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How to use jsExtension method in rewire

Best JavaScript code snippet using rewire

CocoonJS.js

Source:CocoonJS.js

1(function()2{3	// There should not be a CocoonJS object when this code is executed.4	// if (typeof window.CocoonJS !== 'undefined') throw("This is strange, a CocoonJS object already exists when trying to create it.");5    /**6    * The basic object for all the CocoonJS related specific APIs === extensions.7    * @namespace8    */9    CocoonJS = window.CocoonJS ? window.CocoonJS : {};10	CocoonJS.nativeExtensionObjectAvailable = typeof window.ext !== 'undefined';11	/**12	* This type represents a 2D size structure with horizontal and vertical values.13	* @namespace14	*/15	CocoonJS.Size = {16		/**17		* The horizontal size value.18		*/19		width : 0,20		/**21		* The vertical size value.22		*/23		height : 024	};25	/**26	* This utility function allows to create an object oriented like hierarchy between two functions using their prototypes.27	* This function adds a "superclass" and a "__super" attributes to the subclass and it's functions to reference the super class.28	* @param {function} subc The subclass function.29	* @param {function} superc The superclass function.30	*/31	CocoonJS.extend = function(subc, superc) {32	    var subcp = subc.prototype;33	    // Class pattern.34	    var CocoonJSExtendHierarchyChainClass = function() {};35	    CocoonJSExtendHierarchyChainClass.prototype = superc.prototype;36	    subc.prototype = new CocoonJSExtendHierarchyChainClass();       // chain prototypes.37	    subc.superclass = superc.prototype;38	    subc.prototype.constructor = subc;39	    // Reset constructor. See Object Oriented Javascript for an in-depth explanation of this.40	    if (superc.prototype.constructor === Object.prototype.constructor) {41	        superc.prototype.constructor = superc;42	    }43	    // Check all the elements in the subclass prototype and add them to the chain object's prototype.44	    for (var method in subcp) {45	        if (subcp.hasOwnProperty(method)) {46	            subc.prototype[method] = subcp[method];47	            // // tenemos en super un metodo con igual nombre.48	            // if ( superc.prototype[method]) 49	            // {50	            //     subc.prototype[method]= (function(fn, fnsuper) 51	            //     {52	            //         return function() 53	            //         {54	            //             var prevMethod= this.__super;55	            //             this.__super= fnsuper;56	            //             var retValue= fn.apply(57	            //                     this,58	            //                     Array.prototype.slice.call(arguments) );59	            //             this.__super= prevMethod;60	            //             return retValue;61	            //         };62	            //     })(subc.prototype[method], superc.prototype[method]);63	            // }64	        }65	    }66	}67	/**68	* IMPORTANT: This function should only be used by Ludei.69	* This function allows a call to the native extension object function reusing the same arguments object.70	* Why is interesting to use this function instead of calling the native object's function directly?71	* As the CocoonJS object functions expicitly receive parameters, if they are not present and the native call is direcly mapped,72	* undefined arguments are passed to the native side. Some native functions do not check the parameters validation73	* correctly (just check the number of parameters passed).74	* Another solution instead of using this function call is to correctly check if the parameters are valid (not undefined) to make the75	* call, but it takes more work than using this approach.76	* @static77	* @param {string} nativeExtensionObjectName The name of the native extension object name. The object that is a member of the 'ext' object.78	* @param {string} nativeFunctionName The name of the function to be called inside the native extension object.79	* @param {object} arguments The arguments object of the CocoonJS extension object function. It contains all the arguments passed to the CocoonJS extension object function and these are the ones that will be passed to