Bump moment from 2.24.0 to 2.29.4

Dockerfile

@@ -1,15 +1,14 @@
-FROM node:12-alpine
+FROM node:12-bullseye
 MAINTAINER [email protected]
 
 ENV NAME gfw-geostore-api
 ENV USER microservice
 
-RUN apk update && apk upgrade && \
-    apk add --no-cache --update bash git openssh python alpine-sdk
+RUN apt-get update -y && apt-get upgrade -y && \
+    apt-get install -y bash git ssh python3 make
 
-RUN addgroup $USER && adduser -s /bin/bash -D -G $USER $USER
-
-RUN yarn global add grunt-cli bunyan
+RUN addgroup $USER && useradd -ms /bin/bash $USER -g $USER
+RUN yarn global add bunyan grunt
 
 RUN mkdir -p /opt/$NAME
 COPY package.json /opt/$NAME/package.json

app/src/services/geoStoreService.js

@@ -4,7 +4,7 @@ const GeoJSONConverter = require('converters/geoJSONConverter');
 const md5 = require('md5');
 const CartoDB = require('cartodb');
 const IdConnection = require('models/idConnection');
-const turf = require('turf');
+const turf = require('@turf/turf');
 const ProviderNotFound = require('errors/providerNotFound');
 const GeoJSONNotFound = require('errors/geoJSONNotFound');
 const UnknownGeometry = require('errors/unknownGeometry');
@@ -48,6 +48,18 @@ class GeoStoreService {
 
             logger.debug('Repair geoJSON geometry');
             logger.debug('Generating query');
+            /**
+             * Geometry repair tries to follow this steps:
+             * st_MakeValid: create a valid representation of a given invalid geometry
+             *  https://postgis.net/docs/manual-dev/ST_MakeValid.html
+             *
+             * ST_CollectionExtract: ensure that the geometry is not a collection of different geom types
+             *
+             * In order to ensure a valid geojson representation based on rfc7946, we need to:
+             * ST_ForcePolygonCCW: ensure that the exterior ring is counterclockwise as per spec
+             * @todo: The geometry needs to enforce the antimeridian split rule over [-180,180] epsg:4326
+             * geometries.
+             */
             const sql = `SELECT ST_AsGeoJson(ST_CollectionExtract(st_MakeValid(ST_GeomFromGeoJSON('${JSON.stringify(geojson)}')),${geometryType})) as geojson`;
 
             if (process.env.NODE_ENV !== 'test' || sql.length < 2000) {
@@ -73,7 +85,10 @@ class GeoStoreService {
     static async obtainGeoJSONOfCarto(table, user, filter) {
         logger.debug('Obtaining geojson with params: table %s, user %s, filter %s', table, user, filter);
         logger.debug('Generating query');
-        const sql = `SELECT ST_AsGeoJson(the_geom) as geojson, (ST_Area(geography(the_geom))/10000) as area_ha FROM ${table} WHERE ${filter}`;
+        const sql = `SELECT ST_AsGeoJson(the_geom)                 as geojson,
+                            (ST_Area(geography(the_geom)) / 10000) as area_ha
+                     FROM ${table}
+                     WHERE ${filter}`;
         logger.debug('SQL to obtain geojson: %s', sql);
         const client = new CartoDB.SQL({
             user
@@ -130,13 +145,11 @@ class GeoStoreService {
     }
 
     static async getGeostoreByInfoProps(infoQuery) {
-        const geoStore = await GeoStore.findOne(infoQuery);
-        return geoStore;
+        return GeoStore.findOne(infoQuery);
     }
 
     static async getGeostoreByInfo(info) {
-        const geoStore = await GeoStore.findOne({ info });
-        return geoStore;
+        return GeoStore.findOne({ info });
     }
 
     static async obtainGeoJSON(provider) {
@@ -152,9 +165,129 @@ class GeoStoreService {
         }
     }
 
