project-braingames-simply/dist/games.js

brain-games project

'use strict';

Object.defineProperty(exports, "__esModule", {
  value: true
});
exports.runGcdGame = exports.runCalcGame = exports.runEvenGame = undefined;

var _readlineSync = require('readline-sync');

var _readlineSync2 = _interopRequireDefault(_readlineSync);

var _commonFuncs = require('./commonFuncs');

function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }

var getRandom = function getRandom(minNum, maxNum) {
  var min = minNum || 0;
  var max = maxNum || 100;
  return Math.floor(Math.random() * (max - min + 1)) + min;
};

var isCorrect = function isCorrect(user, userAnswer, rightAnswer) {
  if (userAnswer === rightAnswer) {
    console.log('Correct!');
  } else {
    console.log('"' + userAnswer + '" is wrong answer ;(. Correct answer was "' + rightAnswer + '"');
    console.log('Let\'s try again, ' + user + '!');
  }
  return userAnswer === rightAnswer;
};

var getGCD = function getGCD(a, b) {
  var maxNum = a > b ? a : b;
  var gcd = 1;
  for (var i = 1; i <= maxNum; i += 1) {
    if (a % i === 0 && b % i === 0) gcd = i;
  }
  return gcd;
};

var runEvenGame = function runEvenGame(user, times) {
  if (!user) (0, _commonFuncs.welcome)();
  console.log('Answer "yes" if number even otherwise answer "no".');
  var runTimes = times || 3;
  var userName = user || (0, _commonFuncs.askName)();
  for (var i = 0; i < runTimes; i += 1) {
    var numQuestion = getRandom();
    console.log('Question: ' + numQuestion);
    var rightAnswer = numQuestion % 2 === 0 ? 'yes' : 'no';
    var userAnswer = _readlineSync2.default.question('Your answer: ');
    if (!isCorrect(userName, userAnswer, rightAnswer)) return;
  }
  console.log('Congratulations, ' + userName + '!');
};

var runCalcGame = function runCalcGame(user, times) {
  if (!user) (0, _commonFuncs.welcome)();
  console.log('What is the result of the expression?');
  var runTimes = times || 3;
  var userName = user || (0, _commonFuncs.askName)();
  var expressionType = ['add', 'substract', 'multiply'];
  var expressionTypeLength = expressionType.length - 1;
  var add = function add(a, b) {
    return a + b;
  };
  var substract = function substract(a, b) {
    return a - b;
  };
  var multiply = function multiply(a, b) {
    return a * b;
  };
  for (var i = 0; i < runTimes; i += 1) {
    var a = getRandom();
    var b = getRandom();
    var expressionTypeNumber = getRandom(0, expressionTypeLength);
    var rightAnswer = void 0;
    var userAnswer = void 0;
    switch (expressionTypeNumber) {
      case 0:
        console.log('Question: ' + a + ' + ' + b);
        rightAnswer = add(a, b);
        userAnswer = _readlineSync2.default.question('Your answer: ');
        break;
      case 1:
        console.log('Question: ' + a + ' - ' + b);
        rightAnswer = substract(a, b);
        userAnswer = _readlineSync2.default.question('Your answer: ');
        break;
      case 2:
        console.log('Question: ' + a + ' * ' + b);
        rightAnswer = multiply(a, b);
        userAnswer = _readlineSync2.default.question('Your answer: ');
        break;
      default:
        break;
    }
    if (!isCorrect(userName, Number(userAnswer), rightAnswer)) return;
  }
  console.log('Congratulations, ' + userName + '!');
};

var runGcdGame = function runGcdGame(user, times) {
  if (!user) (0, _commonFuncs.welcome)();
  console.log('Find the greatest common divisor of given numbers.');
  var runTimes = times || 3;
  var userName = user || (0, _commonFuncs.askName)();
  for (var i = 0; i < runTimes; i += 1) {
    var multiply = getRandom(1, 10);
    var a = getRandom(1, 10) * multiply;
    var b = getRandom(1, 10) * multiply;
    var rightAnswer = getGCD(a, b);
    console.log('Question: ' + a + ' ' + b);
    var userAnswer = _readlineSync2.default.question('Your answer: ');
    if (!isCorrect(userName, Number(userAnswer), rightAnswer)) return;
  }
  console.log('Congratulations, ' + userName + '!');
};

