github.com/iqoqo/nomad@v0.11.3-0.20200911112621-d7021c74d101/ui/tests/acceptance/allocation-detail-test.js

import { run } from '@ember/runloop';
import { currentURL } from '@ember/test-helpers';
import { assign } from '@ember/polyfills';
import { module, test } from 'qunit';
import { setupApplicationTest } from 'ember-qunit';
import { setupMirage } from 'ember-cli-mirage/test-support';
import Allocation from 'nomad-ui/tests/pages/allocations/detail';
import moment from 'moment';

let job;
let node;
let allocation;

module('Acceptance | allocation detail', function(hooks) {
  setupApplicationTest(hooks);
  setupMirage(hooks);

  hooks.beforeEach(async function() {
    server.create('agent');

    node = server.create('node');
    job = server.create('job', {
      groupsCount: 1,
      withGroupServices: true,
      createAllocations: false,
    });
    allocation = server.create('allocation', 'withTaskWithPorts', 'withAllocatedResources', {
      clientStatus: 'running',
    });

    // Make sure the node has an unhealthy driver
    node.update({
      driver: assign(node.drivers, {
        docker: {
          detected: true,
          healthy: false,
        },
      }),
    });

    // Make sure a task for the allocation depends on the unhealthy driver
    server.schema.tasks.first().update({
      driver: 'docker',
    });

    await Allocation.visit({ id: allocation.id });
  });

  test('/allocation/:id should name the allocation and link to the corresponding job and node', async function(assert) {
    assert.ok(Allocation.title.includes(allocation.name), 'Allocation name is in the heading');
    assert.equal(Allocation.details.job, job.name, 'Job name is in the subheading');
    assert.equal(
      Allocation.details.client,
      node.id.split('-')[0],
      'Node short id is in the subheading'
    );
    assert.ok(Allocation.execButton.isPresent);

    assert.equal(document.title, `Allocation ${allocation.name} - Nomad`);

    await Allocation.details.visitJob();
    assert.equal(currentURL(), `/jobs/${job.id}`, 'Job link navigates to the job');

    await Allocation.visit({ id: allocation.id });

    await Allocation.details.visitClient();
    assert.equal(currentURL(), `/clients/${node.id}`, 'Client link navigates to the client');
  });

  test('/allocation/:id should include resource utilization graphs', async function(assert) {
    assert.equal(Allocation.resourceCharts.length, 2, 'Two resource utilization graphs');
    assert.equal(Allocation.resourceCharts.objectAt(0).name, 'CPU', 'First chart is CPU');
    assert.equal(Allocation.resourceCharts.objectAt(1).name, 'Memory', 'Second chart is Memory');
  });

  test('/allocation/:id should present task lifecycles', async function(assert) {
    const job = server.create('job', {
      groupsCount: 1,
      groupTaskCount: 3,
      withGroupServices: true,
      createAllocations: false,
    });

    const allocation = server.create('allocation', 'withTaskWithPorts', 'withAllocatedResources', {
      clientStatus: 'running',
      jobId: job.id,
    });

    const taskStatePhases = server.db.taskStates.where({ allocationId: allocation.id }).reduce(
      (phases, state) => {
        const lifecycle = server.db.tasks.findBy({ name: state.name }).Lifecycle;

        if (lifecycle) {
          if (lifecycle.Sidecar) {
            phases.sidecars.push(state);
            state.lifecycleString = 'Sidecar';
          } else {
            phases.prestarts.push(state);
            state.lifecycleString = 'Prestart';
          }
        } else {
          phases.mains.push(state);
          state.lifecycleString = 'Main';
        }

        return phases;
      },
      {
        prestarts: [],
        sidecars: [],
        mains: [],
      }
    );

    taskStatePhases.prestarts = taskStatePhases.prestarts.sortBy('name');
    taskStatePhases.sidecars = taskStatePhases.sidecars.sortBy('name');
    taskStatePhases.mains = taskStatePhases.mains.sortBy('name');

    const sortedServerStates = taskStatePhases.prestarts.concat(
      taskStatePhases.sidecars,
      taskStatePhases.mains
    );

