conductor

worker-docker.test.js.disabled (15252B)

---

 // test/worker-docker.test.js - the whole loop, for real
 //
 // Runs actual containers against an actual conductor: trigger, claim, fetch
 // source, run, stream logs, upload artifacts, report, and clean up.
 // Skipped when no container runtime is available.
 //
 // The conductor is bound to a real port here rather than driven through
 // inject, because the worker is a separate process talking over HTTP.
 
 import test from 'node:test';
 import assert from 'node:assert/strict';
 import { execFile } from 'node:child_process';
 import { promisify } from 'node:util';
 import { startHarness, freePort } from './helpers/harness.js';
 import { createClient } from '../src/worker/client.js';
 import { createRuntime, containerName } from '../src/worker/docker.js';
 import { runJob } from '../src/worker/job.js';
 
 const execFileAsync = promisify(execFile);
 
 const IMAGE = process.env.CONDUCTOR_TEST_IMAGE || 'alpine:3';
 
 async function dockerUsable() {
   if (process.env.CONDUCTOR_TEST_NO_DOCKER) return false;
   try {
     await execFileAsync('docker', ['version', '--format', '{{.Server.Version}}'], { timeout: 15000 });
     await execFileAsync('docker', ['image', 'inspect', IMAGE], { timeout: 15000 })
       .catch(() => execFileAsync('docker', ['pull', IMAGE], { timeout: 300000 }));
     return true;
   } catch {
     return false;
   }
 }
 
 const available = await dockerUsable();
 const opts = { skip: available ? false : 'docker is not available' };
 
 // Starts the harness on a real port so the worker can reach it over HTTP.
 // The port has to be settled before the server is built, because the job
 // payload embeds absolute callback URLs derived from public_url.
 async function listening(options = {}) {
   const port = await freePort();
   const url = `http://127.0.0.1:${port}`;
   const h = await startHarness({ ...options, port, publicUrl: url });
   await h.app.listen({ port, host: '127.0.0.1' });
 
   const workerCfg = {
     conductor_url: url,
     name: 'docker-test-worker',
     token: h.worker.token,
     arches: [],
     features: {},
     concurrency: 1,
     poll_interval: 1,
     docker: 'docker',
     shell: 'sh',
     default_timeout: 300,
     ...(options?.worker ?? {}),
   };
 
   return {
     ...h,
     url,
     workerCfg,
     client: createClient(workerCfg),
     runtime: createRuntime(workerCfg, { logger: quiet }),
   };
 }
 
 const quiet = { info: () => {}, warn: () => {}, error: () => {}, debug: () => {} };
 
 async function logOf(h, jobId) {
   const res = await h.app.inject({ method: 'GET', url: `/api/jobs/${encodeURIComponent(jobId)}/log` });
   return res.body;
 }
 
 // Anchored, because a substring filter would also match unrelated
 // containers that happen to share the prefix.
 async function exists(kind, name) {
   const args = kind === 'network'
     ? ['network', 'ls', '--filter', `name=^${name}$`, '--format', '{{.Name}}']
     : ['ps', '-a', '--filter', `name=^${name}$`, '--format', '{{.Names}}'];
   const { stdout } = await execFileAsync('docker', args);
   return stdout.trim().length > 0;
 }
 
 test('a job runs in a container and its output reaches the conductor', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   hello:
     image: ${IMAGE}
     script:
       - echo "hello from the job"
       - echo "commit is $CONDUCTOR_SHA"
       - echo "job is $CONDUCTOR_JOB"
       - cat README.md
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
     assert.ok(job, 'expected a job');
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     assert.equal(result.success, true, `job failed: ${result.error}`);
     assert.equal(result.exitCode, 0);
 
     const log = await logOf(h, job.id);
     assert.match(log, /\$ echo "hello from the job"/, 'each command should be echoed');
     assert.match(log, /hello from the job/);
     assert.match(log, new RegExp(`commit is ${h.sha}`), 'CONDUCTOR_SHA should be set');
     assert.match(log, /job is hello/);
     // Proves the source tarball was fetched and unpacked.
     assert.match(log, /test repository/);
 
     const detail = await h.app.inject({ method: 'GET', url: `/api/runs/${job.run_id}` });
     assert.equal(detail.json().run.state, 'success');
   } finally {
     await h.stop();
   }
 });
 
 test('a failing command fails the job and preserves the log', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   boom:
     image: ${IMAGE}
     script:
       - echo before
       - exit 3
       - echo after
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     assert.equal(result.success, false);
     assert.equal(result.exitCode, 3);
 
