ip-address | manipulating IPv4 and IPv6 addresses | TCP library

In Windows PowerShell, curl does not refer to the external curl.exe program; instead, it is a built-in alias for PowerShell's Invoke-WebRequest cmdlet.

In order to invoke curl.exe, include the filename extension, .exe:

You can try this:

1. Add the X-Forwarded-For to the "HTTP Request Headers" (goto the API-Gateway configuration -> Resources -> Method Request).
2. Add a Template with Content-Type: application/json (Resources -> Integration Request -> "Mapping Templates")
3. Add a Mapping to the template

ActiveMQ Artemis has no default connection limit. I just wrote a quick test based on this which uses the Paho 1.2.5 MQTT client. It spun up 500 concurrent connections using both normal TCP and WebSockets. The test finished in less than 20 seconds with no errors. I'm just running this test on my laptop.

I noticed that your journal-buffer-timeout is 700000 which seems quite high which means you have a very low write speed of 1.43 writes per millisecond (i.e. a slow disk). The journal-buffer-timeout that is calculated, for example, on my laptop is 4000 which translates into a write-speed of 250 which is significantly faster than yours. My laptop is nothing special, but it does have an SSD. That said, SSDs are pretty common. If this low write-speed is indicative of the overall performance of your VM it may simply be too weak to handle the load you want. To be clear, this value isn't related directly to MQTT connections. It's just something I noticed while reviewing your configuration that may be indirect evidence of your issue.

The journal-buffer-timeout value is calculated and configured automatically when the instance is created. You can re-calculate this value later and configure it manually using the bin/artemis perf-journal command.

Ultimately, your issue looks environmental to me. I recommend you inspect your VM and network. TCP dumps may be useful to see perhaps how/why the connection is being reset. Thread dumps from the server during the time of the trouble would also be worth inspecting.

You need to add 'https' in proxies:

You can do them in parallel by using map on the array and using fetch within. You can know when they've all finished by using Promise.all to observe the overall result:

Those are not IP addresses. They are hostnames that come from reverse DNS resolution, with most of the name cut off due to how netstat presents them. By passing --notrim you should be able to see the full hostnames. Alternatively, passing --numeric will disable hostname resolution altogether.

Taking a guess:

1. 3.235.82.211, hosted on Amazon EC2. Looks like it's owned by Zoom (checked https certificate)
2. fra24s07-in-x0a.1e100.net, google infrastructure of some kind (I googled the fra24s07-in-x0a string, and 1e100.net is google owned). Going to that url over https gives me a google 404 page.
3. 2a02:26f0:0300::5c7a:f589, an IPv6 address, used by Akamai (a content delivery network provider), found by going there and seeing the HTTPS certificate
4. Unclear. Maybe wm-in-xbd.1e100.net (another google IP); going to that url over https gives me a google 404 page.
5. Unclear

The SSHTunnelForwarder is used if you want to do some stuff on the remote server.

Another code block is needed if you need to use remote server as a bridge to connect to another server:

I was able to solve this issue. Basically all your microservices should use below configuration. Here prefer-ip-address: true and fetch-registry: true is the key here.

In general, this concept should be easily achievable with microservices and a suiting configuration. And yes, you should be able to use profiles to define different database connections so that you can have multiple instances running.

I assume you are overwriting temporary build artifacts, that's why it is not working somehow. But that is hard to diagnose from distance. You might consider using Docker containers with a suiting configuration to increase isolation in this regard.