Develop Reference

What is the VS2022 eqivalent to "Azure Identity Plugin for Visual Studio Code Authentication"?

im trying to authenticate towards Azure using my local user in VisualStudio2022 in my local development environment using the following:
const { DefaultAzureCredential } = require("#azure/identity");
const credential = new DefaultAzureCredential();
but nothing is found, and I'm signed in in VS2022.
Should credentials be found automatically, or do i need to spesify that it is the VS2022 credentials i want to use?
Does https://github.com/Azure/azure-sdk-for-js/blob/main/sdk/identity/identity-vscode/README.md work only for VS-Code, and not vs2022?
Edit 1: Elaboration: As i understand it, "credentials" can be from "EnvironmentCredentials", "DefaultManagedIdentityCredentials", "AzureCLI" or "AzurePowerSHell".
Beeing logged into azure with corret subscription in VS2022, i expected my credentials to be in one of these to contain my credentials.
Btw: i get a "DefaultAzureCredential => failed to retrieve a token from the included credentials. To troubleshoot, visit"
What is the "included credentials" ?
Edit 2: I can get a token using Azure CLI as descibed here: https://github.com/Azure/azure-sdk-for-js/blob/main/sdk/identity/identity/TROUBLESHOOTING.md#verify-the-azure-cli-can-obtain-tokens

This was solved using the azure sdk require("#azure/identity");
And i guess its fetching credentials though AzureCLI , event though its not visible when instantiating the credentials, which i was expecting. But its all undefined as can be seen in picture below.
Then, just trying to get the secret from keyVault it worked, although i'm not 100% sure how its working.
const client = new SecretClient(url, credential);
await client.getSecret(secretName);

Single flow: sign user in via Google oAuth AND grant offline/server access?

I'm trying to implement Google sign-in and API access for a web app with a Node.js back end. Google's docs provide two options using a combo of platform.js client-side and google-auth-library server-side:
Google Sign-In with back-end auth, via which users can log into my app using their Google account. (auth2.signIn() on the client and verifyIdToken() on the server.)
Google Sign-in for server-side apps, via which I can authorize the server to connect to Google directly on behalf of my users. (auth2.grantOfflineAccess() on the client, which returns a code I can pass to getToken() on the server.)
I need both: I want to authenticate users via Google sign-in; and, I want to set up server auth so it can also work on behalf of the user.
I can't figure out how to do this with a single authentication flow. The closest I can get is to do the two in sequence: authenticate the user first with signIn(), and then (as needed), do a second pass via grantOfflineAccess(). This is problematic:
The user now has to go through two authentications back to back, which is awkward and makes it look like there's something broken with my app.
In order to avoid running afoul of popup blockers, I can't give them those two flows on top of each other; I have to do the first authentication, then supply a button to start the second authentication. This is super-awkward because now I have to explain why the first one wasn't enough.
Ideally there's some variant of signIn() that adds the offline access into the initial authentication flow and returns the code along with the usual tokens, but I'm not seeing anything. Help?
(Edit: Some advice I received elsewhere is to implement only flow #2, then use a secure cookie store some sort of user identifier that I check against the user account with each request. I can see that this would work functionally, but it basically means I'm rolling my own login system, which would seem to increase the chance I introduce bugs in a critical system.)

To add an API to an existing Google Sign-In integration the best option is to implement incremental authorization. For this, you need to use both google-auth-library and googleapis, so that users can have this workflow:
Authenticate with Google Sign-In.
Authorize your application to use their information to integrate it with a Google API. For instance, Google Calendar. 
For this, your client-side JavaScript for authentication might require some changes to request
offline access:
$('#signinButton').click(function() {
auth2.grantOfflineAccess().then(signInCallback);
});
In the response, you will have a JSON object with an authorization code:
{"code":"4/yU4cQZTMnnMtetyFcIWNItG32eKxxxgXXX-Z4yyJJJo.4qHskT-UtugceFc0ZRONyF4z7U4UmAI"}
After this, you can use the one-time code to exchange it for an access token and refresh token.
Here are some workflow details:
The code is your one-time code that your server can exchange for its own access token and refresh token. You can only obtain a refresh token after the user has been presented an authorization dialog requesting offline access. If you've specified the select-account prompt in the OfflineAccessOptions [...], you must store the refresh token that you retrieve for later use because subsequent exchanges will return null for the refresh token
Therefore, you should use google-auth-library to complete this workflow in the back-end. For this,
you'll use the authentication code to get a refresh token. However, as this is an offline workflow,
you also need to verify the integrity of the provided code as the documentation explains:
If you use Google Sign-In with an app or site that communicates with a backend server, you might need to identify the currently signed-in user on the server. To do so securely, after a user successfully signs in, send the user's ID token to your server using HTTPS. Then, on the server, verify the integrity of the ID token and use the user information contained in the token
The final function to get the refresh token that you should persist in your database might look like
this:
const { OAuth2Client } = require('google-auth-library');
/**
* Create a new OAuth2Client, and go through the OAuth2 content
* workflow. Return the refresh token.
*/
function getRefreshToken(code, scope) {
return new Promise((resolve, reject) => {
// Create an oAuth client to authorize the API call. Secrets should be
// downloaded from the Google Developers Console.
const oAuth2Client = new OAuth2Client(
YOUR_CLIENT_ID,
YOUR_CLIENT_SECRET,
YOUR_REDIRECT_URL
);
// Generate the url that will be used for the consent dialog.
await oAuth2Client.generateAuthUrl({
access_type: 'offline',
scope,
});
// Verify the integrity of the idToken through the authentication
// code and use the user information contained in the token
const { tokens } = await client.getToken(code);
const ticket = await client.verifyIdToken({
idToken: tokens.id_token!,
audience: keys.web.client_secret,
});
idInfo = ticket.getPayload();
return tokens.refresh_token;
})
}
At this point, we've refactored the authentication workflow to support Google APIs. However, you haven't asked the user to authorize it yet. Since you also need to grant offline access, you should request additional permissions through your client-side application. Keep in mind that you already need an active session.
const googleOauth = gapi.auth2.getAuthInstance();
const newScope = "https://www.googleapis.com/auth/calendar"
googleOauth = auth2.currentUser.get();
googleOauth.grantOfflineAccess({ scope: newScope }).then(
function(success){
console.log(JSON.stringify({ message: "success", value: success }));
},
function(fail){
alert(JSON.stringify({message: "fail", value: fail}));
});
You're done with the front-end changes and you're only missing one step. To create a Google API's client in the back-end with the googleapis library, you need to use the refresh token from the previous step.
For a complete workflow with a Node.js back-end, you might find my gist helpful.

