Do not handle precision changes when no aggregations have been configured on the coordinate map (#18826) (#18859)
This commit is contained in:
parent
d4e1dc2b21
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1ea934c7d0
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@ -31,14 +31,20 @@ export function CoordinateMapsVisualizationProvider(Notifier, Private) {
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precisionChange = (previousPrecision !== this._kibanaMap.getGeohashPrecision());
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previousPrecision = this._kibanaMap.getGeohashPrecision();
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const geohashAgg = this._getGeoHashAgg();
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if (!geohashAgg) {
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return;
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}
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const isAutoPrecision = typeof geohashAgg.params.autoPrecision === 'boolean' ? geohashAgg.params.autoPrecision : true;
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if (geohashAgg && isAutoPrecision) {
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if (isAutoPrecision) {
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geohashAgg.params.precision = previousPrecision;
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}
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});
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this._kibanaMap.on('zoomend', () => {
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const agg = this._getGeoHashAgg();
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const isAutoPrecision = typeof agg.params.autoPrecision === 'boolean' ? agg.params.autoPrecision : true;
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const geohashAgg = this._getGeoHashAgg();
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if (!geohashAgg) {
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return;
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}
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const isAutoPrecision = typeof geohashAgg.params.autoPrecision === 'boolean' ? geohashAgg.params.autoPrecision : true;
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if (!isAutoPrecision) {
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return;
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}
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@ -6,174 +6,212 @@ export default function ({ getService, getPageObjects }) {
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const remote = getService('remote');
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const PageObjects = getPageObjects(['common', 'visualize', 'header', 'settings']);
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describe('tile map visualize app', function describeIndexTests() {
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before(async function () {
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// Make sure the window is height enough to show the spy panel without hiding the map
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remote.setWindowSize(1280, 1000);
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const fromTime = '2015-09-19 06:31:44.000';
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const toTime = '2015-09-23 18:31:44.000';
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describe('tile map visualize app', function () {
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log.debug('navigateToApp visualize');
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await PageObjects.common.navigateToUrl('visualize', 'new');
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log.debug('clickTileMap');
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await PageObjects.visualize.clickTileMap();
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await PageObjects.visualize.clickNewSearch();
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log.debug('Set absolute time range from \"' + fromTime + '\" to \"' + toTime + '\"');
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await PageObjects.header.setAbsoluteRange(fromTime, toTime);
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log.debug('select bucket Geo Coordinates');
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await PageObjects.visualize.clickBucket('Geo Coordinates');
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log.debug('Click aggregation Geohash');
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await PageObjects.visualize.selectAggregation('Geohash');
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log.debug('Click field geo.coordinates');
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await retry.try(async function tryingForTime() {
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await PageObjects.visualize.selectField('geo.coordinates');
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describe('incomplete config', function describeIndexTests() {
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before(async function () {
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// Make sure the window is height enough to show the spy panel without hiding the map
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remote.setWindowSize(1280, 1000);
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const fromTime = '2015-09-19 06:31:44.000';
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const toTime = '2015-09-23 18:31:44.000';
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log.debug('navigateToApp visualize');
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await PageObjects.common.navigateToUrl('visualize', 'new');
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log.debug('clickTileMap');
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await PageObjects.visualize.clickTileMap();
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await PageObjects.visualize.clickNewSearch();
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log.debug('Set absolute time range from \"' + fromTime + '\" to \"' + toTime + '\"');
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await PageObjects.header.setAbsoluteRange(fromTime, toTime);
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//do not configure aggs
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});
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await PageObjects.visualize.clickGo();
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await PageObjects.header.waitUntilLoadingHasFinished();
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it('should be able to zoom in twice', async () => {
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//should not throw
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await PageObjects.visualize.clickMapZoomIn();
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await PageObjects.visualize.clickMapZoomIn();
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});
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});
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/**
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* manually compare data due to possible small difference in numbers. This is browser dependent.
