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1822 1823 1824 1825 1826 1827 | 1x 1x 1x 2x 2x 2x 2x 2x 2x 2x 2x 1x 1x 11x 11x 13x 13x 122x 3x 119x 99x 20x 1x 1x 1x 4x 4x 4x 4x 2x 2x 4x 2x 2x 2x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 2x 2x 2x 9x 2x 2x 11x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 3x 2x 2x 1x 1x 1x 2x 2x 2x 1x 1x 1x 1x 1x 1x 4x 4x 1x 2x 2x 1x 1x 1x 1x 1x 3x 3x 3x 2x 1x 1x 1x 1x 1x 1x 7x 7x 7x 7x 7x 7x 1x 1x 1x 1x 2x 2x 2x 2x 2x 2x 2x 11x 11x 8x 8x 2x 6x 4x 4x 4x 4x 4x 5x 5x 5x 2x 2x 1x 1x 33x 1x 3x 3x 1x 2x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 3x 3x 1x 2x 1x 1x 1x 1x 1x 1x 1x 2x 2x 1x 1x 1x 1x 1x 1x 3x 3x 3x 2x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 3x 3x 1x 2x 1x 1x 1x 1x 2x 2x 2x 1x 1x 1x 1x 1x 2x 2x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 2x 2x 1x 1x 1x 1x 2x 1x 1x 1x 1x 1x 1x 1x 22x 11x 1x 2x 2x 1x 1x 2x 2x 2x 1x 1x 1x 4x 1x 7x 1x 12x 1x 1x 1x 3x 3x 3x 2x 3x 2x 2x 2x 1x 2x 2x 2x 2x 14x 1x 1x 4x 4x 4x 2x 1x 1x 2x 2x 1x 1x 1x 1x 1x 1x 1x 1x 6x 6x 5x 5x 5x 5x 5x 1x 1x 2x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 6x 6x 3x 3x 2x 2x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 10x 10x 5x 5x 2x 2x 2x 2x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 2x 2x 1x 1x 5x 5x 1x 4x 4x | import os from 'os'; import path from 'path'; import _ from 'lodash'; import fmt from 'string-template'; import generator from 'creditcard-generator'; import { pull, uniform, luhnChecksum, asciiUpperCase, asciiLetters, digits, } from './util'; import * as ADDRESS from './locales/int/address'; import * as BUSINESS from './locales/int/business'; import * as CODE from './locales/int/code'; import * as DATETIME from './locales/int/datetime'; import * as DEVELOPMENT from './locales/int/development'; import * as PERSONAL from './locales/int/personal'; import * as FILE from './locales/int/file'; import * as HARDWARE from './locales/int/hardware'; import * as NETWORK from './locales/int/network'; import * as SCIENTIFIC from './locales/int/scientific'; import * as TRANSPORT from './locales/int/transport'; export class DateTime { /** * Class for generate the fake data that you can use for * working with date and time. * @param opts {object} Options * @param [opts.locale=en] {string} Provider locale */ constructor(opts = {}) { const { locale = 'en' } = opts; this.locale = locale; this.data = pull('datetime.json', locale); } /** * Get a random day of week. * @param opts {object} Options * @param [opts.abbr=false] {boolean} Abbreviated name of the day. */ dayOfWeek(opts = {}) { const { abbr = false } = opts; const key = abbr ? 'abbr' : 'name'; return _.sample(this.data.day[key]); } /** * Get a random month. * @param opts {object} Options * @param [opts.abbr=false] {boolean} if True then will be returned abbreviated month name. */ month(opts = {}) { const { abbr = false } = opts; const key = abbr ? 'abbr' : 'name'; return _.sample(this.data.month[key]); } /** * Generate a random year. * @param opts {object} Options * @param [opts.minimum=1990] {number} Minimum value. * @param [opts.maximum=2050] {number} Maximum value */ year(opts = {}) { const { minimum = 1990, maximum = 2050 } = opts; return _.random(minimum, maximum); } /** * Get a random value from list of centuries (roman format). */ century() { return _.sample(DATETIME.ROMAN_NUMS) } /** * Get a random periodicity string. */ periodicity() { return _.sample(this.data.periodicity) } } export class Code { /** * Class for generating codes; * @param opts {object} Options * @param [opts.locale=en] {string} Current locale */ constructor(opts = {}) { const { locale = 'en' } = opts; this.locale = locale; } /** * Generate custom code using ascii uppercase and random integers. * @param opts {object} Options; * @param [opts.mask=@###] {string} Mask of code. * @param [opts.char=@] {string} Placeholder for characters. * @param [opts.digit=#] {string} Placeholder for digits. */ customCode(opts = {}) { const { mask = '@###', char = '@', digit = '#'} = opts; return mask.split('').map((character) => { if (character === char) { return _.sample(asciiUpperCase); } else if (character === digit) { return _.sample(digits); } else { return character; } }).join('') } /** * Get a random locale code (MS-LCID). * See Windows Language Code Identifier Reference for more information. */ localeCode() { return _.sample(CODE.LOCALE_CODES); } /** * Generate a random International Standard Serial Number (ISSN). * @param opts {object} Options * @param [opts.mask=####-####] {string} Code mask */ issn(opts = {}) { const { mask = '####-####' } = opts; return this.customCode({ mask }) } /** * Generate ISBN for current locale. Default is ISBN 10, * but you also can use ISBN-13 * @param opts {object} Options * @param [opts.format=isbn-10] {string} ISBN format. */ isbn(opts = {}) { const { format = 'isbn-10' } = opts; const groups = CODE.ISBN_GROUPS; let mask = format === 'isbn-13' ? '###-{0}-#####-###-#' : '{0}-#####-###-#'; if (Object.keys(groups).includes(this.locale)) { mask = fmt(mask, groups[this.locale]); } else { mask = fmt(mask, groups.default); } return this.customCode({ mask }); } /** * Generate EAN (European Article Number) code. Default is * EAN-13, but you also can use EAN-8. * @param opts {object} Options * @param [opts.format=ean-13] {string} Format of EAN. */ ean(opts = {}) { const { format = 'ean-13' } = opts; const mask = format === 'ean-8' ? '########' : '#############'; return this.customCode({ mask }); } /** * Generate a random IMEI (International Mobile Station Equipment Identity). */ imei() { const num = _.sample(CODE.IMEI_TACS) + this.customCode({mask: '######'}); return num + luhnChecksum(num); } /** * Generate a random PIN code. * @param opts {object} Options * @param [opts.mask=####] {string} Mask for PIN code. */ pin(opts = {}) { const { mask = '####' } = opts; return this.customCode({ mask }); } } /** * Class for generate text data, i.e text, lorem ipsum and another. */ export class Text { constructor(opts = {}) { const { locale = 'en' } = opts; this.locale = locale; this.data = pull('text.json', locale); } /** * Get an alphabet for current locale. * @param opts Options * @param opts.letterCase */ alphabet(opts = {}) { const { letterCase = 'uppercase' } = opts; return this.data.alphabet[letterCase]; } /** * Generate a random level of danger or something else. */ level() { return _.sample(this.data.level) } /** * Generate the text. * @param opts Options * @param opts.quantity Quantity of sentences. */ text(opts = {}) { const { quantity = 5 } = opts; let text = ''; [...Array(quantity)].forEach(() => { text += _.sample(this.data.text) }); return text } /** * Get a random sentence from text. */ sentence() { return this.text(1) } /** * Get the random words. * @param opts Options * @param opts.quantity Quantity of words. Default is 5. */ words(opts = {}) { const { quantity = 5 } = opts; return [...Array(quantity)].map(() => _.sample(this.data.words.normal)) } /** * Get a random word. */ word() { return this.words(1)[0] } /** * Get a random swear word. */ swearWord() { return _.sample(this.data.words.bad) } /** * Get a random quote. */ quote() { return _.sample(this.data.quotes) } /** * Get a random color */ color() { return _.sample(this.data.color) } /** * Generate a random hex color. */ hexColor() { const letters = '0123456789ABCDEF'; return '#' + _.sampleSize(letters, 6).join(''); } /** * Get a random answer in current language. */ answer() { return _.sample(this.data.answers); } } /** * Class for generate fake address data. */ export class Address { constructor(opts = {}) { const { locale = 'en' } = opts; this.locale = locale; this.data = pull('address.json', locale); } /** * Generate a random street number. */ streetNumber() { return _.random(1, 1400) } /** * Get a random street name. */ streetName() { return _.sample(this.data.street.name) } /** * Get a random street suffix. */ streetSuffix() { return _.sample(this.data.street.suffix) } /** * Get a random full address (include Street number, suffix and name). */ address() { Iif (ADDRESS.SHORTENED_ADDRESS_FMT.includes(this.locale)) { if (this.locale !== 'ko') { return fmt(this.data.address_fmt, { st_num: this.streetNumber(), st_name: this.streetName(), }) } } Iif (this.locale === 'ja') { const cities = this.data.city; return fmt(this.data.address_fmt, { city: _.sample(cities), n: _.random(1, 100), nn: _.random(1, 100), nnn: _.random(1, 100), }) } return fmt(this.data.address_fmt, { st_num: this.streetNumber(), st_name: this.streetName(), st_sfx: this.streetSuffix(), }) } /** * Get a random states or subject of country. * @param opts Options * @param opts.abbr If True then return ISO (ISO 3166-2) * code of state/region/province/subject. */ state(opts = {}) { const { abbr = false } = opts; const key = abbr ? 