How to use _bindProvider method in wpt

Best JavaScript code snippet using wpt

AbstractBindFactory.js

Source:AbstractBindFactory.js

1/*****************************************************************2 * Copyright (c) 2015 Texas Instruments and others3 * All rights reserved. This program and the accompanying materials4 * are made available under the terms of the Eclipse Public License v1.05 * which accompanies this distribution, and is available at6 * http://www.eclipse.org/legal/epl-v10.html7 *8 * Contributors:9 *  Paul Gingrich - Initial API and implementation10 *****************************************************************/11var gc = gc || {};12gc.databind = gc.databind || {};13(function()14{15    var StorageProvider = function(modelBindings)16    {17        this._bindings = modelBindings;18    };19    StorageProvider.prototype.readData = function()20    {21        var data = {};22        for(var bindName in this._bindings)23        {24            if (this._bindings.hasOwnProperty(bindName))25            {26                var bind = this._bindings[bindName];27                if (!bind.isReadOnly() && bind.excludeFromStorageProviderData === undefined)28                {29                    data[bindName] = this._bindings[bindName].getValue();30                }31            }32        }33        return data;34    };35    StorageProvider.prototype.writeData = function(data)36    {37        for(var bindName in data)38        {39            if (data.hasOwnProperty(bindName))40            {41                var bind = this._bindings[bindName];42                if (bind)43                {44                    bind.setValue(data[bindName]);45                }46            }47        }48    };49    var TARGET_CONNECTED_BINDNAME = '$target_connected';50	/**51	 * Abstract class that provides default implementation of IBindFactory.  This class52	 * implements the getName() method for IBindFactory.53	 *54	 * @constructor55	 * @implements gc.databind.IBindFactory56	 * @param {string} name - uniquely identifiable name for this bind factory.57    */58	gc.databind.AbstractBindFactory = function(name)59	{60        if ( name !== undefined )61        {62            this._id = name;63        }64	};65	gc.databind.AbstractBindFactory.prototype = new gc.databind.IBindFactory();66    /**67     * Method to initialize internal private data structures.  This method must be called once, by68     * final concrete class to initialize all abstract base classes.  This is necessary because the69     * abstract base class constructors are called multiple times, and some initialization needs to70     * be performed only once.  Derived implementations should override this method, and their own71     * one time initialization steps, and call the base classes init() function too.72     *73     */74    gc.databind.AbstractBindFactory.prototype.init = function()75    {76        this._modelBindings = {};77        this._modelBindings[TARGET_CONNECTED_BINDNAME] = new gc.databind.VariableBindValue(false, true);78        this._modelQualifiers = new gc.databind.internal.QualifierFactoryMap();79    };80    /**81     * Method to create a storage provider for this Model.  This method should be called from the82     * overridden init() method of the derived Model.  Do this if you wish menu item File/Save Settings83     * should store the bindings in this model when the user requests it.  In general, Math and prop84     * bindings do not need to be stored, because their value is not read from a target and therefore85     * represent calculated values that do not change.86     */87    gc.databind.AbstractBindFactory.prototype.createStorageProvider = function()88    {89        var modelBindings = this._modelBindings;90        var name = this.getName();91        gc.File = gc.File || {};92        gc.File.ready = gc.File.ready || Q.Promise(function(resolve) { gc.File.fireReady = resolve; });93        gc.File.ready.then(function()94        {95            // register data provider to load and store data from the factory provided when called upon.96            gc.File.addDataProvider(name, new StorageProvider(modelBindings));97        });98    };99	gc.databind.AbstractBindFactory.prototype.getName = function()100	{101		return this._id;102	};103	/**104	 * Helper method for finding and/or creating bindings on this model.  This method does not go through the binding registry105	 * to find the binding, and does not apply qualifiers.  If the binding does not already exist it will be created.106	 * To parse bindings, including qualifiers, use gc.databind.registry.getBinding() api instead, but be sure to prepend the model name to the binding name.107	 * to ensure this model is used to create the binding.108	 *109	 * @param {String} name - uniquely identifying the bindable object within the model.110	 * @return {gc.databind.IBind} - the existing or newly created bindable object, or null if this name is not supported by this model.111	 */112	gc.databind.AbstractBindFactory.prototype.getBinding = function(name)113	{114        // ensure aliased bindings like "uart.temp" and "target_dev.temp" return the same instance of the model's binding.115        // We do this by storing model bindings in the model factory so we can lookup aliased bindings.116        var bind = this._modelBindings[name];117        if (!bind)118        {119            bind = this.createNewBind(name);120            if (bind)121            {122                bind.setName(name);123            }124            this._modelBindings[name] = bind;125        }126		return bind;127	};128    gc.databind.AbstractBindFactory.prototype.hasBinding = function(bindingName) {129        return this._modelBindings.hasOwnProperty(bindingName);130    };131	gc.databind.AbstractBindFactory.prototype.parseModelBinding = function(name)132	{133	    return this._modelQualifiers.parseQualifiers(name, this.getBinding, this);134	};135    gc.databind.AbstractBindFactory.prototype.getAllBindings = function()136    {137        return this._modelBindings;138    };139    /**140     * Method to set the connected or disconnected state of the model.  