import { Eltro as t, assert} from 'eltro' import fs from 'fs/promises' import Util from '../core/util.mjs' import { defaults } from '../core/defaults.mjs' const isWindows = process.platform === 'win32' t.describe('#getPathFromRoot()', function() { t.test('should return file relative to root', async function() { var util = new Util(import.meta.url) let path = util.getPathFromRoot('') if (isWindows) { assert.ok(path.endsWith('\\test\\')) } else { assert.ok(path.endsWith('/test/')) } path = util.getPathFromRoot('../core/http.mjs') if (isWindows) { assert.ok(path.endsWith('\\core\\http.mjs')) } else { assert.ok(path.endsWith('/core/http.mjs')) } let stat = await fs.stat(util.getPathFromRoot('../core/core.mjs')) assert.ok(stat.size > 0) }) }) t.describe('#getUrlFromRoot()', function() { t.test('should return an import compatible path', async function() { var util = new Util(import.meta.url) let data = await import(util.getUrlFromRoot('template.mjs')) assert.deepStrictEqual(data.default, { a: 1 }) }) }) t.describe('#get7zipExecutable()', function() { var util = new Util(import.meta.url) if (process.platform === 'win32') { console.log('Adding 7zip windows exe path test') t.test('should return windows executable path', function() { assert.ok(util.get7zipExecutable().endsWith('\\service-core\\bin\\7zdec.exe'), `${util.get7zipExecutable()} should end with 7zdec.exe`) }) } else { console.log('Adding 7zip linux exe path test') t.test('should return linux executable path', function() { assert.ok(util.get7zipExecutable().endsWith('/service-core/bin/7zdec'), `${util.get7zipExecutable()} should end with 7zdec`) }) } }) t.describe('#getExtension()', function() { var util = new Util(import.meta.url) t.test('should return correct extension on basic extension types', function() { assert.strictEqual(util.getExtension('file.7z'), '.7z') assert.strictEqual(util.getExtension('file.zip'), '.zip') assert.strictEqual(util.getExtension('file.tar'), '.tar') assert.strictEqual(util.getExtension('file.doc'), '.doc') assert.strictEqual(util.getExtension('file.rar'), '.rar') assert.strictEqual(util.getExtension('file.test'), '.test') }) t.test('should support that annoying tar extension', function() { assert.strictEqual(util.getExtension('file.tar.test'), '.tar.test') assert.strictEqual(util.getExtension('file.tar.gz'), '.tar.gz') assert.strictEqual(util.getExtension('file.tar.xz'), '.tar.xz') assert.strictEqual(util.getExtension('file.tar.bz2'), '.tar.bz2') }) }) t.describe('#getApplications()', function() { var util = new Util(import.meta.url) t.test('should fail to find if not a valid object', function() { assert.deepStrictEqual(util.getAppNames({ app: [] }), []) assert.deepStrictEqual(util.getAppNames({ app: 1234 }), []) assert.deepStrictEqual(util.getAppNames({ app: '124124' }), []) assert.deepStrictEqual(util.getAppNames({ app: '' }), []) assert.deepStrictEqual(util.getAppNames({ app: {} }), []) assert.deepStrictEqual(util.getAppNames({ app: null }), []) }) t.test('should return the name of the key if an object with port and provider is found', function() { assert.deepStrictEqual(util.getAppNames({ app: { port: 1234, provider: 'asdf' } }), ['app']) }) t.test('should fail to find if port is missing or port not a number', function() { assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', port: null } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', port: 'asdf' } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', port: '1234' } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', port: 0 } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', port: [] } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 'asdf', port: {} } }), []) }) t.test('should fail to find if provider is missing or not a string', function() { assert.deepStrictEqual(util.getAppNames({ app: { port: 1234 } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: '', port: 1234 } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: null, port: 1234 } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: [], port: 1234 } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: {}, port: 1234 } }), []) assert.deepStrictEqual(util.getAppNames({ app: { provider: 1234, port: 1234 } }), []) }) function getBase(extra = {}) { return defaults({ app: extra }, { app: { provider: 'asdf', port: 1234, } }) } t.test('should fail to find if https is defined but not a boolean', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ https: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ https: false })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ https: true })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ https: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ https: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ https: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ https: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ https: {} })), []) }) t.test('should fail to find if updateEvery is defined but not a valid number', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: 5 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: 1000 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: 0 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: -1 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: -5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ updateEvery: {} })), []) }) t.test('should fail to find if startWaitUntilFail is defined but not a valid number', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: 5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: 15 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: 1000 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: -5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ startWaitUntilFail: {} })), []) }) t.test('should fail to find if heartbeatTimeout is defined but not a valid number', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: 5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: 15 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: 1000 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: -5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatTimeout: {} })), []) }) t.test('should fail to find if heartbeatAttempts is defined but not a valid number', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: 1 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: 15 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: 1000 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: -5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttempts: {} })), []) }) t.test('should fail to find if heartbeatAttemptsWait is defined but not a valid number', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: 5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: 15 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: 1000 })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: -5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatAttemptsWait: {} })), []) }) t.test('should fail to find if heartbeatPath is defined but not a valid string', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: 5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: 15 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: 1000 