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How to use calculator method in stryker-parent

Best JavaScript code snippet using stryker-parent

index.ts

Source:index.ts

1class OldCalculator {2  public operations: (term1: number, term2: number, operation: string) => number | { res: number };3  constructor() {4    this.operations = function operations(term1, term2, operation) {5      switch (operation) {6        case 'add':7          return { res: term1 + term2 };8        case 'sub':9          return { res: term1 - term2 };10        default:11          return NaN;12      }13    };14  }15}16class NewCalculator implements INewCalculator {17  public multiply: (term1: number, term2: number) => number;18  public divide: (term1: number, term2: number) => number;19  constructor() {20    this.multiply = function multiply(term1: number, term2: number): number {21      return term1 * term2;22    };23    this.divide = function divide(term1: number, term2: number): number {24      return term1 / term2;25    };26  }27}28// A29// you need to create a new class, which would let interact those two calculators:30// X.multiply(oldCalculator.operations(3,2, "sub"), 6);31interface OldCalculatorLiteralResponse {32  res: number;33}34type OldCalculatorResponse = OldCalculatorLiteralResponse | number;35interface INewCalculator {36  multiply: (term1: OldCalculatorResponse, term2: OldCalculatorResponse) => number;37  divide: (term1: OldCalculatorResponse, term2: OldCalculatorResponse) => number;38}39class NewCalculatorProxy implements INewCalculator {40  constructor(private newCalculator: NewCalculator) {}41  public divide(term1: OldCalculatorResponse, term2: OldCalculatorResponse): number {42      const value1: number = this.adaptParam(term1);43      const value2: number = this.adaptParam(term2);44      return this.newCalculator.divide(value1, value2);45  }46  public multiply(term1: OldCalculatorResponse, term2: OldCalculatorResponse): number {47      const value1: number = this.adaptParam(term1);48      const value2: number = this.adaptParam(term2);49      return this.newCalculator.multiply(value1, value2);50  }51  private adaptParam(value: OldCalculatorResponse): number {52      return (typeof value === 'number') ? value : value.res53  }54}55// B56// B)	Create an UltimateCalculator, that would let you use all the operations at once with one interface,57//  which should reuse OldCalculator and NewCalculator.58interface IUltimateCalculator {59  add: (term1: number, term2: number) => number;60  sub: (term1: number, term2: number) => number;61  multiply: (term1: number, term2: number) => number;62  divide: (term1: number, term2: number) => number;63}64class UltimateCalculator implements IUltimateCalculator {65  constructor(66    private oldCalculator: OldCalculator,67    private newCalculator: NewCalculator68  ) {}69  public add(term1: number, term2: number): number {70    const result = this.oldCalculator.operations(term1, term2, 'add');71    return (typeof result === 'number') ? result : result.res;72  }73  public sub(term1: number, term2: number): number {74    const result = this.oldCalculator.operations(term1, term2, 'sub');75    return (typeof result === 'number') ? result : result.res;76  }77  public multiply(term1: number, term2: number): number {78    return this.newCalculator.multiply(term1, term2);79  }80  public divide(term1: number, term2: number): number {81    return this.newCalculator.divide(term1, term2);82  }83}84// C85// Create a CleverCalculator, that would let you cache results86//  of the UltimateCalculator calculation depending on arguments and type of operation.87class Calculation {88  public result: number;89  private ultimateCalculator: UltimateCalculator = new UltimateCalculator(new OldCalculator(), new NewCalculator());90  constructor(91    public term1: number,92    public term2: number,93    public operation: string94  ) {95    this.result = this.ultimateCalculator[operation](term1, term2);96  }97}98interface ICleverCalculator {99  calculate: (term1: number, term2: number, operation: string) => number;100}101class CleverCalculator implements ICleverCalculator {102  private cachedCalculations: {[key: string]: Calculation} = {};103  public calculate(term1: number, term2: number, operation: string): number {104    const key = this.getKey([String(term1), String(term2), operation]);105    if (!(key in this.cachedCalculations)) {106      const calculation = new Calculation(term1, term2, operation);107      this.cachedCalculations[key] = calculation;108    }109    return this.cachedCalculations[key].result;110  }111  private getKey(dataArray: string[]): string {112    return dataArray.join('_');113  }114}115// D116// Wrap CleverCalculator so on any function call it would log its arguments and type of operation.117class CleverCalculatorBaseDecorator implements ICleverCalculator {118  private cleverCalculator: ICleverCalculator;119  constructor(cleverCalculator: ICleverCalculator) {120    this.cleverCalculator = cleverCalculator;121  }122  public calculate(term1: number, term2: number, operation: string): number {123    return this.cleverCalculator.calculate(term1, term2, operation);124  }125}126class CleverCalculatorLogDecorator127  extends CleverCalculatorBaseDecorator128  implements ICleverCalculator {129  constructor(cleverCalculator: ICleverCalculator) {130    super(cleverCalculator);131  }132  public calculate(term1: number, term2: number, operation: string): number {133    console.log(term1, term2, operation);134    return super.calculate(term1, term2, operation);135  }136}137export class StructuralClient {138  public static main(): void {139    // A140    const oldCalculator = new OldCalculator();141    const newCalculator = new NewCalculatorProxy(new NewCalculator());142    newCalculator.multiply(oldCalculator.operations(3, 2, 'sub'), 6);143    // B, C, D144    const calculator = new CleverCalculatorLogDecorator(new CleverCalculator());145    calculator.calculate(2, 3, 'add');146    calculator.calculate(9, 3, 'divide');147    calculator.calculate(10, 3, 'multiply');148    calculator.calculate(10, 3, 'multiply');149    calculator.calculate(10, 3, 'multiply');150    calculator.calculate(10, 3, 'multiply');151    calculator.calculate(10, 3, 'multiply');152  }...

front.calculator.symbol.loader.js

Source:front.calculator.symbol.loader.js

1import FrontCalculatorSymbolNumber from "./front.calculator.symbol.number";2import FrontCalculatorSymbolSeparator from "./front.calculator.symbol.separator";3import FrontCalculatorSymbolOpeningBracket from "./brackets/front.calculator.symbol.opening.bracket";4import FrontCalculatorSymbolClosingBracket from "./brackets/front.calculator.symbol.closing.bracket";5import FrontCalculatorSymbolConstantPi from "./constants/front.calculator.symbol.constant.pi";6import FrontCalculatorSymbolOperatorAddition from "./operators/front.calculator.symbol.operator.addition";7import FrontCalculatorSymbolOperatorDivision from "./operators/front.calculator.symbol.operator.division";8import FrontCalculatorSymbolOperatorExponentiation from "./operators/front.calculator.symbol.operator.exponentiation";9import FrontCalculatorSymbolOperatorModulo from "./operators/front.calculator.symbol.operator.modulo";10import FrontCalculatorSymbolOperatorMultiplication from "./operators/front.calculator.symbol.operator.multiplication";11import FrontCalculatorSymbolOperatorSubtraction from "./operators/front.calculator.symbol.operator.subtraction";12import FrontCalculatorSymbolFunctionAbs from "./functions/front.calculator.symbol.function.abs";13import FrontCalculatorSymbolFunctionAvg from "./functions/front.calculator.symbol.function.avg";14import FrontCalculatorSymbolFunctionCeil from "./functions/front.calculator.symbol.function.ceil";15import FrontCalculatorSymbolFunctionFloor from "./functions/front.calculator.symbol.function.floor";16import FrontCalculatorSymbolFunctionMax from "./functions/front.calculator.symbol.function.max";17import FrontCalculatorSymbolFunctionMin from "./functions/front.calculator.symbol.function.min";18import FrontCalculatorSymbolFunctionRound from "./functions/front.calculator.symbol.function.round";19export default class FrontCalculatorSymbolLoader {20	constructor() {21		/**22		 *23		 * @type {{FrontCalculatorSymbolOperatorModulo: FrontCalculatorSymbolOperatorModulo, FrontCalculatorSymbolOperatorSubtraction: FrontCalculatorSymbolOperatorSubtraction, FrontCalculatorSymbolOperatorExponentiation: FrontCalculatorSymbolOperatorExponentiation, FrontCalculatorSymbolOperatorAddition: FrontCalculatorSymbolOperatorAddition, FrontCalculatorSymbolClosingBracket: FrontCalculatorSymbolClosingBracket, FrontCalculatorSymbolFunctionMax: FrontCalculatorSymbolFunctionMax, FrontCalculatorSymbolFunctionCeil: FrontCalculatorSymbolFunctionCeil, FrontCalculatorSymbolSeparator: FrontCalculatorSymbolSeparator, FrontCalculatorSymbolOperatorMultiplication: FrontCalculatorSymbolOperatorMultiplication, FrontCalculatorSymbolFunctionAbs: FrontCalculatorSymbolFunctionAbs, FrontCalculatorSymbolFunctionAvg: FrontCalculatorSymbolFunctionAvg, FrontCalculatorSymbolFunctionFloor: FrontCalculatorSymbolFunctionFloor, FrontCalculatorSymbolFunctionMin: FrontCalculatorSymbolFunctionMin, FrontCalculatorSymbolOperatorDivision: FrontCalculatorSymbolOperatorDivision, FrontCalculatorSymbolNumber: FrontCalculatorSymbolNumber, FrontCalculatorSymbolOpeningBracket: FrontCalculatorSymbolOpeningBracket, FrontCalculatorSymbolConstantPi: FrontCalculatorSymbolConstantPi, FrontCalculatorSymbolFunctionRound: FrontCalculatorSymbolFunctionRound}}24		 */25		this.symbols = {26			FrontCalculatorSymbolNumber: new FrontCalculatorSymbolNumber(),27			FrontCalculatorSymbolSeparator: new FrontCalculatorSymbolSeparator(),28			FrontCalculatorSymbolOpeningBracket: new FrontCalculatorSymbolOpeningBracket(),29			FrontCalculatorSymbolClosingBracket: new FrontCalculatorSymbolClosingBracket(),30			FrontCalculatorSymbolConstantPi: new FrontCalculatorSymbolConstantPi(),31			FrontCalculatorSymbolOperatorAddition: new FrontCalculatorSymbolOperatorAddition(),32			FrontCalculatorSymbolOperatorDivision: new FrontCalculatorSymbolOperatorDivision(),33			FrontCalculatorSymbolOperatorExponentiation: new FrontCalculatorSymbolOperatorExponentiation(),34			FrontCalculatorSymbolOperatorModulo: new FrontCalculatorSymbolOperatorModulo(),35			FrontCalculatorSymbolOperatorMultiplication: new FrontCalculatorSymbolOperatorMultiplication(),36			FrontCalculatorSymbolOperatorSubtraction: new FrontCalculatorSymbolOperatorSubtraction(),37			FrontCalculatorSymbolFunctionAbs: new FrontCalculatorSymbolFunctionAbs(),38			FrontCalculatorSymbolFunctionAvg: new FrontCalculatorSymbolFunctionAvg(),39			FrontCalculatorSymbolFunctionCeil: new FrontCalculatorSymbolFunctionCeil(),40			FrontCalculatorSymbolFunctionFloor: new FrontCalculatorSymbolFunctionFloor(),41			FrontCalculatorSymbolFunctionMax: new FrontCalculatorSymbolFunctionMax(),42			FrontCalculatorSymbolFunctionMin: new FrontCalculatorSymbolFunctionMin(),43			FrontCalculatorSymbolFunctionRound: new FrontCalculatorSymbolFunctionRound(),44		};45	}46	/**47	 * Returns the symbol that has the given identifier.48	 * Returns null if none is found.49	 *50	 * @param identifier51	 * @returns {FrontCalculatorSymbolAbstract|null}52	 */53	find(identifier) {54		identifier = identifier.toLowerCase();55		for (var key in this.symbols) {56			if (this.symbols.hasOwnProperty(key)) {57				var symbol = this.symbols[key];58				if (symbol.getIdentifiers().indexOf(identifier) >= 0) {59					return symbol;60				}61			}62		}63		return null;64	}65	/**66	 * Returns all symbols that inherit from a given abstract67	 * parent type (class): The parent type has to be an68	 * AbstractSymbol.69	 * Notice: The parent type name will not be validated!70	 *71	 * @param parentTypeName72	 * @returns {FrontCalculatorSymbolAbstract[]}73	 */74	findSubTypes(parentTypeName) {75		var symbols = [];76		for (var key in this.symbols) {77			if (this.symbols.hasOwnProperty(key)) {78				var symbol = this.symbols[key];79				if (symbol instanceof parentTypeName) {80					symbols.push(symbol);81				}82			}83		}84		return symbols;85	}...