exports.runEvenGame = runEvenGame;
exports.runCalcGame = runCalcGame;
exports.runGcdGame = runGcdGame;
//# sourceMappingURL=data:application/json;charset=utf-8;base64,{"version":3,"sources":["../src/games.js"],"names":["getRandom","minNum","maxNum","min","max","Math","floor","random","isCorrect","user","userAnswer","rightAnswer","console","log","getGCD","a","b","gcd","i","runEvenGame","times","runTimes","userName","numQuestion","readlineSync","question","runCalcGame","expressionType","expressionTypeLength","length","add","substract","multiply","expressionTypeNumber","Number","runGcdGame"],"mappings":";;;;;;;AAAA;;;;AACA;;;;AAEA,IAAMA,YAAY,SAAZA,SAAY,CAACC,MAAD,EAASC,MAAT,EAAoB;AACpC,MAAMC,MAAMF,UAAU,CAAtB;AACA,MAAMG,MAAMF,UAAU,GAAtB;AACA,SAAOG,KAAKC,KAAL,CAAWD,KAAKE,MAAL,MAAiBH,MAAMD,GAAN,GAAY,CAA7B,CAAX,IAA8CA,GAArD;AACD,CAJD;;AAMA,IAAMK,YAAY,SAAZA,SAAY,CAACC,IAAD,EAAOC,UAAP,EAAmBC,WAAnB,EAAmC;AACnD,MAAID,eAAeC,WAAnB,EAAgC;AAC9BC,YAAQC,GAAR,CAAY,UAAZ;AACD,GAFD,MAEO;AACLD,YAAQC,GAAR,OAAgBH,UAAhB,kDAAuEC,WAAvE;AACAC,YAAQC,GAAR,wBAAgCJ,IAAhC;AACD;AACD,SAAOC,eAAeC,WAAtB;AACD,CARD;;AAUA,IAAMG,SAAS,SAATA,MAAS,CAACC,CAAD,EAAIC,CAAJ,EAAU;AACvB,MAAMd,SAASa,IAAIC,CAAJ,GAAQD,CAAR,GAAYC,CAA3B;AACA,MAAIC,MAAM,CAAV;AACA,OAAK,IAAIC,IAAI,CAAb,EAAgBA,KAAKhB,MAArB,EAA6BgB,KAAK,CAAlC,EAAqC;AACnC,QAAIH,IAAIG,CAAJ,KAAU,CAAV,IAAeF,IAAIE,CAAJ,KAAU,CAA7B,EAAgCD,MAAMC,CAAN;AACjC;AACD,SAAOD,GAAP;AACD,CAPD;;AASA,IAAME,cAAc,SAAdA,WAAc,CAACV,IAAD,EAAOW,KAAP,EAAiB;AACnC,MAAI,CAACX,IAAL,EAAW;AACXG,UAAQC,GAAR,CAAY,oDAAZ;AACA,MAAMQ,WAAWD,SAAS,CAA1B;AACA,MAAME,WAAWb,QAAQ,2BAAzB;AACA,OAAK,IAAIS,IAAI,CAAb,EAAgBA,IAAIG,QAApB,EAA8BH,KAAK,CAAnC,EAAsC;AACpC,QAAMK,cAAcvB,WAApB;AACAY,YAAQC,GAAR,gBAAyBU,WAAzB;AACA,QAAMZ,cAAcY,cAAc,CAAd,KAAoB,CAApB,GAAwB,KAAxB,GAAgC,IAApD;AACA,QAAMb,aAAac,uBAAaC,QAAb,CAAsB,eAAtB,CAAnB;AACA,QAAI,CAACjB,UAAUc,QAAV,EAAoBZ,UAApB,EAAgCC,WAAhC,CAAL,EAAmD;AACpD;AACDC,UAAQC,GAAR,uBAAgCS,QAAhC;AACD,CAbD;;AAeA,IAAMI,cAAc,SAAdA,WAAc,CAACjB,IAAD,EAAOW,KAAP,EAAiB;AACnC,MAAI,CAACX,IAAL,EAAW;AACXG,UAAQC,GAAR,CAAY,uCAAZ;AACA,MAAMQ,WAAWD,SAAS,CAA1B;AACA,MAAME,WAAWb,QAAQ,2BAAzB;AACA,MAAMkB,iBAAiB,CAAC,KAAD,EAAQ,WAAR,EAAqB,UAArB,CAAvB;AACA,MAAMC,uBAAuBD,eAAeE,MAAf,GAAwB,CAArD;AACA,MAAMC,MAAM,SAANA,GAAM,CAACf,CAAD,EAAIC,CAAJ;AAAA,WAAUD,IAAIC,CAAd;AAAA,GAAZ;AACA,MAAMe,YAAY,SAAZA,SAAY,CAAChB,CAAD,EAAIC,CAAJ;AAAA,WAAUD,IAAIC,CAAd;AAAA,GAAlB;AACA,MAAMgB,WAAW,SAAXA,QAAW,CAACjB,CAAD,EAAIC,CAAJ;AAAA,WAAUD,IAAIC,CAAd;AAAA,GAAjB;AACA,OAAK,IAAIE,IAAI,CAAb,EAAgBA,IAAIG,QAApB,EAA8BH,KAAK,CAAnC,EAAsC;AACpC,QAAMH,IAAIf,WAAV;AACA,QAAMgB,IAAIhB,WAAV;AACA,QAAMiC,uBAAuBjC,UAAU,CAAV,EAAa4B,oBAAb,CAA7B;AACA,QAAIjB,oBAAJ;AACA,QAAID,mBAAJ;AACA,YAAQuB,oBAAR;AACE,WAAK,CAAL;AACErB,gBAAQC,GAAR,gBAAyBE,CAAzB,WAAgCC,CAAhC;AACAL,sBAAcmB,IAAIf,CAAJ,EAAOC,CAAP,CAAd;AACAN,qBAAac,uBAAaC,QAAb,CAAsB,eAAtB,CAAb;AACA;AACF,WAAK,CAAL;AACEb,gBAAQC,GAAR,gBAAyBE,CAAzB,WAAgCC,CAAhC;AACAL,sBAAcoB,UAAUhB,CAAV,EAAaC,CAAb,CAAd;AACAN,qBAAac,uBAAaC,QAAb,CAAsB,eAAtB,CAAb;AACA;AACF,WAAK,CAAL;AACEb,gBAAQC,GAAR,gBAAyBE,CAAzB,WAAgCC,CAAhC;AACAL,sBAAcqB,SAASjB,CAAT,EAAYC,CAAZ,CAAd;AACAN,qBAAac,uBAAaC,QAAb,CAAsB,eAAtB,CAAb;AACA;AACF;AACE;AAjBJ;AAmBA,QAAI,CAACjB,UAAUc,QAAV,EAAoBY,OAAOxB,UAAP,CAApB,EAAwCC,WAAxC,CAAL,EAA2D;AAC5D;AACDC,UAAQC,GAAR,uBAAgCS,QAAhC;AACD,CAtCD;;AAwCA,IAAMa,aAAa,SAAbA,UAAa,CAAC1B,IAAD,EAAOW,KAAP,EAAiB;AAClC,MAAI,CAACX,IAAL,EAAW;AACXG,UAAQC,GAAR,CAAY,oDAAZ;AACA,MAAMQ,WAAWD,SAAS,CAA1B;AACA,MAAME,WAAWb,QAAQ,2BAAzB;AACA,OAAK,IAAIS,IAAI,CAAb,EAAgBA,IAAIG,QAApB,EAA8BH,KAAK,CAAnC,EAAsC;AACpC,QAAMc,WAAWhC,UAAU,CAAV,EAAa,EAAb,CAAjB;AACA,QAAMe,IAAIf,UAAU,CAAV,EAAa,EAAb,IAAmBgC,QAA7B;AACA,QAAMhB,IAAIhB,UAAU,CAAV,EAAa,EAAb,IAAmBgC,QAA7B;AACA,QAAMrB,cAAcG,OAAOC,CAAP,EAAUC,CAAV,CAApB;AACAJ,YAAQC,GAAR,gBAAyBE,CAAzB,SAA8BC,CAA9B;AACA,QAAMN,aAAac,uBAAaC,QAAb,CAAsB,eAAtB,CAAnB;AACA,QAAI,CAACjB,UAAUc,QAAV,EAAoBY,OAAOxB,UAAP,CAApB,EAAwCC,WAAxC,CAAL,EAA2D;AAC5D;AACDC,UAAQC,GAAR,uBAAgCS,QAAhC;AACD,CAfD;;QAiBSH,W,GAAAA,W;QAAaO,W,GAAAA,W;QAAaS,U,GAAAA,U","file":"games.js","sourcesContent":["import readlineSync from 'readline-sync';\nimport { welcome, askName } from './commonFuncs';\n\nconst getRandom = (minNum, maxNum) => {\n  const min = minNum || 0;\n  const max = maxNum || 100;\n  return Math.floor(Math.random() * (max - min + 1)) + min;\n};\n\nconst isCorrect = (user, userAnswer, rightAnswer) => {\n  if (userAnswer === rightAnswer) {\n    console.log('Correct!');\n  } else {\n    console.log(`\"${userAnswer}\" is wrong answer ;(. Correct answer was \"${rightAnswer}\"`);\n    console.log(`Let's try again, ${user}!`);\n  }\n  return userAnswer === rightAnswer;\n};\n\nconst getGCD = (a, b) => {\n  const maxNum = a > b ? a : b;\n  let gcd = 1;\n  for (let i = 1; i <= maxNum; i += 1) {\n    if (a % i === 0 && b % i === 0) gcd = i;\n  }\n  return gcd;\n};\n\nconst runEvenGame = (user, times) => {\n  if (!user) welcome();\n  console.log('Answer \"yes\" if number even otherwise answer \"no\".');\n  const runTimes = times || 3;\n  const userName = user || askName();\n  for (let i = 0; i < runTimes; i += 1) {\n    const numQuestion = getRandom();\n    console.log(`Question: ${numQuestion}`);\n    const rightAnswer = numQuestion % 2 === 0 ? 