This method141     * is called by the transport when a connecting is established or broken.  The connected142     * state is available as a binding, "$target_connected", to app developers if they143     * need to show the connected state of a transport.144     * This method must be called once from the concrete class instance's constructor.145     *146     * @param {boolean} newState - true if to set state to connected, otherwise new state is disconnected.147     */148    gc.databind.AbstractBindFactory.prototype.setConnectedState = function(newState)149    {150        this._modelBindings[TARGET_CONNECTED_BINDNAME].updateValue(newState);151        if (newState && this._connectDeferred)152        {153            this._connectDeferred.resolve();154            this._connectDeferred = null;155        }156    };157    /**158     * Query method to determine if the model is connected or disconnected from a target.159     *160     * @return {boolean} - true if the model is connected to a target, otherwise false.161     */162    gc.databind.AbstractBindFactory.prototype.isConnected = function()163    {164        return this._modelBindings[TARGET_CONNECTED_BINDNAME].getValue();165    };166    /**167     * Method to register model specific qualifiers.  Qualifiers are registered by name with a factory method168     * for creating the qualifier on demand.  To use a qualifier on a binding, append '.$' plus the name of the169     * qualifier with an optional numeric agrument; for example, "mybind.$q7" would apply the "q" value qualifier with 7 fractional bits.170     * All qualifiers can have an optional single value numeric argument.  This means that the qualifier name cannot end with numeric characters;171     * otherwise, they will be parsed as an argument instead of the qualifier name.  All models have the default "q", "hex", "dec", etc..., number172     * formatting qualifiers already registered.  Use this method to register additional, model specific qualifiers.173     *174     *175     * @param {string} name - the name of the qualifier, without the '.$' prefix.176     * @param {gc.databind.AbstractBindFactory#qualifierFactoryMethod} factory - the factory method to create the qualifier on a specific binding.177     */178    gc.databind.AbstractBindFactory.prototype.addQualifier = function(name, factory)179    {180        this._modelQualifiers.add(name, factory);181    };182    /**183     * Factory method used by addQualifier.184     *185     * @param {gc.databind.IBindValue} bind - the binding to apply the qualifier to.186     * @param {number} [param] - optional numeric argument for the qualifier.  If an argument is required,187     * but it is undefined, an appropriate default (like zero) should be applied.188     * @callback gc.databind.AbstractBindFactory#qualifierFactoryMethod189     */190    /**191     * Helper method to get a promise that is resolved when the model is connected to a target.192     * Derived classes should use this to delay accessing the target until the model is connected.193     *194     * @return {promise} - a promise that is either already resolved, or will resolve the next time195     * the model is connected to a target through a transport.196     */197    gc.databind.AbstractBindFactory.prototype.whenConnected = function()198    {199        this._connectDeferred = this._connectDeferred || Q.defer();200        return this._connectDeferred.promise;201    };202    /**203     * Creates a new scripting instance.204     *205     * @param {number} [bufferLength] - The buffer length that will be used for data exchange206     * between the main UI thread and the script execution worker thread.  The default is 2072 bytes.207     * @param {string} [logfile] - The log file path208     * @return {gc.databind.Scripting} - the newly created script instance.209     */210    gc.databind.AbstractBindFactory.prototype.newScriptInstance = function(bufferLength, logfile) {211        var logs = [];212        var instance =  new gc.databind.Scripting(bufferLength || (24 /*header*/ + 2048 /*payload*/), this._scriptHandler.bind(this));213        var handler = {214            _saveLog: function() {215                var defer = Q.defer();216                if (logs && logs.length > 0) {217                    if (typeof process === 'undefined') {218                        gc.File.saveBrowserFile(logs.join('\n'), {filename: logfile || 'scripting.log'});219                        logs = [];220                        defer.resolve();221                    } else {222                        gc.File.save(logs.join('\n'), {localPath: logfile || 'scripting.log'}, null, function(){223                            logs = [];224                            defer.resolve();225                        });226                    }227                }228                return defer.promise;229            },230            onLog: function(detail) {231                if (detail.clear) {232                    logs = [];233                }234                if (detail.text) {235                    logs.push(detail.text);236                }237            },238            onMainCompleted: function() {239               this._saveLog();240            },241            onTerminated: function() {242                this._saveLog();243            },244            onExit: function() {245                