'abbr' : 'name'; return _.sample(this.data.state[key]) } // /** // * Generate a postal code for current locale. // */ // postalCode() { // // } /** * Get a random ISO code of country. * @param opts Options * @param opts.format Format of code (iso2, iso3, numeric). */ countryISO(opts = {}) { const { format = 'iso2' } = opts; const supported = Object.keys(ADDRESS.COUNTRIES_ISO); Iif (!supported.includes(format)) { throw new Error(fmt('Unsupported format. Use: {0}', supported.toString())) } return _.sample(ADDRESS.COUNTRIES_ISO[format]) } /** * Get a random country. */ country() { return _.sample(this.data.country.name) } /** * Get a random city for current locale. */ city() { return _.sample(this.data.city) } /** * Generate a random value of latitude (-90 to +90). */ latitude() { return uniform(-90, 90, 10) } /** * Generate a random value of longitude (-180 to +180). */ longitude() { return uniform(-180, 180, 10) } /** * Generate random geo coordinates. */ coordinates() { return { latitude: this.latitude(), longitude: this.longitude(), } } /** * Get a random continent name or continent * code (code in international format) * @param opts Options * @param opts.code If true returns code. */ continent(opts = {}) { const { code = false } = opts; if (code) { return _.sample(ADDRESS.CONTINENT_CODES) } return _.sample(this.data.continent) } } /** * Class for generating data for business. */ export class Business { constructor(props = {}) { const { locale = 'en' } = props; this.locale = locale; this.data = pull('business.json', locale); } /** * Get a random type of business entity. * @param opts Options * @param opts.abbr If True then return abbreviated company type. */ companyType(opts = {}) { const { abbr = false } = opts; const key = abbr ? 'abbr' : 'title'; return _.sample(this.data.company.type[key]); } /** * Get a random company name. */ company() { return _.sample(this.data.company.name); } /** * Generate a random copyright. */ copyright() { return `© ${this.company()}, ${this.companyType({ abbr: true})}` } /** * Get a currency code. ISO 4217 format. */ currencyISO() { return _.sample(BUSINESS.CURRENCIES); } /** * Generate a random price. * @param opts Options * @param opts.minimum {number} * @param opts.maximum {number} */ price(opts = {}) { const { minimum = 10, maximum = 1000 } = opts; const currencies = BUSINESS.CURRENCY_SYMBOLS; Eif (Object.keys(currencies).includes(this.locale)) { return `${uniform(minimum, maximum, 2)} ${currencies[this.locale]}`; } return `${uniform(minimum, maximum, 2)} ${currencies.default}`; } } /** * Class for generate personal data, i.e names, surnames, * age and another. */ export class Personal { constructor(props = {}) { const { locale = 'en' } = props; this.locale = locale; this.data = pull('personal.json', locale); this.userNames = pull('personal.json', 'en').names; this._store = { age: 0, }; this.customCode = new Code({ locale: 'en' }).customCode; } /** * Get a random integer value. * @param opts Options * @param opts.minimum {number} Minimum value * @param opts.maximum {number} Maximum value */ age(opts = {}) { const { minimum = 16, maximum = 66 } = opts; const num = _.random(minimum, maximum); this._store.age = num; return num } /** * Get a count of child's. Depend on previous generated age. * @param opts Options * @param opts.maxChildren Maximum count of child's. */ childCount(opts = {}) { const { maxChildren = 5 } = opts; const age = this._store.age || this.age(); return age < 18 ? 0 : _.random(0, maxChildren); } /** * Get a work experience. Depend on previous generated age. * @param opts Options * @param opts.startFrom { number} Age then person start to work. */ workExperience(opts = {}) { const { startFrom = 22 } = opts; const age = this._store.age || this.age(); const experience = age - startFrom; return experience < 0 ? 0 : experience; } /** * Get a random name. * @param opts Options * @param opts.gender Person gender; */ name(opts = {}) { const { gender = 'female' } = opts; return _.sample(this.data.names[gender]) } /** * Get a random surname. * @param opts Options * @param opts.gender Person gender; */ surname(opts = {}) { const { gender = 'female' } = opts; if (['ru', 'is', 'uk'].includes(this.locale)) { return _.sample(this.data.surnames[gender]); } return _.sample(this.data.surnames) } /** * Get a random title (prefix/suffix) for name. * @param opts Options * @param opts.gender Person gender; * @param opts.titleType The type of title ('typical' and 'academic'). */ title(opts = {}) { const { gender = 'female', titleType = 'typical' } = opts; return _.sample(this.data.title[gender][titleType]) } /** * Generate a random full name. * @param opts Options * @param opts.gender * @param opts.reversed if true: surname/name else name/surname * @returns {*} */ fullName(opts = {}) { const { gender = 'female', reversed = false } = opts; const string = reversed ? '{1} {0}' : '{0} {1}'; return fmt(string, this.name({ gender }), this.surname({ gender })); } /** * Get a random username with digits. Username generated * from names (en) for all locales. * @param opts Options * @param opts.gender {string} Person gender; */ username(opts = {}) { const { gender = 'female' } = opts; const formats = ['{0}{1}', '{0}_{1}', '{0}-{1}']; return fmt( _.sample(formats), _.sample(this.userNames[gender]).toLowerCase(), _.random(1, 9999) ); }; /** * Generate a random email. * @param opts Options * @param opts.gender Person gender; * @param opts.domains Domains list; Default is gmail, yandex, yahoo, outlook, live; */ email(opts = {}) { const { gender = 'female', domains = NETWORK.EMAIL_DOMAINS } = opts; return `${this.username({ gender })}${_.sample(domains)}` }; /** * Generate a random bitcoin address. Currently supported only two * address formats that are most popular: 'P2PKH' and 'P2SH' */ bitcoin() { const type = _.sample(['1', '3']); const lettersAndDigits = [...digits, ...asciiLetters]; return `${type}${[...Array(33)].map(() => _.sample(lettersAndDigits)).join('')}` } /** * Generate a random card verification value (CVV). */ cvv() { return _.random(100, 999) } /** * Generate a random credit card number. * @param opts Options * @param opts.cardType Issuing Network. Default is Visa. */ creditCardNumber(opts = {}) { const { cardType = 'visa'} = opts; if (['visa', 'vi', 'v'].includes(cardType)) { return generator.GenCC('VISA')[0] } if (['mastercard', 'm', 'mc', 'master'].includes(cardType)) { return generator.GenCC('Mastercard')[0] } Eif (['american_express', 'amex', 'ax', 'a'].includes(cardType)) { return generator.GenCC('Amex')[0] } throw new Error('Unsupported card type') } /** * Generate a random expiration date for credit card. * @param opts Options * @param opts.minimum Date of issue. * @param opts.maximum Maximum of expiration_date. * @returns {string} */ creditCardExpirationDate(opts = {}) { const { minimum = 16, maximum = 25 } = opts; const month = _.random(1, 12); const year = _.random(minimum, maximum); return `${month < 10 ? '0' + month : month}/${year}` } /** * Generate a random CID code. */ cid() { return _.random(1000, 9999) } /** * Generate a random PayPal account. */ paypal() { return this.email(); } // TODO : Add more socials; /** * Generate profile for random social network. * @param opts Options * @param opts.gender Gender of user. */ socialMediaProfile(opts = {}) { const { gender = 'female' } = opts; const urls = [ 'http://facebook.com/{0}', 'http://twitter.com/{0}', 'http://medium.com/@{0}', ]; return fmt(_.sample(urls), this.username(gender)) } /** * Get a random title of gender, code for the representation * of human sexes is an international standard that defines a * representation of human sexes through a language-neutral single-digit * code or symbol of gender. * @param opts Options * @param opts.iso5218 * @param opts.symbol */ gender(opts = {}) { const { iso5218 = false, symbol = false } = opts; // The four codes specified in ISO/IEC 5218 are: // 0 = not known, // 1 = male, // 2 = female, // 9 = not applicable. if (iso5218) { return _.sample([0, 1, 2, 9]) } if (symbol) { return _.sample(PERSONAL.GENDER_SYMBOLS) } return _.sample(this.data.gender) } /** * Generate a random height in M (Meter). * @param opts Options * @param opts.minimum * @param opts.maximum */ height(opts = {}) { const { minimum = 1.5, maximum = 2 } = opts; return uniform(minimum, maximum, 2) } /** * Generate a random weight in Kg. * @param opts Options * @param opts.minimum * @param opts.maximum */ weight(opts = {}) { const { minimum = 38, maximum = 90 } = opts; return uniform(minimum, maximum, 2) } /** * Get a random blood type. */ bloodType() { return _.sample(PERSONAL.BLOOD_GROUPS); } /** * Get a random (LOL) sexual orientation. * @param opts Options * @param opts.symbol Unicode symbol. */ sexualOrientation(opts = {}) { const { symbol = false } = opts; if (symbol) { return _.sample(PERSONAL.SEXUALITY_SYMBOLS); } return _.sample(this.data.sexuality) } /** * Get a random job. */ occupation() { return _.sample(this.data.occupation) } /** * Get a random political views. */ politicalViews() { return _.sample(this.data.political_views) } /** * Get a random worldview. */ worldView() { return _.sample(this.data.worldview) } /** * Get a random view on. */ viewOn() { return _.sample(this.data.views_on) } /** * Get a random nationality. * @param opts Options * @param