Method to monitor requests that come towards Keycloak server - oauth-2.0

I'm trying to understand the functionalities of Keycloak and trying to find a way to monitor request flows (like in Wireshark) in a local environment (localhost). What tool could I use for this purpose in a Windows environment? I've got an Angular app that is integrated with Keycloak, and it works. When I request localhost:4200, the browser takes me to Keycloak login screen.
To view logs, I changed the log level in the Keycloak server at ..\keycloak-4.8.3.Final\standalone\configuration from INFO to ALL. It did expand the log entries that showed in the console but it didn't show any logs when my angular application redirects to Keycloak and when I enter user credentials in Keycloak login screen.
I would like to see the request flow from browser to Keycloak and all the auth requests and so on. Is there a tool that I could use for this purpose?

Configure the events part of the server the way you prefer. They are stored in the DB.
Keycloak provides a rich set of auditing capabilities. Every single
login action can be recorded and stored in the database and reviewed
in the Admin Console. All admin actions can also be recorded and
reviewed. There is also a Listener SPI with which plugins can listen
for these events and perform some action. Built-in listeners include a
simple log file and the ability to send an email if an event occurs.
Still I don't know if this covers the specific case of your application redirecting to the KC login screen. If not, you might need to log this in your application, but it might be a little bit tricky if you use the Angular adapter, as it gets executed in client side (you would need to do POST to some server that you own to get it logged, or directly switch to any server side based KC adapter).

another way to get the event is from the
Keycloak keycloak = KeycloakBuilder.builder()
.serverUrl("localhost")
.realm("myRealm")
.grantType(OAuth2Constants.PASSWORD)
.clientId("myclient")
.clientSecret("xxxx-xxxxx-xxxx-xxx")
.username("foo")//the admin user
.password("password")
.build();
List<EventRepresentation> events = keycloak.realm("myRealm").getEvents();
then you choose the type of event you want to target

Related

The Auth Callback URL for my draft application it's not being called, in the admin panel it stays forever in installing mode

I created a draft application in my store panel, I added the auth callback and load urls, but when I click to install it, it does not call the oauth url. It's not https, is this a problem, considering it's a draft application?
We're using a draft application and calling localhost, which is obviously not https and it is working fine. My advice is the problem is probably at the server you have instructed Bigcommerce to point to. Try to access that URL manually or use a service like hurl.it to create the request manually.

Authenticate Username and Password iOS

I have a website that users can log into to see their account info.
I would like to build functionality into my iOS app that allows them to log in and see their info in the app. The usernames and passwords are stored in a SQL database.
How can I authenticate the username and password the user types into the app with the database?
If you have better atuthentication system in your web..
then i would prefer you to use the WEBVIEW for your login page. and continues the other using the normal app flow.
there are lot of tutorials for creating username and password login Function in IOS. i dont know whther you are basic or new progrmmer. But try this you may get some idea.
http://www.youtube.com/watch?v=HrZR2SyeoSk.
You can go with JSON serialisation, if you experienced to load data from server.
There are multiple ways you can go about this but at the end of the day you need an endpoint for your iOS application to talk to your web server. This can be done with a TCP connection (little more complicated) or with a RESTful HTTP API endpoint which is generally the way most developers will go.
To get you running up and quickly on the client side have a look at AFNetworking to do the heavy lifting on your HTTP requests. You will then need a URL on your website that the iOS application can query. Abstract things to keep your API on a different subdomain, say for instance by creating a subdomain to handle your API requests. A login example could look like this
http://api.mysite.com/login
For a PHP based REST API here is a tutorial for you, PHP API or you could use a Node.js framework such as Restify
The general practise is to use JSON encoded data when sending requests back and forth from the server, iOS 7 has built in JSON encoding/decoding, node and PHP also have pretty good support.
Once you are able to send and receive HTTP request from your iOS device to your web server it is just a matter of checking the username and password match up on the server side (seems you already know how to do this?) to the ones in your database and sending back a authentication BOOL and option error message if failed.

Console application using the YouTube Data API

I'm about to build a console application that needs access to the authenticated YouTube Data API. Calling the API's themselves is not a problem, I know quite well how to make and process HTTPS requests.
I've already gotten the API key and the Client ID. No problems there, either.
The problem is the authentication.
I've checked here: https://developers.google.com/youtube/v3/guides/authentication#installed-apps
On the "Installed applications" tab, in step two, it instructs on how to set up a url to call to do the authentication step. All good so far. But before programming anything, I thought I'd try and see what that url does in the browser.
Turns out it just displays a login prompt. Well how about that. That won't work in this kind of console application. The idea is, presumably, that the user is somehow shown this webpage and be instructed to login and allow access. Then, somehow, by some kind of magic perhaps, the access token is sent back to my console application.
Two things I'm not quite sure about:
1) How do I prompt for the username and/or password in the console app and send that to the authentication URL?
2) How would I get the access token back from it?
The biggest problem is that the API seems to require a browser... Which isn't there. My console application will (eventually) run unattended, so starting up a browser and displaying a webpage and doing nothing until it returns a code, is out of the question. I need to somehow supply the authentication page a username/password and get back the code right away.