this._saveLog().then(function() {246                    window.close();247                });248            }249        };250        instance.addEventListener('Exit', handler);251        instance.addEventListener('Log', handler);252        instance.addEventListener('MainCompleted', handler);253        instance.addEventListener('Terminated', handler);254        return instance;255    };256    /**257     * Callback message handler for the scripting engine.258     *259     * @private260     */261    gc.databind.AbstractBindFactory.prototype._scriptHandler = function(event) {262        var detail = event.data;263        /* handle common messages */264        switch (detail.cmd) {265            case 'read':266                return this._scriptRead(detail.name);267            case 'write':268                return this._scriptWrite(detail.name, detail.value);269            case 'invoke':270                return this._scriptInvoke(detail.name, detail.args, detail.inf);271        }272        var msg = "Unsupported cmd or event: " + detail.cmd || detail.event;273        gc.console.error("Scripting", msg);274        return Q.reject(msg);275    };276    /**277     * Default implementation for reading value from the target.278     *279     * @protected280     * @param {string} uri - the name of the binding to read281     * @return {Promise} - a promise that resolves to the value read.282     */283    gc.databind.AbstractBindFactory.prototype._scriptRead = function(uri) {284        var binding = this.getBinding(uri);285        if (binding) {286            return Q(binding.getValue());287        } else {288            var msg = "Failed to read value, " + uri + " does not exist."289            gc.console.error("Scripting", msg);290            return Q.reject(msg);291        }292    };293    /**294     * Default implementation for writing value to the target.295     *296     * @protected297     * @param {string} uri - the name of the binding to write298     * @param {Object} value - the value to write299     * @return {Promise} - that resolves when the write operation has completed.300     */301    gc.databind.AbstractBindFactory.prototype._scriptWrite = function(uri, value) {302        var binding = this.getBinding(uri);303        if (binding.isReadOnly()) {304            var msg = "Failed writing value, " + url + " is reaonly.";305            gc.console.error("Scripting", msg)306            return Q.reject(msg);307        }308        if (binding) {309            return Q.Promise(function(resolve) {310                var progress = new gc.databind.ProgressCounter(resolve);311                binding.setValue(value, progress, true);312                progress.done();313            });314        } else {315            var msg = "Failed to write value, " + uri + " does not exist."316            gc.console.error("Scripting", msg);317            return Q.reject(msg);318        }319    };320    /**321     * Sub-class can override this method to expose method that can be invoked by the scripting engine.322     *323     * @protected324     * @param {String} method - name of the method to invoke from the script325     * @param {Object[]} args - array of arguments to pass to the method326     * @param {String} [inf] - name of the interface to invoke the method, if appropriate.327     */328    gc.databind.AbstractBindFactory.prototype._scriptInvoke = function(method, args, inf) {329        var self = this;330        if (args && !Array.isArray(args)) args = [args];331        /* invoke matching interface defined by the codec */332        if (self._codec && self._codec.getInterfaces && inf) {333            var infs = self._codec.getInterfaces();334            for (var i in infs) {335                if (inf === i && infs.hasOwnProperty(i)) {336                    var _inf = infs[i];337                    return _inf[method] ? Q(_inf[method].apply(_inf, args)) : Q.reject(inf + " does not have ${method} method.");338                }339            }340            return Q.reject(self._codec.name + " does not have ${inf}.");341        }342        /* invoke codec method */343        if (self._codec) {344            return self._codec[method] ? Q(self._codec[method].apply(self._codec, args)) : Q.reject(self._codec.name + " does not have " + method + " method.");345        }346        return Q.reject("Failed to invoke " + method + " method.");347    };348    var ModelBindProvider = function(model)349    {350        this._model = model;351        this._bindings = {};352        this._expressionParser = new gc.databind.internal.expressionParser.ExpressionParser(this);353    };354    ModelBindProvider.prototype = new gc.databind.IBindProvider();355    var stripSpacesMatchString = /^\s+|\s*([^A-Za-z0-9$_ ']+|'[^']*')\s*|\s+$/g;356    ModelBindProvider.prototype.getBinding = function(name, hint)357    {358        if (hint === undefined)359        {360            name = name.replace(stripSpacesMatchString, "$1");361        }362        363        var bind = this._bindings[name]; // lookup an existing binding for the same expression364        if (bind === undefined) // if not created yet, use expressionParser to create a new binding.365        {366            if (name === 'this') 367            {368                bind = new gc.databind.VariableBindValue();369            }370            else 371            {372                // pass hint to expressionParser so skip operators already tested for in sub-expressions.373                bind = this._expressionParser.parse(name, hint) || null;374            }375            376            if (bind !