I am running spring applications in a JBOSS server inside a test machine. My application does some calls, for example it requires to access a webseal server which is not available in this machine, so I need to simulate its response by injecting the corresponding webseal http headers. I don't know where to start nor if you need more information to propose a solution.
Depend if your app wanna be a Client for webseal, or wanna be a Backend app for webseal. If your app is a client, only recibe a Cookie with your Session ID. If your app is a Backend for web-seal(you are behind of a junction) you need recibe HTTP Headers "iv-user" and "iv-creds", this example help you to understand iv-creds:
JSP Example - get Header Credentials Webseals
Related
My team is rewriting an existing web application that has a react.js front-end and springboot backend. In addition, The original (legacy) app is written in java (tomcat 8 & struts) and that will continue to be used for some parts of the site until a later date when we will complete the rewrite. All 3 endpoints are on the same domain in the following format: react.js (mysite.mydomain.com), spring (mysiteapp.mydomain.com), and legacy (mysite.mydomain.com/old). All 3 apps are hosted on the same server, but the application urls all route through our F5, so nothing is pointing to localhost. We did this to use the same SSL certificate across the three apps. The new and legacy apps use the same database. We are trying to make cross app calls between the new and old app. When we make the cross app calls, we want the user session to be maintained between them without them having to log in twice. We have not been able to get this to work. In our latest attempt to authenticate the user to both apps simultaneously, we are using ajax to sign the user into legacy with the same credentials. We are getting the following error back from the legacy tomcat application: HTTP Status 403 Invalid CSRF token 'null' was found on the request parameter '_csrf' or header 'X-CSRF-TOKEN'. The server understood the request but refuses to authorize it. We are stumped at this point and out of ideas. Code can be provided on request, but we are looking for the best approach to how to implement this and not as much locked on this path described above.
Can anyone please let me know if it is possible to request a LtpaToken2 from an application hosted on WebSphere?
I have a vb.net client application which is using a REST API hosted on WebSphere. I initially connect to the API with the user name and password using basic authentication. Using the same basic authentication is it possible to request a LtpaToken2 from WebSphere so that I can use it for subsequent requests.
Once you do the authentication using an HTTP Request, you will get the cookies (along with LTPA token) in the response. This is true with a web browser, or with any client application.
The response cookies can be stored on the client side, and send it in the subsequent requests (as part of request headers) to WAS.
While designing this, it will be better you have a common gateway in your Client App through which all the calls to WAS goes.
We are using Okta Customer Identity with our application. The challenge with our architecture is that each user gets their own server and subdomain, which is a little weird for Okta, because each redirect URL needs to be provided as part of the application configuration. As we add new users, the list of redirect URLs continues to grow, one per user machine. Their API is not really designed for this, so we have to write the complete list of redirect URLs with every change.
We would like to find a way to use a proxy for the Okta authentication, so that we can just have a single redirect URL for the Okta application configuration. But we're using https://github.com/okta/okta-spring-boot, and we're not really sure how to make it work with a proxy.
If we set up an HTTP proxy using -Dhttp.proxyHost=my.proxy.host -Dhttp.proxyPort=8080, that's going to affect all HTTP traffic, which is not acceptable.
Is there a way we can use an HTTP proxy purely for the Okta auth only, leaving all other HTTP traffic unproxied?
Is there something we can do with the Okta Spring Boot library that would make it possible for all user machines to share a common proxy machine?
The final alternative would be to write some "active" proxy code that runs on the proxy which handles the requests and forwards them on to Okta. It would have to introspect the Okta response and pass it back to the right user machine.
Is there a way to do #1?
Failing that, is there a way to do #2?
If neither of those are possible, are you aware of an existing implementation of #3?
So we have an authentication server where the UI application gets the access token and then it communicate with API server, it's all good. Now we are building a third application which needs SSO to authenticate the same user and that is fine too.
However, there are scenarios where this third application needs to use some resources on the API server which, from my understanding, we need to get a token from auth server using client-id/secret and then send the request with the access token. This seems ok too, however I am not sure how API server is going to authorise that token (a hint on this would be great).
But the main problem is we want this request to be sent on behalf of the user. This is because API server needs to audit all user's activities. How can we achieve this using Spring Boot/OAuth2 and JWT Token?
I went through documentation and I know about #EnableOauth2Sso #EnableAuthorisationServer etc. but this scenario is not clear and I'm not even sure it's been implemented in Spring or not.
If there is no implementation for this scenario, what do you recommend? Any experience you have had on this, can you please share?
Your API server plays the role of a Resource Server. There is an annotation designed for that purpose: #EnableResourceServer. Your client app then will consume this resource using the handy OAuth2RestTemplate.
There are two approaches to properly configure the Resource Server and get this working:
Have the public key directly in your resource server app: this way when the client app try to use a token provided by the authorization server to get a resource from the Resource Server, this will verify if the token is valid by itself.
Configure the resource server to ask the authorization server if a given access token is valid and depending of the response it will allow or decline to get the resource.
I have posted a sample app on github using the first approach. There you can see the interaction between the Authorization Server, the Client and the Resource Server, as well as all the configurations you need for this implementation. Hope it helps you.
I have a web application running on JBoss server based on JSF framework.
I need to redirect my request to an entirely new web application running on some other server and on some other machine geographically located.
My doubt is if I redirect the request from my web page to another web application web page will it expose the session parameter at the other end.
I have some very critical information stored in the session and I cannot afford to expose the details to another web application..
Along with the redirect request I would be sending some parameters to the remote web application which will use these parameters for certain mathematical computation.
Can anyone guide me on this?
Is it possible for the other web application to see what is present in the session
No. That would have been a huge security hole throughout the current world wide web. Think about it once again, are you able to see what for example google.com and stackoverflow.com have in its session? No? Then the other web application definitely also can't. All which the web application can see from outside is the sole incoming HTTP request in its entirety.
This problem/question has at least nothing to do with JSF.
If you invalidate the session before the redirect then it doesn't matter if the external web application sees your session cookie. They couldn't turn around and emulate requests on your session anyway because the session is no longer valid.
request.getSession().invalidate();
I don't think this will be an issue though because I doubt that the request header to another web application would include the same session cookie.