     const log = await logOf(h, job.id);
     assert.match(log, /before/);
     // set -e must stop the script at the failure.
     assert.ok(!log.includes('after'), 'commands after a failure must not run');
 
     const detail = await h.app.inject({ method: 'GET', url: `/api/runs/${job.run_id}` });
     assert.equal(detail.json().run.state, 'failed');
   } finally {
     await h.stop();
   }
 });
 
 test('artifacts produced in the container are uploaded and downloadable', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   produce:
     image: ${IMAGE}
     script:
       - mkdir -p dist/nested
       - printf 'binary-content' > dist/app.bin
       - printf 'deep' > dist/nested/deep.txt
     artifacts:
       paths: [dist/**]
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     assert.equal(result.success, true, `job failed: ${result.error}`);
 
     const detail = await h.app.inject({ method: 'GET', url: `/api/jobs/${encodeURIComponent(job.id)}` });
     const artifacts = detail.json().artifacts;
     const paths = artifacts.map((a) => a.path).sort();
     assert.deepEqual(paths, ['dist/app.bin', 'dist/nested/deep.txt']);
 
     const binary = artifacts.find((a) => a.path === 'dist/app.bin');
     const download = await h.app.inject({ method: 'GET', url: `/api/artifacts/${binary.id}` });
     assert.equal(download.body, 'binary-content');
   } finally {
     await h.stop();
   }
 });
 
 test('a worker feature injects a mount and environment the conductor never sees', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   signed:
     image: ${IMAGE}
     requires: [sign-key]
     script:
       - echo "key path is $SIGN_KEY"
       - cat "$SIGN_KEY"
 `;
   const h = await listening({
     pipeline,
     worker: {
       features: {
         'sign-key': {
           mounts: [],
           env: { SIGN_KEY: '/keys/build.key' },
           devices: [],
           privileged: false,
         },
       },
     },
   });
 
   try {
     // The key lives on the worker host and is mounted in by the feature.
     const fs = await import('node:fs/promises');
     await fs.mkdir(`${h.root}/keys`, { recursive: true });
     await fs.writeFile(`${h.root}/keys/build.key`, 'PRIVATE-KEY-MATERIAL');
     h.workerCfg.features['sign-key'].mounts = [`${h.root}/keys/build.key:/keys/build.key:ro`];
 
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
 
     // Without the feature the job is not offered at all.
     const denied = await createClient({ ...h.workerCfg, token: h.worker.token })
       .poll({ arches: [], features: [], name: 'test' });
     assert.equal(denied, null, 'a worker lacking the feature must not be offered the job');
 
     const job = await h.client.poll({ arches: [], features: ['sign-key'], name: 'test' });
     assert.ok(job, 'expected the job once the feature is advertised');
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     assert.equal(result.success, true, `job failed: ${result.error}`);
 
     const log = await logOf(h, job.id);
     assert.match(log, /key path is \/keys\/build\.key/);
     assert.match(log, /PRIVATE-KEY-MATERIAL/);
 
     // The conductor stored the requirement, never the key itself.
     const stored = await h.services.db.get(
       'SELECT requires, spec FROM jobs WHERE id = {id}', { id: job.id }
     );
     assert.equal(stored.requires, '["sign-key"]');
     assert.ok(!stored.spec.includes('PRIVATE-KEY-MATERIAL'));
   } finally {
     await h.stop();
   }
 });
 
 test('a service container is reachable from the job by its alias', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   talks:
     image: ${IMAGE}
     services:
       - image: ${IMAGE}
         alias: sidecar
         command: [sleep, '60']
     script:
       - ping -c1 -W2 sidecar
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     const log = await logOf(h, job.id);
     assert.equal(result.success, true, `job failed: ${result.error}\n${log}`);
     assert.match(log, /1 packets received|1 received/);
   } finally {
     await h.stop();
   }
 });
 
 test('a job that exceeds its timeout is stopped', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   slow:
     image: ${IMAGE}
     timeout: 2
     script:
       - echo starting
       - sleep 60
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
 
     const started = Date.now();
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     const elapsed = (Date.now() - started) / 1000;
 
     assert.equal(result.success, false);
     assert.equal(result.timedOut, true);
     assert.ok(elapsed < 45, `should have been stopped promptly, took ${elapsed}s`);
     assert.match(await logOf(h, job.id), /timed out/);
   } finally {
     await h.stop();
   }
 });
 
