function loadForJobId(jobId) {
// Validation that the ID is for a time series job must already have been performed.
// Check if the job was created since the page was first loaded.
let jobPickerSelectedJob = _.find($scope.jobs, { 'id': jobId });
if (jobPickerSelectedJob === undefined) {
const newJobs = [];
_.each(mlJobService.jobs, (job) => {
if (isTimeSeriesViewJob(job) === true) {
const bucketSpan = parseInterval(job.analysis_config.bucket_span);
newJobs.push({ id: job.job_id, selected: false, bucketSpanSeconds: bucketSpan.asSeconds() });
}
});
$scope.jobs = newJobs;
jobPickerSelectedJob = _.find(newJobs, { 'id': jobId });
}
$scope.selectedJob = mlJobService.getJob(jobId);
$scope.jobPickerSelections = [jobPickerSelectedJob];
// Read the detector index and entities out of the AppState.
const jobDetectors = $scope.selectedJob.analysis_config.detectors;
const viewableDetectors = [];
_.each(jobDetectors, (dtr, index) => {
if (isTimeSeriesViewDetector($scope.selectedJob, index)) {
viewableDetectors.push({ index: '' + index, detector_description: dtr.detector_description });
}
});
$scope.detectors = viewableDetectors;
// Check the supplied index is valid.
const appStateDtrIdx = $scope.appState.mlTimeSeriesExplorer.detectorIndex;
let detectorIndex = appStateDtrIdx !== undefined ? appStateDtrIdx : +(viewableDetectors[0].index);
if (_.find(viewableDetectors, { 'index': '' + detectorIndex }) === undefined) {
const warningText = i18n.translate('xpack.ml.timeSeriesExplorer.requestedDetectorIndexNotValidWarningMessage', {
defaultMessage: 'Requested detector index {detectorIndex} is not valid for job {jobId}',
values: {
detectorIndex,
jobId: $scope.selectedJob.job_id
}
});
toastNotifications.addWarning(warningText);
detectorIndex = +(viewableDetectors[0].index);
$scope.appState.mlTimeSeriesExplorer.detectorIndex = detectorIndex;
$scope.appState.save();
}
// Store the detector index as a string so it can be used as ng-model in a select control.
$scope.detectorId = '' + detectorIndex;
updateControlsForDetector();
// Populate the map of jobs / detectors / field formatters for the selected IDs and refresh.
mlFieldFormatService.populateFormats([jobId], getIndexPatterns())
.catch((err) => { console.log('Error populating field formats:', err); })
// Load the data - if the FieldFormats failed to populate
// the default formatting will be used for metric values.
.then(() => {
$scope.refresh();
});
}
function (
$scope,
$route,
timefilter) {
timefilter.disableTimeRangeSelector(); // remove time picker from top of page
timefilter.disableAutoRefreshSelector(); // remove time picker from top of page
$scope.indexPatterns = getIndexPatterns();
$scope.withIndexPatternUrl = function (pattern) {
if (!pattern) {
return;
}
return '#/jobs/new_job/step/job_type?index=' + encodeURIComponent(pattern.id);
};
$scope.withSavedSearchUrl = function (savedSearch) {
if (!savedSearch) {
return;
}
return '#/jobs/new_job/step/job_type?savedSearchId=' + encodeURIComponent(savedSearch.id);
};
});
$scope.setSelectedJobs = function (selectedIds, keepSwimlaneSelection = false) {
let previousSelected = 0;
if ($scope.selectedJobs !== null) {
previousSelected = $scope.selectedJobs.length;
}
// Check for any new jobs created since the page was first loaded,
// and whether any of the jobs have influencers configured (in which
// case the Top Influencers section will be hidden).
let recreateJobs = false;
let hasInfluencers = false;
selectedIds.forEach((id) => {
if (recreateJobs === false && _.find($scope.jobs, { id }) === undefined) {
recreateJobs = true;
}
const job = mlJobService.getJob(id);
let influencers = [];
if (job !== undefined) {
influencers = job.analysis_config.influencers || [];
}
hasInfluencers = hasInfluencers || influencers.length > 0;
});
if (recreateJobs === true) {
$scope.jobs = createJobs(mlJobService.jobs);
}
$scope.noInfluencersConfigured = !hasInfluencers;
// update the jobs' selected flag
$scope.selectedJobs = [];
_.each($scope.jobs, (job) => {
job.selected = (_.indexOf(selectedIds, job.id) !== -1);
if (job.selected) {
$scope.selectedJobs.push(job);
}
});
// Clear viewBy from the state if we are moving from single
// to multi selection, or vice-versa.
$scope.appState.fetch();
if ((previousSelected <= 1 && $scope.selectedJobs.length > 1) ||
($scope.selectedJobs.length === 1 && previousSelected > 1)) {
delete $scope.appState.mlExplorerSwimlane.viewBy;
}
$scope.appState.save();
// Populate the map of jobs / detectors / field formatters for the selected IDs.
mlFieldFormatService.populateFormats(selectedIds, getIndexPatterns())
.catch((err) => { console.log('Error populating field formats:', err); })
.then(() => {
// Load the data - if the FieldFormats failed to populate
// the default formatting will be used for metric values.
loadOverallData();
if (keepSwimlaneSelection === false) {
clearSelectedAnomalies();
} else {
restoreCellDataFromAppState();
updateExplorer();
}
$scope.$applyAsync();
});
};