the native call too.80	* @param {boolean} [async] A flag to indicate if the makeCall (false or undefined) or the makeCallAsync function should be used to perform the native call.81	* @returns Whatever the native function call returns.82	*/83	CocoonJS.makeNativeExtensionObjectFunctionCall = function(nativeExtensionObjectName, nativeFunctionName, args, async) {84		if (CocoonJS.nativeExtensionObjectAvailable) {85			var argumentsArray = Array.prototype.slice.call(args);86			argumentsArray.unshift(nativeFunctionName);87			var nativeExtensionObject = ext[nativeExtensionObjectName];88			var makeCallFunction = async ? nativeExtensionObject.makeCallAsync : nativeExtensionObject.makeCall;89			var ret = makeCallFunction.apply(nativeExtensionObject, argumentsArray);90			var finalRet = ret;91			if (typeof ret === "string") {92				try	{93					finalRet = JSON.parse(ret);94				}95				catch(error) {96				}97			}98			return finalRet;99		}100	};101	/**102	* Returns an object retrieved from a path specified by a dot specified text path starting from a given base object.103	* It could be useful to find the reference of an object from a defined base object. For example the base object could be window and the104	* path could be "CocoonJS.App" or "document.body".105	* @param {Object} baseObject The object to start from to find the object using the given text path.106	* @param {string} objectPath The path in the form of a text using the dot notation. i.e. "document.body"107	* For example:108	* var body = getObjectFromPath(window, "document.body");109	*/110	CocoonJS.getObjectFromPath = function(baseObject, objectPath) {111    	var parts = objectPath.split('.');112    	var obj = baseObject;113        for (var i = 0, len = parts.length; i < len; ++i) 114        {115            obj[parts[i]] = obj[parts[i]] || undefined;116    		obj = obj[parts[i]];117    	}118    	return obj;119 	};120 	/**121 	* Returns the key for a value in a dictionary. It looks for an specific value inside a dictionary and returns the corresponding key.122 	* @param {Object} dictionary The dictionary to look for the value in and get the corresponding key.123 	* @param {Object} value The value to look for inside the dictionary and return it's corresponding key.124 	* @return The key that corresponds to the given value it is has been found or null.125 	*/126 	CocoonJS.getKeyForValueInDictionary = function(dictionary, value) {127        var finalKey = null;128        for (var key in dictionary) {129            if (dictionary[key] === value)            {130                finalKey = key;131                break;132            }133        }134        return finalKey;135 	}136 	/**137 	* Finds a string inside a given array of strings by looking for a given substring. It can also138 	* specify if the search must be performed taking care or not of the case sensitivity.139 	* @param {Array} stringArray The array of strings in which to to look for the string.140 	* @param {string} subString The substring to look for inside all the strings of the array.141 	* @param {boolean} caseSensitive A flag to indicate if the search must be performed taking case of the 142 	* case sensitiveness (true) or not (false).143 	* @return {string} The string that has been found or null if the substring is not inside any of the string of the array.144 	*/145 	CocoonJS.findStringInStringArrayThatIsIndexOf = function(stringArray, subString, caseSensitive) {146 		var foundString = null;147 		subString = caseSensitive ? subString : subString.toUpperCase();148 		for (var i = 0; foundString == null && i < stringArray.length; i++)	{149 			foundString = caseSensitive ? stringArray[i] : stringArray[i].toUpperCase();150 			foundString = foundString.indexOf(subString) >= 0 ? stringArray[i] : null; 151 		}152 		return foundString;153 	};154	/**155	* A class that represents objects to handle events. Event handlers have always the same structure:156	* Mainly they provide the addEventListener and removeEventListener functions.157	* Both functions receive a callback function that will be added or removed. All the added callback158	* functions will be called when the event takes place.159	* Additionally they also allow the addEventListenerOnce and notifyEventListeners functions.160	* @constructor161	* @param {string} nativeExtensionObjectName The name of the native extension object (inside the ext object) to be used.162	* @param {string} cocoonJSExtensionObjectName The name of the sugarized extension object.163	* @param {string} nativeEventName The name of the native event inside the ext object.164	* @param {number} [chainFunction] An optional function used to preprocess the listener callbacks. This function, if provided,165	* will be called before any of the other listeners.166	*/167	CocoonJS.EventHandler = function(nativeExtensionObjectName, cocoonJSExtensionObjectName, nativeEventName, chainFunction) {168		this.listeners = [];169		this.listenersOnce = [];170		this.chainFunction = chainFunction;171		/**172		* Adds a callback function so it can be called when the event takes place.173		* @param {function} listener The callback function to be added to the event handler object. See the referenced Listener function documentation for more detail in each event handler object's documentation.174		*/175		this.addEventListener = function(listener) {176			if (chainFunction) {177				var f = function() {178					chainFunction.call(this, arguments.callee.sourceListener, Array.prototype.slice.call(arguments)); 179				};180				listener.CocoonJSEventHandlerChainFunction = f;181				f.sourceListener = listener;182				listener = f;183			}184			var cocoonJSExtensionObject = CocoonJS.getObjectFromPath(CocoonJS, cocoonJSExtensionObjectName);185            if (cocoonJSExtensionObject && cocoonJSExtensionObject.nativeExtensionObjectAvailable) {186                ext[nativeExtensionObjectName].addEventListener(nativeEventName, listener);187            }188            else {189                var indexOfListener = this.listeners.indexOf(listener);190                if (indexOfListener < 0) {191                	this.listeners.push(listener);192                }193            }194		};195        this.addEventListenerOnce = function(listener)196		{197			if (chainFunction) {198				var f = function() { chainFunction(arguments.callee.sourceListener,Array.prototype.slice.call(arguments)); };199				f.sourceListener = listener;200				listener = f;201			}202			var cocoonJSExtensionObject = CocoonJS.getObjectFromPath(CocoonJS, cocoonJSExtensionObjectName);203            if (cocoonJSExtensionObject.nativeExtensionObjectAvailable) {204                ext[nativeExtensionObjectName].addEventListenerOnce(nativeEventName, listener);205            }206            else207            {208                var indexOfListener = this.listeners.indexOf(listener);209                if (indexOfListener < 0)210                {211                	this.listenersOnce.push(listener);212                }213            }214		};215        /**216         * Removes a callback function that was added to the event handler so it won't be called when the event takes place.217         * @param {function} listener The callback function to be removed from the event handler object. See the referenced Listener function documentation for more detail in each event handler object's documentation.218         */219        this.removeEventListener = function (listener) {220        	if (chainFunction) {221        		listener = listener.CocoonJSEventHandlerChainFunction;222        		delete listener.CocoonJSEventHandlerChainFunction;223        	}224			var cocoonJSExtensionObject = CocoonJS.getObjectFromPath(CocoonJS, cocoonJSExtensionObjectName);225            if (cocoonJSExtensionObject.nativeExtensionObjectAvailable) {226                ext[nativeExtensionObjectName].removeEventListener(nativeEventName, listener);227            }228            else {229                var indexOfListener = this.listeners.indexOf(listener);230                if (indexOfListener >= 0) {231                    this.listeners.splice(indexOfListener, 1);232                }233            }234        };235		this.notifyEventListeners = function() {236			var cocoonJSExtensionObject = CocoonJS.getObjectFromPath(CocoonJS, cocoonJSExtensionObjectName);237            if (cocoonJSExtensionObject && cocoonJSExtensionObject.nativeExtensionObjectAvailable) {238                