opts.gender Person gender; */ nationality(opts = {}) { const { gender = 'female' } = opts; const separatedLocales = ['ru', 'uk']; if (separatedLocales.includes(this.locale)) { return _.sample(this.data.nationality[gender]); } return _.sample(this.data.nationality); } /** * Get a random university. */ university() { return _.sample(this.data.university); } /** * Get a random academic degree. */ academicDegree() { return _.sample(this.data.academic_degree); } /** * Get a random language. */ language() { return _.sample(this.data.language); } /** * Get a random movie for current locale. */ favoriteMovie() { return _.sample(this.data.favorite_movie) } /** * Get a random music genre. */ favoriteMusicGenre() { return _.sample(PERSONAL.FAVORITE_MUSIC_GENRE); } /** * Generate a random phone number. */ telephone(opts = {}) { let { mask = null, placeholder = '#' } = opts; if (!mask) { mask = _.sample(this.data.telephone_fmt); } return this.customCode(mask, '@', placeholder) } /** * Generate a random identifier by mask. With this method you can generate * any identifiers that you need. Simply select the mask that you need. * @param opts Options * @param opts.mask */ identifier(opts = {}) { const { mask = '##-##/##'} = opts; return this.customCode({ mask }) } /** * Get a random level of English. */ levelOfEnglish() { return _.sample(PERSONAL.ENGLISH_LEVEL); } } /** * Class for generate fake data for files. */ export class File { /** * Get a random file extension from list. * @param opts Options * @param opts.fileType File type (source, text, data, audio, video, image, * executable, compressed). */ extension(opts = {}) { const { fileType = 'text' } = opts; return _.sample(FILE.EXTENSIONS[fileType]); } /** * Get a random mime type from list. * @param opts Options * @param opts.type Type of media: (application, * image, video, audio, text, message). */ mimeType(opts = {}) { const { type = 'application' } = opts; if (!Object.keys(FILE.MIME_TYPES).includes(type)) { throw new Error('Unsupported mime type!') } return _.sample(FILE.MIME_TYPES[type]) } } /** * Class for getting scientific data */ export class Science { constructor(props = {}) { const { locale = 'en' } = props; this.locale = locale; this.data = pull('science.json', locale); } /** * Get a random mathematical formula. */ mathFormula() { return _.sample(SCIENTIFIC.MATH_FORMULAS); } /** * Generate a random chemical element. * @param opts Options * @param opts.nameOnly If false then will be returned dict. */ chemicalElement(opts = {}) { const { nameOnly = true } = opts; const [name, symbol, number] = _.sample(this.data.chemical_element).split('|'); if (!nameOnly) { return {name, symbol, number}; } return name; } /** * Generate a random link to scientific article on Wikipedia. */ scientificArticle() { return _.sample(this.data.article) } } /** * Class for getting fake data for Developers. */ export class Development { /** * Get a random software license from list. */ softwareLicense() { return _.sample(DEVELOPMENT.LICENSES); } /** * Generate a random version information. */ version() { return fmt('{0}.{1}.{2}', _.random(0, 11), _.random(0, 11), _.random(0, 11)) } /** * Get a random database name. * @param opts Options * @param opts.noSQL only NoSQL databases. */ database(opts = {}) { const { noSQL = false } = opts; if (noSQL) { return _.sample(DEVELOPMENT.NOSQL); } return _.sample(DEVELOPMENT.SQL) } /** * Get a random containerization system. */ container() { return _.sample(DEVELOPMENT.CONTAINER) } /** * Get a random version control system. */ versionControlSystem() { return _.sample(['Git', 'Subversion']) } /** * Get a random programming language from the list. */ programmingLanguage() { return _.sample(DEVELOPMENT.PROGRAMMING_LANGS); } /** * Get a random backend stack. */ backend() { return _.sample(DEVELOPMENT.BACKEND); } /** * Get a random frontend stack. */ frontend() { return _.sample(DEVELOPMENT.FRONTEND); } /** * Get a random operating system or distributive name. */ os() { return _.sample(DEVELOPMENT.OS) } /** * Generate a random question id for StackOverFlow * and return url to a question. */ stackOverflowQuestion() { return `http://stackoverflow.com/questions/${_.random(1000000, 9999999)}` } } /** * Class for Food, i.e fruits, vegetables, berries and other. */ export class Food { constructor(props = {}) { const { locale = 'en' } = props; this.locale = locale; this.data = pull('food.json', locale); } /** * Get a random vegetable. */ vegetable() { return _.sample(this.data.vegetables) } /** * Get a random