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*/
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function compareTableData(expected, actual) {
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log.debug('comparing expected: ', expected);
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log.debug('with actual: ', actual);
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expect(actual.length).to.eql(expected.length);
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function tokenize(row) {
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const tokens = row.split(' ');
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describe('complete config', function describeIndexTests() {
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before(async function () {
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// Make sure the window is height enough to show the spy panel without hiding the map
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remote.setWindowSize(1280, 1000);
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let geohashIndex;
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let countIndex;
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let latIndex;
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let lonIndex;
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if (tokens.length === 8) {
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// table row aggregations: geohash_grid -> count -> geocentroid
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geohashIndex = 0;
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countIndex = 1;
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latIndex = 4;
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lonIndex = 6;
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} else if (tokens.length === 9) {
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// table row aggregations: filter -> geohash_grid -> count -> geocentroid
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geohashIndex = 1;
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countIndex = 2;
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latIndex = 5;
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lonIndex = 7;
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} else {
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log.error(`Unexpected number of tokens contained in spy table row: ${row}`);
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const fromTime = '2015-09-19 06:31:44.000';
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const toTime = '2015-09-23 18:31:44.000';
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log.debug('navigateToApp visualize');
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await PageObjects.common.navigateToUrl('visualize', 'new');
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log.debug('clickTileMap');
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await PageObjects.visualize.clickTileMap();
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await PageObjects.visualize.clickNewSearch();
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log.debug('Set absolute time range from \"' + fromTime + '\" to \"' + toTime + '\"');
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await PageObjects.header.setAbsoluteRange(fromTime, toTime);
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log.debug('select bucket Geo Coordinates');
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await PageObjects.visualize.clickBucket('Geo Coordinates');
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log.debug('Click aggregation Geohash');
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await PageObjects.visualize.selectAggregation('Geohash');
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log.debug('Click field geo.coordinates');
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await retry.try(async function tryingForTime() {
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await PageObjects.visualize.selectField('geo.coordinates');
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});
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await PageObjects.visualize.clickGo();
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await PageObjects.header.waitUntilLoadingHasFinished();
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});
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/**
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* manually compare data due to possible small difference in numbers. This is browser dependent.
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*/
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function compareTableData(expected, actual) {
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log.debug('comparing expected: ', expected);
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log.debug('with actual: ', actual);
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expect(actual.length).to.eql(expected.length);
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function tokenize(row) {
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const tokens = row.split(' ');
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let geohashIndex;
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let countIndex;
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let latIndex;
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let lonIndex;
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if (tokens.length === 8) {
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// table row aggregations: geohash_grid -> count -> geocentroid
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geohashIndex = 0;
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countIndex = 1;
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latIndex = 4;
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lonIndex = 6;
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} else if (tokens.length === 9) {
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// table row aggregations: filter -> geohash_grid -> count -> geocentroid
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geohashIndex = 1;
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countIndex = 2;
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latIndex = 5;
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lonIndex = 7;
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} else {
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log.error(`Unexpected number of tokens contained in spy table row: ${row}`);
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}
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return {
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geohash: tokens[geohashIndex],
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count: tokens[countIndex],
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lat: Math.floor(parseFloat(tokens[latIndex])),
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lon: Math.floor(parseFloat(tokens[lonIndex]))
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};
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}
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return {
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geohash: tokens[geohashIndex],
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count: tokens[countIndex],
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lat: Math.floor(parseFloat(tokens[latIndex])),
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lon: Math.floor(parseFloat(tokens[lonIndex]))
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};
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expect(actual.map(tokenize)).to.eql(expected.map(tokenize));
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}
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expect(actual.map(tokenize)).to.eql(expected.map(tokenize));
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}
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describe('Only request data around extent of map option', async () => {
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before(async () => await PageObjects.visualize.openSpyPanel());
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describe('Only request data around extent of map option', async () => {
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before(async () => await PageObjects.visualize.openSpyPanel());
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it('when checked adds filters to aggregation', async () => {
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const tableHeaders = await PageObjects.visualize.getDataTableHeaders();
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expect(tableHeaders.trim()).to.equal('filter geohash_grid Count Geo Centroid');
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});