While authentication (sign in), you need to add "offline" access type (by default online) , so you will get a refresh token which you can use to get access token later without further user consent/authentication. You don't need to grant offline later, but only during signing in by adding the offline access_type. I don't know about platform.js but used "passport" npm module . I have also used "googleapis" npm module/library, this is official by Google.
https://developers.google.com/identity/protocols/oauth2/web-server
https://github.com/googleapis/google-api-nodejs-client
Check this:
https://github.com/googleapis/google-api-nodejs-client#generating-an-authentication-url
EDIT: You have a server side & you need to work on behalf of the user. You also want to use Google for signing in. You just need #2 Google Sign-in for server-side apps , why are you considering both #1 & #2 options.
I can think of #2 as the proper way based on your requirements. If you just want to signin, use basic scope such as email & profile (openid connect) to identify the user. And if you want user delegated permission (such as you want to automatically create an event in users calendar), just add the offline access_type during sign in. You can use only signing in for registered users & offline_access for new users.
Above is a single authentication flow.

How to Call a Firebase Authenticated Cloud Endpoint from Javascript?

I've written several Google Cloud Endpoints in Python and have followed the directions to require that calls to them come from users authenticated using Firebase. I need to call my Endpoints from a web app using JavaScript, but I can't seem to get the authentication working.
I'd like to use the Google APIs client (gapi) which comes with the added benefit of dynamically generating the client library from a provided discovery document. When I try using the gapi client, I can make the call to my API just fine, but I get an HTTP 401 as a response, along with the HTTP unauthorized message that my python source returns.
Google's documentation on the subject is rather sparse. I gather from one tutorial on the subject that a standard Ajax call can be used, but I don't see any documentation on how to call a Firebase authenticated endpoint from Gapi. My current concern is that the gapi client may not be set up (yet) to allow for the use of a discovery doc and also allow for the Authorization header to be set as Firebase Auth requires.
Is what I'm attempting even possible?
Any suggestions would be appreciated. Perhaps calling a Firebase Authenticated endpoint isn't possible using the gapi client.
Here's a rough outline of my gapi js code:
function(token) {
gapi.client.init({
apiKey: 'MY_API_KEY',
discoveryDocs: [MY_DISCOVERY_DOC_URL'],
clientId: 'MY_WEB_CLIENT_ID',
scope: 'profile'
}).then(function(){
return gapi.client.my.server.api.call();
}).then(function(response){
console.log(response.result.data)
}, function(reason){
console.log('Error: ' + reason.result.error.message)
});
}

