/*
    * Copyright (C) 2023 B3Partners B.V.
    *
    * SPDX-License-Identifier: MIT
    */
   package org.tailormap.api.persistence.helper;
   
   import static java.util.stream.Collectors.toSet;
   import static org.springframework.hateoas.server.mvc.WebMvcLinkBuilder.linkTo;
  import static org.tailormap.api.persistence.helper.GeoServiceHelper.getWmsRequest;
  import static org.tailormap.api.persistence.json.GeoServiceProtocol.LEGEND;
  import static org.tailormap.api.persistence.json.GeoServiceProtocol.QUANTIZEDMESH;
  import static org.tailormap.api.persistence.json.GeoServiceProtocol.TILES3D;
  import static org.tailormap.api.persistence.json.GeoServiceProtocol.XYZ;
  import static org.tailormap.api.util.TMStringUtils.nullIfEmpty;
  
  import jakarta.persistence.EntityManager;
  import java.lang.invoke.MethodHandles;
  import java.net.URI;
  import java.nio.charset.StandardCharsets;
  import java.util.HashMap;
  import java.util.List;
  import java.util.Map;
  import java.util.Objects;
  import java.util.Optional;
  import java.util.Set;
  import java.util.stream.Collectors;
  import org.apache.commons.lang3.ObjectUtils;
  import org.gaul.modernizer_maven_annotations.SuppressModernizer;
  import org.geotools.api.referencing.crs.CoordinateReferenceSystem;
  import org.geotools.referencing.util.CRSUtilities;
  import org.geotools.referencing.wkt.Formattable;
  import org.slf4j.Logger;
  import org.slf4j.LoggerFactory;
  import org.springframework.stereotype.Service;
  import org.springframework.transaction.annotation.Transactional;
  import org.springframework.web.util.UriComponentsBuilder;
  import org.springframework.web.util.UriUtils;
  import org.tailormap.api.controller.GeoServiceProxyController;
  import org.tailormap.api.persistence.Application;
  import org.tailormap.api.persistence.Configuration;
  import org.tailormap.api.persistence.GeoService;
  import org.tailormap.api.persistence.SearchIndex;
  import org.tailormap.api.persistence.TMFeatureType;
  import org.tailormap.api.persistence.json.AppContent;
  import org.tailormap.api.persistence.json.AppLayerSettings;
  import org.tailormap.api.persistence.json.AppTreeLayerNode;
  import org.tailormap.api.persistence.json.AppTreeLevelNode;
  import org.tailormap.api.persistence.json.AppTreeNode;
  import org.tailormap.api.persistence.json.Bounds;
  import org.tailormap.api.persistence.json.GeoServiceDefaultLayerSettings;
  import org.tailormap.api.persistence.json.GeoServiceLayer;
  import org.tailormap.api.persistence.json.GeoServiceLayerSettings;
  import org.tailormap.api.persistence.json.ServicePublishingSettings;
  import org.tailormap.api.persistence.json.TileLayerHiDpiMode;
  import org.tailormap.api.persistence.json.WMSStyle;
  import org.tailormap.api.repository.ApplicationRepository;
  import org.tailormap.api.repository.ConfigurationRepository;
  import org.tailormap.api.repository.FeatureSourceRepository;
  import org.tailormap.api.repository.GeoServiceRepository;
  import org.tailormap.api.repository.SearchIndexRepository;
  import org.tailormap.api.security.AuthorisationService;
  import org.tailormap.api.viewer.model.AppLayer;
  import org.tailormap.api.viewer.model.LayerSearchIndex;
  import org.tailormap.api.viewer.model.LayerTreeNode;
  import org.tailormap.api.viewer.model.MapResponse;
  import org.tailormap.api.viewer.model.TMCoordinateReferenceSystem;
  