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it('when checked adds filters to aggregation', async () => {
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const tableHeaders = await PageObjects.visualize.getDataTableHeaders();
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expect(tableHeaders.trim()).to.equal('filter geohash_grid Count Geo Centroid');
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it('when not checked does not add filters to aggregation', async () => {
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await PageObjects.visualize.toggleIsFilteredByCollarCheckbox();
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await PageObjects.visualize.clickGo();
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await PageObjects.header.waitUntilLoadingHasFinished();
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const tableHeaders = await PageObjects.visualize.getDataTableHeaders();
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expect(tableHeaders.trim()).to.equal('geohash_grid Count Geo Centroid');
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});
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after(async () => {
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await PageObjects.visualize.closeSpyPanel();
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await PageObjects.visualize.toggleIsFilteredByCollarCheckbox();
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await PageObjects.visualize.clickGo();
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await PageObjects.header.waitUntilLoadingHasFinished();
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});
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});
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it('when not checked does not add filters to aggregation', async () => {
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await PageObjects.visualize.toggleIsFilteredByCollarCheckbox();
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await PageObjects.visualize.clickGo();
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await PageObjects.header.waitUntilLoadingHasFinished();
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const tableHeaders = await PageObjects.visualize.getDataTableHeaders();
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expect(tableHeaders.trim()).to.equal('geohash_grid Count Geo Centroid');
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describe('tile map chart', function indexPatternCreation() {
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it('should display spy panel toggle button', async function () {
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const spyToggleExists = await PageObjects.visualize.getSpyToggleExists();
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expect(spyToggleExists).to.be(true);
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});
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it('should show correct tile map data on default zoom level', async function () {
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const expectedTableData = ['9 5,787 { "lat": 37.22448418632405, "lon": -103.01935195013255 }',
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'd 5,600 { "lat": 37.44271478370398, "lon": -81.72692197253595 }',
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'c 1,319 { "lat": 47.72720855392425, "lon": -109.84745063951028 }',
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'b 999 { "lat": 62.04130042948433, "lon": -155.28087269195967 }',
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'f 187 { "lat": 45.656166475784175, "lon": -82.45831044201545 }',
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'8 108 { "lat": 18.85260305600241, "lon": -156.5148810390383 }'];
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//level 1
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await PageObjects.visualize.clickMapZoomOut();
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//level 0
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await PageObjects.visualize.clickMapZoomOut();
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await PageObjects.visualize.openSpyPanel();
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await PageObjects.visualize.setSpyPanelPageSize('All');
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await PageObjects.visualize.selectTableInSpyPaneSelect();
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const actualTableData = await PageObjects.visualize.getDataTableData();
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compareTableData(expectedTableData, actualTableData.trim().split('\n'));
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await PageObjects.visualize.closeSpyPanel();
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});
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it('should not be able to zoom out beyond 0', async function () {
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await PageObjects.visualize.zoomAllTheWayOut();
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const enabled = await PageObjects.visualize.getMapZoomOutEnabled();
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expect(enabled).to.be(false);
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});
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// See https://github.com/elastic/kibana/issues/13137 if this test starts failing intermittently
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it('Fit data bounds should zoom to level 3', async function () {
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const expectedPrecision2DataTable = [
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'- dn 1,429 { "lat": 36.38058884214008, "lon": -84.78904345856186 }',
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'- dp 1,418 { "lat": 41.64735764514311, "lon": -84.89821054446622 }',
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'- 9y 1,215 { "lat": 36.45605112115542, "lon": -95.0664575824997 }',
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'- 9z 1,099 { "lat": 42.18533764798381, "lon": -95.16736779696697 }',
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'- dr 1,076 { "lat": 42.02351013780139, "lon": -73.98091798822212 }',
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'- dj 982 { "lat": 31.672735499211466, "lon": -84.50815450245526 }',
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'- 9v 938 { "lat": 31.380767446489873, "lon": -95.2705099188121 }',
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'- 9q 722 { "lat": 36.51360723008776, "lon": -119.18302692440686 }',
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'- 9w 475 { "lat": 36.39264289740669, "lon": -106.91102287667363 }',
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'- cb 457 { "lat": 46.70940601270996, "lon": -95.81077801137022 }'
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];
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await PageObjects.visualize.clickMapFitDataBounds();
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await PageObjects.visualize.openSpyPanel();
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await PageObjects.visualize.selectTableInSpyPaneSelect();
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const data = await PageObjects.visualize.getDataTableData();
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await compareTableData(expectedPrecision2DataTable, data.trim().split('\n'));
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await PageObjects.visualize.closeSpyPanel();
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});
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it('Newly saved visualization retains map bounds', async () => {
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const vizName1 = 'Visualization TileMap';
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await PageObjects.visualize.clickMapZoomIn();
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await PageObjects.visualize.clickMapZoomIn();
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const mapBounds = await PageObjects.visualize.getMapBounds();
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await PageObjects.visualize.closeSpyPanel();
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await PageObjects.visualize.saveVisualization(vizName1);
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const afterSaveMapBounds = await PageObjects.visualize.getMapBounds();
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// For some reason the values are slightly different, so we can't check that they are equal. But we did
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// have a bug where after the save, there were _no_ map bounds. So this checks for the later case, but
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// until we figure out how to make sure the map center is always the exact same, we can't comparison check.
