* [ML] Client side cut over * updating paths and commented code * changes based on review * disabling telemetry tests * fixing start job stylesheets * fixing everything that is broken * fixing types and ml icon order * using icon constant
332 lines
11 KiB
JavaScript
332 lines
11 KiB
JavaScript
/*
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* Copyright Elasticsearch B.V. and/or licensed to Elasticsearch B.V. under one
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* or more contributor license agreements. Licensed under the Elastic License;
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* you may not use this file except in compliance with the Elastic License.
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*/
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/*
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* Contains functions for operations commonly performed on anomaly data
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* to extract information for display in dashboards.
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*/
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import { i18n } from '@kbn/i18n';
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import { CONDITIONS_NOT_SUPPORTED_FUNCTIONS } from '../constants/detector_rule';
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import { MULTI_BUCKET_IMPACT } from '../constants/multi_bucket_impact';
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import { ANOMALY_SEVERITY, ANOMALY_THRESHOLD } from '../constants/anomalies';
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// List of function descriptions for which actual values from record level results should be displayed.
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const DISPLAY_ACTUAL_FUNCTIONS = [
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'count',
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'distinct_count',
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'lat_long',
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'mean',
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'max',
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'min',
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'sum',
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'median',
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'varp',
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'info_content',
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'time',
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];
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// List of function descriptions for which typical values from record level results should be displayed.
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const DISPLAY_TYPICAL_FUNCTIONS = [
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'count',
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'distinct_count',
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'lat_long',
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'mean',
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'max',
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'min',
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'sum',
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'median',
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'varp',
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'info_content',
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'time',
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];
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let severityTypes;
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function getSeverityTypes() {
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if (severityTypes) {
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return severityTypes;
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}
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return (severityTypes = {
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critical: {
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id: ANOMALY_SEVERITY.CRITICAL,
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label: i18n.translate('xpack.ml.anomalyUtils.severity.criticalLabel', {
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defaultMessage: 'critical',
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}),
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},
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major: {
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id: ANOMALY_SEVERITY.MAJOR,
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label: i18n.translate('xpack.ml.anomalyUtils.severity.majorLabel', {
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defaultMessage: 'major',
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}),
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},
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minor: {
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id: ANOMALY_SEVERITY.MINOR,
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label: i18n.translate('xpack.ml.anomalyUtils.severity.minorLabel', {
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defaultMessage: 'minor',
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}),
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},
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warning: {
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id: ANOMALY_SEVERITY.WARNING,
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label: i18n.translate('xpack.ml.anomalyUtils.severity.warningLabel', {
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defaultMessage: 'warning',
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}),
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},
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unknown: {
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id: ANOMALY_SEVERITY.UNKNOWN,
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label: i18n.translate('xpack.ml.anomalyUtils.severity.unknownLabel', {
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defaultMessage: 'unknown',
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}),
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},
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low: {
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id: ANOMALY_SEVERITY.LOW,
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label: i18n.translate('xpack.ml.anomalyUtils.severityWithLow.lowLabel', {
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defaultMessage: 'low',
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}),
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},
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});
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}
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// Returns a severity label (one of critical, major, minor, warning or unknown)
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// for the supplied normalized anomaly score (a value between 0 and 100).
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export function getSeverity(normalizedScore) {
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const severityTypesList = getSeverityTypes();
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if (normalizedScore >= ANOMALY_THRESHOLD.CRITICAL) {
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return severityTypesList.critical;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.MAJOR) {
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return severityTypesList.major;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.MINOR) {
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return severityTypesList.minor;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.LOW) {
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return severityTypesList.warning;
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} else {
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return severityTypesList.unknown;
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}
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}
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export function getSeverityType(normalizedScore) {
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if (normalizedScore >= 75) {
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return ANOMALY_SEVERITY.CRITICAL;
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} else if (normalizedScore >= 50) {
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return ANOMALY_SEVERITY.MAJOR;
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} else if (normalizedScore >= 25) {
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return ANOMALY_SEVERITY.MINOR;
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} else if (normalizedScore >= 3) {
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return ANOMALY_SEVERITY.WARNING;
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} else if (normalizedScore >= 0) {
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return ANOMALY_SEVERITY.LOW;
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} else {
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return ANOMALY_SEVERITY.UNKNOWN;
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}
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}
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// Returns a severity label (one of critical, major, minor, warning, low or unknown)
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// for the supplied normalized anomaly score (a value between 0 and 100), where scores
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// less than 3 are assigned a severity of 'low'.
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export function getSeverityWithLow(normalizedScore) {
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const severityTypesList = getSeverityTypes();
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if (normalizedScore >= ANOMALY_THRESHOLD.CRITICAL) {
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return severityTypesList.critical;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.MAJOR) {
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return severityTypesList.major;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.MINOR) {
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return severityTypesList.minor;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.WARNING) {
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return severityTypesList.warning;
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} else if (normalizedScore >= ANOMALY_THRESHOLD.LOW) {
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return severityTypesList.low;
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} else {
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return severityTypesList.unknown;
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}
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}
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// Returns a severity RGB color (one of critical, major, minor, warning, low_warning or unknown)
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// for the supplied normalized anomaly score (a value between 0 and 100).
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export function getSeverityColor(normalizedScore) {
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if (normalizedScore >= ANOMALY_THRESHOLD.CRITICAL) {
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return '#fe5050';
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} else if (normalizedScore >= ANOMALY_THRESHOLD.MAJOR) {
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return '#fba740';
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} else if (normalizedScore >= ANOMALY_THRESHOLD.MINOR) {
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return '#fdec25';
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} else if (normalizedScore >= ANOMALY_THRESHOLD.WARNING) {
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return '#8bc8fb';
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} else if (normalizedScore >= ANOMALY_THRESHOLD.LOW) {
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return '#d2e9f7';
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} else {
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return '#ffffff';
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}
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}
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// Returns a label to use for the multi-bucket impact of an anomaly
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// according to the value of the multi_bucket_impact field of a record,
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// which ranges from -5 to +5.
