Related
Why does the following work?
<something>.stop().animate(
{ 'top' : 10 }, 10
);
Whereas this doesn't work:
var thetop = 'top';
<something>.stop().animate(
{ thetop : 10 }, 10
);
To make it even clearer: At the moment I'm not able to pass a CSS property to the animate function as a variable.
{ thetop : 10 } is a valid object literal. The code will create an object with a property named thetop that has a value of 10. Both the following are the same:
obj = { thetop : 10 };
obj = { "thetop" : 10 };
In ES5 and earlier, you cannot use a variable as a property name inside an object literal. Your only option is to do the following:
var thetop = "top";
// create the object literal
var aniArgs = {};
// Assign the variable property name with a value of 10
aniArgs[thetop] = 10;
// Pass the resulting object to the animate method
<something>.stop().animate(
aniArgs, 10
);
ES6 defines ComputedPropertyName as part of the grammar for object literals, which allows you to write the code like this:
var thetop = "top",
obj = { [thetop]: 10 };
console.log(obj.top); // -> 10
You can use this new syntax in the latest versions of each mainstream browser.
With ECMAScript 2015 you are now able to do it directly in object declaration with the brackets notation:
var obj = {
[key]: value
}
Where key can be any sort of expression (e.g. a variable) returning a value.
So here your code would look like:
<something>.stop().animate({
[thetop]: 10
}, 10)
Where thetop will be evaluated before being used as key.
ES5 quote that says it should not work
Note: rules have changed for ES6: https://stackoverflow.com/a/2274327/895245
Spec: http://www.ecma-international.org/ecma-262/5.1/#sec-11.1.5
PropertyName :
IdentifierName
StringLiteral
NumericLiteral
[...]
The production PropertyName : IdentifierName is evaluated as follows:
Return the String value containing the same sequence of characters as the IdentifierName.
The production PropertyName : StringLiteral is evaluated as follows:
Return the SV [String value] of the StringLiteral.
The production PropertyName : NumericLiteral is evaluated as follows:
Let nbr be the result of forming the value of the NumericLiteral.
Return ToString(nbr).
This means that:
{ theTop : 10 } is the exact same as { 'theTop' : 10 }
The PropertyName theTop is an IdentifierName, so it gets converted to the 'theTop' string value, which is the string value of 'theTop'.
It is not possible to write object initializers (literals) with variable keys.
The only three options are IdentifierName (expands to string literal), StringLiteral, and NumericLiteral (also expands to a string).
ES6 / 2020
If you're trying to push data to an object using "key:value" from any other source, you can use something like this:
let obj = {}
let key = "foo"
let value = "bar"
obj[`${key}`] = value
// A `console.log(obj)` would return:
// {foo: "bar}
// A `typeof obj` would return:
// "object"
Hope this helps someone :)
I have used the following to add a property with a "dynamic" name to an object:
var key = 'top';
$('#myElement').animate(
(function(o) { o[key]=10; return o;})({left: 20, width: 100}),
10
);
key is the name of the new property.
The object of properties passed to animate will be {left: 20, width: 100, top: 10}
This is just using the required [] notation as recommended by the other answers, but with fewer lines of code!
Adding square bracket around the variable works good for me. Try this
var thetop = 'top';
<something>.stop().animate(
{ [thetop] : 10 }, 10
);
You can also try like this:
const arr = [{
"description": "THURSDAY",
"count": "1",
"date": "2019-12-05"
},
{
"description": "WEDNESDAY",
"count": "0",
"date": "2019-12-04"
}]
const res = arr.map(value => {
return { [value.description]: { count: value.count, date: value.date } }
})
console.log(res);
I couldn't find a simple example about the differences between ES6 and ES5, so I made one. Both code samples create exactly the same object. But the ES5 example also works in older browsers (like IE11), wheres the ES6 example doesn't.
ES6
var matrix = {};
var a = 'one';
var b = 'two';
var c = 'three';
var d = 'four';
matrix[a] = {[b]: {[c]: d}};
ES5
var matrix = {};
var a = 'one';
var b = 'two';
var c = 'three';
var d = 'four';
function addObj(obj, key, value) {
obj[key] = value;
return obj;
}
matrix[a] = addObj({}, b, addObj({}, c, d));
Update: As a commenter pointed out, any version of JavaScript that supports arrow functions will also support ({[myKey]:myValue}), so this answer has no actual use-case (and, in fact, it might break in some bizarre corner-cases).