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expect(mapBounds).to.not.be(undefined);
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expect(afterSaveMapBounds).to.not.be(undefined);
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});
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});
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after(async () => {
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await PageObjects.visualize.closeSpyPanel();
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await PageObjects.visualize.toggleIsFilteredByCollarCheckbox();
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await PageObjects.visualize.clickGo();
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await PageObjects.header.waitUntilLoadingHasFinished();
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});
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});
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describe('tile map chart', function indexPatternCreation() {
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it('should display spy panel toggle button', async function () {
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const spyToggleExists = await PageObjects.visualize.getSpyToggleExists();
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expect(spyToggleExists).to.be(true);
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});
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it('should show correct tile map data on default zoom level', async function () {
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const expectedTableData = ['9 5,787 { "lat": 37.22448418632405, "lon": -103.01935195013255 }',
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'd 5,600 { "lat": 37.44271478370398, "lon": -81.72692197253595 }',
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'c 1,319 { "lat": 47.72720855392425, "lon": -109.84745063951028 }',
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'b 999 { "lat": 62.04130042948433, "lon": -155.28087269195967 }',
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'f 187 { "lat": 45.656166475784175, "lon": -82.45831044201545 }',
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'8 108 { "lat": 18.85260305600241, "lon": -156.5148810390383 }'];
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//level 1
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await PageObjects.visualize.clickMapZoomOut();
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//level 0
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await PageObjects.visualize.clickMapZoomOut();
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await PageObjects.visualize.openSpyPanel();
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await PageObjects.visualize.setSpyPanelPageSize('All');
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await PageObjects.visualize.selectTableInSpyPaneSelect();
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const actualTableData = await PageObjects.visualize.getDataTableData();
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compareTableData(expectedTableData, actualTableData.trim().split('\n'));
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await PageObjects.visualize.closeSpyPanel();
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});
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it('should not be able to zoom out beyond 0', async function () {
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await PageObjects.visualize.zoomAllTheWayOut();
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const enabled = await PageObjects.visualize.getMapZoomOutEnabled();
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expect(enabled).to.be(false);
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});
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// See https://github.com/elastic/kibana/issues/13137 if this test starts failing intermittently
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it('Fit data bounds should zoom to level 3', async function () {
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const expectedPrecision2DataTable = [
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'- dn 1,429 { "lat": 36.38058884214008, "lon": -84.78904345856186 }',
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'- dp 1,418 { "lat": 41.64735764514311, "lon": -84.89821054446622 }',
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'- 9y 1,215 { "lat": 36.45605112115542, "lon": -95.0664575824997 }',
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'- 9z 1,099 { "lat": 42.18533764798381, "lon": -95.16736779696697 }',
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'- dr 1,076 { "lat": 42.02351013780139, "lon": -73.98091798822212 }',
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'- dj 982 { "lat": 31.672735499211466, "lon": -84.50815450245526 }',
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'- 9v 938 { "lat": 31.380767446489873, "lon": -95.2705099188121 }',
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'- 9q 722 { "lat": 36.51360723008776, "lon": -119.18302692440686 }',
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'- 9w 475 { "lat": 36.39264289740669, "lon": -106.91102287667363 }',
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'- cb 457 { "lat": 46.70940601270996, "lon": -95.81077801137022 }'
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];
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await PageObjects.visualize.clickMapFitDataBounds();
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await PageObjects.visualize.openSpyPanel();
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await PageObjects.visualize.selectTableInSpyPaneSelect();
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const data = await PageObjects.visualize.getDataTableData();
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await compareTableData(expectedPrecision2DataTable, data.trim().split('\n'));
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await PageObjects.visualize.closeSpyPanel();
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});
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it('Newly saved visualization retains map bounds', async () => {
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const vizName1 = 'Visualization TileMap';
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await PageObjects.visualize.clickMapZoomIn();
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await PageObjects.visualize.clickMapZoomIn();
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const mapBounds = await PageObjects.visualize.getMapBounds();
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await PageObjects.visualize.closeSpyPanel();
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await PageObjects.visualize.saveVisualization(vizName1);
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const afterSaveMapBounds = await PageObjects.visualize.getMapBounds();
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// For some reason the values are slightly different, so we can't check that they are equal. But we did
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// have a bug where after the save, there were _no_ map bounds. So this checks for the later case, but
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// until we figure out how to make sure the map center is always the exact same, we can't comparison check.
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expect(mapBounds).to.not.be(undefined);
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expect(afterSaveMapBounds).to.not.be(undefined);
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});
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});
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});
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}
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