== null)377            {378                bind.setName(name);379            }380            this._bindings[name] = bind;381        }382        return bind;383    };384    ModelBindProvider.prototype.getModel = function(name)385    {386        if (name)387        {388            return gc.databind.registry.getModel(name);389        }390        return this._model;391    };392    ModelBindProvider.prototype.dispose = function()393    {394        for ( var name in this._bindings)395        {396            if (this._bindings.hasOwnProperty(name))397            {398                var bind = this._bindings[name];399                if (bind.dispose !== undefined)400                {401                    bind.dispose();402                }403            }404        }405        this._bindings = {};406    };407    /**408     * Helper method to parse a binding expression using this model as the default for all binding URI's.409     * The resulting bind expression will not be store in the global registry, but rather in a private one.410     * Therefore, you must use this API to retrieve existing model specific bind expressions.411     *412     * @param {string} expression - the binding expression to parse.413     *414     * @return {gc.databind.IBind} - the existing or newly created bindable object, or null if this name is not supported by this model.415     */416    gc.databind.AbstractBindFactory.prototype.parseModelSpecificBindExpression = function(expression)417    {418        this._bindProvider = this._bindProvider || new ModelBindProvider(this);419        var result = this._bindProvider.getBinding("" + expression);420        return result;421    };422    /**423     * Helper method clear all private model specific bind expressions that have been created.  Use this to clear bindings424     * created with the parseModelSpecificBindExpression() helper method.425     */426    gc.databind.AbstractBindFactory.prototype.clearAllModelSpecificBindExpressions = function()427    {428        if (this._bindProvider)429        {430            this._bindProvider = undefined;431        }432    };433    /**434     * Method called when a transport is disconnected from the target.  The default implementation is to iterate through435     * all the bindings and call onDisconnected() on each binding if it supports such a method.  The purpose is for those436     * bindings to clear any critical errors that might have incurred.437     */438    gc.databind.AbstractBindFactory.prototype.onDisconnected = function()439    {440        this.setConnectedState(false);441        var bindings = this.getAllBindings();442        for(var bindName in bindings)443        {444            if (bindings.hasOwnProperty(bindName))445            {446                var bind = bindings[bindName];447                if (bind.onDisconnected)448                {449                    bind.onDisconnected();450                }451            }452        }453    };454    455    /**456     * <p>Helper method that can be used to do custom conversion of values based on getter and setter bind expressions.  It is not457     * necessary to provide both a getter and setter for this conversion to work.  The getter and setter expressions are model 458     * specific bind expressions that can use other model bindings and a 'this' variable.  The 'this' variable is expected 459     * to be used in these expressions because it represents the value to be converted.  If a 'this' variable is not used, then460     * the result of the conversion will be independent of the input value.</p>  461     * 462     * <p>If a getter expression is specified, the 'this' variable is assigned the value passed in, and the return value is 463     * calculated by calling getValue() on this getter expression.</p>464     * <p>If a setter expression is specified, the setValue() of setter bind expression is called with the value passed in, and 465     * the value of the 'this' variable is returned as the result.  In this situation, the setter expression must be a bi-directional466     * expression since it will be evaluated inversely.  A bi-directional expression is an expression that contains only one 467     * variable bind and uses simple scale and shift operations; for example, 'this*9/5+32'.  This example could be used to 468     * convert Celcius values to Fahrenheit if passed in as the getter expression.  When passed in as the setter expression it 469     * performs the inverse operation and converts Fahrenheit to Celcius.</p>470     * 471     * @param {Number} value - the value that is to be converted472     * @param {string} [getter] - the getter expression to do the conversion.  If specified, the setter expression is not used.473     * @param {String} [setter] - the setter expression to do the inverse conversion if no getter is specified..474     * @return the converted value based on the getter expression, or if not provided, then the setter expression.475     */476    gc.databind.AbstractBindFactory.prototype.getConvertedValue = function(value, getterExpression, setterExpression) 477    {478        var expr;479        if (getterExpression) 480        {481            expr = this.parseModelSpecificBindExpression(getterExpression);482            this._bindProvider.getBinding('this').setValue(value);483            return expr && expr.getValue();484        } 485        else if (setterExpression)486        {487            expr = this.parseModelSpecificBindExpression(setterExpression);488            if (expr)489            {490                var thisBind = this._bindProvider.getBinding('this');491                thisBind.setValue(undefined);492                expr.setValue(value);493                return thisBind.getValue();494            }495            return undefined;496        } else {497            return value;498        }499    };500    ...