name of fruit or berry . */ fruit() { return _.sample(this.data.fruits) } /** * Get a random dish for current locale. */ dish() { return _.sample(this.data.dishes) } /** * Get a random spices or herbs. */ spices() { return _.sample(this.data.spices) } /** * Get a random alcoholic drink. */ drink() { return _.sample(this.data.drinks) } } /** * Class for generate data about hardware. */ export class Hardware { /** * Get a random screen resolution. */ resolution() { return _.sample(HARDWARE.RESOLUTIONS); } /** * Get a random size of screen in inch. */ screenSize() { return _.sample(HARDWARE.SCREEN_SIZES); } /** * Get a random CPU name. */ cpu() { return _.sample(HARDWARE.CPU); } /** * Get a random frequency of CPU. */ cpuFrequency() { return `${uniform(1.5, 4.3, 1)}GHz` } /** * Get a random generation. * @param opts Options * @param opts.abbr {boolean} */ generation(opts = {}) { const { abbr = false } = opts; if (abbr) { return _.sample(HARDWARE.GENERATION_ABBR); } return _.sample(HARDWARE.GENERATION); } /** * Get a random CPU code name. */ cpuCodename() { return _.sample(HARDWARE.CPU_CODENAMES); } /** * Get a random RAM type. */ ramType() { return _.sample(['DDR2', 'DDR3', 'DDR4']); } /** * Get a random size of RAM. */ ramSize() { return `${_.sample(['4', '6', '8', '16', '32', '64'])}GB`; } /** * Get a random value from list. */ ssdOrHdd() { return _.sample(HARDWARE.HDD_SSD); } /** * Get a random graphics. */ graphics() { return _.sample(HARDWARE.GRAPHICS); } /** * Get a random manufacturer. */ manufacturer() { return _.sample(HARDWARE.MANUFACTURERS); } /** * Get a random phone model. */ phoneModel() { return _.sample(HARDWARE.PHONE_MODELS); } } /** * Class for generate clothing sizes data */ export class ClothingSizes { /** * Get a random size in international format. */ international() { return _.sample([ 'L', 'M', 'S', 'XL', 'XS', 'XXL', 'XXS', 'XXXL', ]) } /** * Generate a random clothing size in European format. */ european() { const sizes = []; for (let i = 40; i < 62; i++) { if (i % 2 === 0) { sizes.push(i); } } return _.sample(sizes); } /** * Generate clothing size using custom format. * @param opts Options * @param opts.minimum Min value. * @param opts.maximum Max value. */ custom(opts = {}) { const { minimum = 40, maximum = 62 } = opts; return _.random(minimum, maximum); } } /** * Class for generate the internet data. */ export class Internet { /** * Get a random HTTP content type. * @param opts {object} Options * @param opts.mimeType {string} mime type; */ contentType(opts = {}) { const { mimeType = 'application' } = opts; return fmt('Content-Type: {0}', new File().mimeType({ type: mimeType })); } /** * Get a random HTTP status. * @param opts {object} Options * @param opts.codeOnly {boolean} Return only http status code. */ httpStatusCode(opts = {}) { const { codeOnly = true } = opts; const status = _.sample(NETWORK.HTTP_STATUS_CODES); if (codeOnly) { return status.split(' ')[0]; } return status; } /** * Get a random HTTP method. */ httpMethod() { return _.sample(NETWORK.HTTP_METHODS); } /** * Generate a random IPv4 address. */ ipv4() { return [...Array(4)].map(() => (_.random(0, 255))).join('.') } /** * Generate a random IPv6 address. */ ipv6() { return fmt('2001:{0}', [...Array(7)].map(() => _.random(0, Math.pow(16, 4)).toString(16)).join(':') ) } /** * Generate a random MAC address. */ macAddress() { return 'XX:XX:XX:XX:XX:XX'.replace(/X/g, () => ( '0123456789ABCDEF'.charAt(Math.floor(Math.random() * 16)) )); } /** * Get a random emoji shortcut code. */ emoji() { return _.sample(NETWORK.EMOJI); } /** * Generate a link to the image placeholder. * @param opts Options * @param opts.width {number} Image width * @param opts.height {number} Image height */ imagePlaceholder(opts = {}) { const { width = 400, height = 300} = opts; return fmt('http://placehold.it/{width}x{height}', { width, height }) } /** * Get a random beautiful stock image that hosted on Unsplash.com * @param opts Options * @param opts.category {string} Category of image. Available: 'buildings', 'food', * 'nature', 'people', 'technology', 'objects'. * @param opts.width {number} Image width * @param opts.height {number} Image height */ stockImage(opts = {}) { let { category = null, width = 1900, height = 1080} = opts; const categories = [ 'buildings', 'food', 'nature', 'people', 'technology', 'objects' ]; if (!category || !categories.includes(category)) { category = _.sample(categories); } return fmt( 'https://source.unsplash.com/category/{category}/{width}x{height}', { category, width, height } ); } /** * Get image by keyword; * @param opts Options * @param opts.keyword {string} Image keyword. Available: 'cat', 'girl', 'boy', 'beauty', 'nature', * 'woman', 'man', 'tech', 'space' */ imageByKeyword(opts = {}) { let { keyword = null } = opts; const keywords = [ 'cat', 'girl', 'boy', 'beauty', 'nature', 'woman', 'man', 'tech', 'space' ]; if (!keyword) { keyword = _.sample(keywords); } return fmt('https://source.unsplash.com/weekly?