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: '/asdf' })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: '/1234' })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: -5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: [] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ heartbeatPath: {} })), []) }) t.test('should fail to find if log is defined but not an array', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: 5 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: 'asdf' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: '1234' })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: 0 })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: {} })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: { length:1 } })), []) }) t.test('should fail to find if log has an item but level and either stream or path ', function() { assert.deepStrictEqual(util.getAppNames(getBase()), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: null })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [null] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [5] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [15] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [1000] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: ['asdf'] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: ['1234'] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: ['/asdf'] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: ['/1234'] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [0] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [-5] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [[]] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{}] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: null, path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 5, path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 0, path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: [], path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: {}, path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: '', path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'asdf', path: 'log' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'fatal', path: 'log' }] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'error', path: 'log' }] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'warn', path: 'log' }] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: 'log' }] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'debug', path: 'log' }] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'trace', path: 'log' }] })), ['app']) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: '' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: null }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: 5 }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: 0 }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: [] }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', path: {} }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: '' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: null }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: 5 }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: 0 }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: [] }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: {} }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: 'asdf' }] })), []) assert.deepStrictEqual(util.getAppNames(getBase({ log: [{ level: 'info', stream: 'process.stdout' }] })), ['app']) }) }) t.describe('#verifyConfig()', function() { var util = new Util(import.meta.url) let input t.beforeEach(function() { input = { name: 'test', title: 'Test', description: 'Some description', app: { port: 1234, provider: 'asdf' }, } }) let testMissing = ['name'] testMissing.forEach(function(check) { t.test(`should fail on missing ${check}`, function() { delete input[check] assert.throws(function() { util.verifyConfig(input) }, function(err) { assert.match(err.message, new RegExp(check)) return true }) }) }) let testOptional = ['title', 'description'] testOptional.forEach(function(check) { t.test(`should succeed even if ${check} is missing`, function() { delete input[check] util.verifyConfig(input) }) }) t.test('should succeed if debug port is specified or null', function() { input.debugPort = 1234 util.verifyConfig(input) input.debugPort = null util.verifyConfig(input) }) t.test('should fail if debug port is invalid', function() { let checks = [ [], {}, 0, 'asdf', '1234' ] checks.forEach(function(check) { input.debugPort = check assert.throws(function() { util.verifyConfig(input) }, function(err) { assert.match(err.message, /debugPort/) assert.match(err.message, /number/) return true }) }) }) t.test('should fail if no objects in config', function() { delete input.app assert.throws(function() { util.verifyConfig(input) }, function(err) { assert.match(err.message, /no/) assert.match(err.message, /app/) return true }) }) }) t.describe('#extractFile()', function() { var util = new Util(import.meta.url) t.beforeEach(function() { return Promise.all([ fs.rm('./test/testapp/example.tar', { force: true }), fs.rm('./test/testapp/file1.txt', { force: true }), fs.rm('./test/testapp/file2.txt', { force: true }), ]) }) t.afterEach(function() { return Promise.all([ fs.rm('./test/testapp/example.tar', { force: true }), fs.rm('./test/testapp/file1.txt', { force: true }), fs.rm('./test/testapp/file2.txt', { force: true }), ]) }) t.test('should support extracting 7z file', async function() { await Promise.all([ assert.isRejected(fs.stat(util.getPathFromRoot('./testapp/file1.txt'))), assert.isRejected(fs.stat(util.getPathFromRoot('./testapp/file2.txt'))), ]) let log = '' try { await util.extractFile(util.getPathFromRoot('./testapp/example.7z'), function(msg) { log += msg + '\n' }) } catch (err) { console.log(log) console.log(err) throw err } let stats = await Promise.all([ fs.stat(util.getPathFromRoot('./testapp/file1.txt')), fs.stat(util.getPathFromRoot('./testapp/file2.txt')), ]) assert.strictEqual(stats[0].size, 5) assert.strictEqual(stats[1].size, 5) }) t.test('should support extracting .tar.gz file', async function() { await Promise.all([ assert.isRejected(fs.stat(util.getPathFromRoot('./testapp/file1.txt'))), assert.isRejected(fs.stat(util.getPathFromRoot('./testapp/file2.txt'))), ]) let log = '' try { await util.extractFile(util.getPathFromRoot('./testapp/example.tar.gz'), function(msg) { log += msg + '\n' }) } catch (err) { console.log(log) console.log(err) throw err } let stats = await Promise.all([ fs.stat(util.getPathFromRoot('./testapp/file1.txt')), fs.stat(util.getPathFromRoot('./testapp/file2.txt')), ]) assert.strictEqual(stats[0].size, 5) assert.strictEqual(stats[1].size, 5) await assert.isRejected(fs.stat(util.getPathFromRoot('./testapp/example.tar'))) }) t.test('should stream the process of extracting', async function() { let output = '' try { await util.extractFile(util.getPathFromRoot('./testapp/example.tar.gz'), function(msg) { output += msg + '\n' }) } catch (err) { console.log(output) console.log(err) throw err } assert.match(output, /file1.txt/) assert.match(output, /file2.txt/) assert.strictEqual(output.indexOf('\r\n'), -1) }) })