ext[nativeExtensionObjectName].notifyEventListeners(nativeEventName);239            } else {240                var argumentsArray= Array.prototype.slice.call(arguments);241                var listeners =     Array.prototype.slice.call(this.listeners);242                var listenersOnce = Array.prototype.slice.call(this.listenersOnce);243                var _this = this;244                // Notify listeners after a while ;) === do not block this thread.245                setTimeout(function() {246                    for (var i = 0; i < listeners.length; i++) {247                        listeners[i].apply(_this, argumentsArray);248                    }249                    for (var i = 0; i < listenersOnce.length; i++) {250                        listenersOnce[i].apply(_this, argumentsArray);251                    }252                }, 0);253                _this.listenersOnce= [];254            }255		};256		return this;257	};258	/**259	* A simple timer class. Update it every loop iteration and get values from accumulated time to elapsed time in seconds or milliseconds.260	*/261	CocoonJS.Timer = function() {262		this.reset();263		return this;264	};265	CocoonJS.Timer.prototype = {266		currentTimeInMillis : 0,267		lastTimeInMillis : 0,268		elapsedTimeInMillis : 0,269		elapsedTimeInSeconds : 0,270		accumTimeInMillis : 0,271		/**272		Resets the timer to 0.273		*/274		reset : function() {275			this.currentTimeInMillis = this.lastTimeInMillis = new Date().getTime();276			this.accumTimeInMillis = this.elapsedTimeInMillis = this.elapsedTimeInSeconds = 0;277		},278		/**279		Updates the timer calculating the elapsed time between update calls.280		*/281		update : function() {282			this.currentTimeInMillis = new Date().getTime();283			this.elapsedTimeInMillis = this.currentTimeInMillis - this.lastTimeInMillis;284			this.elapsedTimeInSeconds = this.elapsedTimeInMillis / 1000.0;285			this.lastTimeInMillis = this.currentTimeInMillis;286			this.accumTimeInMillis += this.elapsedTimeInMillis;287		}288	};289	// CocoonJS.FindAllNativeBindingsInCocoonJSExtensionObject = function(cocoonJSExtensionObject, nativeFunctionBindingCallback, nativeEventBindingCallback)290	// {291	// 	for (var cocoonJSExtensionObjectAttributeName in cocoonJSExtensionObject)292	// 	{293	// 		var cocoonJSExtensionObjectAttribute = cocoonJSExtensionObject[cocoonJSExtensionObjectAttributeName];294	// 		// Function295	// 		if (typeof cocoonJSExtensionObjectAttribute === 'function' && typeof cocoonJSExtensionObjectAttribute.nativeFunctionName !== 'undefined')296	// 		{297	// 			var nativeFunctionName = cocoonJSExtensionObjectAttribute.nativeFunctionName;298	// 			nativeFunctionBindingCallback(cocoonJSExtensionObjectAttributeName, nativeFunctionName);299	// 		}300	// 		// Event object301	// 		else if (typeof cocoonJSExtensionObjectAttribute === 'object' && cocoonJSExtensionObjectAttribute !== null && typeof cocoonJSExtensionObjectAttribute.nativeEventName !== 'undefined')302	// 		{303	// 			var nativeEventName = cocoonJSExtensionObjectAttribute.nativeEventName;304	// 			nativeEventBindingCallback(cocoonJSExtensionObjectAttributeName, nativeEventName);305	// 		}306	// 	}307	// }308	/**309	This function looks for a CocoonJS extension object that is bound to the given native ext object name.310	@returns The CocoonJS extension object that corresponds to the give native extension object name or null if it cannot be found.311	*/312	// CocoonJS.GetCocoonJSExtensionObjectForNativeExtensionObjectName = function(nativeExtensionObjectName)313	// {314	// 	var cocoonJSExtensionObject = null;315	// 	// Look in the CocoonJS object and for every object that is a CocoonJS.Extension check if it's nativeExtensionObjectName matches to the one passed as argument. If so, create an object that will represent it's documentation for the native ext object.316	// 	for (var cocoonJSAttributeName in CocoonJS)317	// 	{318	// 		var cocoonJSAttribute = CocoonJS[cocoonJSAttributeName];319	// 		if (typeof cocoonJSAttribute === 'object' && cocoonJSAttribute instanceof CocoonJS.Extension && cocoonJSAttribute.nativeExtensionObjectName === nativeExtensionObjectName)320	// 		{321	// 			// We have found the CocoonJS object that