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Appdynamics agent integration for applications deployed on Kubernetes.
##Start up a Kubernetes multi node cluster from the coreos vagrant image from here
##Build the application docker image with appropriate controller configuration from existing Python source code and push it to Docker Hub. Replace DOCKER_HUB_USER with your Docker Hub username.
cd Docker
docker build . -t <DOCKER_HUB_USER>/sample-redis-talker
docker push <DOCKER_HUB_USER>/sample-redis-talker
##Build the machine agent docker image with appropriate controller configuration and push it to Docker Hub. Replace DOCKER_HUB_USER with your Docker Hub username.
cd k8-machineagent
docker build . -t <DOCKER_HUB_USER>/kubernetes-appdynmachineagent
docker push <DOCKER_HUB_USER>/kubernetes-appdynmachineagent
cd ../
##Create pod for redis
cd Kubernetes
kubectl create -f db-pod.yml
##Create service for redis
kubectl create -f db-svc.yml
##Create pod for web
###Edit the web-pod.yml file to add your own docker application image name (created above) under the 'image' key
kubectl create -f web-pod.yml
##Create service for web
kubectl create -f web-svc.yml
##Create daemonset for machine agent
###Edit the machineagentdaemonset.yml file to add your own docker application image name (created above) under the 'image' key
kubectl create -f machineagentdaemonset.yml
##Put load on the redis based python application kubectl get nodes ##Example: NAME STATUS AGE 172.17.4.101 Ready,SchedulingDisabled 3h 172.17.4.201 Ready 3h kubectl describe svc web
kubectl describe svc web ##Example: Name: web Namespace: default Labels: app=demo name=web Selector: name=web Type: NodePort IP: 10.3.0.176 Port: 80/TCP NodePort: 30239/TCP Endpoints: 10.2.71.10:5000 Session Affinity: None No events. ##Access the application:
curl node IP:service nodeport
##Example: (Based on above values)
curl 172.17.4.201:30239
##Check the controller to see the Application reporting and correlation between the python app agent and the machine agent