apiVersion: v1
kind: ConfigMap
metadata:
name: radius-config
namespace: lms
data:
default: |
server default {
listen {
type = auth
ipaddr = *
port = 1812
}
authorize {
update request {
Example-Custom-Attribute = "Added by processor"
}
files
pap
}
authenticate {
Auth-Type PAP {
pap
}
}
post-auth {
update reply {
Reply-Message += "%{Example-Custom-Attribute}"
}
exec
}
}
generator-script: |
#!/bin/bash
while true; do
echo "User-Name=user
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RANDOM,User−Password=passRANDOM, Calling-Station-Id=00:11:22:33:44:$RANDOM" |
radclient -f /config/custom_dictionary -t 1 -x 10.7.13.199:1812 auth testing123
sleep 5
done
custom_dictionary: |
VENDOR Example 54321
BEGIN-VENDOR Example
ATTRIBUTE Example-Custom-Attribute 1 string
END-VENDOR Example
$INCLUDE /etc/raddb/dictionary

apiVersion: apps/v1
kind: Deployment
metadata:
name: radius-generator
namespace: lms
spec:
selector:
matchLabels:
app: radius-generator
template:
metadata:
labels:
app: radius-generator
spec:
containers:
- name: radius-generator
image: git.pyxis.com.tn:5000/radius/freeradius:1.0
command: ["/bin/bash"]
args: ["-c", "cp /config/generator-script /tmp/generate.sh && cp /config/custom_dictionary /tmp/custom_dictionary && chmod +x /tmp/generate.sh && /tmp/generate.sh"]
volumeMounts:
- name: config-volume
mountPath: /config
volumes:
- name: config-volume
configMap:
name: radius-config
items:
- key: generator-script
path: generator-script
- key: custom_dictionary
path: custom_dictionary

apiVersion: apps/v1
kind: Deployment
metadata:
name: radius-processor
namespace: lms
spec:
selector:
matchLabels:
app: radius-processor
template:
metadata:
labels:
app: radius-processor
spec:
containers:
- name: radius-processor
image: git.pyxis.com.tn:5000/radius/freeradius:1.0
command: ["/usr/sbin/freeradius"]
args: ["-X", "-f"]
ports:
- containerPort: 1812
protocol: UDP
volumeMounts:
- name: config-volume
mountPath: /etc/raddb/sites-enabled/default
subPath: default
- name: dictionary-volume
mountPath: /etc/raddb/dictionary.example
subPath: custom_dictionary
volumes:
- name: config-volume
configMap:
name: radius-config
items:
- key: default
path: default
- name: dictionary-volume
configMap:
name: radius-config
items:
- key: custom_dictionary
path: custom_dictionary

apiVersion: v1
kind: Service
metadata:
name: radius-generator-service
namespace: lms
spec:
selector:
app: radius-generator
ports:

protocol: UDP
port: 1812
targetPort: 1812
apiVersion: v1
kind: Service
metadata:
name: radius-processor-service
namespace: lms
spec:
selector:
app: radius-processor
ports:

protocol: UDP
port: 1812
targetPort: 1812
externalIPs:
10.7.13.199
10.7.13.201
10.7.13.202
Generator Script:

Changed back to use the specific IP address 10.7.13.199:1812 instead of the service name. This IP corresponds to one of the external IPs of the radius-processor-service.

Services:

Kept both the generator service and the processor service.
Retained the external IPs for the radius-processor-service as requested.

Other Components:

The processor configuration (default), custom dictionary, and deployments remain the same as in the previous version.

This setup will work as follows:

The generator pod will send random RADIUS traffic to the processor pod using one of the external IPs (10.7.13.199 in this case).
The processor pod will receive the traffic, add the custom attribute, and send the response back.
The generator will receive the response with the added attribute.

Some notes on this configuration:

The generator is hardcoded to use 10.7.13.199. If you want to distribute traffic across all three IPs, you might need to modify the generator script to randomly select an IP or implement a more sophisticated load balancing mechanism.
The generator service is included but not used in this setup. It's there in case you need it for other purposes or future modifications.
Ensure that the external IPs (10.7.13.199, 10.7.13.201, 10.7.13.202) are correctly set up and routable within your network environment.