Don't use the below-listed method.
I can't believe this hasn't been posted yet: just use arrow functions with anonymous evaluation!
Completely non-invasive, doesn't mess with the namespace, and it takes just one line:
myNewObj = ((k,v)=>{o={};o[k]=v;return o;})(myKey,myValue);
demo:
var myKey="valueof_myKey";
var myValue="valueof_myValue";
var myNewObj = ((k,v)=>{o={};o[k]=v;return o;})(myKey,myValue);
console.log(myNewObj);
useful in environments that don't support the new {[myKey]: myValue} syntax yet, such as—apparently; I just verified it on my Web Developer Console—Firefox 72.0.1, released 2020-01-08. I stand corrected; just wrap the thing in parenthesis and it works.
(I'm sure you could potentially make some more powerful/extensible solutions or whatever involving clever use of reduce, but at that point you'd probably be better served by just breaking out the Object-creation into its own function instead of compulsively jamming it all inline)
not that it matters since OP asked this ten years ago, but for completeness' sake and to demonstrate how it is exactly the answer to the question as stated, I'll show this in the original context:
var thetop = 'top';
<something>.stop().animate(
((k,v)=>{o={};o[k]=v;return o;})(thetop,10), 10
);
Given code:
var thetop = 'top';
<something>.stop().animate(
{ thetop : 10 }, 10
);
Translation:
var thetop = 'top';
var config = { thetop : 10 }; // config.thetop = 10
<something>.stop().animate(config, 10);
As you can see, the { thetop : 10 } declaration doesn't make use of the variable thetop. Instead it creates an object with a key named thetop. If you want the key to be the value of the variable thetop, then you will have to use square brackets around thetop:
var thetop = 'top';
var config = { [thetop] : 10 }; // config.top = 10
<something>.stop().animate(config, 10);
The square bracket syntax has been introduced with ES6. In earlier versions of JavaScript, you would have to do the following:
var thetop = 'top';
var config = (
obj = {},
obj['' + thetop] = 10,
obj
); // config.top = 10
<something>.stop().animate(config, 10);
2020 update/example...
A more complex example, using brackets and literals...something you may have to do for example with vue/axios. Wrap the literal in the brackets, so
[ ` ... ` ]
{
[`filter[${query.key}]`]: query.value, // 'filter[foo]' : 'bar'
}
ES5 implementation to assign keys is below:
var obj = Object.create(null),
objArgs = (
(objArgs = {}),
(objArgs.someKey = {
value: 'someValue'
}), objArgs);
Object.defineProperties(obj, objArgs);
I've attached a snippet I used to convert to bare object.
var obj = {
'key1': 'value1',
'key2': 'value2',
'key3': [
'value3',
'value4',
],
'key4': {
'key5': 'value5'
}
}
var bareObj = function(obj) {
var objArgs,
bareObj = Object.create(null);
Object.entries(obj).forEach(function([key, value]) {
var objArgs = (
(objArgs = {}),
(objArgs[key] = {
value: value
}), objArgs);
Object.defineProperties(bareObj, objArgs);
});
return {
input: obj,
output: bareObj
};
}(obj);
if (!Object.entries) {
Object.entries = function(obj){
var arr = [];
Object.keys(obj).forEach(function(key){
arr.push([key, obj[key]]);
});
return arr;
}
}
console(bareObj);
If you want object key to be same as variable name, there's a short hand in ES 2015.
New notations in ECMAScript 2015
var thetop = 10;
var obj = { thetop };
console.log(obj.thetop); // print 10
You can do it this way:
var thetop = 'top';
<something>.stop().animate(
new function() {this[thetop] = 10;}, 10
);
This way also you can achieve desired output
var jsonobj={};
var count=0;
$(document).on('click','#btnadd', function() {
jsonobj[count]=new Array({ "1" : $("#txtone").val()},{ "2" : $("#txttwo").val()});
count++;
console.clear();
console.log(jsonobj);
});
<script src="https://ajax.googleapis.com/ajax/libs/jquery/2.1.1/jquery.min.js"></script>
<span>value 1</span><input id="txtone" type="text"/>
<span>value 2</span><input id="txttwo" type="text"/>
<button id="btnadd">Add</button>
You could do the following for ES5:
var theTop = 'top'
<something>.stop().animate(
JSON.parse('{"' + theTop + '":' + JSON.stringify(10) + '}'), 10
)
Or extract to a function:
function newObj (key, value) {
return JSON.parse('{"' + key + '":' + JSON.stringify(value) + '}')
}
var theTop = 'top'
<something>.stop().animate(
newObj(theTop, 10), 10
)
In CustomRules.js
static function OnBeforeResponse(oSession: Session) {
var responseStringOriginal = oSession.GetResponseBodyAsString();
var responseJSON = Fiddler.WebFormats.JSON.JsonDecode(responseStringOriginal);
var responseJSONObject = responseJSON.JSONObject;
}
There is an array in response responseJSONObject , which are like
[
{
"id": "6661370502453447944"
},
{
"id": "333"
},
...