'yes' : 'no';\n    const userAnswer = readlineSync.question('Your answer: ');\n    if (!isCorrect(userName, userAnswer, rightAnswer)) return;\n  }\n  console.log(`Congratulations, ${userName}!`);\n};\n\nconst runCalcGame = (user, times) => {\n  if (!user) welcome();\n  console.log('What is the result of the expression?');\n  const runTimes = times || 3;\n  const userName = user || askName();\n  const expressionType = ['add', 'substract', 'multiply'];\n  const expressionTypeLength = expressionType.length - 1;\n  const add = (a, b) => a + b;\n  const substract = (a, b) => a - b;\n  const multiply = (a, b) => a * b;\n  for (let i = 0; i < runTimes; i += 1) {\n    const a = getRandom();\n    const b = getRandom();\n    const expressionTypeNumber = getRandom(0, expressionTypeLength);\n    let rightAnswer;\n    let userAnswer;\n    switch (expressionTypeNumber) {\n      case 0:\n        console.log(`Question: ${a} + ${b}`);\n        rightAnswer = add(a, b);\n        userAnswer = readlineSync.question('Your answer: ');\n        break;\n      case 1:\n        console.log(`Question: ${a} - ${b}`);\n        rightAnswer = substract(a, b);\n        userAnswer = readlineSync.question('Your answer: ');\n        break;\n      case 2:\n        console.log(`Question: ${a} * ${b}`);\n        rightAnswer = multiply(a, b);\n        userAnswer = readlineSync.question('Your answer: ');\n        break;\n      default:\n        break;\n    }\n    if (!isCorrect(userName, Number(userAnswer), rightAnswer)) return;\n  }\n  console.log(`Congratulations, ${userName}!`);\n};\n\nconst runGcdGame = (user, times) => {\n  if (!user) welcome();\n  console.log('Find the greatest common divisor of given numbers.');\n  const runTimes = times || 3;\n  const userName = user || askName();\n  for (let i = 0; i < runTimes; i += 1) {\n    const multiply = getRandom(1, 10);\n    const a = getRandom(1, 10) * multiply;\n    const b = getRandom(1, 10) * multiply;\n    const rightAnswer = getGCD(a, b);\n    console.log(`Question: ${a} ${b}`);\n    const userAnswer = readlineSync.question('Your answer: ');\n    if (!isCorrect(userName, Number(userAnswer), rightAnswer)) return;\n  }\n  console.log(`Congratulations, ${userName}!`);\n};\n\nexport { runEvenGame, runCalcGame, runGcdGame };\n"]}