hppc | High Performance Primitive Collections for Java | Game Engine library

Based on a brief discussion in comments to clarify your setup, it seems that you are configuring your authorization server as a regular secured application with the intention of using scopes as authorities. However, this is an incorrect usage of the authorization server.

Note: I have not seen any reference to an OAuth 2.0 client or resource server in your description, so I'm assuming you are trying to hit endpoints directly on the authorization server. If that's not the case, let me know.

There are three applications involved in an OAuth 2.0 protected setup:

1. Authorization server
2. Resource server
3. Client

Your configuration is only for #1 (as far as I can tell). The authorization server contains two filter chains and additionally a configuration for a single oauth client. The two filter chains do the following:

1. Secure endpoints provided by the authorization server framework
2. Secure the login endpoint(s) the user will interact with prior to using the authorization endpoint (/oauth2/authorize) to obtain an authorization code, which the client will later use to obtain an access token

The scopes you have configured would allow a user (resource owner) to grant an oauth client the ability to make a protected call to a resource server using an access token. Only when the client makes a call to a resource server will your configured scopes be used. When the user directly interacts with an endpoint on the authorization server using a browser, the configuration for form login is in play, which as I mentioned in comments, uses roles from your database.

See the SpringOne 2021 repository and presentation to understand how to take an application from an unsecured application to a secured one, and then see how we turn it into a resource server, which uses scopes as authorities.

The presentation demonstrates all three applications, though the focus is on the resource server, which matches closely what you are trying to accomplish with scopes as authorities.

The problem here is not schema, or lack thereof (kind of), but rather that you are constructing new ObjectWriter instance for every value: this will not work.

Instead, you need to construct a SequenceWriter if you want to write a sequence of rows separately. Something like:

I openned two JIRA to understand this problem. See the links below:

1. https://datastax-oss.atlassian.net/browse/SPARKC-652
2. https://datastax-oss.atlassian.net/browse/JAVA-2945

The error message (in Spanish) says "The system cannot find the specified file." Did you check that java is really installed in the specified path?

Here are two related resources:

• How to install SonarQube with Open JDK 11
• https://community.sonarsource.com/t/java-11-not-detected-although-it-is-installed/14160

it is a bad idea to use external configuration files in elasticsearch plugin. ES provides a mechanism for extending the elasticsearch configuration. all of your custom config should be put in the elasticsearch.yml along with a custom setting registration in the plugin like so:

To make the answer more visible (valid for jhipster 4.x):

for creating a war that can be deployed in an application server use ./gradlew war and for an executable war file, which can be executed via java -jar use ./gradlew bootWar.

I think it is sigar-lib that cassandra uses that is causing the problem (especially on the recent JDK8).

It is not necessary to run cassandra, so you can comment out this line from cassandra-env.ps1 in conf directory: https://github.com/apache/cassandra/blob/cassandra-3.11.7/conf/cassandra-env.ps1#L357

There are conflict libraries.

You said in your question that you are using jackson-core-2.10.3.jar

And in your dependency list, I see jackson-core-2.10.3.jar

Two different versions causing the conflict. It could probably be transitive dependency. Exclude the one you don't need.

You can refer another similar forum topic

"Welcome to jar hell" should be the title of this question.

You have stated correctly that javax.xml.bind module is removed from java 11 and it is also deprecated in java 9 and java 10. You have correctly replaced the missing dependency from the removal of javax.xml.bind module with the following: