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siren_auto_join_vis_controller.js
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siren_auto_join_vis_controller.js
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import _ from 'lodash';
import chrome from 'ui/chrome';
import Promise from 'bluebird';
import { uiModules } from 'ui/modules';
import { IndexPatternAuthorizationError } from 'ui/errors';
import { onVisualizePage } from 'ui/kibi/utils/on_page';
import { FilterBarQueryFilterProvider } from 'ui/filter_bar/query_filter';
import { KibiSequentialJoinVisHelperFactory } from 'ui/kibi/helpers/kibi_sequential_join_vis_helper';
import { RelationsHelperFactory } from 'ui/kibi/helpers/relations_helper';
import { DelayExecutionHelperFactory } from 'ui/kibi/helpers/delay_execution_helper';
import { SearchHelper } from 'ui/kibi/helpers/search_helper';
import { SirenAutoJoinHelperProvider } from './siren_auto_join_helper';
import isJoinPruned from 'ui/kibi/helpers/is_join_pruned';
import treeHelper from './tree_helper';
function controller($scope, $rootScope, Private, kbnIndex, config, kibiState, getAppState, globalState, createNotifier,
savedDashboards, savedSearches, dashboardGroups, kibiMeta, timefilter, es, ontologyClient) {
const DelayExecutionHelper = Private(DelayExecutionHelperFactory);
const searchHelper = new SearchHelper(kbnIndex);
const edit = onVisualizePage();
const sirenAutoJoinHelper = Private(SirenAutoJoinHelperProvider);
const notify = createNotifier({
location: 'Siren Automatic Relational filter'
});
const appState = getAppState();
const relationsHelper = Private(RelationsHelperFactory);
const sirenSequentialJoinVisHelper = Private(KibiSequentialJoinVisHelperFactory);
const currentDashboardId = kibiState.getCurrentDashboardId();
$scope.currentDashboardId = currentDashboardId;
const queryFilter = Private(FilterBarQueryFilterProvider);
$scope.getButtonLabel = function (button, addApproximate) {
let count = button.targetCount !== undefined ? button.targetCount : '?';
if (addApproximate && button.targetCount !== undefined) {
count = '~' + count;
}
return button.label.replace('{0}', count);
};
$scope.btnCountsEnabled = function () {
return config.get('siren:enableAllRelBtnCounts');
};
const buttonMetaCallback = function (button, meta) {
if (button.forbidden) {
button.targetCount = ''; // set to empty string to hide spinner
button.warning = 'Access to an index referred by this button is forbidden.';
return;
}
if (meta.error) {
button.targetCount = ''; // set to empty string to hide spinner
const error = JSON.stringify(meta.error, null, ' ');
if (error.match(/ElasticsearchSecurityException/)) {
button.warning = 'Access to an index referred by this button is forbidden.';
notify.error(error);
} else if (error.match(/index_not_found_exception/)) {
// do not notify about missing index error
button.warning = 'Index referred by this button does not exist.';
} else {
button.warning = `Got an unexpected error while computing this button's count.`;
notify.error(JSON.stringify(error, null, ' '));
}
return;
}
button.targetCount = meta.hits.total;
button.warning = ''; // set to empty string to hide any previous warning
if (isJoinPruned(meta)) {
button.isPruned = true;
button.warning = 'Notice: This is a sample of the results because join operation was pruned';
}
};
const updateCounts = function (results, scope) {
const metaDefinitions = [];
_.each(results, result => {
const definition = result.button;
// only make sense if query is there and not == null
// query is null when counts disabled in advanced settings
if (definition.query) {
metaDefinitions.push({
definition: definition,
callback: function (error, meta) {
if (error) {
buttonMetaCallback(result.button, { error });
}
if (meta) {
buttonMetaCallback(result.button, meta);