represents the native ext extension object name. 322	// 			cocoonJSExtensionObject = cocoonJSAttribute;323	// 			break;324	// 		}325	// 	}326	// 	return cocoonJSExtensionObject;327	// };328	/**329	This function adds functions to a CocoonJS extension object in order to bind them to the native makeCall function calls of the ext object.330	@param extensionObject The reference to the CocoonJS extension object where to add the new functions bound to the ext object makeCall functions calls.331	@param nativeFunctionsConfiguration An array of objects with the following structure:332		{ nativeFunctionName : "" [, functionName : "", isAsync : true/false] }333		- nativeFunctionName: Specifies the name of the function inside the ext object makeCall function call that will be bound.334		- functionName: An optional attribute that allows to specify the name of the function to be added to the CocoonJS extension object. If is not present, the name of the function will be the same335		as the nativeFunctionName.336		- isAsync: An optional attribute that allows to specify if the call should be performed using makeCall (false or missing) or makeCallAsync (true).337		- alternativeFunction: An optional attribute that allows to specify an alternative function that will be called internally when this function is called. This attribute338		allows for adding new functionalities like for example adding methods 339	@returns The CocoonJS extension object.340	*/341	// CocoonJS.AddNativeFunctionBindingsToExtensionObject = function(extensionObject, nativeFunctionsConfiguration)342	// {343	// 	if (typeof extensionObject === 'undefined' || extensionObject === null) throw("The passed extension object be a valid object.");344	// 	if (typeof nativeFunctionsConfiguration === 'undefined' || nativeFunctionsConfiguration === null) throw("The passed native functions configuration array must be a valid object.");345	// 	for (var i = 0; i < nativeFunctionsConfiguration.length; i++)346	// 	{347	// 		if (typeof nativeFunctionsConfiguration[i].nativeFunctionName === 'undefined') throw("The 'nativeFunctionName' attribute in the native function configuration object at index '" + i + "' in the native function configuration array cannot be undefined.");348	// 		var nativeFunctionName = nativeFunctionsConfiguration[i].nativeFunctionName;349	// 		var functionName = typeof nativeFunctionsConfiguration[i].functionName !== 'undefined' ? nativeFunctionsConfiguration[i].functionName : nativeFunctionName;350	// 		var makeCallFunction = null;351	// 		makeCallFunction = typeof nativeFunctionsConfiguration[i].isAsync !== 'undefined' && nativeFunctionsConfiguration[i].isAsync ? extensionObject.nativeExtensionObject.makeCallAsync : extensionObject.nativeExtensionObject.makeCall;352	// 		// Add the new function to the CocoonJS extension object353	// 		extensionObject[functionName] = function()354	// 		{355	// 			// Convert the arguments object to an array356	// 			var arguments = Array.prototype.slice.call(arguments);357	// 			// Add the native function name as the first parameter358	// 			arguments.unshift(nativeFunctionName);359	// 			// Make the native ext object call360	// 			var result = makeCallFunction.apply(extensionObject.nativeExtensionObject, arguments);361	// 			return result;362	// 		}363	// 		// Add a property to the newly added function to store the name of the original function.364	// 		extensionObject[functionName].nativeFunctionName = nativeFunctionName;365	// 	}366	// 	return extensionObject;367	// };368	/**369	This function adds objects to a CocoonJS extension object to allow event listener handling (add and remove) bound to the native ext object event listener handling.370	@param extensionObject The reference to the CocoonJS extension object where to add the new objects bound to the ext object event listener handling.371	@param nativeEventsConfiguration An array of objects with the following structure:372		{ nativeEventName : "" [, eventObjectName : ""] }373		- nativeEventName: Specifies the event in the native ext object to be bound.374		- eventObjectName: An optional attribute that allows to specify the name of the object to be added to the CocoonJS extension object. If is not