d548edcf37
- Add a new plugin type: `publish` - Add support for multi-plugin. A plugin module can now return an object with a property for each plugin type - Uses by default [npm](https://github.com/semantic-release/npm) and [github](https://github.com/semantic-release/github) in addition of Travis for the verify condition plugin - Uses by default [npm](https://github.com/semantic-release/npm) and [github](https://github.com/semantic-release/github) for the publish plugin - `gitTag` if one can be found is passed to `generateNotes` for both `lastRelease` and `nextRelease` - `semantic-release` now verifies the plugin configuration (in the `release` property of `package.json`) and throws an error if it's invalid - `semantic-release` now verifies each plugin output and will throw an error if a plugin returns an unexpected value. BREAKING CHANGE: `githubToken`, `githubUrl` and `githubApiPathPrefix` have to be set at the [github](https://github.com/semantic-release/github) plugin level. They can be set via `GH_TOKEN`, `GH_URL` and `GH_PREFIX` environment variables. BREAKING CHANGE: the `npm` parameter is not passed to any plugin anymore. Each plugin have to read `.npmrc` if they needs to (with https://github.com/kevva/npm-conf for example).
517 lines
23 KiB
JavaScript
517 lines
23 KiB
JavaScript
import test from 'ava';
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import {stub} from 'sinon';
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import SemanticReleaseError from '@semantic-release/error';
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import {
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gitRepo,
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gitCommits,
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gitCheckout,
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gitTagVersion,
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gitShallowClone,
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gitTags,
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gitLog,
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gitDetachedHead,
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} from './helpers/git-utils';
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import getCommits from '../lib/get-commits';
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test.beforeEach(t => {
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// Save the current working diretory
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t.context.cwd = process.cwd();
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// Stub the logger functions
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t.context.log = stub();
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t.context.error = stub();
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t.context.logger = {log: t.context.log, error: t.context.error};
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});
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test.afterEach.always(t => {
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// Restore the current working directory
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process.chdir(t.context.cwd);
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});
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test.serial('Get all commits when there is no last release', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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await gitRepo();
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// Add commits to the master branch
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const commits = await gitCommits(['First', 'Second']);
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// Retrieve the commits with the commits module
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const result = await getCommits({}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.falsy(result.lastRelease.gitHead);
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t.falsy(result.lastRelease.version);
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t.falsy(result.lastRelease.gitTag);
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});
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test.serial('Get all commits with gitTags', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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await gitRepo();
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// Add commits to the master branch
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let commits = await gitCommits(['First']);
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// Create the tag corresponding to version 1.0.0
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await gitTagVersion('v1.0.0');
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// Add new commits to the master branch
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commits = (await gitCommits(['Second'])).concat(commits);
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// Retrieve the commits with the commits module
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const result = await getCommits({}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[0].gitTags, '(HEAD -> master)');
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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t.is(result.commits[1].gitTags, '(tag: v1.0.0)');
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});
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test.serial('Get all commits when there is no last release, including the ones not in the shallow clone', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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const repo = await gitRepo();
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// Add commits to the master branch
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const commits = await gitCommits(['First', 'Second']);
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// Create a shallow clone with only 1 commit
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await gitShallowClone(repo);
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// Verify the shallow clone contains only one commit
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t.is((await gitLog()).length, 1);
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// Retrieve the commits with the commits module
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const result = await getCommits({}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.falsy(result.lastRelease.gitHead);
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t.falsy(result.lastRelease.version);
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t.falsy(result.lastRelease.gitTag);
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});
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test.serial('Get all commits since gitHead (from lastRelease)', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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await gitRepo();
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// Add commits to the master branch
