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1. Edit /etc/firewalld/zones/public.xml and add a rule to allow port 8090 requests. The remainder of the instructions assume port 8090 is used. The result resembles:

   Code Block

   <?xml version="1.0" encoding="utf-8"?> <zone> <short>Public</short> <description>For use in public areas. You do not trust the other computers on networks to not harm your computer. Only selected incoming connections are accepted.</description> <service name="ssh"/> <service name="dhcpv6-client"/> <port protocol="tcp" port="8009"/> <port protocol="tcp" port="8080"/> <port protocol="tcp" port="8081"/> <port protocol="udp" port="123"/> <port protocol="udp" port="514"/> <port protocol="tcp" port="514"/> <port protocol="tcp" port="8090"/> <masquerade/> </zone>

2. Reload the firewall rules:

   Code Block
   firewall-cmd --reload

3. Download the container scs-container-port90-console.tar.gz here and transfer it to the SCS server. Load the container:

   Code Block
   podman load < scs-container-port90-console.tar.gz

4. Collect the IP address of any Swarm node and replace it in the following command. Install the container:

   Code Block
   podman run -d --name port90consoleswarm-port90-console --security-opt=seccomp=unconfined -p 8090:8090 -e SCSP_HOST=[Swarm node IP] docker-repo.tx.caringo.com/caringo-syslog:stable

5. Now port 8090 on the SCS server can be used to access Swarm’s port90 console: http://[SCS-IP]:8090

6. No further actions are required. However, the container does not run when the SCS server is restarted. Continue with the instructions below to configure the container to auto-start.

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