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Kubernetes pods are made of grouped containers and running on the dedicated node.

Kubernetes are managing directions where to create pods and their lifecycle. Kubernetes configuration consists of worker nodes and the master server. The master server is able to connect to nodes, create containers, and bond them into pods. The master node is designed to run only managing commands like kubectl, cluster state database etcd, and others daemons required to keep cluster up and running.

docker ps

shows nothing in this case.

To get list of running pods:

kubectl get pods

You can then connect to pod already running on node:

kubectl attach -i <podname>

Back to your question.

If you are interested in how Kubernetes are working with containers including your application image and Kubernetes infrastructure, you have to obtain node’s IP address first:

kubectl describe pod <podname> | grep ^Node:

or by:

kubectl get pods -o wide

Next connect to the node via ssh and then:

 docker ps
  

You will see there are containers including the one you are looking for.

Kubernetes pods are made of grouped containers and running on the dedicated node.

Kubernetes are managing directions where to create pods and their lifecycle. Kubernetes configuration consists of worker nodes and the master server. The master server is able to connect to nodes, create containers, and bond them into pods. The master node is designed to run only managing commands like kubectl, cluster state database etcd, and others daemons required to keep cluster up and running.

docker ps

shows nothing in this case.

To get list of running pods:

kubectl get pods

You can then connect to pod already running on node:

kubectl attach -i <podname>

Back to your question.

If you are interested in how Kubernetes are working with containers including your application image and Kubernetes infrastructure, you have to obtain node’s IP address first:

kubectl describe pod <podname> | grep ^Node:

Next connect to the node via ssh and then:

 docker ps
  

You will see there are containers including the one you are looking for.

Kubernetes pods are made of grouped containers and running on the dedicated node.

Kubernetes are managing directions where to create pods and their lifecycle. Kubernetes configuration consists of worker nodes and the master server. The master server is able to connect to nodes, create containers, and bond them into pods. The master node is designed to run only managing commands like kubectl, cluster state database etcd, and others daemons required to keep cluster up and running.

docker ps

shows nothing in this case.

To get list of running pods:

kubectl get pods

You can then connect to pod already running on node:

kubectl attach -i <podname>

Back to your question.

If you are interested in how Kubernetes are working with containers including your application image and Kubernetes infrastructure, you have to obtain node’s IP address first:

kubectl describe pod <podname> | grep ^Node:

or by:

kubectl get pods -o wide

Next connect to the node via ssh and then:

 docker ps
  

You will see there are containers including the one you are looking for.

Source Link
d0bry

Kubernetes pods are made of grouped containers and running on the dedicated node.

Kubernetes are managing directions where to create pods and their lifecycle. Kubernetes configuration consists of worker nodes and the master server. The master server is able to connect to nodes, create containers, and bond them into pods. The master node is designed to run only managing commands like kubectl, cluster state database etcd, and others daemons required to keep cluster up and running.

docker ps

shows nothing in this case.

To get list of running pods:

kubectl get pods

You can then connect to pod already running on node:

kubectl attach -i <podname>

Back to your question.

If you are interested in how Kubernetes are working with containers including your application image and Kubernetes infrastructure, you have to obtain node’s IP address first:

kubectl describe pod <podname> | grep ^Node:

Next connect to the node via ssh and then:

 docker ps
  

You will see there are containers including the one you are looking for.

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