]
Question 1: How can I get this array's length or traversal this array?
Question 2: How can I save the javascript array to the responseJSON.JSONObject?
I tried
var newJSON = Fiddler.WebFormats.JSON.JsonDecode('{}');
var newJSONObject = newJSON.JSONObject;
newJSONObject['type'] = 'aweme_info'; //ok
newJSONObject['aweme_length'] = 3; //ok
newJSONObject['k']['kell'] = 'good'; //failed
var tpArray = new Array();
for (var i = 1; i < 3; i++) {
tpArray.push(i);
}
var jsonString = JSON.stringify(tpArray); // failed
// how can I convert tpArray to JSON?
Question 3: Where can I find any documentation about this object "Fiddler.WebFormats.JSON", like what method and properties it have.
I tried several ways but nothing works and I can't using the JSON.parse() function in this script.
I also google for the documents of this object (Fiddler.WebFormats.JSON) and found nothing.
Thank you very much and welcome reply any infomation.
https://learn.microsoft.com/en-us/dotnet/api/system.collections.hashtable?view=netframework-4.7.2
This script syntax is very similar to DOTNET. You can read the doc above to find the answers.
Why does the following work?
<something>.stop().animate(
{ 'top' : 10 }, 10
);
Whereas this doesn't work:
var thetop = 'top';
<something>.stop().animate(
{ thetop : 10 }, 10
);
To make it even clearer: At the moment I'm not able to pass a CSS property to the animate function as a variable.
{ thetop : 10 } is a valid object literal. The code will create an object with a property named thetop that has a value of 10. Both the following are the same:
obj = { thetop : 10 };
obj = { "thetop" : 10 };
In ES5 and earlier, you cannot use a variable as a property name inside an object literal. Your only option is to do the following:
var thetop = "top";
// create the object literal
var aniArgs = {};
// Assign the variable property name with a value of 10
aniArgs[thetop] = 10;
// Pass the resulting object to the animate method
<something>.stop().animate(
aniArgs, 10
);
ES6 defines ComputedPropertyName as part of the grammar for object literals, which allows you to write the code like this:
var thetop = "top",
obj = { [thetop]: 10 };
console.log(obj.top); // -> 10
You can use this new syntax in the latest versions of each mainstream browser.
With ECMAScript 2015 you are now able to do it directly in object declaration with the brackets notation:
var obj = {
[key]: value
}
Where key can be any sort of expression (e.g. a variable) returning a value.
So here your code would look like:
<something>.stop().animate({
[thetop]: 10
}, 10)
Where thetop will be evaluated before being used as key.
ES5 quote that says it should not work
Note: rules have changed for ES6: https://stackoverflow.com/a/2274327/895245
Spec: http://www.ecma-international.org/ecma-262/5.1/#sec-11.1.5
PropertyName :
IdentifierName
StringLiteral
NumericLiteral
[...]
The production PropertyName : IdentifierName is evaluated as follows:
Return the String value containing the same sequence of characters as the IdentifierName.
The production PropertyName : StringLiteral is evaluated as follows:
Return the SV [String value] of the StringLiteral.
The production PropertyName : NumericLiteral is evaluated as follows:
Let nbr be the result of forming the value of the NumericLiteral.
Return ToString(nbr).
This means that:
{ theTop : 10 } is the exact same as { 'theTop' : 10 }
The PropertyName theTop is an IdentifierName, so it gets converted to the 'theTop' string value, which is the string value of 'theTop'.
It is not possible to write object initializers (literals) with variable keys.
The only three options are IdentifierName (expands to string literal), StringLiteral, and NumericLiteral (also expands to a string).