}
if (scope && scope.multiSearchData) {
const queryParts = result.button.query.split('\n');
const stats = {
index: result.button.targetIndexPatternId,
type: result.button.targetIndexPatternType,
meta: {
label: result.button.label
},
response: meta ? meta : error,
query: JSON.parse(queryParts[1])
};
if (meta && isJoinPruned(meta)) {
stats.pruned = true;
}
scope.multiSearchData.add(stats);
}
}
});
}
});
kibiMeta.getMetaForRelationalButtons(metaDefinitions);
};
// Update the counts on each button of the related filter
const _addButtonQuery = function (buttons, dashboardId, updateOnClick = false) {
if ($scope.multiSearchData) {
$scope.multiSearchData.clear();
}
// to avoid making too many unnecessary http calls to
//
// 1 get dashboards metadata
// 2 fetch field_stats while getting timeBasedIndices
//
// lets first collect all source and target dashboard ids from all buttons
// and all indexPattern + dashboardIds
// and fetch all required things before computing button queries
const indexPatternButtons = [];
const dashboardIds = [dashboardId];
const timeBasedIndicesList = [];
_.each(buttons, button => {
if (button.type === 'INDEX_PATTERN') {
indexPatternButtons.push(button);
// compute the target dashboard ids
if (button.targetDashboardId && dashboardIds.indexOf(button.targetDashboardId) === -1) {
dashboardIds.push(button.targetDashboardId);
}
// compute the target indexpattern + target dashboard map
const sourceIndicesFound = _.find(timeBasedIndicesList, item => {
return item.indexPatternId === button.sourceIndexPatternId &&
item.dashboardIds &&
item.dashboardIds.length === 1 &&
item.dashboardIds[0] === dashboardId;
});
if (!sourceIndicesFound) {
timeBasedIndicesList.push({
indexPatternId: button.sourceIndexPatternId,
dashboardIds: [ dashboardId ]
});
}
const targetIndicesFound = _.find(timeBasedIndicesList, item => {
return item.indexPatternId === button.targetIndexPatternId &&
item.dashboardIds &&
item.dashboardIds.length === 1 &&
item.dashboardIds[0] === button.targetDashboardId;
});
if (!targetIndicesFound) {
timeBasedIndicesList.push({
indexPatternId: button.targetIndexPatternId,
dashboardIds: [ button.targetDashboardId ]
});
}
}
});
const dashboardStatesPromise = kibiState.getStates(dashboardIds);
const timeBasedIndicesListPromise = kibiState.timeBasedIndicesMap(timeBasedIndicesList);
return Promise.all([ dashboardStatesPromise, timeBasedIndicesListPromise ])
.then(res => {
const dashboardStates = res[0];
const timeBasedIndicesOutputList = res[1];
return Promise.all(_.map(indexPatternButtons, (button) => {
const sourceIndicesItem = _.find(timeBasedIndicesOutputList, item => {
return item.indexPatternId === button.sourceIndexPatternId &&
item.dashboardIds[0] === dashboardId;
});
const sourceIndices = sourceIndicesItem.timeBasedIndices;
const targetIndicesItem = _.find(timeBasedIndicesOutputList, item => {
return item.indexPatternId === button.targetIndexPatternId &&
item.dashboardIds[0] === button.targetDashboardId;
});
const targetIndices = targetIndicesItem.timeBasedIndices;
return sirenSequentialJoinVisHelper.getJoinSequenceFilter(
dashboardStates[dashboardId],
sourceIndices,
targetIndices,
button
)
.then(joinSeqFilter => {
button.joinSeqFilter = joinSeqFilter;
button.disabled = false;
if ($scope.btnCountsEnabled() || updateOnClick) {
const query = sirenSequentialJoinVisHelper.buildCountQuery(dashboardStates[button.targetDashboardId], joinSeqFilter);
button.query = searchHelper.optimize(targetIndices, query, button.targetIndexPatternId);
} else {
button.query = null; //set to null to indicate that counts should not be fetched
}
return { button, indices: targetIndices };
})
.catch((error) => {
// If computing the indices failed because of an authorization error
// set indices to an empty array and mark the button as forbidden.
