setup-java/__tests__/distributors/base-installer.test.ts

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import * as tc from '@actions/tool-cache';
import * as core from '@actions/core';
import * as util from '../../src/util';
import path from 'path';
import * as semver from 'semver';
import { JavaBase } from '../../src/distributions/base-installer';
import {
JavaDownloadRelease,
JavaInstallerOptions,
JavaInstallerResults
} from '../../src/distributions/base-models';
class EmptyJavaBase extends JavaBase {
constructor(installerOptions: JavaInstallerOptions) {
super('Empty', installerOptions);
}
protected async downloadTool(javaRelease: JavaDownloadRelease): Promise<JavaInstallerResults> {
return {
version: '11.0.8',
path: `/toolcache/${this.toolcacheFolderName}/11.0.8/${this.architecture}`
};
}
protected async findPackageForDownload(range: string): Promise<JavaDownloadRelease> {
const availableVersion = '11.0.8';
if (!semver.satisfies(availableVersion, range)) {
throw new Error('Available version not found');
}
return {
version: availableVersion,
url: `some/random_url/java/${availableVersion}`
};
}
}
describe('findInToolcache', () => {
const actualJavaVersion = '11.1.10';
const javaPath = path.join('Java_Empty_jdk', actualJavaVersion, 'x64');
let mockJavaBase: EmptyJavaBase;
let spyGetToolcachePath: jest.SpyInstance;
let spyTcFindAllVersions: jest.SpyInstance;
beforeEach(() => {
spyGetToolcachePath = jest.spyOn(util, 'getToolcachePath');
spyTcFindAllVersions = jest.spyOn(tc, 'findAllVersions');
});
afterEach(() => {
jest.resetAllMocks();
jest.clearAllMocks();
jest.restoreAllMocks();
});
it.each([
[
{ version: '11', architecture: 'x64', packageType: 'jdk' },
{ version: actualJavaVersion, path: javaPath }
],
[
{ version: '11.1', architecture: 'x64', packageType: 'jdk' },
{ version: actualJavaVersion, path: javaPath }
],
[
{ version: '11.1.10', architecture: 'x64', packageType: 'jdk' },
{ version: actualJavaVersion, path: javaPath }
],
[{ version: '11', architecture: 'x64', packageType: 'jre' }, null],
[{ version: '8', architecture: 'x64', packageType: 'jdk' }, null],
[{ version: '11', architecture: 'x86', packageType: 'jdk' }, null],
[{ version: '11', architecture: 'x86', packageType: 'jre' }, null]
])(`should find java for path %s -> %s`, (input, expected) => {
spyTcFindAllVersions.mockReturnValue([actualJavaVersion]);
spyGetToolcachePath.mockImplementation(
(toolname: string, javaVersion: string, architecture: string) => {
const semverVersion = new semver.Range(javaVersion);
if (path.basename(javaPath) !== architecture || !javaPath.includes(toolname)) {
return '';
}
return semver.satisfies(actualJavaVersion, semverVersion) ? javaPath : '';
}
);
mockJavaBase = new EmptyJavaBase(input);
expect(mockJavaBase['findInToolcache']()).toEqual(expected);
});
it.each([
['11', '11.0.3'],
['11.0', '11.0.3'],
['11.0.1', '11.0.1'],
['11.0.3', '11.0.3'],
['15', '15.0.2'],
['x', '15.0.2'],
['x-ea', '17.4.4-ea'],
['11-ea', '11.3.2-ea'],
['11.2-ea', '11.2.1-ea'],
['11.2.1-ea', '11.2.1-ea']
])('should choose correct java from tool-cache for input %s', (input, expected) => {
spyTcFindAllVersions.mockReturnValue([
'17.4.4-ea',
'11.0.2',
'15.0.2',
'11.0.3',
'11.2.1-ea',
'11.3.2-ea',
'11.0.1'
]);
spyGetToolcachePath.mockImplementation(
(toolname: string, javaVersion: string, architecture: string) =>
`/hostedtoolcache/${toolname}/${javaVersion}/${architecture}`
);
mockJavaBase = new EmptyJavaBase({ version: input, architecture: 'x64', packageType: 'jdk' });
const foundVersion = mockJavaBase['findInToolcache']();
expect(foundVersion?.version).toEqual(expected);
});
});
describe('setupJava', () => {
const actualJavaVersion = '11.1.10';
const javaPath = path.join('Java_Empty_jdk', actualJavaVersion, 'x86');
let mockJavaBase: EmptyJavaBase;
let spyGetToolcachePath: jest.SpyInstance;
let spyTcFindAllVersions: jest.SpyInstance;
let spyCoreDebug: jest.SpyInstance;
let spyCoreInfo: jest.SpyInstance;
