initServer | server initialization | TLS library

I think that the value field in each Mat-Option in your template is being interpreted as a string. if you enclose the value attribute in square brackets like this :

Yes it's possible, you have a metric buttload of extra work to do by not using a build tool (any java build tool. eg: maven, gradle, ant+ivy, leiningen, grape, buildr, bazel, etc ...), but it is possible.

You will have many jars to manage, not just within Jetty, but also it's dependencies outside of Jetty (like the various spec api jars).

Then you'll have some changes to make for your embedded jetty usage.

The changes you'll need to make depend on the version of Jetty you intend to use.

• Jetty 9.x (Servlet 3.1 / Java EE 7) - https://github.com/eclipse/jetty.project/tree/jetty-9.4.x/examples/embedded
• Jetty 10.x (Servlet 4.0 / Jakarta EE 8) - https://github.com/eclipse/jetty.project/tree/jetty-10.0.x/demos/embedded
• Jetty 11.x (Servlet 5.0 / Jakarta EE 9) https://github.com/eclipse/jetty.project/tree/jetty-11.0.x/demos/embedded

You are going from Jetty 6.x, which was for Servlet 2.1 on Java EE 4. Since then there's been a tremendous amount of changes in the various EE specs, the HTTP specs, and even Java JVM itself that has caused changes down to Jetty.

If you read documentation for Thread then you see args= and kwargs=

I'm afraid you can't "get around" CORS. At least not by changing anything on the side of your frontend/Angular app. If your requests are getting rejected because of CORS (which I assume is the issue). You'll have to allow your domain on your backend and not your frontend.

Here you lose the context:

I think the problem is not with gin or not gin, it's just with your call. Notice that you're accessing to the c.PostForm values but in your axios call you're not sending a form values, you're sending a json, so in your variables the value is empty. If you're using Postman I suppose you're doing well sending a PostForm, but not in your axios. My recommendation is to still sending a Post (also add a content-type: application-json header) and c.Bind the body to a struct or a map[string]interface{} and then cast to your specific types in your handler.

Any methods that change an object for both threads need to be synchronized. When the method runs, if the object is being read by one or both of the threads while it changes, The threads could read different values.

e.x.:

There are three main things required for getting a new node to join/gossip with an existing node:

1. cluster_name - The cluster names of the two nodes must match exactly (case-sensitive).
2. seeds - The new node must use the existing node as a seed node. If you're working in a cloud environment, the "external" (aka "floating") IP addresses must be used.
3. node-to-node SSL (if used) - The nodes must have matching truststores to connect.

One thing is on my old_node the cassandra is using localhost (127.0.0.1) as shown in nodetool status.

2a. Neither of the nodes can use the home IP of 127.0.0.1.

rpc_address and broadcast_rpc_address are the addresses for clients, but you need to configure internode communication instead.

The DataStax documentation says (same for OSS Cassandra):

1. In the cassandra.yaml, set the listen_address to the private IP address of the node, and the broadcast_address to the public IP address of the node. This allows DataStax Enterprise nodes in one EC2 region to bind to nodes in another region, thus enabling multiple datacenter support. For intra-region traffic, DataStax Enterprise switches to the private IP after establishing a connection.

2. Set the addresses of the seed nodes in the cassandra.yaml file to that of the public IP. Private IP are not routable between networks. For example: