and then open http://localhost:12000/. Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation override the security and help the rebels escape. To see this, run: $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py SetAccessCode 1 999 Successfully set AccessCode to 999 Securing Access

components, see the Observability section. Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

Cassandra Database Securing a Kafka cluster Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

Cassandra Database Securing a Kafka cluster Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

KOPS_FEATURE_FLAGS=SpecOverrideFlag : This flag is used to override the etcd version to be used from 2.X[kops default ] to 3.1.x [requirement of cilium] --state=${KOPS_STATE_STORE} : KOPS uses an S3 bucket the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ the door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocat Door

KOPS_FEATURE_FLAGS=SpecOverrideFlag : This flag is used to override the etcd version to be used from 2.X[kops default ] to 3.1.x [requirement of cilium] --state=${KOPS_STATE_STORE} : KOPS uses an S3 bucket the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation