7b4052470b
- Allow to configure multiple branches to release from - Allow to define a distribution channel associated with each branch - Manage the availability on distribution channels based on git merges - Support regular releases, maintenance releases and pre-releases - Add the `addChannel` plugin step to make an existing release available on a different distribution channel BREAKING CHANGE: the `branch` option has been removed in favor of `branches` The new `branches` option expect either an Array or a single branch definition. To migrate your configuration: - If you want to publish package from multiple branches, please the configuration documentation - If you use the default configuration and want to publish only from `master`: nothing to change - If you use the `branch` configuration and want to publish only from one branch: replace `branch` by `branches` (`"branch": "my-release-branch"` => `"branches": "my-release-branch"`)
87 lines
4.5 KiB
JavaScript
87 lines
4.5 KiB
JavaScript
import test from 'ava';
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import {maintenance, prerelease, release} from '../../lib/definitions/branches';
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test('A "maintenance" branch is identified by having a "range" property or a "name" formatted like "N.x", "N.x.x" or "N.N.x"', t => {
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t.true(maintenance.filter({name: '1.x.x'}));
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t.true(maintenance.filter({name: '1.0.x'}));
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t.true(maintenance.filter({name: '1.x'}));
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t.true(maintenance.filter({name: 'some-name', range: '1.x.x'}));
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t.true(maintenance.filter({name: 'some-name', range: '1.1.x'}));
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t.true(maintenance.filter({name: 'some-name', range: ''}));
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t.true(maintenance.filter({name: 'some-name', range: null}));
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t.true(maintenance.filter({name: 'some-name', range: false}));
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t.false(maintenance.filter({name: 'some-name'}));
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t.false(maintenance.filter({name: '1.0.0'}));
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t.false(maintenance.filter({name: 'x.x.x'}));
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});
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test('A "maintenance" branches must have a "range" property formatted like "N.x", "N.x.x" or "N.N.x"', t => {
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t.true(maintenance.branchValidator({name: 'some-name', range: '1.x.x'}));
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t.true(maintenance.branchValidator({name: 'some-name', range: '1.1.x'}));
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t.false(maintenance.branchValidator({name: 'some-name', range: '^1.0.0'}));
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t.false(maintenance.branchValidator({name: 'some-name', range: '>=1.0.0 <2.0.0'}));
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t.false(maintenance.branchValidator({name: 'some-name', range: '1.0.0'}));
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t.false(maintenance.branchValidator({name: 'some-name', range: 'wrong-range'}));
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t.false(maintenance.branchValidator({name: 'some-name', range: ''}));
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t.false(maintenance.branchValidator({name: 'some-name', range: null}));
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t.false(maintenance.branchValidator({name: 'some-name', range: false}));
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});
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test('The "maintenance" branches must have unique ranges', t => {
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t.true(maintenance.branchesValidator([{range: '1.x.x'}, {range: '1.0.x'}]));
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t.false(maintenance.branchesValidator([{range: '1.x.x'}, {range: '1.x.x'}]));
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t.false(maintenance.branchesValidator([{range: '1.x.x'}, {range: '1.x'}]));
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});
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test('A "prerelease" branch is identified by having a range "prerelease" property', t => {
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t.true(prerelease.filter({name: 'some-name', prerelease: true}));
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t.true(prerelease.filter({name: 'some-name', prerelease: 'beta'}));
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t.true(prerelease.filter({name: 'some-name', prerelease: ''}));
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t.true(prerelease.filter({name: 'some-name', prerelease: null}));
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t.true(prerelease.filter({name: 'some-name', prerelease: false}));
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t.false(prerelease.filter({name: 'some-name'}));
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});
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test('A "prerelease" branch must have a valid prerelease detonation in "prerelease" property or in "name" if "prerelease" is "true"', t => {
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t.true(prerelease.branchValidator({name: 'beta', prerelease: true}));
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t.true(prerelease.branchValidator({name: 'some-name', prerelease: 'beta'}));
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t.false(prerelease.branchValidator({name: 'some-name', prerelease: ''}));
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t.false(prerelease.branchValidator({name: 'some-name', prerelease: null}));
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t.false(prerelease.branchValidator({name: 'some-name', prerelease: false}));
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t.false(prerelease.branchValidator({name: 'some-name', prerelease: '000'}));
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t.false(prerelease.branchValidator({name: 'some-name', prerelease: '#beta'}));
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t.false(prerelease.branchValidator({name: '000', prerelease: true}));
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t.false(prerelease.branchValidator({name: '#beta', prerelease: true}));
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});
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test('The "prerelease" branches must have unique "prerelease" property', t => {
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t.true(prerelease.branchesValidator([{prerelease: 'beta'}, {prerelease: 'alpha'}]));
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t.false(prerelease.branchesValidator([{range: 'beta'}, {range: 'beta'}, {range: 'alpha'}]));
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});
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test('A "release" branch is identified by not havin a "range" or "prerelease" property or a "name" formatted like "N.x", "N.x.x" or "N.N.x"', t => {
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t.true(release.filter({name: 'some-name'}));
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t.false(release.filter({name: '1.x.x'}));
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t.false(release.filter({name: '1.0.x'}));
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t.false(release.filter({name: 'some-name', range: '1.x.x'}));
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t.false(release.filter({name: 'some-name', range: '1.1.x'}));
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t.false(release.filter({name: 'some-name', prerelease: true}));
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t.false(release.filter({name: 'some-name', prerelease: 'beta'}));
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});
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test('There must be between 1 and 3 release branches', t => {
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t.true(release.branchesValidator([{name: 'branch1'}]));
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t.true(release.branchesValidator([{name: 'branch1'}, {name: 'branch2'}]));
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t.true(release.branchesValidator([{name: 'branch1'}, {name: 'branch2'}, {name: 'branch3'}]));
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t.false(release.branchesValidator([]));
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t.false(release.branchesValidator([{name: 'branch1'}, {name: 'branch2'}, {name: 'branch3'}, {name: 'branch4'}]));
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});
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