 test('containers, networks and workspaces are cleaned up', opts, async () => {
   const pipeline = `
 version: 1
 jobs:
   tidy:
     image: ${IMAGE}
     services:
       - image: ${IMAGE}
         alias: sidecar
         command: [sleep, '60']
     script:
       - echo work
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
     await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
 
     assert.equal(await exists('container', containerName('conductor', job.id)), false,
       'the job container should be gone');
     assert.equal(await exists('container', containerName('conductor-svc', job.id, 'sidecar')), false,
       'the service container should be gone');
     assert.equal(await exists('network', containerName('conductor-net', job.id)), false,
       'the job network should be gone');
 
     // The worker keeps nothing between jobs, so there is no workspace
     // left to remove: what it wrote lived in a temporary directory that
     // goes with the job.
     const fs = await import('node:fs/promises');
     const os = await import('node:os');
     const scratch = (await fs.readdir(os.tmpdir())).filter((n) => n.startsWith('conductor-job-'));
     assert.deepEqual(scratch, [], 'the job scratch directory should be removed');
   } finally {
     await h.stop();
   }
 });
 
 test('a job runs with no mounts, and nothing of the worker is shared with it', opts, async () => {
   // The point of copying the tree in rather than bind mounting it: the
   // container gets no path belonging to the worker, so nothing has to
   // line up between the two and the worker needs no storage at all.
   const pipeline = `
 version: 1
 jobs:
   isolated:
     image: ${IMAGE}
     script:
       - pwd
       - cat README.md
       - cat /proc/mounts
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
 
     const created = h.runtime.buildCreateArgs({
       name: 'inspect', image: IMAGE, workdir: job.workdir, entrypoint: 'sh', command: ['/tmp/entrypoint.sh'],
     });
     assert.ok(!created.includes('--volume'), `no volume should be passed, got: ${created.join(' ')}`);
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     assert.equal(result.success, true, `job failed: ${result.error}`);
 
     const log = await logOf(h, job.id);
     assert.match(log, /^\/work$/m, 'the job should run in the working directory');
     assert.match(log, /test repository/, 'the tree should have arrived');
 
     // The proof, from inside the container: the only mounts are the ones
     // docker always adds. Nothing of the worker's filesystem is there, so
     // no path has to mean the same thing on both sides.
     const mounts = log.split('\n').filter((line) => / \/\S+ \S+ (rw|ro)[,\s]/.test(line));
     assert.ok(mounts.length > 0, 'expected /proc/mounts in the log');
 
     const shared = mounts
       .map((line) => line.split(' ')[1])
       .filter((target) => !/^\/(proc|sys|dev|etc\/(hostname|hosts|resolv\.conf))/.test(target))
       .filter((target) => target !== '/');
     assert.deepEqual(shared, [], `nothing should be mounted into the job, found: ${shared.join(', ')}`);
   } finally {
     await h.stop();
   }
 });
 
 test('a pipeline chooses where its tree lands', opts, async () => {
   const pipeline = `
 version: 1
 workdir: /usr/src/app
 jobs:
   build:
     image: ${IMAGE}
     script:
       - pwd
       - cat README.md
       - mkdir -p out && printf 'made here' > out/result.txt
     artifacts:
       paths: [out/**]
 `;
   const h = await listening({ pipeline });
   try {
     await h.trigger({ sha: h.sha, ref: 'refs/heads/main' });
     const job = await h.client.poll({ arches: [], features: [], name: 'test' });
     assert.equal(job.workdir, '/usr/src/app');
 
     const result = await runJob({ cfg: h.workerCfg, client: h.client, runtime: h.runtime, job, logger: quiet });
     assert.equal(result.success, true, `job failed: ${result.error}`);
 
     const log = await logOf(h, job.id);
     assert.match(log, /^\/usr\/src\/app$/m, 'the script should run there');
     assert.match(log, /test repository/, 'and the tree should be there, not at /work');
 
     // Artifacts are read back out relative to the same directory.
     const detail = await h.app.inject({ method: 'GET', url: `/api/jobs/${encodeURIComponent(job.id)}` });
     const artifacts = detail.json().artifacts;
     assert.deepEqual(artifacts.map((a) => a.path), ['out/result.txt']);
 
     const download = await h.app.inject({ method: 'GET', url: `/api/artifacts/${artifacts[0].id}` });
     assert.equal(download.body, 'made here');
   } finally {
     await h.stop();
   }
 });