{0}', keyword) } // TODO: Add locale option for hashtags; /** * Create a list of hashtags (for Instagram, Twitter etc.) * @param opts Options * @param opts.quantity {number} The quantity of hashtags. * @param opts.category {string} Available categories: general, girls, love, * boys, friends, family, nature, travel, cars, sport, tumblr. */ hashtags(opts = {}) { const { quantity = 4, category = 'general'} = opts; const hashtags = NETWORK.HASHTAGS[category]; Iif (quantity === 1) { return _.sample(hashtags); } return [...Array(quantity)].map(() => (_.sample(hashtags))); } /** * Generate a random home page. * @param opts Options * @param opts.gender {string} Gender of author of site. */ homePage(opts = {}) { const { gender = 'female' } = opts; return fmt('http://www.{0}{1}', new Personal().username({ gender }), _.sample(NETWORK.DOMAINS)) } /** * Get a random subreddit from the list. * @param opts Options * @param opts.nsfw {boolean} NSFW subreddit. * @param opts.fullUrl {boolean} Full URL address */ subReddit(opts = {}) { const { nsfw = false, fullUrl = false } = opts; const url = 'http://www.reddit.com'; if (!nsfw) { if (!fullUrl) { return _.sample(NETWORK.SUBREDDITS); } return fmt('{0}{1}', url, _.sample(NETWORK.SUBREDDITS)); } const nsfwSr = _.sample(NETWORK.SUBREDDITS_NSFW); return fullUrl ? fmt('{0}{1}', url, nsfwSr) : nsfwSr; } /** * Get a random user agent. */ userAgent() { return _.sample(NETWORK.USER_AGENTS); } } /** * Class that provides dummy data about transport. */ export class Transport { constructor() { this._model = new Code().customCode; } /** * Generate a truck model. * @param opts Options * @param opts.modelMask {string} Mask of truck model. Here '@' is a \ * placeholder of characters and '#' is a placeholder of digits. */ truck(opts = {}) { const { modelMask = '#### @@'} = opts; return fmt('{0}-{1}', _.sample(TRANSPORT.TRUCKS), this._model({ mask: modelMask })); } /** * Get a random vehicle. */ car() { return _.sample(TRANSPORT.CARS); } /** * Generate a dummy airplane model. * @param opts Options * @param opts.modelMask {string} Mask of airplane model. Here '@' is a \ * placeholder of characters and '#' is a placeholder of digits. */ airplane(opts = {}) { const { modelMask = '###' } = opts; return fmt('{0} {1}', _.sample(TRANSPORT.AIRPLANES), this._model({ mask: modelMask })); } } /** * Class that provides methods and property for generate paths. */ export class Path { constructor() { this._personanl = new Personal(); }; /** * Generate a root dir path. */ root() { Iif (os.platform() === 'win32') { return 'C:\\\\'; } return '/'; } /** * Generate a home path. */ home() { Iif (os.platform() === 'win32') { return `${this.root()}Users\\\\` } return `${this.root()}home/` } /** * Generate a random user. * @param opts Options * @param opts.gender {string} Gender of user. */ user(opts = {}) { const { gender = 'female' } = opts; const user = this._personanl.name({ gender }); return `${this.home()}${user}` } /** * Generate a random path to user's folders. * @param opts Options * @param opts.gender {string} Gender of user */ usersFolder(opts = {}) { const { gender = 'female' } = opts; return path.join(this.user({ gender }), _.sample(DEVELOPMENT.FOLDERS)); } /** * Generate a random path to development directory. * @param opts Options * @param opts.gender {string} Gender of user */ devDir(opts = {}) { const { gender = 'female' } = opts; const devFolders = ['dev', 'development']; return path.join( this.user({ gender }), _.sample(devFolders), _.sample(DEVELOPMENT.PROGRAMMING_LANGS) ) } /** * Generate a random path to project directory. * @param opts Options * @param opts.gender {string} Gender of user */ projectDir(opts = {}) { const { gender = 'female' } = opts; return path.join( this.devDir({ gender }), _.sample(DEVELOPMENT.PROJECT_NAMES) ); } } /** * 11 */ export class UnitSystem { /** * Get a mass unit name. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ mass(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'gr' } return 'gram' } /** * @param opts Options * @param opts.symbol {boolean} */ information(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'b'; } return 'byte' } /** * Get the thermodynamic temperature unit name. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ thermodynamicTemperature(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'K'; } return 'kelvin' } /** * Get unit name of amount of substance. * @param opts Options * @param opts.symbol {boolean} Symbol of unit */ amountOfSubstance(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'mol'; } return 'mole' } /** * Get unit name of angle. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ angle(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'r'; } return 'radian'; } /** * Get unit name if solid angle * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ solidAngle(opts = {}) { const { symbol = false } = opts; if (symbol) { return '㏛'; } return 'steradian' } /** * Get unit name of frequency. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ frequency(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'Hz'; } return 'hertz' } /** * Get unit name of force. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ force(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'N'; } return 'newton'; } /** * Get unit name of pressure. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ pressure(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'P'; } return 'pascal'; } /** * Get unit name of energy. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ energy(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'J'; } return 'joule' } /** * Get unit name of power. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ power(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'W'; } return 'watt'; } /** * @param opts Options * @param opts.symbol {boolean} */ flux(opts = {}) { const { symbol = true } = opts; return this.power({ symbol }) } /** * Get unit name of electric charge. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ electricCharge(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'C'; } return 'coulomb'; } /** * Get unit name of voltage. * @param opts Options * @param opts.symbol {boolean} Symbol of unit; */ voltage(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'V'; } return 'volt'; } /** * Get unit name of electric capacitance. * @param opts Options * @param opts.symbol {boolean} Symbol of unit; */ electricCapacitance(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'F'; } return 'farad'; } /** * Get name of electric resistance. * @param opts Options * @param opts.symbol {boolean} Symbol of unit; */ electricResistance(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'Ω'; } return 'ohm'; } impedance(opts = {}) { const { symbol = false } = opts; return this.electricResistance({ symbol }); } reactance(opts = {}) { const { symbol = false } = opts; return this.electricResistance({ symbol }); } /** * Get unit name of electrical conductance. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ electricalConductance(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'S'; } return 'siemens' } /** * Get unit name of magnetic flux. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ magnetic_flux(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'Wb'; } return 'weber'; } /** * Get unit name of magnetic flux density. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ magneticFluxDensity(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'T'; } return 'tesla'; } /** * Get unit name of inductance. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ inductance(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'H'; } return 'henry'; } /** * Get unit name of temperature. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ temperature(opts = {}) { const { symbol = false } = opts; if (symbol) { return '°C'; } return 'Celsius'; } /** * Get unit name of radioactivity. * @param opts Options * @param opts.symbol {boolean} Symbol of unit. */ radioactivity(opts = {}) { const { symbol = false } = opts; if (symbol) { return 'Bq'; } return 'becquerel'; } /** * Get a random prefix for the International System of Units (SI) * @param opts Options * @param opts.sign {string} Sing of number (positive, negative); * @param opts.symbol {boolean} Return symbol of prefix. */ prefix(opts = {}) { const { sign = 'positive', symbol = false } = opts; if (!['positive', 'negative'].includes(sign)) { throw new Error(`Unsupported sign. Use: 'positive' or 'negative'`); } const prefixes = symbol ? SCIENTIFIC.SI_PREFIXES._sym_ : SCIENTIFIC.SI_PREFIXES; return _.sample(prefixes[sign]) } } |