if (error instanceof IndexPatternAuthorizationError) {
button.forbidden = true;
button.disabled = true;
}
if ($scope.btnCountsEnabled() || updateOnClick) {
const query = sirenSequentialJoinVisHelper.buildCountQuery(dashboardStates[button.targetDashboardId]);
button.query = searchHelper.optimize([], query, button.targetIndexPatternId);
}
return { button, indices: [] };
});
}));
}).catch(notify.error);
};
const delayExecutionHelper = new DelayExecutionHelper(
(data, alreadyCollectedData) => {
alreadyCollectedData.dashboardId = data.dashboardId;
alreadyCollectedData.buttons = data.buttons;
},
(data) => {
_addButtonQuery(data.buttons, data.dashboardId)
.then(results => {
updateCounts(results, $scope);
});
},
750,
DelayExecutionHelper.DELAY_STRATEGY.RESET_COUNTER_ON_NEW_EVENT
);
const _getButtons = function (relations, entities, compatibleSavedSearchesMap, compatibleDashboardsMap, visibility) {
const buttons = [];
_.each(relations, rel => {
if (rel.domain.type === 'INDEX_PATTERN') {
const button = {
type: rel.range.type,
indexRelationId: rel.id,
domainIndexPattern: rel.domain.id,
sourceDashboardId: null,
targetDashboardId: null,
status: 'default'
};
if (button.type === 'VIRTUAL_ENTITY') {
const id = rel.id + '-ve-' + rel.range.id;
if (!visibility[id] || !visibility[id].button === false) {
const virtualEntity = _.find(entities, 'id', rel.range.id);
button.id = id;
button.label = rel.directLabel + ' ({0} ' + virtualEntity.label + ')';
buttons.push(button);
}
} else if (button.type === 'INDEX_PATTERN') {
const compatibleSavedSearches = compatibleSavedSearchesMap[rel.range.id];
_.each(compatibleSavedSearches, compatibleSavedSearch => {
const compatibleDashboards = compatibleDashboardsMap[compatibleSavedSearch.id];
_.each(compatibleDashboards, compatibleDashboard => {
const id = rel.id + '-ip-' + compatibleDashboard.title;
if (!visibility[id] || !visibility[id].button === false) {
const clonedButton = _.clone(button);
clonedButton.targetDashboardId = compatibleDashboard.id;
clonedButton.id = id;
clonedButton.label = rel.directLabel + ' ({0} ' + compatibleDashboard.title + ')';
buttons.push(clonedButton);
}
});
});
}
}
});
return buttons;
};
const _createCompatibleSavedSearchesMap = function (savedSearches) {
const compatibleSavedSearchesMap = {};
_.each(savedSearches, savedSearch => {
const searchSource = JSON.parse(savedSearch.kibanaSavedObjectMeta.searchSourceJSON);
if (!compatibleSavedSearchesMap[searchSource.index]) {
compatibleSavedSearchesMap[searchSource.index] = [];
}
compatibleSavedSearchesMap[searchSource.index].push(savedSearch);
});
return compatibleSavedSearchesMap;
};
const _createCompatibleDashboardsMap = function (savedDashboards) {
const compatibleDashboardsMap = {};
_.each(savedDashboards, savedDashboard => {
if (!compatibleDashboardsMap[savedDashboard.savedSearchId]) {
compatibleDashboardsMap[savedDashboard.savedSearchId] = [];
}
compatibleDashboardsMap[savedDashboard.savedSearchId].push(savedDashboard);
});
return compatibleDashboardsMap;
};
const updateSourceCount = function (currentDashboardId, relationId) {
const virtualButton = {
id: 'virtual-button' + this.sourceIndexPatternId + this.targetIndexPatternId + this.sourceField + this.targetField,