Using AI Code Generation

1var wptd = require('wptd');2wptd._bindProvider('test', function (done) {3    done(null, 'test');4});5var wptd = require('wptd');6wptd.get('test', function (err, data) {7    done();8});

Using AI Code Generation

1var wptoolkit = require('wptoolkit');2var wp = new wptoolkit();3wp._bindProvider('test', 'test', function (provider) {4    provider.test = function (a, b, callback) {5        callback(null, a + b);6    };7});8var wptoolkit = require('wptoolkit');9var wp = new wptoolkit();10wp.test.test(1, 2, function (err, result) {11    console.log(result);12});13#### new WPTOOLKIT([options])14#### WPTOOLKIT#_bindProvider(providerNamespace, providerName, provider)15#### WPTOOLKIT#_bindProvider(providerNamespace, providerName, providerPath)16#### new WP(options)

Using AI Code Generation

1var wpt = require('./wpt.js');2var wptObj = new wpt();3var providerObj = new wptObj.provider();4wptObj._bindProvider(providerObj);5wptObj.request('test', function(response) {6    console.log(response);7});

Using AI Code Generation

1var wpt = require('wpt');2var wpt = new WebPageTest('www.webpagetest.org', 'A.2b4d4d3e4e4f4c4e4d4e4e4f4c4e4d4');3wpt.runTest('www.google.com', function(err, data) {4  if(err) return console.error(err);5  console.log(data);6});7var wpt = require('wpt');8var wpt = new WebPageTest('www.webpagetest.org', 'A.2b4d4d3e4e4f4c4e4d4e4e4f4c4e4d4');9wpt.runTest('www.google.com', function(err, data) {10  if(err) return console.error(err);11  console.log(data);12});13var wpt = require('wpt');14var wpt = new WebPageTest('www.webpagetest.org', 'A.2b4d4d3e4e4f4c4e4d4e4e4f4c4e4d4');15wpt.runTest('www.google.com', function(err, data) {16  if(err) return console.error(err);17  console.log(data);18});19var wpt = require('wpt');20var wpt = new WebPageTest('www.webpagetest.org', 'A.2b4d4d3e4e4f4c4e4d4e4e4f4c4e4d4');21wpt.runTest('www.google.com', function(err, data) {22  if(err) return console.error(err);23  console.log(data);24});

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.