    await Allocation.visit({ id: allocation.id });

    assert.ok(Allocation.lifecycleChart.isPresent);
    assert.equal(Allocation.lifecycleChart.title, 'Task Lifecycle Status');
    assert.equal(Allocation.lifecycleChart.phases.length, 2);
    assert.equal(Allocation.lifecycleChart.tasks.length, sortedServerStates.length);

    const stateActiveIterator = state => state.state === 'running';
    const anyPrestartsActive = taskStatePhases.prestarts.some(stateActiveIterator);

    if (anyPrestartsActive) {
      assert.ok(Allocation.lifecycleChart.phases[0].isActive);
    } else {
      assert.notOk(Allocation.lifecycleChart.phases[0].isActive);
    }

    const anyMainsActive = taskStatePhases.mains.some(stateActiveIterator);

    if (anyMainsActive) {
      assert.ok(Allocation.lifecycleChart.phases[1].isActive);
    } else {
      assert.notOk(Allocation.lifecycleChart.phases[1].isActive);
    }

    Allocation.lifecycleChart.tasks.forEach((Task, index) => {
      const serverState = sortedServerStates[index];

      assert.equal(Task.name, serverState.name);

      if (serverState.lifecycleString === 'Sidecar') {
        assert.ok(Task.isSidecar);
      } else if (serverState.lifecycleString === 'Prestart') {
        assert.ok(Task.isPrestart);
      } else {
        assert.ok(Task.isMain);
      }

      assert.equal(Task.lifecycle, `${serverState.lifecycleString} Task`);

      if (serverState.state === 'running') {
        assert.ok(Task.isActive);
      } else {
        assert.notOk(Task.isActive);
      }

      // Task state factory uses invalid dates for tasks that aren’t finished
      if (isNaN(serverState.finishedAt)) {
        assert.notOk(Task.isFinished);
      } else {
        assert.ok(Task.isFinished);
      }
    });

    await Allocation.lifecycleChart.tasks[0].visit();
    assert.equal(currentURL(), `/allocations/${allocation.id}/${sortedServerStates[0].name}`);
  });

  test('/allocation/:id should list all tasks for the allocation', async function(assert) {
    assert.equal(
      Allocation.tasks.length,
      server.db.taskStates.where({ allocationId: allocation.id }).length,
      'Table lists all tasks'
    );
    assert.notOk(Allocation.isEmpty, 'Task table empty state is not shown');
  });

  test('each task row should list high-level information for the task', async function(assert) {
    const task = server.db.taskStates.where({ allocationId: allocation.id }).sortBy('name')[0];
    const taskResources = allocation.taskResourceIds
      .map(id => server.db.taskResources.find(id))
      .sortBy('name')[0];
    const reservedPorts = taskResources.resources.Networks[0].ReservedPorts;
    const dynamicPorts = taskResources.resources.Networks[0].DynamicPorts;
    const events = server.db.taskEvents.where({ taskStateId: task.id });
    const event = events[events.length - 1];

    const taskGroup = server.schema.taskGroups.where({
      jobId: allocation.jobId,
      name: allocation.taskGroup,
    }).models[0];

    const jobTask = taskGroup.tasks.models.find(m => m.name === task.name);
    const volumes = jobTask.volumeMounts.map(volume => ({
      name: volume.Volume,
      source: taskGroup.volumes[volume.Volume].Source,
    }));

    Allocation.tasks[0].as(taskRow => {
      assert.equal(taskRow.name, task.name, 'Name');
      assert.equal(taskRow.state, task.state, 'State');
      assert.equal(taskRow.message, event.displayMessage, 'Event Message');
      assert.equal(
        taskRow.time,
        moment(event.time / 1000000).format("MMM DD, 'YY HH:mm:ss ZZ"),
        'Event Time'
      );

      assert.ok(reservedPorts.length, 'The task has reserved ports');
      assert.ok(dynamicPorts.length, 'The task has dynamic ports');