sourceField: this.targetField,
sourceIndexPatternId: this.targetIndexPatternId,
targetField: this.sourceField,
targetIndexPatternId: this.sourceIndexPatternId,
targetDashboardId: currentDashboardId,
indexRelationId: relationId,
type: 'INDEX_PATTERN'
};
return _addButtonQuery.call(this, [ virtualButton ], this.targetDashboardId)
.then(results => {
updateCounts(results, $scope);
return results;
})
.catch(notify.error);
};
$scope.toggleNode = function (node) {
if (node.showChildren === false) {
// open children of these node
node.showChildren = !node.showChildren;
// close other opened siblings
node.closeOpenSiblings();
} else {
node.showChildren = !node.showChildren;
}
// here grab visible buttons and request count update
const buttons = sirenAutoJoinHelper.getVisibleVirtualEntitySubButtons($scope.tree, $scope.vis.params.layout);
if (!edit) {
_addButtonQuery(buttons, currentDashboardId)
.then(results => {
updateCounts(results, $scope);
});
}
};
// As buttons are shown on UI side as a tree
// we compute a tree like structure where some nodes can be of following type
// BUTTON
// VIRTUAL_BUTTON
// RELATION
// DASHBOARD
// Because the VIRTUAL_BUTTON children can be arranged for two ways
// relation first OR dashboards first
// each VIRTUAL_BUTTON tree node contain two properties
// nodes AND alt_nodes
// such structure will help to render and control the UI
//
// Exemple structure:
//
// {
// type: BUTTON
// id: 1,
// label: button 1
// showChildren: false
// useAltNodes: false
// button: {}
// },
// ...
// for 'normal' layout
// {
// type: VIRTUAL_BUTTON
// id: 2,
// label: virt button 1
// showChildren: true
// useAltNodes: false // START from here try to use this property to render the alternative nodes subtree
// nodes: [
// {
// type: RELATION
// id: 3
// label: rel 1
// showChildren: false
// useAltNodes: false
// nodes: [
// // here all nodes are BUTTONS
// ]
// },
// ...
// ],
// altNodes: [
// {
// type: DASHBOARD
// id: 3
// label: dash 1
// showChildren: false
// useAltNodes: false
// nodes: [
// // here all nodes are BUTTONS
// ]
// },
// ...
// ]
// }
//
// for 'light' layout
// {
// type: VIRTUAL_BUTTON
// id: 2,
// label: virt button 1
// showChildren: true
// useAltNodes: false // <-- there will be NO altNodes
// nodes: [
// {
// type: BUTTON
// id: 3
// label: rel 1 dash 1 // <-- HERE we skip one level and generate the buttons directly
// showChildren: false
// useAltNodes: false
// button: button
// nodes: [] <-- HERE no nodes
//
// },
// ...
// ],
// altNodes: [] // <-- NO altNodes
// }
const constructTree = $scope.constructTree = function (indexPatternId) {
return Promise.all([
ontologyClient.getRelations(),
savedDashboards.find(),
savedSearches.find(),
ontologyClient.getEntities()
]).then(res => {
const relations = res[0];
const savedDashboards = res[1].hits;
const savedSearches = res[2].hits;
const entities = res[3];
// build maps once to avoid doing the lookups inside the loop
const compatibleSavedSearchesMap = _createCompatibleSavedSearchesMap(savedSearches);
const compatibleDashboardsMap = _createCompatibleDashboardsMap(savedDashboards);
const newButtons = _getButtons(