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const commits = await gitCommits(['First', 'Second', 'Third']);
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// Retrieve the commits with the commits module, since commit 'First'
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const result = await getCommits({gitHead: commits[commits.length - 1].hash}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead, commits[commits.length - 1].hash);
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t.falsy(result.lastRelease.version);
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t.falsy(result.lastRelease.gitTag);
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});
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test.serial('Get all commits since gitHead (from lastRelease) on a detached head repo', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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const repo = await gitRepo();
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// Add commits to the master branch
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const commits = await gitCommits(['First', 'Second', 'Third']);
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// Create a detached head repo at commit 'feat: Second'
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await gitDetachedHead(repo, commits[1].hash);
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// Retrieve the commits with the commits module, since commit 'First'
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const result = await getCommits({gitHead: commits[commits.length - 1].hash}, 'master', t.context.logger);
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// Verify the module retrieved only the commit 'feat: Second' (included in the detached and after 'fix: First')
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t.is(result.commits.length, 1);
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t.is(result.commits[0].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[0].message, commits[1].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead, commits[commits.length - 1].hash);
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t.falsy(result.lastRelease.version);
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t.falsy(result.lastRelease.gitTag);
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});
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test.serial('Get all commits since gitHead (from tag) ', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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await gitRepo();
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// Add commits to the master branch
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let commits = await gitCommits(['First']);
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// Create the tag corresponding to version 1.0.0
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await gitTagVersion('1.0.0');
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// Add new commits to the master branch
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commits = (await gitCommits(['Second', 'Third'])).concat(commits);
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// Retrieve the commits with the commits module, since commit 'First' (associated with tag v1.0.0)
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const result = await getCommits({version: '1.0.0'}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[commits.length - 1].hash);
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t.is(result.lastRelease.gitTag, '1.0.0');
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t.is(result.lastRelease.version, '1.0.0');
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});
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test.serial('Get all commits since gitHead (from tag) on a detached head repo', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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const repo = await gitRepo();
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// Add commits to the master branch
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let commits = await gitCommits(['First']);
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// Create the tag corresponding to version 1.0.0
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await gitTagVersion('1.0.0');
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// Add new commits to the master branch
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commits = (await gitCommits(['Second', 'Third'])).concat(commits);
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// Create a detached head repo at commit 'feat: Second'
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await gitDetachedHead(repo, commits[1].hash);
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// Retrieve the commits with the commits module, since commit 'First' (associated with tag 1.0.0)
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const result = await getCommits({version: '1.0.0'}, 'master', t.context.logger);
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// Verify the module retrieved only the commit 'feat: Second' (included in the detached and after 'fix: First')
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t.is(result.commits.length, 1);
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t.is(result.commits[0].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[0].message, commits[1].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[commits.length - 1].hash);
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t.is(result.lastRelease.gitTag, '1.0.0');
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t.is(result.lastRelease.version, '1.0.0');
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});
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test.serial('Get all commits since gitHead (from tag formatted like v<version>) ', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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await gitRepo();
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// Add commits to the master branch
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let commits = await gitCommits(['First']);
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// Create the tag corresponding to version 1.0.0
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await gitTagVersion('v1.0.0');
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// Add new commits to the master branch
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commits = (await gitCommits(['Second', 'Third'])).concat(commits);
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// Retrieve the commits with the commits module, since commit 'First' (associated with tag v1.0.0)
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const result = await getCommits({version: '1.0.0'}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[commits.length - 1].hash);
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t.is(result.lastRelease.gitTag, 'v1.0.0');
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t.is(result.lastRelease.version, '1.0.0');
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});
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test.serial('Get commits when last release gitHead is missing but a tag match the version', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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await gitRepo();
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// Add commits to the master branch
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let commits = await gitCommits(['First']);
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// Create the tag corresponding to version 1.0.0
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await gitTagVersion('v1.0.0');
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// Add new commits to the master branch
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commits = (await gitCommits(['Second', 'Third'])).concat(commits);
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// Retrieve the commits with the commits module, since commit 'First' (associated with tag v1.0.0)
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const result = await getCommits({version: '1.0.0', gitHead: 'missing'}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[commits.length - 1].hash);
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t.is(result.lastRelease.gitTag, 'v1.0.0');
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t.is(result.lastRelease.version, '1.0.0');
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});
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test.serial('Get all commits since gitHead, when gitHead are mising from the shallow clone', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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const repo = await gitRepo();
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// Add commits to the master branch
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const commits = await gitCommits(['First', 'Second', 'Third']);
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// Create a shallow clone with only 1 commit and no tags
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await gitShallowClone(repo);
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// Retrieve the commits with the commits module, since commit 'First'
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const result = await getCommits(
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{version: '1.0.0', gitHead: commits[commits.length - 1].hash},
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'master',
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t.context.logger
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);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[commits.length - 1].hash);
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t.is(result.lastRelease.version, '1.0.0');
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t.falsy(result.lastRelease.gitTag);
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});
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test.serial('Get all commits since gitHead from tag, when tags are mising from the shallow clone', async t => {
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// Create a git repository, set the current working directory at the root of the repo
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const repo = await gitRepo();
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// Add commits to the master branch
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let commits = await gitCommits(['First']);
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// Create the tag corresponding to version 1.0.0
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await gitTagVersion('v1.0.0');
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// Add new commits to the master branch
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commits = (await gitCommits(['Second', 'Third'])).concat(commits);
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// Create a shallow clone with only 1 commit and no tags
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await gitShallowClone(repo);
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// Verify the shallow clone does not contains any tags
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t.is((await gitTags()).length, 0);
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// Retrieve the commits with the commits module, since commit 'First' (associated with tag v1.0.0)
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const result = await getCommits({version: '1.0.0'}, 'master', t.context.logger);
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// Verify the commits created and retrieved by the module are identical
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t.is(result.commits.length, 2);
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t.is(result.commits[0].hash.substring(0, 7), commits[0].hash);
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t.is(result.commits[0].message, commits[0].message);
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t.truthy(result.commits[0].committerDate);
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t.truthy(result.commits[0].author.name);
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t.truthy(result.commits[0].committer.name);
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t.is(result.commits[1].hash.substring(0, 7), commits[1].hash);
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t.is(result.commits[1].message, commits[1].message);
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t.truthy(result.commits[1].committerDate);
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t.truthy(result.commits[1].author.name);
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t.truthy(result.commits[1].committer.name);
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// Verify the last release is returned and updated
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t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[commits.length - 1].hash);
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t.is(result.lastRelease.gitTag, 'v1.0.0');
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t.is(result.lastRelease.version, '1.0.0');
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});
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test.serial('Return empty array if lastRelease.gitHead is the last commit', async t => {
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// Create a git repository, set the current working directory at the root of the repo
|
|
await gitRepo();
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|
// Add commits to the master branch
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const commits = await gitCommits(['First', 'Second']);
|
|
|
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// Retrieve the commits with the commits module, since commit 'Second' (therefore none)
