Applied arrow-parens linting rule

client/app/scripts/utils/file-utils.js

@@ -18,7 +18,11 @@ function setInlineStyles(svg, target, emptySvgDeclarationComputed) {
   function explicitlySetStyle(element, targetEl) {
     const cSSStyleDeclarationComputed = getComputedStyle(element);
     let computedStyleStr = '';
+<<<<<<< f5ae864fa293b70db13c64d519ec9f261bad4ddd
     each(cSSStyleDeclarationComputed, key => {
+=======
+    _.each(cSSStyleDeclarationComputed, (key) => {
+>>>>>>> Applied arrow-parens linting rule
       const value = cSSStyleDeclarationComputed.getPropertyValue(key);
       if (value !== emptySvgDeclarationComputed.getPropertyValue(key) && !cssSkipValues[value]) {
         computedStyleStr += `${key}:${value};`;

client/app/scripts/utils/network-view-utils.js

@@ -2,7 +2,7 @@ import { fromJS, List as makeList } from 'immutable';
 
 export function getNetworkNodes(nodes) {
   const networks = {};
-  nodes.forEach(node => (node.get('networks') || makeList()).forEach(n => {
+  nodes.forEach(node => (node.get('networks') || makeList()).forEach((n) => {
     const networkId = n.get('id');
     networks[networkId] = (networks[networkId] || []).concat([node.get('id')]);
   }));

client/app/scripts/utils/search-utils.js

@@ -132,7 +132,7 @@ export function searchTopology(nodes, { prefix, query, metric, comp, value }) {
 
       // metadata
       if (node.get('metadata')) {
-        node.get('metadata').forEach(field => {
+        node.get('metadata').forEach((field) => {
           const keyPath = [nodeId, 'metadata', field.get('id')];
           nodeMatches = findNodeMatch(nodeMatches, keyPath, field.get('value'),
             query, prefix, field.get('label'), field.get('truncate'));
@@ -141,7 +141,7 @@ export function searchTopology(nodes, { prefix, query, metric, comp, value }) {
 
       // parents and relatives
       if (node.get('parents')) {
-        node.get('parents').forEach(parent => {
+        node.get('parents').forEach((parent) => {
           const keyPath = [nodeId, 'parents', parent.get('id')];
           nodeMatches = findNodeMatch(nodeMatches, keyPath, parent.get('label'),
             query, prefix, parent.get('topologyId'));
@@ -153,7 +153,7 @@ export function searchTopology(nodes, { prefix, query, metric, comp, value }) {
       if (tables) {
         tables.forEach((table) => {
           if (table.get('rows')) {
-            table.get('rows').forEach(field => {
+            table.get('rows').forEach((field) => {
               const keyPath = [nodeId, 'tables', field.get('id')];
               nodeMatches = findNodeMatch(nodeMatches, keyPath, field.get('value'),
                 query, prefix, field.get('label'));
@@ -164,7 +164,7 @@ export function searchTopology(nodes, { prefix, query, metric, comp, value }) {
     } else if (metric) {
       const metrics = node.get('metrics');
       if (metrics) {
-        metrics.forEach(field => {
+        metrics.forEach((field) => {
           const keyPath = [nodeId, 'metrics', field.get('id')];
           nodeMatches = findNodeMatchMetric(nodeMatches, keyPath, field.get('value'),
             field.get('label'), metric, comp, value);
@@ -291,7 +291,7 @@ export function applyPinnedSearches(state) {
 
   const pinnedSearches = state.get('pinnedSearches');
   if (pinnedSearches.size > 0) {
-    state.get('pinnedSearches').forEach(query => {
+    state.get('pinnedSearches').forEach((query) => {
       const parsed = parseQuery(query);
       if (parsed) {
         const nodeMatches = searchTopology(state.get('nodes'), parsed);

client/app/scripts/utils/topology-utils.js

@@ -19,7 +19,7 @@ export function getDefaultTopology(topologies) {
     .flatMap(t => makeList([t]).concat(t.get('sub_topologies', makeList())));
 
   return flatTopologies
-    .sortBy(t => {
+    .sortBy((t) => {
       const index = TOPOLOGY_DISPLAY_PRIORITY.indexOf(t.get('id'));
       return index === -1 ? Infinity : index;
     })
@@ -53,7 +53,7 @@ export function buildTopologyCacheId(topologyId, topologyOptions) {
 export function findTopologyById(subTree, topologyId) {
   let foundTopology;
 
-  subTree.forEach(topology => {
+  subTree.forEach((topology) => {
     if (endsWith(topology.get('url'), topologyId)) {
       foundTopology = topology;
     }
@@ -66,7 +66,7 @@ export function findTopologyById(subTree, topologyId) {
 }
 
 export function updateNodeDegrees(nodes, edges) {
-  return nodes.map(node => {
+  return nodes.map((node) => {
     const nodeId = node.get('id');
     const degree = edges.count(edge => edge.get('source') === nodeId
       || edge.get('target') === nodeId);
@@ -76,7 +76,7 @@ export function updateNodeDegrees(nodes, edges) {
 
 /* set topology.id and parentId for sub-topologies in place */
 export function updateTopologyIds(topologies, parentId) {
-  return topologies.map(topology => {
+  return topologies.map((topology) => {
     const result = Object.assign({}, topology);
     result.id = topology.url.split('/').pop();
     if (parentId) {
@@ -90,7 +90,7 @@ export function updateTopologyIds(topologies, parentId) {
 }
 
 export function addTopologyFullname(topologies) {
-  return topologies.map(t => {
+  return topologies.map((t) => {
     if (!t.sub_topologies) {
       return Object.assign({}, t, {fullName: t.name});
     }
@@ -108,10 +108,10 @@ export function addTopologyFullname(topologies) {
 export function setTopologyUrlsById(topologyUrlsById, topologies) {
   let urlMap = topologyUrlsById;
   if (topologies) {
-    topologies.forEach(topology => {
+    topologies.forEach((topology) => {
       urlMap = urlMap.set(topology.id, topology.url);
       if (topology.sub_topologies) {
-        topology.sub_topologies.forEach(subTopology => {
+        topology.sub_topologies.forEach((subTopology) => {
           urlMap = urlMap.set(subTopology.id, subTopology.url);
         });
       }