ES6 / 2020
If you're trying to push data to an object using "key:value" from any other source, you can use something like this:
let obj = {}
let key = "foo"
let value = "bar"
obj[`${key}`] = value
// A `console.log(obj)` would return:
// {foo: "bar}
// A `typeof obj` would return:
// "object"
Hope this helps someone :)
I have used the following to add a property with a "dynamic" name to an object:
var key = 'top';
$('#myElement').animate(
(function(o) { o[key]=10; return o;})({left: 20, width: 100}),
10
);
key is the name of the new property.
The object of properties passed to animate will be {left: 20, width: 100, top: 10}
This is just using the required [] notation as recommended by the other answers, but with fewer lines of code!
Adding square bracket around the variable works good for me. Try this
var thetop = 'top';
<something>.stop().animate(
{ [thetop] : 10 }, 10
);
You can also try like this:
const arr = [{
"description": "THURSDAY",
"count": "1",
"date": "2019-12-05"
},
{
"description": "WEDNESDAY",
"count": "0",
"date": "2019-12-04"
}]
const res = arr.map(value => {
return { [value.description]: { count: value.count, date: value.date } }
})
console.log(res);
I couldn't find a simple example about the differences between ES6 and ES5, so I made one. Both code samples create exactly the same object. But the ES5 example also works in older browsers (like IE11), wheres the ES6 example doesn't.
ES6
var matrix = {};
var a = 'one';
var b = 'two';
var c = 'three';
var d = 'four';
matrix[a] = {[b]: {[c]: d}};
ES5
var matrix = {};
var a = 'one';
var b = 'two';
var c = 'three';
var d = 'four';
function addObj(obj, key, value) {
obj[key] = value;
return obj;
}
matrix[a] = addObj({}, b, addObj({}, c, d));
Update: As a commenter pointed out, any version of JavaScript that supports arrow functions will also support ({[myKey]:myValue}), so this answer has no actual use-case (and, in fact, it might break in some bizarre corner-cases).
Don't use the below-listed method.
I can't believe this hasn't been posted yet: just use arrow functions with anonymous evaluation!
Completely non-invasive, doesn't mess with the namespace, and it takes just one line:
myNewObj = ((k,v)=>{o={};o[k]=v;return o;})(myKey,myValue);
demo:
var myKey="valueof_myKey";
var myValue="valueof_myValue";
var myNewObj = ((k,v)=>{o={};o[k]=v;return o;})(myKey,myValue);
console.log(myNewObj);
useful in environments that don't support the new {[myKey]: myValue} syntax yet, such as—apparently; I just verified it on my Web Developer Console—Firefox 72.0.1, released 2020-01-08. I stand corrected; just wrap the thing in parenthesis and it works.
(I'm sure you could potentially make some more powerful/extensible solutions or whatever involving clever use of reduce, but at that point you'd probably be better served by just breaking out the Object-creation into its own function instead of compulsively jamming it all inline)
not that it matters since OP asked this ten years ago, but for completeness' sake and to demonstrate how it is exactly the answer to the question as stated, I'll show this in the original context:
var thetop = 'top';
<something>.stop().animate(
((k,v)=>{o={};o[k]=v;return o;})(thetop,10), 10
);
Given code:
var thetop = 'top';
<something>.stop().animate(
{ thetop : 10 }, 10
);
Translation:
var thetop = 'top';
var config = { thetop : 10 }; // config.thetop = 10
<something>.stop().animate(config, 10);
As you can see, the { thetop : 10 } declaration doesn't make use of the variable thetop. Instead it creates an object with a key named thetop. If you want the key to be the value of the variable thetop, then you will have to use square brackets around thetop:
var thetop = 'top';
var config = { [thetop] : 10 }; // config.top = 10
<something>.stop().animate(config, 10);
The square bracket syntax has been introduced with ES6. In earlier versions of JavaScript, you would have to do the following:
var thetop = 'top';
var config = (
obj = {},
obj['' + thetop] = 10,
obj
); // config.top = 10
<something>.stop().animate(config, 10);
2020 update/example...