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|
const result = await getCommits({gitHead: commits[0].hash, version: '1.0.0'}, 'master', t.context.logger);
|
|
|
|
// Verify no commit is retrieved
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|
t.deepEqual(result.commits, []);
|
|
// Verify the last release is returned and updated
|
|
t.truthy(result.lastRelease);
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t.is(result.lastRelease.gitHead.substring(0, 7), commits[0].hash);
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|
t.is(result.lastRelease.version, '1.0.0');
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|
t.falsy(result.lastRelease.gitTag);
|
|
});
|
|
|
|
test.serial('Return empty array if there is no commits', async t => {
|
|
// Create a git repository, set the current working directory at the root of the repo
|
|
await gitRepo();
|
|
|
|
// Retrieve the commits with the commits module
|
|
const result = await getCommits({}, 'master', t.context.logger);
|
|
|
|
// Verify no commit is retrieved
|
|
t.deepEqual(result.commits, []);
|
|
// Verify the last release is returned and updated
|
|
t.truthy(result.lastRelease);
|
|
t.falsy(result.lastRelease.gitHead);
|
|
t.falsy(result.lastRelease.version);
|
|
});
|
|
|
|
test.serial('Throws ENOGITHEAD error if the gitHead of the last release cannot be found', async t => {
|
|
// Create a git repository, set the current working directory at the root of the repo
|
|
await gitRepo();
|
|
// Add commits to the master branch
|
|
await gitCommits(['First', 'Second']);
|
|
|
|
// Retrieve the commits with the commits module
|
|
const error = await t.throws(getCommits({version: '1.0.0'}, 'master', t.context.logger));
|
|
|
|
// Verify error code and type
|
|
t.is(error.code, 'ENOGITHEAD');
|
|
t.true(error instanceof SemanticReleaseError);
|
|
// Verify the log function has been called with a message explaining the error
|
|
t.regex(
|
|
t.context.error.firstCall.args[0],
|
|
/The commit the last release of this package was derived from cannot be determined from the release metadata nor from the repository tags/
|
|
);
|
|
});
|
|
|
|
test.serial('Throws ENOTINHISTORY error if gitHead is not in history', async t => {
|
|
// Create a git repository, set the current working directory at the root of the repo
|
|
await gitRepo();
|
|
// Add commits to the master branch
|
|
await gitCommits(['First', 'Second']);
|
|
|
|
// Retrieve the commits with the commits module
|
|
const error = await t.throws(getCommits({gitHead: 'notinhistory'}, 'master', t.context.logger));
|
|
|
|
// Verify error code and type
|
|
t.is(error.code, 'ENOTINHISTORY');
|
|
t.true(error instanceof SemanticReleaseError);
|
|
// Verify the log function has been called with a message mentionning the branch
|
|
t.regex(t.context.error.firstCall.args[0], /history of the "master" branch/);
|
|
// Verify the log function has been called with a message mentionning the missing gitHead
|
|
t.regex(t.context.error.firstCall.args[0], /restoring the commit "notinhistory"/);
|
|
});
|
|
|
|
test.serial('Throws ENOTINHISTORY error if gitHead is not in branch history but present in others', async t => {
|
|
// Create a git repository, set the current working directory at the root of the repo
|
|
await gitRepo();
|
|
// Add commits to the master branch
|
|
await gitCommits(['First', 'Second']);
|
|
// Create the new branch 'other-branch' from master
|
|
await gitCheckout('other-branch');
|
|
// Add commits to the 'other-branch' branch
|
|
const commitsBranch = await gitCommits(['Third', 'Fourth']);
|
|
await gitCheckout('master', false);
|
|
|
|
// Retrieve the commits with the commits module
|
|
const error = await t.throws(
|
|
getCommits({version: '1.0.1', gitHead: commitsBranch[0].hash}, 'master', t.context.logger)
|
|
);
|
|
|
|
// Verify error code and type
|
|
t.is(error.code, 'ENOTINHISTORY');
|
|
t.true(error instanceof SemanticReleaseError);
|
|
// Verify the log function has been called with a message mentionning the branch
|
|
t.regex(t.context.error.firstCall.args[0], /history of the "master" branch/);
|
|
// Verify the log function has been called with a message mentionning the missing gitHead
|
|
t.regex(t.context.error.firstCall.args[0], new RegExp(`restoring the commit "${commitsBranch[0].hash}"`));
|
|
});
|
|
|
|
test.serial('Throws ENOTINHISTORY error if gitHead is not in detached head but present in other branch', async t => {
|
|
// Create a git repository, set the current working directory at the root of the repo
|
|
const repo = await gitRepo();
|
|
// Add commit to the master branch
|
|
await gitCommits(['First']);
|
|
// Create the new branch 'other-branch' from master
|
|
await gitCheckout('other-branch');
|
|
// Add commits to the 'other-branch' branch
|
|
const commitsBranch = await gitCommits(['Second', 'Third']);
|
|
await gitCheckout('master', false);
|
|
// Add new commit to master branch
|
|
const commitsMaster = await gitCommits(['Fourth']);
|
|
// Create a detached head repo at commit 'Fourth'
|
|
await gitDetachedHead(repo, commitsMaster[0].hash);
|
|
|
|
// Retrieve the commits with the commits module, since commit 'Second'
|
|
const error = await t.throws(
|
|
getCommits({version: '1.0.1', gitHead: commitsBranch[0].hash}, 'master', t.context.logger)
|
|
);
|
|
|
|
// Verify error code and type
|
|
t.is(error.code, 'ENOTINHISTORY');
|
|
t.true(error instanceof SemanticReleaseError);
|
|
// Verify the log function has been called with a message mentionning the branch
|
|
t.regex(t.context.error.firstCall.args[0], /history of the "master" branch/);
|
|
// Verify the log function has been called with a message mentionning the missing gitHead
|
|
t.regex(t.context.error.firstCall.args[0], new RegExp(`restoring the commit "${commitsBranch[0].hash}"`));
|
|
});
|
|
|
|
test.serial('Throws ENOTINHISTORY error when a tag is not in branch history but present in others', async t => {
|
|
// Create a git repository, set the current working directory at the root of the repo
|
|
await gitRepo();
|
|
// Add commits to the master branch
|
|
await gitCommits(['First', 'Second']);
|
|
// Create the new branch 'other-branch' from master
|
|
await gitCheckout('other-branch');
|
|
// Add commits to the 'other-branch' branch
|
|
await gitCommits(['Third']);
|
|
// Create the tag corresponding to version 1.0.0
|
|
const shaTag = await gitTagVersion('v1.0.0');
|
|
await gitCheckout('master', false);
|
|
// Add new commit to the master branch
|
|
await gitCommits(['Forth']);
|
|
|
|
// Retrieve the commits with the commits module
|
|
const error = await t.throws(getCommits({version: '1.0.0'}, 'master', t.context.logger));
|
|
// Verify error code and type
|
|
t.is(error.code, 'ENOTINHISTORY');
|
|
t.true(error instanceof SemanticReleaseError);
|
|
// Verify the log function has been called with a message mentionning the branch
|
|
t.regex(t.context.error.firstCall.args[0], /history of the "master" branch/);
|
|
// Verify the log function has been called with a message mentionning the missing gitHead
|
|
t.regex(t.context.error.firstCall.args[0], new RegExp(`restoring the commit "${shaTag}"`));
|
|
});
|