sample.sh

MASTER=master.example.com
N1=kube-node1.example.com
N2=kube-node2.example.com
N3=kube-node3.example.com
STORAGE_POOL_NAME=sp1
OPERATOR_YAML=operator.yaml
PVC_NAME=pv1
PVC_FILE_NAME=pv1.yaml
APP_POD_NAME=pod1
APP_POD_FILE=pod1.yaml

NODE=$MASTER
TEST kube_master_setup --record-output tmp/master-details.json 

NODE=$N1
TEST kube_node_setup
TEST join_kube_master tmp/master-details.json
TEST loop_device_setup /dev/vdc

NODE=$N2
TEST kube_node_setup
TEST join_kube_master tmp/master-details.json
TEST loop_device_setup /dev/vdc

NODE=$N3
TEST kube_node_setup
TEST join_kube_master tmp/master-details.json
TEST loop_device_setup /dev/vdc

NODE=$MASTER
TEST kubectl create -f $OPERATOR_YAML
EXPECT_WITHIN 4 180 kubectl get pods -n kadalu --next grep "Running" --next wc -l
TEST kubectl kadalu storage-add $STORAGE_POOL_NAME --type Replica3 \
    --device $N1:/dev/vdc
    --device $N2:/dev/vdc
    --device $N3:/dev/vdc
EXPECT_WITHIN 3 180 kubectl get pods -n kadalu --next grep $STORAGE_POOL_NAME --next wc -l

# Sample PVC Test
TEST kubectl create -f $PVC_FILE
EXPECT_WITHIN 1 60 kubectl get pvc --next grep $PVC_NAME --next grep Bound --next wc -l

# Sample app Test
TEST kubectl create -f $APP_POD_FILE
EXPECT_WITHIN 180 kubectl get pods --next grep $APP_POD_NAME --next grep Running --next wc -l