present, the name of the function will be the same375		as the nativeEventName.376		- alternativeAddEventListenerFunction:377		- alternativeRemoveEventListenerFunction:378	@returns The CocoonJS extension object.379	*/380	// CocoonJS.AddNativeEventBindingsToExtensionObject = function(extensionObject, nativeEventsConfiguration)381	// {382	// 	if (typeof extensionObject === 'undefined' || extensionObject === null) throw("The passed extension object be a valid object.");383	// 	if (typeof nativeEventsConfiguration === 'undefined' || nativeEventsConfiguration === null) throw("The passed native events configuration array must be a valid object.");384	// 	for (var i = 0; i < nativeEventsConfiguration.length; i++)385	// 	{386	// 		if (typeof nativeEventsConfiguration[i].nativeEventName === 'undefined') throw("The 'nativeEventName' attribute in the native event configuration object at index '" + i + "' in the native event configuration array cannot be undefined.");387	// 		var nativeEventName = nativeEventsConfiguration[i].nativeEventName;388	// 		var eventObjectName = typeof nativeEventsConfiguration[i].eventObjectName !== 'undefined' ? nativeEventsConfiguration[i].eventObjectName : nativeEventName;389	// 		// Anonymous function call so each variable in the loop is used in the event listener handling function bindings.390	// 		(function(nativeEventName, eventObjectName)391	// 		{392	//     		extensionObject[eventObjectName] =393	//     		{394	//     			// Store the native event name395	//     			nativeEventName : nativeEventName,396	//     			// Create the event listener management functions bound to the native counterparts397	//     			addEventListener : function(callback)398	// 	    		{399	// 	    			extensionObject.nativeExtensionObject.addEventListener(nativeEventName, callback);400	//     			},401	//     			removeEventListener : function(callback)402	//     			{403	// 	    			extensionObject.nativeExtensionObject.removeEventListener(nativeEventName, callback);404	//     			}405	//     			// ,406	//     			// removeAllEventListeners : function()407	//     			// {408	//     			// }409	//     		};410	// 		})(nativeEventName, eventObjectName);411	// 	}412	// 	return extensionObject;413	// };414	/**415	The function object constructor function all the CocoonJS extensions can use to instantiate the CocoonJS extension object and add all the functionality needed bound to the native ext object.416	@param nativeExtensionObject The reference to the ext object extension object.417	@param nativeFunctionsConfiguration See CocoonJS.AddNativeFunctionBindingsToExtensionObject function's documentation for more details.418	@param nativeEventsConfiguration See CocoonJS.AddNativeEventBindingsToExtensionObject function's documentation for more details.419	@returns The new CocoonJS extension object.420	*/421	// CocoonJS.Extension = function(nativeExtensionObjectName, nativeFunctionsConfiguration, nativeEventsConfiguration)422	// {423	// 	if (typeof nativeExtensionObjectName === 'undefined' || nativeExtensionObjectName === null) throw("The native extension object name cannot be null");424	// 	if (window.ext[nativeExtensionObjectName] === 'undefined') throw("The given native extension object name '" + nativeExtensionObjectName + "' is incorrect or the native extension object is undefined.");425	// 	var nativeExtensionObject = window.ext[nativeExtensionObjectName];426	// 	// Store a reference to the native extension object and to it's name427	// 	this.nativeExtensionObject = nativeExtensionObject;428	// 	this.nativeExtensionObjectName = nativeExtensionObjectName;429	// 	// If native function configuration is passed, use it to add some functions to the new extension object.430	// 	if (typeof nativeFunctionsConfiguration !== 'undefined')431	// 	{432	// 		CocoonJS.AddNativeFunctionBindingsToExtensionObject(this, nativeFunctionsConfiguration);433	// 	}434	// 	// If native event configuration is passed, use it to add some event objects to the new extension object.435	// 	if (typeof nativeEventsConfiguration !== 'undefined')436	// 	{437	// 		CocoonJS.AddNativeEventBindingsToExtensionObject(this, nativeEventsConfiguration);438	// 	}439	// 	return this;440	// };   441})();...