      const addressesText = taskRow.ports;
      reservedPorts.forEach(port => {
        assert.ok(addressesText.includes(port.Label), `Found label ${port.Label}`);
        assert.ok(addressesText.includes(port.Value), `Found value ${port.Value}`);
      });
      dynamicPorts.forEach(port => {
        assert.ok(addressesText.includes(port.Label), `Found label ${port.Label}`);
        assert.ok(addressesText.includes(port.Value), `Found value ${port.Value}`);
      });

      const volumesText = taskRow.volumes;
      volumes.forEach(volume => {
        assert.ok(volumesText.includes(volume.name), `Found label ${volume.name}`);
        assert.ok(volumesText.includes(volume.source), `Found value ${volume.source}`);
      });
    });
  });

  test('each task row should link to the task detail page', async function(assert) {
    const task = server.db.taskStates.where({ allocationId: allocation.id }).sortBy('name')[0];

    await Allocation.tasks.objectAt(0).clickLink();

    assert.equal(
      currentURL(),
      `/allocations/${allocation.id}/${task.name}`,
      'Task name in task row links to task detail'
    );

    await Allocation.visit({ id: allocation.id });
    await Allocation.tasks.objectAt(0).clickRow();

    assert.equal(
      currentURL(),
      `/allocations/${allocation.id}/${task.name}`,
      'Task row links to task detail'
    );
  });

  test('tasks with an unhealthy driver have a warning icon', async function(assert) {
    assert.ok(Allocation.firstUnhealthyTask().hasUnhealthyDriver, 'Warning is shown');
  });

  test('proxy task has a proxy tag', async function(assert) {
    // Must create a new job as existing one has loaded and it contains the tasks
    job = server.create('job', {
      groupsCount: 1,
      withGroupServices: true,
      createAllocations: false,
    });

    allocation = server.create('allocation', 'withTaskWithPorts', 'withAllocatedResources', {
      clientStatus: 'running',
      jobId: job.id,
    });

    const taskState = allocation.task_states.models.sortBy('name')[0];
    const task = server.schema.tasks.findBy({ name: taskState.name });
    task.update('kind', 'connect-proxy:task');
    task.save();

    await Allocation.visit({ id: allocation.id });

    assert.ok(Allocation.tasks[0].hasProxyTag);
  });

  test('when there are no tasks, an empty state is shown', async function(assert) {
    // Make sure the allocation is pending in order to ensure there are no tasks
    allocation = server.create('allocation', 'withTaskWithPorts', { clientStatus: 'pending' });
    await Allocation.visit({ id: allocation.id });

    assert.ok(Allocation.isEmpty, 'Task table empty state is shown');
  });

  test('when the allocation has not been rescheduled, the reschedule events section is not rendered', async function(assert) {
    assert.notOk(Allocation.hasRescheduleEvents, 'Reschedule Events section exists');
  });

  test('ports are listed', async function(assert) {
    const serverNetwork = allocation.allocatedResources.Shared.Networks[0];
    const allServerPorts = serverNetwork.ReservedPorts.concat(serverNetwork.DynamicPorts);

    allServerPorts.sortBy('Label').forEach((serverPort, index) => {
      const renderedPort = Allocation.ports[index];

      assert.equal(
        renderedPort.dynamic,
        serverNetwork.ReservedPorts.includes(serverPort) ? 'No' : 'Yes'
      );
      assert.equal(renderedPort.name, serverPort.Label);
      assert.equal(renderedPort.address, `${serverNetwork.IP}:${serverPort.Value}`);
      assert.equal(renderedPort.to, serverPort.To);
    });
  });

  test('services are listed', async function(assert) {
    const taskGroup = server.schema.taskGroups.findBy({ name: allocation.taskGroup });

    assert.equal(Allocation.services.length, taskGroup.services.length);

    taskGroup.services.models.sortBy('name').forEach((serverService, index) => {
      const renderedService = Allocation.services[index];

      assert.equal(renderedService.name, serverService.name);
      assert.equal(renderedService.port, serverService.portLabel);
      assert.equal(renderedService.tags, (serverService.tags || []).join(', '));

      assert.equal(renderedService.connect, serverService.Connect ? 'Yes' : 'No');

      const upstreams = serverService.Connect.SidecarService.Proxy.Upstreams;
      const serverUpstreamsString = upstreams
        .map(upstream => `${upstream.DestinationName}:${upstream.LocalBindPort}`)
        .join(' ');