+    // @TODO: Extract bbox handling to its own class
+    /**
+     * @name overflowsAntimeridian
+     * @description check if the geometry overflows the [-180, -90, 180, 90] box
+     * @param {Array} bbox
+     * @returns {boolean}
+     */
+    static overflowsAntimeridian(bbox) {
+        return bbox[0] > 180 || bbox[2] > 180;
+    }
+
+    /**
+     * @name bboxToPolygon
+     * @description converts a bbox to a polygon
+     * @param {Array} bbox
+     * @returns {Polygon}
+     */
+    static bboxToPolygon(bbox) {
+        return turf.polygon([[[bbox[2], bbox[3]], [bbox[2], bbox[1]],
+            [bbox[0], bbox[1]], [bbox[0], bbox[3]],
+            [bbox[2], bbox[3]]]]);
+    }
+
+    /**
+     * @name: crossAntiMeridian
+     * @description: checks if a bbox crosses the antimeridian
+     * this is a mirror of https://github.com/mapbox/carmen/blob/03fac2d7397ecdfcb4f0828fcfd9d8a54c845f21/lib/util/bbox.js#L59
+     * @param {Array} bbox A bounding box array in the format [minX, minY, maxX, maxY]
+     * @returns {Array}
+     *
+     */
+    static crossAntimeridian(feature, bbox) {
+        logger.info('Checking antimeridian');
+
+        const geomTypes = ['Point', 'MultiPoint'];
+        const bboxTotal = bbox || turf.bbox(feature);
+        const westHemiBBox = [-180, -90, 0, 90];
+        const eastHemiBBox = [0, -90, 180, 90];
+        const overflowsAntimeridian = this.overflowsAntimeridian(bbox);
+
+        if (geomTypes.includes(turf.getType(feature))) {
+            /**
+             * if the geometry is a triangle geometry length is 4 and
+             * the points are spread among hemispheres bbox calc over each
+             * hemisphere will be wrong
+             * This will need its own development
+             */
+            logger.debug('Multipoint or point geometry');
+            return bboxTotal;
+        }
+
+        if (overflowsAntimeridian) {
+            logger.debug('BBOX crosses antimeridian but is in [0, 360º]');
+            return bboxTotal;
+        }
+
+        if (
+            turf.booleanIntersects(feature, this.bboxToPolygon(eastHemiBBox))
+            && turf.booleanIntersects(feature, this.bboxToPolygon(westHemiBBox))
+        ) {
+            logger.debug('Geometry that is contained in both hemispheres');
+
+            const clippedEastGeom = turf.bboxClip(feature, eastHemiBBox);
+            const clippedWestGeom = turf.bboxClip(feature, westHemiBBox);
+            const bboxEast = turf.bbox(clippedEastGeom);
+            const bboxWest = turf.bbox(clippedWestGeom);
+
+            const amBBox = [bboxEast[0], bboxTotal[1], bboxWest[2], bboxTotal[3]];
+            const pmBBox = [bboxWest[0], bboxTotal[1], bboxEast[2], bboxTotal[3]];
+
+            const pmBBoxWidth = (bboxEast[2]) + Math.abs(bboxWest[0]);
+            const amBBoxWidth = (180 - bboxEast[0]) + (180 - Math.abs(bboxWest[2]));
+
+            return (pmBBoxWidth > amBBoxWidth) ? amBBox : pmBBox;
+        }
+
+        return bboxTotal;
+
+    }
+
+    /**
+     * @name: translateBBox
+     * @description: This function translates a bbox that crosses the antimeridian
+     * @param {Array} bbox
+     * @returns {Array} bbox with the antimeridian corrected
+     */
+    static translateBBox(bbox) {
+        logger.debug('Converting bbox from [-180,180] to [0,360] for representation');
+        return [bbox[0], bbox[1], 360 - Math.abs(bbox[2]), bbox[3]];
+    }
+
+    /**
+     * @name: swapBBox
+     * @description: swap a bbox. If a bbox crosses
+     * the antimeridian will be transformed its
+     * latitudes from [-180, 180] to [0, 360]
+     * @param {GeoStore} geoStore
+     * @returns {Array}
+     *
+     * */
+    static swapBBox(geoStore) {
+        const orgBbox = turf.bbox(geoStore.geojson);
+        const bbox = turf.featureReduce(
+            geoStore.geojson,
+            (previousValue, currentFeature) => GeoStoreService.crossAntimeridian(currentFeature, previousValue),
+            orgBbox
+        );
+
+        return bbox[0] > bbox[2] ? GeoStoreService.translateBBox(bbox) : bbox;
+    }
+
+    /**
+     * @name: calculateBBox
+     * @description: Calculates a bbox.
+     * If a bbox that crosses the antimeridian will be transformed its
+     * latitudes from [-180, 180] to [0, 360]
+     * @param {GeoStore} geoStore
+     * @returns {geoStore}
+     *
+     * */
     static async calculateBBox(geoStore) {
         logger.debug('Calculating bbox');
-        geoStore.bbox = turf.bbox(geoStore.geojson);
+        geoStore.bbox = GeoStoreService.swapBBox(geoStore);
         await geoStore.save();
         return geoStore;
     }
@@ -203,18 +336,24 @@ class GeoStoreService {
 
         logger.debug('Repaired geometry', JSON.stringify(geoStore.geojson));
         logger.debug('Make Feature Collection');
+
         geoStore.geojson = GeoJSONConverter.makeFeatureCollection(geoStore.geojson, props);
+
         logger.debug('Result', JSON.stringify(geoStore.geojson));
         logger.debug('Creating hash from geojson md5');
+
         geoStore.hash = md5(JSON.stringify(geoStore.geojson));
+
         if (geoStore.areaHa === undefined) {
             geoStore.areaHa = turf.area(geoStore.geojson) / 10000; // convert to ha2
         }
         await GeoStore.findOne({
             hash: geoStore.hash
         });
+        logger.debug('bbox geostore');
+        logger.debug('geojson', JSON.stringify(geoStore.bbox));
         if (!geoStore.bbox) {
-            geoStore.bbox = turf.bbox(geoStore.geojson);
+            geoStore.bbox = GeoStoreService.swapBBox(geoStore);
         }
 
         return GeoStore.findOneAndUpdate({ hash: geoStore.hash }, geoStore, {
@@ -240,12 +379,11 @@ class GeoStoreService {
             geoStore.areaHa = geoJsonObtained.area_ha;
         }
 
-        logger.debug('Converting geojson');
-        logger.debug('Converting', JSON.stringify(geoStore.geojson));
+        logger.debug('Converting geojson', JSON.stringify(geoStore.geojson));
         geoStore.geojson = GeoJSONConverter.makeFeatureCollection(geoStore.geojson);
         logger.debug('Result', JSON.stringify(geoStore.geojson));
         geoStore.areaHa = turf.area(geoStore.geojson) / 10000; // convert to ha2
-        geoStore.bbox = turf.bbox(geoStore.geojson);
+        geoStore.bbox = await GeoStoreService.swapBBox(geoStore); // calculate bbox
 
         return geoStore;