Using AI Code Generation

1var rewire = require('rewire');2var test = rewire('./test.js');3test.__set__('jsExtension', function() {4    return 'js';5});6var rewire = require('rewire');7var test = rewire('./test.js');8test.__set__('jsExtension', function() {9    return 'js';10});11var rewire = require('rewire');12var test = rewire('./test.js');13test.__set__('jsExtension', function() {14    return 'js';15});16var rewire = require('rewire');17var test = rewire('./test.js');18test.__set__('jsExtension', function() {19    return 'js';20});21var rewire = require('rewire');22var test = rewire('./test.js');23test.__set__('jsExtension', function() {24    return 'js';25});26var rewire = require('rewire');27var test = rewire('./test.js');28test.__set__('jsExtension', function() {29    return 'js';30});31test.__get__('jsExtension

Using AI Code Generation

1const rewire = require('rewire');2const test = rewire('./test.js');3test.__set__('jsExtension', function() {4  return '.js';5});6const jsExtension = require('./jsExtension.js');7module.exports = function() {8  return jsExtension();9};10Test coverage is a measure of how many lines of code are executed during a test suite. It is a useful metric for determining how well your tests are covering your code. There are many tools that can be used to measure test coverage. The most popular are [Istanbul](

Using AI Code Generation

1var jsExtension = require('../../lib/jsExtension').jsExtension;2var rewire = require('rewire');3var test = rewire('./test.js');4test.__set__('jsExtension', jsExtension);5test.__get__('jsExtension');6var jsExtension = require('../../lib/jsExtension').jsExtension;7var rewire = require('rewire');8var test = rewire('./test.js');9test.__set__('jsExtension', jsExtension);10test.__get__('jsExtension');11var jsExtension = require('../../lib/jsExtension').jsExtension;12var rewire = require('rewire');13var test = rewire('./test.js');14test.__set__('jsExtension', jsExtension);15test.__get__('jsExtension');16var jsExtension = require('../../lib/jsExtension').jsExtension;17var rewire = require('rewire');18var test = rewire('./test.js');19test.__set__('jsExtension', jsExtension);20test.__get__('jsExtension');21var jsExtension = require('../../lib/jsExtension').jsExtension;22var rewire = require('rewire');23var test = rewire('./test.js');24test.__set__('jsExtension', jsExtension);25test.__get__('jsExtension');26var jsExtension = require('../../lib/jsExtension').jsExtension;27var rewire = require('rewire');28var test = rewire('./test.js');29test.__set__('jsExtension', jsExtension);30test.__get__('jsExtension');31var jsExtension = require('../../lib/jsExtension').jsExtension;32var rewire = require('rewire');33var test = rewire('./test.js');34test.__set__('jsExtension', jsExtension);35test.__get__('jsExtension');36var jsExtension = require('../../lib/jsExtension').jsExtension;37var rewire = require('rewire');38var test = rewire('./test.js');39test.__set__('jsExtension', jsExtension);

Using AI Code Generation

1const rewire = require('rewire');2const test = rewire('./test.js');3test.__set__('fetchData', (url) => {4    return new Promise((resolve, reject) => {5        resolve({data: [1, 2, 3]});6    });7});8test.__set__('fetchData', (url) => {9    return new Promise((resolve, reject) => {10        resolve({data: [1, 2, 3]});11    });12});13const result = test.__get__('fetchData');14const result = test.__get__('fetchData');15    console.log(data);16});17const rewire = require('rewire');18const test = rewire('./test.js');19test.__set__('fetchData', (url) => {20    return new Promise((resolve, reject) => {21        resolve({data: [1, 2, 3]});22    });23});24const result = test.__get__('fetchData');25    console.log(data);26});27const rewire = require('rewire');28const test = rewire('./test.js');29test.__set__('fetchData', (url) => {30    return new Promise((resolve, reject) => {31        resolve({data: [1, 2, 3]});32    });33});34const result = test.__get__('fetchData');35    console.log(data);36});37const rewire = require('rewire');38const test = rewire('./test.js');39test.__set__('fetchData', (url) => {40    return new Promise((resolve, reject) => {41        resolve({data: [1, 2, 3]});42    });43});44const result = test.__get__('fetchData');45    console.log(data);46});

Using AI Code Generation

1var rewire = require('rewire');2var test = rewire('./test.js');3test.__set__('jsExtension', function() {4    return 'js';5});6var rewire = require('rewire');7var test = rewire('./test.js');8test.__set__('jsExtension', function() {9    return 'js';10});11var rewire = require('rewire');12var test = rewire('./test.js');13test.__set__('jsExtension', function() {14    return 'js';15});16var rewire = require('rewire');17var test = rewire('./test.js');18test.__set__('jsExtension', function() {19    return 'js';20});21var rewire = require('rewire');22var test = rewire('./test.js');23test.__set__('jsExtension', function() {24    return 'js';25});26var rewire = require('rewire');27var test = rewire('./test.js');28test.__set__('jsExtension', function() {29    return 'js';30});31var rewire = require('rewire');32var test = rewire('./test.js');33test.__set__('jsExtension', function() {34    return 'js';35});36var rewire = require('rewire');37var test = rewire('./test.js');38test.__set__('jsExtension', function() {39    return 'js';40});41var rewire = require('rewire');42var test = rewire('./test.js');