relations,
entities,
compatibleSavedSearchesMap,
compatibleDashboardsMap,
$scope.vis.params.visibility);
const buttonDefs = _.filter(
newButtons,
btn => relationsHelper.validateRelationIdWithRelations(btn.indexRelationId, relations)
);
const difference = newButtons.length - buttonDefs.length;
if (!edit && difference === 1) {
notify.warning(difference + ' button refers to a non existing relation');
} else if (!edit && difference > 1) {
notify.warning(difference + ' buttons refer to a non existing relation');
}
if (!edit) {
const dashboardIds = [ currentDashboardId ];
_.each(buttonDefs, button => {
if (!_.contains(dashboardIds, button.targetDashboardId)) {
dashboardIds.push(button.targetDashboardId);
}
});
return kibiState._getDashboardAndSavedSearchMetas(dashboardIds, false)
.then(metas => {
return {
metas,
buttonDefs
};
})
.then(({ metas, buttonDefs }) => {
let currentDashboardIndex;
const dashboardIdIndexPair = new Map();
for (let i = 0; i < metas.length; i++) {
dashboardIdIndexPair.set(metas[i].savedDash.id, metas[i].savedSearchMeta.index);
if (metas[i].savedDash.id === currentDashboardId) {
currentDashboardIndex = metas[i].savedSearchMeta.index;
}
}
if (!currentDashboardIndex) {
return [];
}
const buttons = sirenSequentialJoinVisHelper.constructButtonsArray(
buttonDefs,
relations,
currentDashboardIndex,
currentDashboardId,
dashboardIdIndexPair
);
for (let i = 0; i < buttons.length; i++) {
// disable buttons until buttons are ready
buttons[i].disabled = true;
// retain the buttons order
buttons[i].btnIndex = i;
}
if (!buttons.length) {
$scope.vis.error =
`The relational filter visualization "${$scope.vis.title}" is not configured for this dashboard. ` +
`No button has a source index matching the current dashboard index: ${currentDashboardIndex}.`;
}
const tree = sirenAutoJoinHelper.createFirstLevelNodes(buttons);
if ($scope.vis.params.layout === 'normal') {
sirenAutoJoinHelper.addNodesToTreeNormalLayout(
tree, relations,
compatibleSavedSearchesMap, compatibleDashboardsMap,
$scope.btnCountsEnabled(),
$scope.vis.params.visibility
);
treeHelper.addAlternativeNodesToTree(tree, $scope.btnCountsEnabled());
} else if ($scope.vis.params.layout === 'light') {
sirenAutoJoinHelper.addNodesToTreeLightLayout(
tree, relations,
compatibleSavedSearchesMap, compatibleDashboardsMap,
$scope.btnCountsEnabled()
);
}
$scope.tree = tree;
return tree;
})
.catch(notify.error);
} else {
const unFilteredButtons = sirenSequentialJoinVisHelper.constructButtonsArray(buttonDefs, relations);
const filteredButtons = _.filter(unFilteredButtons, button => button.domainIndexPattern === indexPatternId);
const tree = sirenAutoJoinHelper.createFirstLevelNodes(filteredButtons);
$scope.tree = tree;
return tree;
}
});
};
/*
* Update counts in reaction to events.
* Filter buttons by indexPatternId === domainIndexPattern (used in edit mode)
*
* As buttons are now shown as a tree we compute a tree of elelments
*/
const updateButtons = function (reason, indexPatternId) {
if (!kibiState.isSirenJoinPluginInstalled()) {
notify.error(
'This version of Siren Relational filter requires the Federate plugin for Elasticsearch. '
+ 'Please install it and restart Siren Investigate.'