Primer on Getting Started

I'm just getting started with D2L and am running into problems.
On the "Getting Started" page, I have completed the first three steps:
1) Acquire an App Key/ID pair from D2L - I have received the App ID and App Key
2) Create a test account in your host LMS - I have created a new user account with the administrator role for testing
3) Choose a client library to work with - I am using the PHP SDK
4) Authenticate with your LMS - This is where I'm running into trouble.
When I use the Getting Started sample:
http://samples.valence.desire2learn.com/samples/GettingStartedSample/
And enter my host, app ID and app key and hit on the "Authenticate" button, I get a "This application is not authorized on this LMS instance. Ask your administrator to authorize this application" error.
I am an administrator on my D2L host and I'm not sure how to authorize my own app.
I have tried the following:
Navigating to the "Manage Extensibility" page because that's where D2L says my app should be located, but it isn't there.
Enabling the API (d2l.Security.Api.EnableApi) under the "DOME" page to no avail.
What am I doing wrong?
Based on your question and comments, there were two issues here:
First is that the list of App ID/Key pairs appropriate for your LMS get regularly fetched by your LMS from the D2L KeyTool service. The schedule for this fetching is once a day; accordingly, if the scheduled task isn't set up, or if your LMS isn't identifying itself properly to the KeyTool service, or if time hasn't yet elapsed after key granting to the next scheduled run of the task, the App won't yet be in your LMS' Manage Extensibility list. It sounds like you no longer have that issue.
Second is that the Valence Learning Framework APIs' authentication process (requesting and retrieving a set of user tokens for an LMS user) requires several LMS features to be properly set up: (a) the LMS must be configured to support Deep Linking, (b) the LMS must be set up to handle the ?target= parameter on incoming client URL requests, and curate that parameter throughout the user authentication process.
In cases where your LMS is not doing the user authentication but depending upon another, third-party IDP (like Shibboleth), any ?target= parameter passed into the login process must be taken care of by the IDP and properly handed back to the LMS after user authentication. In a situation where you have multiple redirections occurring during user authentication, this can involve successive generation of a target parameter, and each generation must re-URL-encode the previous request URL in its entirety (like sticking an envelope inside another envelope, inside yet another envelope).
If your LMS is not properly configured to support these two points, which you might not notice during other operations, then client calls to the Learning Framework APIs won't work because the calling client won't be able to fetch back a set of user tokens.
To solve the second of these issues, you may have to contact D2L's Customer Support desk -- they can verify, and adjust as necessary, the LMS configuration part of this authentication chain. If you're integrating your LMS with other third-party IDP components not administered or deployed by D2L, then you might also need to adjust their configurations: D2L can likely advise on what needs to be done there (curate the target parameter on URls), but cannot adjust the configuration for you in those cases.

Rails 3 and iOS Architecture Review

My goal is to build a standalone RESTful Rails 3 service that communicates with a Rails 3 web application via ActiveResource JSON and an iPhone application via iOS 5 native JSON. I have each running so that a single table of data is being exposed in the service app and that can be called and rendered via both a Rails app and the iPhone app.
My question is around authentication and something that can be reusable for both the web application and the iPhone app or in the future an Android app.
From the research I have done on this site, it seems HTTP Basic would work for both, however I would be unable to properly logout a user on the web side like sessions or cookies could and I have the browser login form to deal with. If I use sessions, how would that translate to setting up authentication on the iOS side of things?
This project is a code learning exercise, so I am hoping for implementation or architectural guidance rather than simply implementing Devise or Authlogic, etc.
It sounds like you're conflating at least two problems.
The first issue is authentication: you need to determine if the user is who they say they are. For authentication, you can do basic auth. You could also use client certs, though that's probably not what you're looking for.
The second thing is session management: First, you can do basic auth on each page request and store the session state in the database, but you're right about not being able to log the user out, as the browser will cache the credentials.
You may want to consider a login page that requires basic auth and shoots back a cookie to do session management. All other pages don't require basic auth, but give a 401 unauthorized if the cookie isn're present. Or you could redirect. The iOS client code will have to know to call the login page first to get the cookie and then use it after that. Logging out is deleting the cookie.. hrmm, but the browser will still cache the basic auth credentials.
I'm thinking the only way you're going to get what you want is to have a form-based auth for your web users (to allow them to log out and log in as someone else), and a basic-auth based system for iOS users. As a result of both authentication mechanisms, return a cookie that has to be used for all other pages.

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