxApiAccessToken,
        mapboxApiUrl,
        mapControls,
        isExport,
        locale,
        uiStateActions,
        visStateActions,
        index,
        primary,
        bottomMapContainerProps,
        topMapContainerProps,
        theme,
        datasetAttributions = [],
        containerId = 0
      } = this.props;

      const {layers, datasets, editor, interactionConfig} = visState;

      const layersToRender = this.layersToRenderSelector(this.props);
      const layersForDeck = this.layersForDeckSelector(this.props);

      // Current style can be a custom style, from which we pull the mapbox API acccess token
      const currentStyle = mapStyle.mapStyles?.[mapStyle.styleType];
      const internalViewState = this.context?.getInternalViewState(index);
      const mapProps = {
        ...internalViewState,
        preserveDrawingBuffer: true,
        mapboxAccessToken: currentStyle?.accessToken || mapboxApiAccessToken,
        baseApiUrl: mapboxApiUrl,
        mapLib: mapboxgl,
        transformRequest: this.props.transformRequest || transformRequest
      };

      const hasGeocoderLayer = Boolean(layers.find(l => l.id === GEOCODER_LAYER_ID));
      const isSplit = Boolean(mapState.isSplit);

      const deck = this._renderDeckOverlay(layersForDeck, {
        primaryMap: true,
        isInteractive: true,
        children: (
          <MapComponent
            key="bottom"
            {...mapProps}
            mapStyle={mapStyle.bottomMapStyle ?? EMPTY_MAPBOX_STYLE}
            {...bottomMapContainerProps}
            ref={this._setMapboxMap}
          />
        )
      });
      if (!deck) {
        // deckOverlay can be null if onDeckRender returns null
        // in this case we don't want to render the map
        return null;
      }
      return (
        <>
          <MapControl
            mapState={mapState}
            datasets={datasets}
            availableLocales={LOCALE_CODES_ARRAY}
            dragRotate={mapState.dragRotate}
            isSplit={isSplit}
            primary={Boolean(primary)}
            isExport={isExport}
            layers={layers}
            layersToRender={layersToRender}
            mapIndex={index || 0}
            mapControls={mapControls}
            readOnly={this.props.readOnly}
            scale={mapState.scale || 1}
            top={
              interactionConfig.geocoder && interactionConfig.geocoder.enabled
                ? theme.mapControlTop
                : 0
            }
            editor={editor}
            locale={locale}
            onTogglePerspective={mapStateActions.togglePerspective}
            onToggleSplitMap={mapStateActions.toggleSplitMap}
            onMapToggleLayer={this._handleMapToggleLayer}
            onToggleMapControl={this._toggleMapControl}
            onToggleSplitMapViewport={mapStateActions.toggleSplitMapViewport}
            onSetEditorMode={visStateActions.setEditorMode}
            onSetLocale={uiStateActions.setLocale}
            onToggleEditorVisibility={visStateActions.toggleEditorVisibility}
            mapHeight={mapState.height}
          />
          {isSplitSelector(this.props) && <Droppable containerId={containerId} />}

          {deck}
          {this._renderMapboxOverlays()}
          <Editor
            index={index || 0}
            datasets={datasets}
            editor={editor}
            filters={this.polygonFiltersSelector(this.props)}
            layers={layers}
            onDeleteFeature={visStateActions.deleteFeature}
            onSelect={visStateActions.setSelectedFeature}
            onTogglePolygonFilter={visStateActions.setPolygonFilterLayer}
            onSetEditorMode={visStateActions.setEditorMode}
            style={{
              pointerEvents: 'all',
              position: 'absolute',
              display: editor.visible ? 'block' : 'none'
            }}
          />
          {this.props.children}
          {mapStyle.topMapStyle ? (
            <MapComponent
              key="top"
              viewState={internalViewState}
              mapStyle={mapStyle.topMapStyle}
              style={MAP_STYLE.top}
              mapboxAccessToken={mapProps.mapboxAccessToken}
              baseApiUrl={mapProps.baseApiUrl}
              mapLib={mapboxgl}
              {...topMapContainerProps}
            />
          ) : null}

          {hasGeocoderLayer
            ? this._renderDeckOverlay(
                {[GEOCODER_LAYER_ID]: hasGeocoderLayer},
                {primaryMap: false, isInteractive: false}
              )
            : null}
          {this._renderMapPopover()}
          {this.props.primary ? (
            <Attribution
              showMapboxLogo={this.state.showMapboxAttribution}
              showOsmBasemapAttribution={true}
              datasetAttributions={datasetAttributions}
            />
          ) : null}
        </>
      );
    }

    render() {
      const {visState} = this.props;
      const mapContent = this._renderMap();
      if (!mapContent) {
        // mapContent can be null if onDeckRender returns null
        // in this case we don't want to render the map
        return null;
      }
      return (
        <StyledMap
          ref={this._ref}
          style={this.styleSelector(this.props)}
          onContextMenu={event => event.preventDefault()}
          mixBlendMode={visState.overlayBlending}
        >
          {mapContent}
        </StyledMap>
      );
    }
  }

  return withTheme(MapContainer);
}