Using AI Code Generation

1var calculator = require('stryker-parent');2console.log(calculator.add(2, 2));3{4  "dependencies": {5  }6}7{8}9module.exports = {10  add: function(a, b) {11    return a + b;12  }13};14module.exports = function(config) {15  config.set({16  });17};18[2018-02-18 09:56:57.159] [INFO] Stryker - 0 Mutant(s) generated19[2018-02-18 09:56:57.160] [INFO] Stryker - 0 Mutant(s) tested (0 survived)

Using AI Code Generation

1var calculator = require('stryker-parent');2console.log(calculator.add(2, 2));3var calculator = require('stryker-child');4console.log(calculator.add(2, 2));5module.exports = function(config) {6  config.set({7  });8};9[2019-03-13 15:43:28.386] [INFO] SandboxPool - Creating 1 test runners (based on CPU count)

Using AI Code Generation

1var calculator = require('stryker-parent');2var calculator = require('stryker-parent/calculator');3var calculator = require('stryker-parent/calculator.js');4var calculator = require('stryker-parent/calculator/index.js');5var calculator = require('stryker-parent/calculator/index');6var calculator = require('stryker-parent/calculator/index.js');7var calculator = require('stryker-parent/calculator/index');8var calculator = require('stryker-parent/calculator/index.js');9var calculator = require('stryker-parent/calculator/index');10var calculator = require('stryker-parent/calculator/index.js');11var calculator = require('stryker-parent/calculator/index');12var calculator = require('stryker-parent/calculator/index.js');

Using AI Code Generation

1const calculator = require('stryker-parent');2module.exports = function (a, b) {3    return calculator.add(a, b);4};5const calculator = require('stryker-parent');6module.exports = function (a, b) {7    return calculator.add(a, b);8};9const calculator = require('stryker-parent');10module.exports = function (a, b) {11    return calculator.add(a, b);12};13const calculator = require('stryker-parent');14module.exports = function (a, b) {15    return calculator.add(a, b);16};17const calculator = require('stryker-parent');18module.exports = function (a, b) {19    return calculator.add(a, b);20};21const calculator = require('stryker-parent');22module.exports = function (a, b) {23    return calculator.add(a, b);24};25const calculator = require('stryker-parent');26module.exports = function (a, b) {27    return calculator.add(a, b);28};29const calculator = require('stryker-parent');30module.exports = function (a, b) {31    return calculator.add(a, b);32};33const calculator = require('stryker-parent');34module.exports = function (a, b) {35    return calculator.add(a, b);36};37const calculator = require('stryker-parent');38module.exports = function (a, b) {39    return calculator.add(a, b);40};41const calculator = require('stryker-parent');42module.exports = function (a, b) {43    return calculator.add(a, b);44};

Using AI Code Generation

1var calculator = require('stryker-parent').calculator;2var calculator = require('stryker-parent').calculator;3var calculator = require('stryker-parent').calculator;4var calculator = require('stryker-parent').calculator;5var calculator = require('stryker-parent').calculator;6var calculator = require('stryker-parent').calculator;7var calculator = require('stryker-parent').calculator;8var calculator = require('stryker-parent').calculator;9var calculator = require('stryker-parent').calculator;

Using AI Code Generation

1const calculator = require('stryker-parent');2console.log(calculator.add(1, 2));3module.exports = {4    add: (a, b) => a + b5};6module.exports = function(config) {7    config.set({8        mochaOptions: {9        }10    });11};12module.exports = function(config) {13    config.set({14        mochaOptions: {15        }16    });17};

Using AI Code Generation

1var calculator = require('stryker-parent/calculator');2module.exports = function() {3  return calculator(1, 2);4};5module.exports = require('./calculator');6module.exports = function calculator(a, b) {7  return a + b;8};9module.exports = function(config) {10  config.set({11  });12};13module.exports = function(config) {14  config.set({15    mochaOptions: {16    }17  });18};19module.exports = function(config) {20  config.set({21    mochaOptions: {22    },23    testRunnerConfig: {24      mocha: {25      }26    }27  });28};

Using AI Code Generation

1var add = require('stryker-parent').calculator.add;2var add = require('stryker-parent').calculator.add;3var add = require('stryker-parent').calculator.add;4var add = require('stryker-parent').calculator.add;5var add = require('stryker-parent').calculator.add;6var add = require('stryker-parent').calculator.add;7var add = require('stryker-parent').calculator.add;8var add = require('stryker-parent').calculator.add;9add(3

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