  @Service
  public class ApplicationHelper {
    private static final Logger logger =
        LoggerFactory.getLogger(MethodHandles.lookup().lookupClass());
    private static final String DEFAULT_WEB_MERCATOR_CRS = "EPSG:3857";
  
    private final GeoServiceHelper geoServiceHelper;
    private final GeoServiceRepository geoServiceRepository;
    private final ConfigurationRepository configurationRepository;
    private final ApplicationRepository applicationRepository;
    private final FeatureSourceRepository featureSourceRepository;
    private final EntityManager entityManager;
    private final AuthorisationService authorisationService;
    private final SearchIndexRepository searchIndexRepository;
  
    public ApplicationHelper(
        GeoServiceHelper geoServiceHelper,
        GeoServiceRepository geoServiceRepository,
        ConfigurationRepository configurationRepository,
        ApplicationRepository applicationRepository,
        FeatureSourceRepository featureSourceRepository,
        EntityManager entityManager,
        AuthorisationService authorisationService,
        SearchIndexRepository searchIndexRepository) {
      this.geoServiceHelper = geoServiceHelper;
      this.geoServiceRepository = geoServiceRepository;
      this.configurationRepository = configurationRepository;
      this.applicationRepository = applicationRepository;
      this.featureSourceRepository = featureSourceRepository;
      this.entityManager = entityManager;
      this.authorisationService = authorisationService;
     this.searchIndexRepository = searchIndexRepository;
   }
 
   public Application getServiceApplication(String baseAppName, String projection, GeoService service) {
     if (baseAppName == null) {
       baseAppName = Optional.ofNullable(service.getSettings().getPublishing())
           .map(ServicePublishingSettings::getBaseApp)
           .orElseGet(() -> configurationRepository.get(Configuration.DEFAULT_BASE_APP));
     }
 
     Application baseApp = null;
     if (baseAppName != null) {
       baseApp = applicationRepository.findByName(baseAppName);
       if (baseApp != null) {
         // Caller may be changing the app content to add layers from this service, detach so those
         // aren't saved
         entityManager.detach(baseApp);
       }
     }
 
     Application app = baseApp != null ? baseApp : new Application().setContentRoot(new AppContent());
 
     if (projection != null) {
       // TODO: filter layers by projection parameter (layer.crs must inherit crs from parent layers)
       throw new UnsupportedOperationException("Projection filtering not yet supported");
     } else {
       if (baseApp != null) {
         projection = baseApp.getCrs();
       } else {
         projection = DEFAULT_WEB_MERCATOR_CRS;
       }
     }
 
     app.setName(service.getId()).setTitle(service.getTitle()).setCrs(projection);
 
     return app;
   }
 
   @Transactional
   public MapResponse toMapResponse(Application app) {
     MapResponse mapResponse = new MapResponse();
     setCrsAndBounds(app, mapResponse);
     setLayers(app, mapResponse);
     return mapResponse;
   }
 
   public void setCrsAndBounds(Application a, MapResponse mapResponse) {
     CoordinateReferenceSystem gtCrs = a.getGeoToolsCoordinateReferenceSystem();
     if (gtCrs == null) {
       throw new IllegalArgumentException("Invalid CRS: " + a.getCrs());
     }
 
     TMCoordinateReferenceSystem crs = new TMCoordinateReferenceSystem()
         .code(a.getCrs())
         .definition(((Formattable) gtCrs).toWKT(0))
         .bounds(GeoToolsHelper.fromCRS(gtCrs))
         .unit(Optional.ofNullable(CRSUtilities.getUnit(gtCrs.getCoordinateSystem()))
             .map(Objects::toString)
             .orElse(null));
 
     Bounds maxExtent = a.getMaxExtent() != null ? a.getMaxExtent() : crs.getBounds();
     Bounds initialExtent = a.getInitialExtent() != null ? a.getInitialExtent() : maxExtent;
 
     mapResponse.crs(crs).maxExtent(maxExtent).initialExtent(initialExtent);
   }
 
   private void setLayers(Application app, MapResponse mr) {
     new MapResponseLayerBuilder(app, mr).buildLayers();
   }
 
   private String getProxyUrl(GeoService geoService, Application application, AppTreeLayerNode appTreeLayerNode) {
     String baseProxyUrl = linkTo(
             GeoServiceProxyController.class,
             Map.of(
                 "viewerKind", "app", // XXX
                 "viewerName", application.getName(),
                 "appLayerId", appTreeLayerNode.getId()))
         .toString();
 