To test this:

Apply this configuration to your Kubernetes cluster.
Check the logs of both the generator and processor pods to ensure they're running correctly.
You should see the generator sending requests to 10.7.13.199 and the processor adding the custom attribute in its logs.
does it do that i want it to proces radius request then return it with added custim champ

6 minutes ago 
AI
Yes, based on the configuration you've provided, your setup should achieve your goal of processing RADIUS requests and returning them with an added custom attribute.

Here's how it works:
Generator Pod (radius-generator Deployment):

Script: Your generator-script sends RADIUS authentication requests to 10.7.13.199:1812 every 5 seconds.
Custom Dictionary: The script uses a custom dictionary (/config/custom_dictionary) to recognize the custom attributes.
Command:
echo "User-Name=user$RANDOM, User-Password=pass$RANDOM, Calling-Station-Id=00:11:22:33:44:$RANDOM" | \
radclient -f /config/custom_dictionary -t 1 -x 10.7.13.199:1812 auth testing123
Processor Pod (radius-processor Deployment):

FreeRADIUS Configuration (default):
Authorize Section: Adds Example-Custom-Attribute to the request.
authorize {
  update request {
    Example-Custom-Attribute = "Added by processor"
  }
  files
  pap
}
Post-Auth Section: Adds Example-Custom-Attribute to the Reply-Message in the response.
post-auth {
  update reply {
    Reply-Message += "%{Example-Custom-Attribute}"
  }
  exec
}
Custom Dictionary: Includes the definition for Example-Custom-Attribute, ensuring the RADIUS server recognizes it.
VENDOR Example 54321
BEGIN-VENDOR Example
ATTRIBUTE Example-Custom-Attribute 1 string
END-VENDOR Example
$INCLUDE /etc/raddb/dictionary
Ports and Services: Listens on UDP port 1812 and is accessible via the service with external IPs, including 10.7.13.199.
Communication Flow:

The generator sends requests to 10.7.13.199:1812.
The processor receives the requests, processes them, and adds Example-Custom-Attribute to the response.
The generator receives the response, which includes the custom attribute.
Things to Ensure:
Custom Dictionary Usage in Generator:

The radclient command uses the -f option to specify the custom dictionary. This ensures that both the generator and processor have the same understanding of custom attributes.
Attribute Visibility:

The -x option in radclient runs in debug mode, which should display the details of the response, including the Reply-Message.
Testing:

Monitor the logs of both the generator and processor pods to ensure the attribute is being added and received.
You can use kubectl logs to check the output.
Potential Adjustments:
Load Distribution:

Currently, the generator sends all requests to 10.7.13.199. If you want to distribute traffic across all three IPs, you can modify the generator script to randomly select one of the IPs.
IPS=("10.7.13.199" "10.7.13.201" "10.7.13.202")
IP=${IPS[$RANDOM % ${#IPS[@]}]}
Error Handling:

Ensure that the radclient command handles failures gracefully. If the processor is not reachable, the script should handle the timeout or retry accordingly.
Conclusion:
Your configuration is set up correctly to process RADIUS requests and return them with the added custom attribute. By following the setup you've described, both the generator and processor should interact as intended, with the processor adding the custom attribute to each RADIUS response.

Next Steps:
Apply the Configuration:

Deploy all the resources to your Kubernetes cluster.
Verify the Functionality:

Use kubectl logs to monitor both deployments.
Look for the Reply-Message in the generator logs to confirm the custom attribute is present.
Troubleshooting:

If you don't see the expected output, check the following:
Ensure the custom dictionary is correctly referenced in both the generator and processor.
Verify that the FreeRADIUS server is running without errors (-X flag runs it in debug mode).
Confirm that network policies or firewall rules are not blocking traffic between the pods.
Let me know if you have any questions or run into any issues!

5 minutes ago 
You
are you OpenAI o1-preview?
can you Recreate full code in 1 yml file combined completed updaetd ow an think in logic before giving me i want it true
so recreate a one yml code completed updaetd that has the server + process radius and doo all ofthat
makesure it s rue