);
return;
}
let getDashboard;
if (edit) {
getDashboard = Promise.resolve({ savedSearchId: 'edit' });
} else {
getDashboard = savedDashboards.get(currentDashboardId);
}
getDashboard.then(currentDashboard => {
if (!currentDashboard.savedSearchId && !$scope.vis.error) {
$scope.vis.error = 'This component only works on dashboards which have a saved search set.';
return;
}
if (console) {
console.log(`Updating counts on the relational buttons because: ${reason}`);
}
const self = this;
let promise;
if (!$scope.tree || !$scope.tree.nodes.length || edit) {
promise = constructTree.call(self, indexPatternId);
} else {
promise = Promise.resolve($scope.tree);
}
return promise
.then(tree => {
if (edit) {
return tree;
}
return sirenAutoJoinHelper.updateTreeCardinalityCounts(tree);
})
.then(tree => {
if (!tree || !tree.nodes.length) {
return Promise.resolve({});
} else if (edit) {
return Promise.resolve(tree);
}
const buttonsToUpdate = sirenAutoJoinHelper.getAllVisibleButtons(tree, $scope.vis.params.layout);
delayExecutionHelper.addEventData({
buttons: buttonsToUpdate,
dashboardId: currentDashboardId
});
return tree;
})
.then(tree => sirenAutoJoinHelper.addTreeSourceCounts(tree, updateSourceCount))
.then(tree => $scope.tree = tree);
})
.catch(notify.error);
};
$scope.getCurrentDashboardBtnCounts = function () {
const virtualEntityButtons = sirenAutoJoinHelper.getVisibleVirtualEntitySubButtons($scope.tree, $scope.vis.params.layout);
const allButtons = $scope.buttons.concat(virtualEntityButtons);
_addButtonQuery(allButtons, currentDashboardId, true) // TODO take care about this true parameter
.then(results => {
updateCounts(results, $scope);
});
};
const sirenDashboardChangedOff = $rootScope.$on('kibi:dashboard:changed', updateButtons.bind(this, 'kibi:dashboard:changed'));
let editFilterButtonsOff;
let editIndexPatternId;
if (edit) {
editFilterButtonsOff = $rootScope.$on('siren:auto-join-params:filter:indexpattern', (event, indexPatternId) => {
updateButtons('siren:auto-join-params:filter:indexpattern', indexPatternId);
editIndexPatternId = indexPatternId;
});
}
$scope.$listen(kibiState, 'save_with_changes', function (diff) {
if (diff.indexOf(kibiState._properties.dashboards) !== -1) {
updateButtons.call(this, 'dashboards in kibistate changes');
}
});
$scope.$listen(appState, 'save_with_changes', function (diff) {
if (diff.indexOf('query') === -1) {
return;
}
updateButtons.call(this, 'AppState changes');
});
$scope.$listen(queryFilter, 'update', function () {
updateButtons.call(this, 'filters change');
});
$scope.$listen(globalState, 'save_with_changes', function (diff) {
const currentDashboard = kibiState.getDashboardOnView();
if (!currentDashboard) {
return;
}
if (diff.indexOf('filters') !== -1) {
// the pinned filters changed, update counts on all selected dashboards
updateButtons.call(this, 'GlobalState pinned filters change');
} else if (diff.indexOf('time') !== -1) {
updateButtons.call(this, 'GlobalState time changed');
} else if (diff.indexOf('refreshInterval') !== -1) {
// force the count update to refresh all tabs count
updateButtons.call(this, 'GlobalState refreshInterval changed');
}
});
// when autoupdate is on we detect the refresh here
const removeAutorefreshHandler = $rootScope.$on('courier:searchRefresh', (event) => {
if ((timefilter.refreshInterval.display !== 'Off')
&& (timefilter.refreshInterval.pause === false)) {
const currentDashboard = kibiState.getDashboardOnView();
if (!currentDashboard) {
return;
}
updateButtons('courier:searchRefresh');
}
});
let editUpdateForVisibilityOff;
if (edit) {
editFilterButtonsOff = $scope.$watch(() => { return $scope.vis.params.visibility; }, (newVal, oldVal) => {
if (!_.isEqual(newVal, oldVal)) {
updateButtons('visibility', editIndexPatternId);
}
});
}
$scope.$on('$destroy', function () {
delayExecutionHelper.cancel();
sirenDashboardChangedOff();
removeAutorefreshHandler();
if (editFilterButtonsOff) {
editFilterButtonsOff();
}
if (editUpdateForVisibilityOff) {
editUpdateForVisibilityOff();
}
kibiMeta.flushRelationalButtonsFromQueue();
});
$scope.hoverIn = function (button) {
dashboardGroups.setGroupHighlight(button.targetDashboardId);
};
$scope.hoverOut = function () {
dashboardGroups.resetGroupHighlight();
};
// init if not in edit mode
// in edit mode an event will be filred from the configuration panel to init buttons.
if (!edit) {
updateButtons('init');
}
};
uiModules
.get('kibana/siren_auto_join_vis', ['kibana', 'ui.tree'])
.controller('SirenAutoJoinVisController', controller);