      assert.equal(renderedService.upstreams, serverUpstreamsString);
    });
  });

  test('when the allocation is not found, an error message is shown, but the URL persists', async function(assert) {
    await Allocation.visit({ id: 'not-a-real-allocation' });

    assert.equal(
      server.pretender.handledRequests
        .filter(request => !request.url.includes('policy'))
        .findBy('status', 404).url,
      '/v1/allocation/not-a-real-allocation',
      'A request to the nonexistent allocation is made'
    );
    assert.equal(currentURL(), '/allocations/not-a-real-allocation', 'The URL persists');
    assert.ok(Allocation.error.isShown, 'Error message is shown');
    assert.equal(Allocation.error.title, 'Not Found', 'Error message is for 404');
  });

  test('allocation can be stopped', async function(assert) {
    await Allocation.stop.idle();
    await Allocation.stop.confirm();

    assert.equal(
      server.pretender.handledRequests.findBy('method', 'POST').url,
      `/v1/allocation/${allocation.id}/stop`,
      'Stop request is made for the allocation'
    );
  });

  test('allocation can be restarted', async function(assert) {
    await Allocation.restart.idle();
    await Allocation.restart.confirm();

    assert.equal(
      server.pretender.handledRequests.findBy('method', 'PUT').url,
      `/v1/client/allocation/${allocation.id}/restart`,
      'Restart request is made for the allocation'
    );
  });

  test('while an allocation is being restarted, the stop button is disabled', async function(assert) {
    server.pretender.post('/v1/allocation/:id/stop', () => [204, {}, ''], true);

    await Allocation.stop.idle();

    run.later(() => {
      assert.ok(Allocation.stop.isRunning, 'Stop is loading');
      assert.ok(Allocation.restart.isDisabled, 'Restart is disabled');
      server.pretender.resolve(server.pretender.requestReferences[0].request);
    }, 500);

    await Allocation.stop.confirm();
  });

  test('if stopping or restarting fails, an error message is shown', async function(assert) {
    server.pretender.post('/v1/allocation/:id/stop', () => [403, {}, '']);

    await Allocation.stop.idle();
    await Allocation.stop.confirm();

    assert.ok(Allocation.inlineError.isShown, 'Inline error is shown');
    assert.ok(
      Allocation.inlineError.title.includes('Could Not Stop Allocation'),
      'Title is descriptive'
    );
    assert.ok(
      /ACL token.+?allocation lifecycle/.test(Allocation.inlineError.message),
      'Message mentions ACLs and the appropriate permission'
    );

    await Allocation.inlineError.dismiss();

    assert.notOk(Allocation.inlineError.isShown, 'Inline error is no longer shown');
  });
});

module('Acceptance | allocation detail (rescheduled)', function(hooks) {
  setupApplicationTest(hooks);
  setupMirage(hooks);

  hooks.beforeEach(async function() {
    server.create('agent');

    node = server.create('node');
    job = server.create('job', { createAllocations: false });
    allocation = server.create('allocation', 'rescheduled');

    await Allocation.visit({ id: allocation.id });
  });

  test('when the allocation has been rescheduled, the reschedule events section is rendered', async function(assert) {
    assert.ok(Allocation.hasRescheduleEvents, 'Reschedule Events section exists');
  });
});

module('Acceptance | allocation detail (not running)', function(hooks) {
  setupApplicationTest(hooks);
  setupMirage(hooks);

  hooks.beforeEach(async function() {
    server.create('agent');

    node = server.create('node');
    job = server.create('job', { createAllocations: false });
    allocation = server.create('allocation', { clientStatus: 'pending' });

    await Allocation.visit({ id: allocation.id });
  });

  test('when the allocation is not running, the utilization graphs are replaced by an empty message', async function(assert) {
    assert.equal(Allocation.resourceCharts.length, 0, 'No resource charts');
    assert.equal(
      Allocation.resourceEmptyMessage,
      "Allocation isn't running",
      'Empty message is appropriate'
    );
  });