     String protocolPath = "/" + geoService.getProtocol().getValue();
 
     if (geoService.getProtocol() == TILES3D) {
       return baseProxyUrl + protocolPath + "/" + GeoServiceProxyController.TILES3D_DESCRIPTION_PATH;
     }
     return baseProxyUrl + protocolPath;
   }
 
   private String getLegendProxyUrl(Application application, AppTreeLayerNode appTreeLayerNode) {
     return linkTo(
             GeoServiceProxyController.class,
             Map.of(
                 "viewerKind",
                 "app",
                 "viewerName",
                 application.getName(),
                 "appLayerId",
                 appTreeLayerNode.getId()))
         + "/" + LEGEND.getValue();
   }
 
   private List<WMSStyle> getProxiedLegendStyles(
       Application application, AppTreeLayerNode appTreeLayerNode, List<WMSStyle> legendStyles) {
     String legendProxyUrl = getLegendProxyUrl(application, appTreeLayerNode);
     return legendStyles.stream()
         .map(style -> {
           try {
             // Create a copy of the style so we don't mutate configuration objects
             return new WMSStyle()
                 .name(style.getName())
                 .title(style.getTitle())
                 .abstractText(style.getAbstractText())
                 .legendUrl(UriComponentsBuilder.fromUriString(legendProxyUrl)
                     .queryParam("STYLE", UriUtils.encode(style.getName(), StandardCharsets.UTF_8))
                     .build(true)
                     .toUri());
           } catch (Exception e) {
             logger.warn(
                 "Failed to create proxied legend style for application {} layer {} style {}: {}",
                 application.getId(),
                 appTreeLayerNode.getId(),
                 style.getName(),
                 e.getMessage());
             return null;
           }
         })
         .filter(Objects::nonNull)
         .toList();
   }
 
   private class MapResponseLayerBuilder {
     private final Application app;
     private final MapResponse mapResponse;
     // XXX not needed if we have GeoServiceLayer.getService().getName()
     private final Map<GeoServiceLayer, String> serviceLayerServiceIds = new HashMap<>();
 
     MapResponseLayerBuilder(Application app, MapResponse mapResponse) {
       this.app = app;
       this.mapResponse = mapResponse;
     }
 
     void buildLayers() {
       if (app.getContentRoot() != null) {
         buildBackgroundLayers();
         buildOverlayLayers();
         buildTerrainLayers();
       }
     }
 
     private void buildBackgroundLayers() {
       if (app.getContentRoot().getBaseLayerNodes() != null) {
         for (AppTreeNode node : app.getContentRoot().getBaseLayerNodes()) {
           addAppTreeNodeItem(node, mapResponse.getBaseLayerTreeNodes());
         }
 
         Set<String> validLayerIds =
             mapResponse.getAppLayers().stream().map(AppLayer::getId).collect(toSet());
         List<LayerTreeNode> initialLayerTreeNodes = mapResponse.getBaseLayerTreeNodes();
 
         mapResponse.setBaseLayerTreeNodes(cleanLayerTreeNodes(validLayerIds, initialLayerTreeNodes));
       }
     }
 
     private void buildOverlayLayers() {
       if (app.getContentRoot().getLayerNodes() != null) {
         for (AppTreeNode node : app.getContentRoot().getLayerNodes()) {
           addAppTreeNodeItem(node, mapResponse.getLayerTreeNodes());
         }
         Set<String> validLayerIds =
             mapResponse.getAppLayers().stream().map(AppLayer::getId).collect(toSet());
         List<LayerTreeNode> initialLayerTreeNodes = mapResponse.getLayerTreeNodes();
 
         mapResponse.setLayerTreeNodes(cleanLayerTreeNodes(validLayerIds, initialLayerTreeNodes));
       }
     }
 
     /**
      * Cleans the layer tree nodes by removing references to non-existing layers and removing level nodes without
      * children, thus preventing exposure of application internals to unauthorized users.
      *
      * @param validLayerIds the ids of the layers that exist
      * @param initialLayerTreeNodes the initial list of layer tree nodes
      * @return the cleaned list of layer tree nodes
      */
     private List<LayerTreeNode> cleanLayerTreeNodes(
         Set<String> validLayerIds, List<LayerTreeNode> initialLayerTreeNodes) {
       List<String> levelNodes = initialLayerTreeNodes.stream()
           .filter(n -> n.getAppLayerId() == null)
           .map(LayerTreeNode::getId)
           .toList();
 
       List<LayerTreeNode> newLayerTreeNodes = initialLayerTreeNodes.stream()
           .peek(n -> {
             n.getChildrenIds()
                 .removeIf(childId ->
                     /* remove invalid layers from the children */
                     !validLayerIds.contains(childId) && !levelNodes.contains(childId));
           })
           .filter(n ->
               /* remove level nodes without children */
               !(n.getAppLayerId() == null
                   && (n.getChildrenIds() != null
                       && n.getChildrenIds().isEmpty())))
           .toList();
 