I have been struggling with this for a while now and finally made it work. I found two options:
Option 1) If you want to use the gapi.client library:
There is a method called gapi.client.setToken(tokenObject) - documentation
However, it seems to be new (July '17) and little documentation or examples are available. I made it work doing the following (this is in angularJS with angular-fire but I hope you get what I am doing, basically ignore the "$scope")
// any time auth state changes, add the user data to scope
$scope.auth.$onAuthStateChanged(function (firebaseUser) {
$scope.firebaseUser = firebaseUser;
$scope.idToken = null;
// get the token from the firebase User Object
// Note that getToken() is deprecated and for me it did not work as desired
// use getIdToken() instead
firebaseUser.getIdToken().then(function (idToken) {
$scope.idToken = idToken;
});
});
// Now you can use setToken
// If from the docs you were thinking firebase's getIdToken() gives me TokenObject and gapi's setToken()
// expects a TokenObject so I'll just pass it - you'd be wrong! (at least for me - if it works for you please give me a heads up)
// You'll need to build your own token:
var homemadeToken = {
access_token: $scope.idToken.toString() // This feels so wrong
};
gapi.client.setToken(homemadeToken);
gapi.client.yourapi.getSomething().execute(function (resp) {
// Do stuff with the response
}
);
Option 2) Use jQuery's Ajax request - documentation
$.ajax(backendHostUrl + '/_ah/api/yourapi/v1/someendpoint', {
headers: {
'Authorization': 'Bearer ' + $scope.idToken // Here it worked without making a string first but I did not check why
},
method: 'GET',
success: function (resp) {
// Do stuff with the response
}
});
If after all of that your backend is still not accepting the tokens and you have migrated from endpoints v1 to v2, it might help migrating again as described here. Esp. make sure the lib folder is created again.
Even after SDK updates, I noticed that if and once you migrated from v1 to v2 the "lib" folder is never updated regardless of whether or not it hase been updated.
Still not working?
This github page fixes the issue on the BACKEND side for an earlier version - the backend did not accept firebase tokens and needed to be hacked. If you want to apply the changes as described there and you are using the latest "lib" folder's (writing in July '17) users_id_token.py as per migration guide, note that the file has changed and you need to go against the explicit commentary in that file's _verify_signed_jwt_with_certs method:
# Formerly we would parse the token body here.
# However, it's not safe to do that without first checking the signature.
and parse the token before checking the signature. From that file's comments it can be inferred however, that Google plans to put the entire logic elsewhere - hopefully firebase friendly and safely.

Adding a test user in graph api (javascript sdk)

I am trying to add a couple to test users to an app I'm developing using google app engine and the javascript sdk. Following this link:, I tried this code:
FB.api ('/app_id/accounts/test-users', 'post', {installed:'true', permissions:'read_stream'}, function (response) {
alert (response.id);
});
(app_id was changed to the App ID as obtained in http://www.facebook.com/developers/apps.php)
But I get a popup "undefined". What is wrong with this code? I could not find any example for the javascript sdk.
As per the same facebook help page, response is supposed to be:
{
"id": "1231....",
"access_token":"1223134..." ,
"login_url":"https://www.facebook.com/platform/test_account.."
}
BTW, if I log in as myself,
FB.api('/me', function(user) {
welcomeMsg (user);
});
works just fine, so it's not a problem with app activation.

I don't think it's possible to perform this type of task using the Javascript SDK, which is intended to make calls on behalf of a user, not an app. For this type of call, it's necessary to authenticate as the app, and for that you need the app OAuth token and secret, which aren't available via Javascript (nor should they be, for security reasons). So the best solution here is to make this call serverside. To do so, you should follow the "App Login" instructions here to get an app access token, and then pass that token in to the /app_id/accounts/test-users API call (as the "access_token" param)

Websocket connection - no valid credentials

I'm trying to create a simple nodejs application that connects to the pathofexile.com/trade api.
The problem with this API is that is that you cannot use it unless you're logged in on the main website (my code works in the browser, but I'm trying to make it into a desktop application). There are several other applications that solves this issue by creating a session ID cookie with a users session ID (ID that you can get by logging in to the website). Unfortunately the documentation of the API is very limited and I havn't been able to find any information on how I can create/use the cookie as needed.
If I try to connect to the websocket, without being logged in to the main pathofexile website, I get the following error:
VM58:1 WebSocket connection to 'wss://www.pathofexile.com/api/trade/live/Metamorph/e602K4cL' failed: HTTP Authentication failed; no valid credentials available
I've tried using my sessionID to create a cookie like this by using the built in features in node:
const cookie = { name: 'POESESSID', value: '3acbf42fb842aasdqwe1a0c355f',domain:
'.pathofexile.com' }
session.defaultSession.cookies.set(cookie)
.then(() => {
// success
console.log("Cookie set (?)")
}, (error) => {
console.error(error)
})
Unfortunately, this does not work. I'm very unfamiliar with websockets (only started playing around with any of this a few days ago by accident), and I'm even less familiar with how websockets access and get data from cookies.
I've tried other modules like npm cookie-parser, npm request and npm needle to no avail.
The closest I've gotten to an answer is from a one year old reddit post where the user used C# to get this to work.
This is the code used in that example:
// Setup HTTP connection
HttpClientHandler handler = new HttpClientHandler();
CookieContainer cookieContainer = new CookieContainer();
cookieContainer.Add(composeUrl, new Cookie("POESESSID", sessionId));
handler.CookieContainer = cookieContainer;
HttpClient client = new HttpClient(handler);
If someone could help shine some light on this I'd be very appreciative. I understand that this question is incredibly niche and perhaps I'm asking it in the wrong forum, but I really don't know where to turn.
Appreciate any help!
//Alex