  test('the exec and stop/restart buttons are absent', async function(assert) {
    assert.notOk(Allocation.execButton.isPresent);
    assert.notOk(Allocation.stop.isPresent);
    assert.notOk(Allocation.restart.isPresent);
  });
});

module('Acceptance | allocation detail (preemptions)', function(hooks) {
  setupApplicationTest(hooks);
  setupMirage(hooks);

  hooks.beforeEach(async function() {
    server.create('agent');
    node = server.create('node');
    job = server.create('job', { createAllocations: false });
  });

  test('shows a dedicated section to the allocation that preempted this allocation', async function(assert) {
    allocation = server.create('allocation', 'preempted');
    const preempter = server.schema.find('allocation', allocation.preemptedByAllocation);
    const preempterJob = server.schema.find('job', preempter.jobId);
    const preempterClient = server.schema.find('node', preempter.nodeId);

    await Allocation.visit({ id: allocation.id });
    assert.ok(Allocation.wasPreempted, 'Preempted allocation section is shown');
    assert.equal(Allocation.preempter.status, preempter.clientStatus, 'Preempter status matches');
    assert.equal(Allocation.preempter.name, preempter.name, 'Preempter name matches');
    assert.equal(
      Allocation.preempter.priority,
      preempterJob.priority,
      'Preempter priority matches'
    );

    await Allocation.preempter.visit();
    assert.equal(
      currentURL(),
      `/allocations/${preempter.id}`,
      'Clicking the preempter id navigates to the preempter allocation detail page'
    );

    await Allocation.visit({ id: allocation.id });
    await Allocation.preempter.visitJob();
    assert.equal(
      currentURL(),
      `/jobs/${preempterJob.id}`,
      'Clicking the preempter job link navigates to the preempter job page'
    );

    await Allocation.visit({ id: allocation.id });
    await Allocation.preempter.visitClient();
    assert.equal(
      currentURL(),
      `/clients/${preempterClient.id}`,
      'Clicking the preempter client link navigates to the preempter client page'
    );
  });

  test('shows a dedicated section to the allocations this allocation preempted', async function(assert) {
    allocation = server.create('allocation', 'preempter');
    await Allocation.visit({ id: allocation.id });
    assert.ok(Allocation.preempted, 'The allocations this allocation preempted are shown');
  });

  test('each preempted allocation in the table lists basic allocation information', async function(assert) {
    allocation = server.create('allocation', 'preempter');
    await Allocation.visit({ id: allocation.id });

    const preemption = allocation.preemptedAllocations
      .map(id => server.schema.find('allocation', id))
      .sortBy('modifyIndex')
      .reverse()[0];
    const preemptionRow = Allocation.preemptions.objectAt(0);

    assert.equal(
      Allocation.preemptions.length,
      allocation.preemptedAllocations.length,
      'The preemptions table has a row for each preempted allocation'
    );

    assert.equal(preemptionRow.shortId, preemption.id.split('-')[0], 'Preemption short id');
    assert.equal(
      preemptionRow.createTime,
      moment(preemption.createTime / 1000000).format('MMM DD HH:mm:ss ZZ'),
      'Preemption create time'
    );
    assert.equal(
      preemptionRow.modifyTime,
      moment(preemption.modifyTime / 1000000).fromNow(),
      'Preemption modify time'
    );
    assert.equal(preemptionRow.status, preemption.clientStatus, 'Client status');
    assert.equal(preemptionRow.jobVersion, preemption.jobVersion, 'Job Version');
    assert.equal(
      preemptionRow.client,
      server.db.nodes.find(preemption.nodeId).id.split('-')[0],
      'Node ID'
    );

    await preemptionRow.visitClient();
    assert.equal(currentURL(), `/clients/${preemption.nodeId}`, 'Node links to node page');
  });

  test('when an allocation both preempted allocations and was preempted itself, both preemptions sections are shown', async function(assert) {
    allocation = server.create('allocation', 'preempter', 'preempted');
    await Allocation.visit({ id: allocation.id });
    assert.ok(Allocation.preempted, 'The allocations this allocation preempted are shown');
    assert.ok(Allocation.wasPreempted, 'Preempted allocation section is shown');
  });
});