let spyCoreExportVariable: jest.SpyInstance;
let spyCoreAddPath: jest.SpyInstance;
let spyCoreSetOutput: jest.SpyInstance;
beforeEach(() => {
spyGetToolcachePath = jest.spyOn(util, 'getToolcachePath');
spyGetToolcachePath.mockImplementation(
(toolname: string, javaVersion: string, architecture: string) => {
const semverVersion = new semver.Range(javaVersion);
if (path.basename(javaPath) !== architecture || !javaPath.includes(toolname)) {
return '';
}
return semver.satisfies(actualJavaVersion, semverVersion) ? javaPath : '';
}
);
spyTcFindAllVersions = jest.spyOn(tc, 'findAllVersions');
spyTcFindAllVersions.mockReturnValue([actualJavaVersion]);
// Spy on core methods
spyCoreDebug = jest.spyOn(core, 'debug');
spyCoreDebug.mockImplementation(() => undefined);
spyCoreInfo = jest.spyOn(core, 'info');
spyCoreInfo.mockImplementation(() => undefined);
spyCoreAddPath = jest.spyOn(core, 'addPath');
spyCoreAddPath.mockImplementation(() => undefined);
spyCoreExportVariable = jest.spyOn(core, 'exportVariable');
spyCoreExportVariable.mockImplementation(() => undefined);
spyCoreSetOutput = jest.spyOn(core, 'setOutput');
spyCoreSetOutput.mockImplementation(() => undefined);
});
afterEach(() => {
jest.resetAllMocks();
jest.clearAllMocks();
jest.restoreAllMocks();
});
it.each([
[
{ version: '11', architecture: 'x86', packageType: 'jdk' },
{ version: actualJavaVersion, path: javaPath }
],
[
{ version: '11.1', architecture: 'x86', packageType: 'jdk' },
{ version: actualJavaVersion, path: javaPath }
],
[
{ version: '11.1.10', architecture: 'x86', packageType: 'jdk' },
{ version: actualJavaVersion, path: javaPath }
]
])('should find java locally for %s', (input, expected) => {
mockJavaBase = new EmptyJavaBase(input);
expect(mockJavaBase.setupJava()).resolves.toEqual(expected);
expect(spyGetToolcachePath).toHaveBeenCalled();
});
it.each([
[
{ version: '11', architecture: 'x86', packageType: 'jre' },
{ path: `/toolcache/Java_Empty_jre/11.0.8/x86`, version: '11.0.8' }
],
[
{ version: '11', architecture: 'x64', packageType: 'jdk' },
{ path: `/toolcache/Java_Empty_jdk/11.0.8/x64`, version: '11.0.8' }
],
[
{ version: '11', architecture: 'x64', packageType: 'jre' },
{ path: `/toolcache/Java_Empty_jre/11.0.8/x64`, version: '11.0.8' }
]
])('download java with configuration %s', async (input, expected) => {
mockJavaBase = new EmptyJavaBase(input);
await expect(mockJavaBase.setupJava()).resolves.toEqual(expected);
expect(spyGetToolcachePath).toHaveBeenCalled();
expect(spyCoreAddPath).toHaveBeenCalled();
expect(spyCoreExportVariable).toHaveBeenCalled();
expect(spyCoreSetOutput).toHaveBeenCalled();
});
it.each([
[{ version: '15', architecture: 'x86', packageType: 'jre' }],
[{ version: '11.0.7', architecture: 'x64', packageType: 'jre' }]
])('should throw an error for Available version not found for %s', async input => {
mockJavaBase = new EmptyJavaBase(input);
await expect(mockJavaBase.setupJava()).rejects.toThrowError('Available version not found');
expect(spyTcFindAllVersions).toHaveBeenCalled();
expect(spyCoreAddPath).not.toHaveBeenCalled();
expect(spyCoreExportVariable).not.toHaveBeenCalled();
expect(spyCoreSetOutput).not.toHaveBeenCalled();
});
});
describe('normalizeVersion', () => {
const DummyJavaBase = JavaBase as any;
it.each([
['11', { version: '11', stable: true }],
['11.0', { version: '11.0', stable: true }],
['11.0.10', { version: '11.0.10', stable: true }],
['11-ea', { version: '11', stable: false }],
['11.0.2-ea', { version: '11.0.2', stable: false }]
])('normalizeVersion from %s to %s', (input, expected) => {
expect(DummyJavaBase.prototype.normalizeVersion.call(null, input)).toEqual(expected);
});
it('normalizeVersion should throw an error for non semver', () => {
const version = '11g';
expect(DummyJavaBase.prototype.normalizeVersion.bind(null, version)).toThrowError(
`The string '${version}' is not valid SemVer notation for a Java version. Please check README file for code snippets and more detailed information`
);
});
});