open-nomad/ui/app/controllers/topology.js

121 lines
3.7 KiB
JavaScript

import Controller from '@ember/controller';
import { computed, action } from '@ember/object';
import { alias } from '@ember/object/computed';
import { inject as service } from '@ember/service';
import classic from 'ember-classic-decorator';
import { reduceToLargestUnit } from 'nomad-ui/helpers/format-bytes';
const sumAggregator = (sum, value) => sum + (value || 0);
@classic
export default class TopologyControllers extends Controller {
@service userSettings;
@alias('userSettings.showTopoVizPollingNotice') showPollingNotice;
@computed('model.nodes.@each.datacenter')
get datacenters() {
return Array.from(new Set(this.model.nodes.mapBy('datacenter'))).compact();
}
@computed('model.allocations.@each.isScheduled')
get scheduledAllocations() {
return this.model.allocations.filterBy('isScheduled');
}
@computed('model.nodes.@each.resources')
get totalMemory() {
const mibs = this.model.nodes.mapBy('resources.memory').reduce(sumAggregator, 0);
return mibs * 1024 * 1024;
}
@computed('model.nodes.@each.resources')
get totalCPU() {
return this.model.nodes.mapBy('resources.cpu').reduce((sum, cpu) => sum + (cpu || 0), 0);
}
@computed('totalMemory')
get totalMemoryFormatted() {
return reduceToLargestUnit(this.totalMemory)[0].toFixed(2);
}
@computed('totalCPU')
get totalMemoryUnits() {
return reduceToLargestUnit(this.totalMemory)[1];
}
@computed('model.allocations.@each.allocatedResources')
get totalReservedMemory() {
const mibs = this.model.allocations.mapBy('allocatedResources.memory').reduce(sumAggregator, 0);
return mibs * 1024 * 1024;
}
@computed('model.allocations.@each.allocatedResources')
get totalReservedCPU() {
return this.model.allocations.mapBy('allocatedResources.cpu').reduce(sumAggregator, 0);
}
@computed('totalMemory', 'totalReservedMemory')
get reservedMemoryPercent() {
if (!this.totalReservedMemory || !this.totalMemory) return 0;
return this.totalReservedMemory / this.totalMemory;
}
@computed('totalCPU', 'totalReservedCPU')
get reservedCPUPercent() {
if (!this.totalReservedCPU || !this.totalCPU) return 0;
return this.totalReservedCPU / this.totalCPU;
}
@computed('activeAllocation', 'model.allocations.@each.{taskGroupName,job}')
get siblingAllocations() {
if (!this.activeAllocation) return [];
const taskGroup = this.activeAllocation.taskGroupName;
const jobId = this.activeAllocation.belongsTo('job').id();
return this.model.allocations.filter(allocation => {
return allocation.taskGroupName === taskGroup && allocation.belongsTo('job').id() === jobId;
});
}
@computed('activeNode')
get nodeUtilization() {
const node = this.activeNode;
const [formattedMemory, memoryUnits] = reduceToLargestUnit(node.memory * 1024 * 1024);
const totalReservedMemory = node.allocations.mapBy('memory').reduce(sumAggregator, 0);
const totalReservedCPU = node.allocations.mapBy('cpu').reduce(sumAggregator, 0);
return {
totalMemoryFormatted: formattedMemory.toFixed(2),
totalMemoryUnits: memoryUnits,
totalMemory: node.memory * 1024 * 1024,
totalReservedMemory: totalReservedMemory * 1024 * 1024,
reservedMemoryPercent: totalReservedMemory / node.memory,
totalCPU: node.cpu,
totalReservedCPU,
reservedCPUPercent: totalReservedCPU / node.cpu,
};
}
@computed('siblingAllocations.@each.node')
get uniqueActiveAllocationNodes() {
return this.siblingAllocations.mapBy('node').uniq();
}
@action
async setAllocation(allocation) {
if (allocation) {
await allocation.reload();
await allocation.job.reload();
}
this.set('activeAllocation', allocation);
}
@action
setNode(node) {
this.set('activeNode', node);
}
}