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export function getMultiBucketImpactLabel(multiBucketImpact) {
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if (multiBucketImpact >= MULTI_BUCKET_IMPACT.HIGH) {
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return i18n.translate('xpack.ml.anomalyUtils.multiBucketImpact.highLabel', {
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defaultMessage: 'high',
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});
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} else if (multiBucketImpact >= MULTI_BUCKET_IMPACT.MEDIUM) {
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return i18n.translate('xpack.ml.anomalyUtils.multiBucketImpact.mediumLabel', {
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defaultMessage: 'medium',
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});
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} else if (multiBucketImpact >= MULTI_BUCKET_IMPACT.LOW) {
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return i18n.translate('xpack.ml.anomalyUtils.multiBucketImpact.lowLabel', {
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defaultMessage: 'low',
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});
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} else {
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return i18n.translate('xpack.ml.anomalyUtils.multiBucketImpact.noneLabel', {
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defaultMessage: 'none',
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});
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}
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}
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// Returns the name of the field to use as the entity name from the source record
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// obtained from Elasticsearch. The function looks first for a by_field, then over_field,
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// then partition_field, returning undefined if none of these fields are present.
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export function getEntityFieldName(record) {
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// Analyses with by and over fields, will have a top-level by_field_name, but
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// the by_field_value(s) will be in the nested causes array.
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if (record.by_field_name !== undefined && record.by_field_value !== undefined) {
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return record.by_field_name;
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}
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if (record.over_field_name !== undefined) {
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return record.over_field_name;
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}
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if (record.partition_field_name !== undefined) {
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return record.partition_field_name;
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}
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return undefined;
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}
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// Returns the value of the field to use as the entity value from the source record
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// obtained from Elasticsearch. The function looks first for a by_field, then over_field,
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// then partition_field, returning undefined if none of these fields are present.
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export function getEntityFieldValue(record) {
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if (record.by_field_value !== undefined) {
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return record.by_field_value;
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}
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if (record.over_field_value !== undefined) {
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return record.over_field_value;
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}
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if (record.partition_field_value !== undefined) {
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return record.partition_field_value;
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}
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return undefined;
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}
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// Returns the list of partitioning entity fields for the source record as a list
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// of objects in the form { fieldName: airline, fieldValue: AAL, fieldType: partition }
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export function getEntityFieldList(record) {
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const entityFields = [];
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if (record.partition_field_name !== undefined) {
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entityFields.push({
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fieldName: record.partition_field_name,
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fieldValue: record.partition_field_value,
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fieldType: 'partition',
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});
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}
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if (record.over_field_name !== undefined) {
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entityFields.push({
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fieldName: record.over_field_name,
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fieldValue: record.over_field_value,
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fieldType: 'over',
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});
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}
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// For jobs with by and over fields, don't add the 'by' field as this
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// field will only be added to the top-level fields for record type results
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// if it also an influencer over the bucket.
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if (record.by_field_name !== undefined && record.over_field_name === undefined) {
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entityFields.push({
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fieldName: record.by_field_name,
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fieldValue: record.by_field_value,
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fieldType: 'by',
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});
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}
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return entityFields;
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}
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// Returns whether actual values should be displayed for a record with the specified function description.
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// Note that the 'function' field in a record contains what the user entered e.g. 'high_count',
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// whereas the 'function_description' field holds a ML-built display hint for function e.g. 'count'.
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export function showActualForFunction(functionDescription) {
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return DISPLAY_ACTUAL_FUNCTIONS.indexOf(functionDescription) > -1;
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}
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// Returns whether typical values should be displayed for a record with the specified function description.
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// Note that the 'function' field in a record contains what the user entered e.g. 'high_count',
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// whereas the 'function_description' field holds a ML-built display hint for function e.g. 'count'.
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export function showTypicalForFunction(functionDescription) {
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return DISPLAY_TYPICAL_FUNCTIONS.indexOf(functionDescription) > -1;
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}
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// Returns whether a rule can be configured against the specified anomaly.
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export function isRuleSupported(record) {
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// A rule can be configured with a numeric condition if the function supports it,
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// and/or with scope if there is a partitioning fields.
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return (
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CONDITIONS_NOT_SUPPORTED_FUNCTIONS.indexOf(record.function) === -1 ||
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getEntityFieldName(record) !== undefined
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);
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}
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// Two functions for converting aggregation type names.
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// ML and ES use different names for the same function.
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// Possible values for ML aggregation type are (defined in lib/model/CAnomalyDetector.cc):
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// count
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// distinct_count
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// rare
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// info_content
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// mean
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// median
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// min
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// max
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// varp
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// sum
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// lat_long
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// time
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// The input to toES and the output from toML correspond to the value of the
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// function_description field of anomaly records.
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export const aggregationTypeTransform = {
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toES: function(oldAggType) {
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let newAggType = oldAggType;
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if (newAggType === 'mean') {
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newAggType = 'avg';
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} else if (newAggType === 'distinct_count') {
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newAggType = 'cardinality';
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} else if (newAggType === 'median') {
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newAggType = 'percentiles';
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}
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return newAggType;
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},
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toML: function(oldAggType) {
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let newAggType = oldAggType;
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if (newAggType === 'avg') {
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newAggType = 'mean';
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} else if (newAggType === 'cardinality') {
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newAggType = 'distinct_count';
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} else if (newAggType === 'percentiles') {
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newAggType = 'median';
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}
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return newAggType;
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},
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};
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