       List<String> cleanLevelNodeIds = newLayerTreeNodes.stream()
           .filter(n -> n.getAppLayerId() == null)
           .map(LayerTreeNode::getId)
           .toList();
 
       return newLayerTreeNodes.stream()
           .peek(n -> {
             n.getChildrenIds()
                 .removeIf(childId ->
                     /* remove invalid layers from the children */
                     !cleanLevelNodeIds.contains(childId) && levelNodes.contains(childId));
           })
           .toList();
     }
 
     private void buildTerrainLayers() {
       if (app.getContentRoot().getTerrainLayerNodes() != null) {
         for (AppTreeNode node : app.getContentRoot().getTerrainLayerNodes()) {
           addAppTreeNodeItem(node, mapResponse.getTerrainLayerTreeNodes());
         }
       }
     }
 
     private void addAppTreeNodeItem(AppTreeNode node, List<LayerTreeNode> layerTreeNodeList) {
       LayerTreeNode layerTreeNode = new LayerTreeNode();
       if ("AppTreeLayerNode".equals(node.getObjectType())) {
         AppTreeLayerNode appTreeLayerNode = (AppTreeLayerNode) node;
         layerTreeNode.setId(appTreeLayerNode.getId());
         layerTreeNode.setAppLayerId(appTreeLayerNode.getId());
         if (!addAppLayerItem(appTreeLayerNode)) {
           return;
         }
         // This name is not displayed in the frontend, the title from the appLayer node is used
         layerTreeNode.setName(appTreeLayerNode.getLayerName());
         layerTreeNode.setDescription(appTreeLayerNode.getDescription());
       } else if ("AppTreeLevelNode".equals(node.getObjectType())) {
         AppTreeLevelNode appTreeLevelNode = (AppTreeLevelNode) node;
         layerTreeNode.setId(appTreeLevelNode.getId());
         layerTreeNode.setChildrenIds(appTreeLevelNode.getChildrenIds());
         layerTreeNode.setRoot(Boolean.TRUE.equals(appTreeLevelNode.getRoot()));
         // The name for a level node does show in the frontend
         layerTreeNode.setName(appTreeLevelNode.getTitle());
         layerTreeNode.setDescription(appTreeLevelNode.getDescription());
         layerTreeNode.setExpandOnStartup(appTreeLevelNode.getExpandOnStartup());
       }
       layerTreeNodeList.add(layerTreeNode);
     }
 
     private boolean addAppLayerItem(AppTreeLayerNode layerRef) {
       ServiceLayerInfo layerInfo = findServiceLayer(layerRef);
       if (layerInfo == null) {
         return false;
       }
       GeoService service = layerInfo.service();
       GeoServiceLayer serviceLayer = layerInfo.serviceLayer();
 
       // Some settings can be set on the app layer level, layer level or service level (default
       // layer settings). These settings should be used in-order: from app layer if set, otherwise
       // from layer level, from default layer setting or the default.
 
       // An empty (blank) string means it is not set. To explicitly clear a layer level string
       // setting for an app, an admin should set the app layer setting to spaces.
 
       // The JSON wrapper classes have "null" values as defaults, which means not-set. The defaults
       // (such as tilingDisabled being true) are applied below, although the frontend would also
       // treat null as non-truthy.
 
       // When default layer settings or settings for a specific layer are missing, construct new
       // settings objects so no null check is needed. All properties are initialized to null
       // (not-set) by default.
       GeoServiceDefaultLayerSettings defaultLayerSettings = Optional.ofNullable(
               service.getSettings().getDefaultLayerSettings())
           .orElseGet(GeoServiceDefaultLayerSettings::new);
       GeoServiceLayerSettings serviceLayerSettings =
           Optional.ofNullable(layerInfo.layerSettings()).orElseGet(GeoServiceLayerSettings::new);
 
       AppLayerSettings appLayerSettings = app.getAppLayerSettings(layerRef);
 
       String title = Objects.requireNonNullElse(
           nullIfEmpty(appLayerSettings.getTitle()),
           // Get title from layer settings, title from capabilities or the layer name -- never
           // null
           service.getTitleWithSettingsOverrides(layerRef.getLayerName()));
 
       // These settings can be overridden per appLayer
       @SuppressModernizer
       String description = ObjectUtils.firstNonNull(
           nullIfEmpty(appLayerSettings.getDescription()),
           nullIfEmpty(serviceLayerSettings.getDescription()),
           nullIfEmpty(defaultLayerSettings.getDescription()),
           nullIfEmpty(serviceLayer.getAbstractText()));
       @SuppressModernizer
       String attribution = ObjectUtils.firstNonNull(
           nullIfEmpty(appLayerSettings.getAttribution()),
           nullIfEmpty(serviceLayerSettings.getAttribution()),
           nullIfEmpty(defaultLayerSettings.getAttribution()));
 
       // These settings can't be overridden per appLayer but can be set on a per-layer and
       // service-level default basis
       @SuppressModernizer
       boolean tilingDisabled = ObjectUtils.firstNonNull(
           serviceLayerSettings.getTilingDisabled(), defaultLayerSettings.getTilingDisabled(), true);
       @SuppressModernizer
       Integer tilingGutter = ObjectUtils.firstNonNull(
           serviceLayerSettings.getTilingGutter(), defaultLayerSettings.getTilingGutter(), 0);
       @SuppressModernizer
       boolean hiDpiDisabled = ObjectUtils.firstNonNull(
           serviceLayerSettings.getHiDpiDisabled(), defaultLayerSettings.getHiDpiDisabled(), true);
       @SuppressModernizer
       TileLayerHiDpiMode hiDpiMode = ObjectUtils.firstNonNull(
           serviceLayerSettings.getHiDpiMode(), defaultLayerSettings.getHiDpiMode(), null);
       // Do not get from defaultLayerSettings because a default wouldn't make sense
       String hiDpiSubstituteLayer = serviceLayerSettings.getHiDpiSubstituteLayer();
 
       TMFeatureType tmft = service.findFeatureTypeForLayer(serviceLayer, featureSourceRepository);
 
       boolean proxied = service.getSettings().getUseProxy();
 
       String legendImageUrl = serviceLayerSettings.getLegendImageId();
       AppLayer.LegendTypeEnum legendType = AppLayer.LegendTypeEnum.STATIC;
 
       if (legendImageUrl == null && serviceLayer.getStyles() != null) {
         // no user defined legend image, try to get legend image from styles
         legendImageUrl = Optional.ofNullable(
                 GeoServiceHelper.getLayerLegendUrlFromStyles(service, serviceLayer))
             .map(URI::toString)
             .orElse(null);
 
         if (legendImageUrl != null) {
           // Check whether the legend is dynamic or static based on the original legend URL, before it is
           // possibly replaced by URL to the proxy controller
           legendType = "GetLegendGraphic".equalsIgnoreCase(getWmsRequest(legendImageUrl))
               ? AppLayer.LegendTypeEnum.DYNAMIC
               : AppLayer.LegendTypeEnum.STATIC;
 
           if (proxied) {
             // service styles provides a legend image, but we need to proxy it
             legendImageUrl = getLegendProxyUrl(app, layerRef);
           }
         }
       }
 
       List<WMSStyle> legendStyles = appLayerSettings.getSelectedStyles();
       if (proxied && legendStyles != null) {
         // when proxied the urls must be passed through getProxiedLegendStyles to be accessible,
         // so don't pass the original style URLs to the frontend
         legendStyles = getProxiedLegendStyles(app, layerRef, legendStyles);
       }
 
       SearchIndex searchIndex = null;
       if (appLayerSettings.getSearchIndexId() != null) {
         searchIndex = searchIndexRepository
             .findById(appLayerSettings.getSearchIndexId())
             .orElse(null);
       }
 
       boolean webMercatorAvailable = this.isWebMercatorAvailable(service, serviceLayer, hiDpiSubstituteLayer);
 
       Set<String> keywords = serviceLayer.getKeywords().stream()
           .filter(k -> !serviceLayerSettings.getHiddenKeywords().contains(k))
           .collect(Collectors.toSet());
       keywords.addAll(serviceLayerSettings.getExtraKeywords());
 