A more complex example, using brackets and literals...something you may have to do for example with vue/axios. Wrap the literal in the brackets, so
[ ` ... ` ]
{
[`filter[${query.key}]`]: query.value, // 'filter[foo]' : 'bar'
}
ES5 implementation to assign keys is below:
var obj = Object.create(null),
objArgs = (
(objArgs = {}),
(objArgs.someKey = {
value: 'someValue'
}), objArgs);
Object.defineProperties(obj, objArgs);
I've attached a snippet I used to convert to bare object.
var obj = {
'key1': 'value1',
'key2': 'value2',
'key3': [
'value3',
'value4',
],
'key4': {
'key5': 'value5'
}
}
var bareObj = function(obj) {
var objArgs,
bareObj = Object.create(null);
Object.entries(obj).forEach(function([key, value]) {
var objArgs = (
(objArgs = {}),
(objArgs[key] = {
value: value
}), objArgs);
Object.defineProperties(bareObj, objArgs);
});
return {
input: obj,
output: bareObj
};
}(obj);
if (!Object.entries) {
Object.entries = function(obj){
var arr = [];
Object.keys(obj).forEach(function(key){
arr.push([key, obj[key]]);
});
return arr;
}
}
console(bareObj);
If you want object key to be same as variable name, there's a short hand in ES 2015.
New notations in ECMAScript 2015
var thetop = 10;
var obj = { thetop };
console.log(obj.thetop); // print 10
You can do it this way:
var thetop = 'top';
<something>.stop().animate(
new function() {this[thetop] = 10;}, 10
);
This way also you can achieve desired output
var jsonobj={};
var count=0;
$(document).on('click','#btnadd', function() {
jsonobj[count]=new Array({ "1" : $("#txtone").val()},{ "2" : $("#txttwo").val()});
count++;
console.clear();
console.log(jsonobj);
});
<script src="https://ajax.googleapis.com/ajax/libs/jquery/2.1.1/jquery.min.js"></script>
<span>value 1</span><input id="txtone" type="text"/>
<span>value 2</span><input id="txttwo" type="text"/>
<button id="btnadd">Add</button>
You could do the following for ES5:
var theTop = 'top'
<something>.stop().animate(
JSON.parse('{"' + theTop + '":' + JSON.stringify(10) + '}'), 10
)
Or extract to a function:
function newObj (key, value) {
return JSON.parse('{"' + key + '":' + JSON.stringify(value) + '}')
}
var theTop = 'top'
<something>.stop().animate(
newObj(theTop, 10), 10
)
When I browserify my coffeescript code the first time it runs fine. However, when I make a change to my source code and watchify tries to re-run the bundling, coffeeify seems to want to run coffeescript against my javascript - based on this error I get from gulp:
events.js:72
throw er; // Unhandled 'error' event
^
SyntaxError: reserved word 'var' while parsing file: /Volumes/dev/app/frontend/editor/main.coffee
This is my Gulpfile:
var gulp = require('gulp');
var gutil = require('gulp-util');
var watchify = require('watchify');
var browserify = require('browserify');
var coffeeify = require('coffeeify');
var source = require('vinyl-source-stream');
var stringify = require('stringify');
var _ = require('underscore');
var browserifyOpts = {
basedir: "./app/frontend/editor",
debug: true,
extensions: ['.coffee'],
entries: ['./main.coffee']
};
var opts = _.extend({}, watchify.args, browserifyOpts);
var bundler = browserify(opts);
var watch = watchify(bundler);
watch.on('update', bundle);
watch.on('log', gutil.log);
function bundle() {
var b = function() {
return bundler
.transform(stringify(['.html']))
.transform('coffeeify')
.bundle()
.pipe(source('main.js'))
.pipe(gulp.dest('app/assets/javascripts/bundles'));
};
return b();
}
gulp.task('default', ['browserify-main']);
gulp.task('browserify-main', bundle);
How can I make the bundling process work with watchify too?
Move your transforms outside of the bundle function:
var bundler = browserify(opts);
bundler.transform(stringify(['.html']))
bundler.transform('coffeeify')
var watch = watchify(bundler);
watch.on('update', bundle);
watch.on('log', gutil.log);
function bundle() {
var b = function() {
return bundler
.bundle()
.pipe(source('main.js'))
.pipe(gulp.dest('app/assets/javascripts/bundles'));
};
return b();
}
I would like to use the Email Settings API with Apps Script to manage all users signatures on a Google Site. I have used Documents Data APIs before with 2-legged OAuth and it worked just fine. I am currently stuck on the authentication step for Email Settings API.
