import 'typings-test' import * as smartfile from '../dist/index' import beautylog = require('beautylog') let gulp = require('gulp') let gFunction = require('gulp-function') import path = require('path') import * as should from 'should' let vinyl = require('vinyl') describe('smartfile'.yellow, function () { describe('.fs'.yellow, function () { describe('.fileExistsSync'.yellow, function () { it('should return an accurate boolean', function () { should(smartfile.fs.fileExistsSync('./test/mytest.json')).be.true() should(smartfile.fs.fileExistsSync('./test/notthere.json')).be.false() }) }) describe('.fileExists'.yellow, function () { it('should return a working promise', function () { should(smartfile.fs.fileExists('./test/mytest.json')).be.Promise() should(smartfile.fs.fileExists('./test/mytest.json')).be.fulfilled() should(smartfile.fs.fileExists('./test/notthere.json')).not.be.fulfilled() }) }) describe('.listFoldersSync()', function () { it('should get the file type from a string', function () { should(smartfile.fs.listFoldersSync('./test/')).containDeep(['testfolder']) should(smartfile.fs.listFoldersSync('./test/')).not.containDeep(['notExistentFolder']) }) }) describe('.listFolders()', function () { it('should get the file type from a string', function (done) { smartfile.fs.listFolders('./test/') .then(function (folderArrayArg) { should(folderArrayArg).containDeep(['testfolder']) should(folderArrayArg).not.containDeep(['notExistentFolder']) done() }) }) }) describe('.listFilesSync()', function () { it('should get the file type from a string', function () { should(smartfile.fs.listFilesSync('./test/')).containDeep(['mytest.json']) should(smartfile.fs.listFilesSync('./test/')).not.containDeep(['notExistentFile']) should(smartfile.fs.listFilesSync('./test/', /mytest\.json/)).containDeep(['mytest.json']) should(smartfile.fs.listFilesSync('./test/', /mytests.json/)).not.containDeep(['mytest.json']) }) }) describe('.listFiles()', function () { it('should get the file type from a string', function (done) { smartfile.fs.listFiles('./test/') .then(function (folderArrayArg) { should(folderArrayArg).containDeep(['mytest.json']) should(folderArrayArg).not.containDeep(['notExistentFile']) done() }) }) }) describe('.listFileTree()', function () { it('should get a file tree', function (done) { smartfile.fs.listFileTree(path.resolve('./test/'), '**/*.txt') .then(function (folderArrayArg) { should(folderArrayArg).containDeep(['testfolder/testfile1.txt']) should(folderArrayArg).not.containDeep(['mytest.json']) done() }) }) }) describe('.copy()'.yellow, function () { it('should copy a directory', function () { smartfile.fs.copy('./test/testfolder/', './test/temp/') }) it('should copy a file', function () { smartfile.fs.copy('./test/mytest.yaml', './test/temp/') }) it('should copy a file and rename it', function () { smartfile.fs.copy('./test/mytest.yaml', './test/temp/mytestRenamed.yaml') }) }) describe('.remove()', function () { it('should remove an entire directory', function () { }) it('should remove single files', function () { }) }) }) describe('.interpreter', function () { describe('.filetype()', function () { it('should get the file type from a string', function () { should(smartfile.interpreter.filetype('./somefolder/data.json')).equal('json') }) }) }) describe('.fs'.yellow, function () { describe('toGulpStreamSync() and toGulpDestSync', function () { it('should produce a gulp stream', function (done) { smartfile.fs.toGulpStreamSync('./test/my*') .pipe(smartfile.fs.toGulpDestSync('./test/temp/')) .pipe(gFunction(done, 'atEnd')) }) }) describe('.toObjectSync()'.yellow, function () { it('should read an ' + '.yaml'.blue + ' file to an object', function () { let testData = smartfile.fs.toObjectSync('./test/mytest.yaml') should(testData).have.property('key1', 'this works') should(testData).have.property('key2', 'this works too') }) it('should state unknown file type for unknown file types', function () { let testData = smartfile.fs.toObjectSync('./test/mytest.txt') }) it('should read an ' + '.json'.blue + ' file to an object', function () { let testData = smartfile.fs.toObjectSync('./test/mytest.json') should(testData).have.property('key1', 'this works') should(testData).have.property('key2', 'this works too') }) }) describe('.toStringSync()'.yellow, function () { it('should read a file to a string', function () { should.equal( smartfile.fs.toStringSync('./test/mytest.txt'), 'Some TestString &&%$' ) }) }) describe('.toVinylSync'.yellow, function () { it('should read an ' + '.json OR .yaml'.blue + ' file to an ' + 'vinyl file object'.cyan, function () { let testData = smartfile.fs.toVinylSync('./test/mytest.json') should(vinyl.isVinyl(testData)).be.true() }) }) }) describe('.memory', function () { describe('.toGulpStream()', function () { it('should produce a valid gulp stream', function () { let localArray = ['test1', 'test2', 'test3'] smartfile.memory.toGulpStream(localArray) .pipe(gulp.dest('./test/temp/')) }) }) describe('toVinylFileSync()', function () { it('should produce a vinylFile', function () { let localString = 'myString' let localOptions = { filename: 'vinylfile2', base: '/someDir' } should(smartfile.memory.toVinylFileSync(localString, localOptions) instanceof vinyl).be.true() }) }) describe('toVinylArraySync()', function () { it('should produce a an array of vinylfiles', function () { let localStringArray = ['string1', 'string2', 'string3'] let localOptions = { filename: 'vinylfile2', base: '/someDir' } let testResult = smartfile.memory.toVinylArraySync(localStringArray, localOptions) should(testResult).be.Array() should(testResult.length === 3).be.true() for (let myKey in testResult) { should(testResult[myKey] instanceof vinyl).be.true() } }) }) describe('toStringSync()', function () { it('should produce a String from vinyl file', function () { let localString = smartfile.memory.toStringSync(new vinyl({ base: '/', path: '/test.txt', contents: new Buffer('myString') })) should(localString).equal('myString') }) }) describe('toFs()', function () { it('should write a file to disk and return a promise', function (done) { let localString = 'myString' smartfile.memory.toFs( localString, path.join(process.cwd(), './test/temp/testMemToFs.txt') ).then(done) }) }) describe('toFsSync()', function () { it('should write a file to disk and return true if successfull', function () { let localString = 'myString' smartfile.memory.toFsSync( localString, path.join(process.cwd(), './test/temp/testMemToFsSync.txt') ) }) }) }) describe('.remote', function () { describe('toGulpStreamSync()', function () { it('should produce a gulp stream', function (done) { this.timeout(5000) smartfile.remote.toGulpStreamSync( 'mytest.txt', 'https://raw.githubusercontent.com/pushrocks/smartfile/master/test/' ).pipe(smartfile.fs.toGulpDestSync('./test/temp/')) .pipe(gFunction(done, 'atEnd')) }) }) describe('.toString()', function () { it('should load a remote file to a variable', function (done) { this.timeout(5000) smartfile.remote.toString( 'https://raw.githubusercontent.com/pushrocks/smartfile/master/test/mytest.txt' ).then(function (responseString) { should.equal(responseString, 'Some TestString &&%$') done() }) }) it('should reject a Promise when the link is false', function (done) { this.timeout(10000) smartfile.remote.toString('https://push.rocks/doesnotexist.txt') .then(function () { throw new Error('this test should not be resolved') }, function () { done() }) }) }) }) })