       mapResponse.addAppLayersItem(new AppLayer()
           .id(layerRef.getId())
           .serviceId(serviceLayerServiceIds.get(serviceLayer))
           .layerName(layerRef.getLayerName())
           .hasAttributes(tmft != null)
           .editable(TMFeatureTypeHelper.isEditable(app, layerRef, tmft))
           .url(proxied ? getProxyUrl(service, app, layerRef) : null)
           // Can't set whether layer is opaque, not mapped from WMS capabilities by GeoTools
           // gt-wms Layer class?
           .maxScale(serviceLayer.getMaxScale())
           .minScale(serviceLayer.getMinScale())
           .title(title)
           .tilingDisabled(tilingDisabled)
           .tilingGutter(tilingGutter)
           .hiDpiDisabled(hiDpiDisabled)
           .hiDpiMode(hiDpiMode)
           .hiDpiSubstituteLayer(hiDpiSubstituteLayer)
           .minZoom(serviceLayerSettings.getMinZoom())
           .maxZoom(serviceLayerSettings.getMaxZoom())
           .tileSize(serviceLayerSettings.getTileSize())
           .tileGridExtent(serviceLayerSettings.getTileGridExtent())
           .opacity(appLayerSettings.getOpacity())
           .autoRefreshInSeconds(appLayerSettings.getAutoRefreshInSeconds())
           .searchIndex(
               searchIndex != null
                   ? new LayerSearchIndex()
                       .id(searchIndex.getId())
                       .name(searchIndex.getName())
                   : null)
           .legendImageUrl(legendImageUrl)
           .legendType(legendType)
           .visible(layerRef.getVisible())
           .attribution(attribution)
           .description(description)
           .keywords(keywords)
           .webMercatorAvailable(webMercatorAvailable)
           .tileset3dStyle(appLayerSettings.getTileset3dStyle())
           .hiddenFunctionality(appLayerSettings.getHiddenFunctionality())
           .styles(legendStyles));
 
       return true;
     }
 
     private ServiceLayerInfo findServiceLayer(AppTreeLayerNode layerRef) {
       GeoService service =
           geoServiceRepository.findById(layerRef.getServiceId()).orElse(null);
       if (service == null) {
         logger.warn(
             "App {} references layer \"{}\" of missing service {}",
             app.getId(),
             layerRef.getLayerName(),
             layerRef.getServiceId());
         return null;
       }
 
       if (!authorisationService.userAllowedToViewGeoService(service)) {
         return null;
       }
 
       GeoServiceLayer serviceLayer = service.findLayer(layerRef.getLayerName());
 
       if (serviceLayer == null) {
         logger.warn(
             "App {} references layer \"{}\" not found in capabilities of service {}",
             app.getId(),
             layerRef.getLayerName(),
             service.getId());
         return null;
       }
 
       if (!authorisationService.userAllowedToViewGeoServiceLayer(service, serviceLayer)) {
         logger.debug(
             "User not allowed to view layer {} of service {}", serviceLayer.getName(), service.getId());
         return null;
       }
 
       serviceLayerServiceIds.put(serviceLayer, service.getId());
 
       if (mapResponse.getServices().stream()
           .filter(s -> s.getId().equals(service.getId()))
           .findAny()
           .isEmpty()) {
         mapResponse.addServicesItem(service.toJsonPojo(geoServiceHelper));
       }
 
       GeoServiceLayerSettings layerSettings = service.getLayerSettings(layerRef.getLayerName());
       return new ServiceLayerInfo(service, serviceLayer, layerSettings);
     }
 
     private boolean isWebMercatorAvailable(
         GeoService service, GeoServiceLayer serviceLayer, String hiDpiSubstituteLayer) {
       if (service.getProtocol() == XYZ) {
         return DEFAULT_WEB_MERCATOR_CRS.equals(service.getSettings().getXyzCrs());
       }
       if (service.getProtocol() == TILES3D || service.getProtocol() == QUANTIZEDMESH) {
         return false;
       }
       if (hiDpiSubstituteLayer != null) {
         GeoServiceLayer hiDpiSubstituteServiceLayer = service.findLayer(hiDpiSubstituteLayer);
         if (hiDpiSubstituteServiceLayer != null
             && !this.isWebMercatorAvailable(service, hiDpiSubstituteServiceLayer, null)) {
           return false;
         }
       }
       while (serviceLayer != null) {
         Set<String> layerCrs = serviceLayer.getCrs();
         if (layerCrs.contains(DEFAULT_WEB_MERCATOR_CRS)) {
           return true;
         }
         if (serviceLayer.getRoot()) {
           break;
         }
         serviceLayer = service.getParentLayer(serviceLayer.getId());
       }
       return false;
     }
 
     record ServiceLayerInfo(
         GeoService service, GeoServiceLayer serviceLayer, GeoServiceLayerSettings layerSettings) {}
   }
 }