Using AI Code Generation

1var rewire = require("rewire");2var test = rewire("./test.js");3test.__set__("jsExtension", function(){ return "js"; });4var test = require("./test.js");5module.exports = {6  jsExtension: function(){ return "js"; },7  cssExtension: function(){ return "css"; }8};9module.exports = {10  jsExtension: function(){ return "js"; },11  cssExtension: function(){ return "css"; }12};13var jsExtension = function(){ return "js"; };14var cssExtension = function(){ return "css"; };15module.exports = {16};17var jsExtension = function(){ return "js"; };18var cssExtension = function(){ return "css"; };19module.exports = {20};21var jsExtension = function(){ return "js"; };22var cssExtension = function(){ return "css"; };23module.exports = {24};25var jsExtension = function(){ return "js"; };26var cssExtension = function(){ return "css"; };27module.exports = {28};29var jsExtension = function(){ return "js"; };30var cssExtension = function(){ return "css"; };31module.exports = {32};33var jsExtension = function(){ return "js"; };34var cssExtension = function(){ return "css"; };35module.exports = {36};37var jsExtension = function(){ return "js"; };38var cssExtension = function(){ return "css"; };39module.exports = {40};41var jsExtension = function(){ return "js"; };42var cssExtension = function(){ return "css"; };43module.exports = {

Using AI Code Generation

1var rewire = require("rewire");2var test = rewire("../test.js");3test.__set__("jsExtension", function (name) {4    return name;5});6test.__get__("jsExtension")("test.js");7var jsExtension = require("jsExtension");8module.exports = function (name) {9    return name;10};11module.exports = function (name) {12    return name;13};

Using AI Code Generation

1var rewire = require('rewire');2var test = rewire('../test.js');3var mock = function () {4    return 'mocked';5};6test.__set__('dependency', mock);7var rewire = require('rewire');8var test = rewire('../test.js');9var mock = function () {10    return 'mocked';11};12test.__set__('dependency', mock);13var rewire = require('rewire');14var test = rewire('../test.js');15var mock = function () {16    return 'mocked';17};18test.__set__('dependency', mock);19var rewire = require('rewire');20var test = rewire('../test.js');21var mock = function () {22    return 'mocked';23};24test.__set__('dependency', mock);25var rewire = require('rewire');26var test = rewire('../test.js');27var mock = function () {28    return 'mocked';29};30test.__set__('dependency', mock);31var rewire = require('rewire');32var test = rewire('../test.js');33var mock = function () {34    return 'mocked';35};36test.__set__('dependency', mock);37var rewire = require('rewire');38var test = rewire('../test.js');39var mock = function () {40    return 'mocked';41};42test.__set__('dependency', mock);

Using AI Code Generation

1const jsExtension = require('./jsExtension');2const rewire = require('rewire');3const jsExtensionRewire = rewire('./jsExtension');4const mock = jest.fn(() => 'mocked');5jsExtensionRewire.__set__('jsExtension', mock);6jsExtensionRewire('test');7expect(mock).toHaveBeenCalledWith('test');8expect(mock).toHaveBeenCalled();9expect(mock).toHaveBeenCalledTimes(1);10expect(mock).toHaveReturnedWith('mocked');11expect(mock).toHaveReturned();12expect(mock).toHaveReturnedTimes(1);13expect(mock).toHaveBeenCalledWith('test');14expect(mock).toHaveBeenCalledTimes(1);15expect(mock).toHaveReturnedWith('mocked');16expect(mock).toHaveReturned();17expect(mock).toHaveReturnedTimes(1);18expect(mock).toHaveBeenCalledWith('test');19expect(mock).toHaveBeenCalledTimes(1);20expect(mock).toHaveReturnedWith('mocked');21expect(mock).toHaveReturned();22expect(mock).toHaveReturnedTimes(1);23expect(mock).toHaveBeenCalledWith('test');24expect(mock).toHaveBeenCalledTimes(1);25expect(mock).toHaveReturnedWith('mocked');26expect(mock).toHaveReturned();27expect(mock).toHaveReturnedTimes(1);28expect(mock).toHaveBeenCalledWith('test');29expect(mock).toHaveBeenCalledTimes(1);30expect(mock).toHaveReturnedWith('mocked');

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.