Code example:
// Setup OAuthServiceConfig
var oAuthConfig = UrlFetchApp.addOAuthService("signature");
oAuthConfig.setAccessTokenUrl("https://www.google.com/accounts/OAuthGetAccessToken");
oAuthConfig.setRequestTokenUrl("https://www.google.com/accounts/OAuthGetRequestToken");
//I left scope empty to gain access to all APIs would this scope work scope=https://apps-apis.google.com/a/feeds/emailsettings/2.0/
oAuthConfig.setAuthorizationUrl("https://www.google.com/accounts/OAuthAuthorizeToken");
oAuthConfig.setConsumerKey("domain.com");
oAuthConfig.setConsumerSecret("consumerSecret");
// Setup optional parameters to point request at OAuthConfigService. The "signature"
// value matches the argument to "addOAuthService" above.
var options =
{
"method" : method,
"oAuthServiceName" : "signature",
"oAuthUseToken" : "always"
};
var result = UrlFetchApp.fetch("https://apps-apis.google.com/a/feeds/emailsettings/2.0/"+domainName+"/"+userName+"/signature", options);
Logger.log(result);
I get this error: "Unexpected Error (line 37)" which is
var result = UrlFetchApp.fetch("https://apps-apis.google.com/a/feeds/emailsettings/2.0/"+domainName+"/"+userName+"/signature", options);
Any thoughts on what I am doing wrong?
Scopes are here: http://support.google.com/a/bin/answer.py?hl=en&answer=162105
Hope this will help you. This is an working example which will get the user's HTML signature or Update HTML signature
/*
----------------------------------------------------------------------------------
This function will update the HTML signature of a user.
Input will be jason data
To disable signature, pass an empty string as signature value
sample parameter
ob = {user='hps', signature='<b>Regards</b><br>Waqar'}
To disable signature
ob = {user='hps', signature=''}
----------------------------------------------------------------------------------
*/
function updateSignature(ob) {
//ob = {};
//ob.user = "hps";
//ob.signature = "<b>Regards</b><br>Waqar";
var base = 'https://apps-apis.google.com/a/feeds/emailsettings/2.0/';
var xmlRaw = '<?xml version="1.0" encoding="utf-8"?>'+
'<atom:entry xmlns:atom="http://www.w3.org/2005/Atom" xmlns:apps="http://schemas.google.com/apps/2006">'+
'<apps:property name="signature" value="'+htmlEncode(ob.signature)+'" />'+
'</atom:entry>';
var fetchArgs = googleOAuth_('emailSetting',base);
fetchArgs.method = 'PUT';
fetchArgs.payload = xmlRaw;
fetchArgs.contentType = 'application/atom+xml';
var domain = UserManager.getDomain();
var url = base+domain+'/'+ob.user+'/signature';
var urlFetch = UrlFetchApp.fetch(url, fetchArgs);
var status = urlFetch.getResponseCode();
return status;
}
//-----------------------------------------------------------------------------------------------------------
//This function will retreive Signature settings as json.
/*Sample returned object
{user=hps, signature=<b>Regards</b><br>Waqar}
*/
//-----------------------------------------------------------------------------------------------------------
function retrieveSignature(user) {
var user = 'hps';
var base = 'https://apps-apis.google.com/a/feeds/emailsettings/2.0/';
var fetchArgs = googleOAuth_('emailSetting',base);
fetchArgs.method = 'GET';
var domain = UserManager.getDomain();
var url = base+domain+'/'+user+'/signature?alt=json';
var urlFetch = UrlFetchApp.fetch(url, fetchArgs);
var jsonString = urlFetch.getContentText();
var jsonArray = Utilities.jsonParse(jsonString).entry.apps$property;
var ob = {};
ob.user = user;
for(var i in jsonArray){
ob[jsonArray[i].name] = jsonArray[i].value;
}
return ob;
}
//Google oAuthConfig..
function googleOAuth_(name,scope) {
var oAuthConfig = UrlFetchApp.addOAuthService(name);
oAuthConfig.setRequestTokenUrl("https://www.google.com/accounts/OAuthGetRequestToken?scope="+scope);
oAuthConfig.setAuthorizationUrl("https://www.google.com/accounts/OAuthAuthorizeToken");
oAuthConfig.setAccessTokenUrl("https://www.google.com/accounts/OAuthGetAccessToken");
oAuthConfig.setConsumerKey("anonymous");
oAuthConfig.setConsumerSecret("anonymous");
return {oAuthServiceName:name, oAuthUseToken:"always"};
}
//This function will escape '<' and '>' characters from a HTML string
function htmlEncode(str){
str = str.replace(/</g,'<');
return str.replace(/>/g,'>')
}