blob: a9b0c5f80a541bf7a421e6dd725627285d32f114 [file] [log] [blame]
#!/bin/bash
###############################################################################
#
# Script used to assist in launching Kubernetes jobs/pods. Expects to be used
# as an supplemental script to the scripts that want to launch their containers
# on a Kubernetes cluster.
#
###############################################################################
#
# Requirements:
# - Docker login credentials defined inside ~/.docker/config.json
# - Kubectl installed and configured on machine running the script
# - Access to a Kubernetes Cluster using v1.5.2 or newer
# - NFS directories for OpenBMC repo cache, BitBake shared state cache, and
# shared Jenkins home directory that holds workspaces.
# - All NFS directories should have RWX permissions for user being used to run
# the build-setup.sh script
# - Persistent Volume and Claims created and mounted to NFS directories
# - Image pull secret exists for image pulls in Kubernetes cluster namespace
#
###############################################################################
# Script Variables:
# build_scripts_dir The path for the openbmc-build-scripts directory.
# Default: The parent directory containing this script
#
# Kubernetes Variables:
# img_pl_sec The image pull secret used to access registry if needed
# Default: "regkey"
# registry The registry to use to pull and push images
# Default: "master.cfc:8500/openbmc/""
# job_timeout The amount of time in seconds that the build will wait for
# the job to be created in the api of the cluster.
# Default: "60"
# namespace The namespace to be used within the Kubernetes cluster
# Default: "openbmc"
# pod_timeout The amount of time in seconds that the build will wait for
# the pod to start running on the cluster.
# Default: "600"
#
# YAML File Variables (No Defaults):
# img_name The name the image that will be passed to the kubernetes
# api to build the containers. The image with the tag
# img_name will be built in the invoker script. This script
# will then tag it to include the registry in the name, push
# it, and update the img_name to be what was pushed to the
# registry. Users should not include the registry in the
# original img_name.
# pod_name The name of the pod, needed to trace down the logs.
#
# Deployment Option Variables (No Defaults):
# invoker Name of what this script is being called by or for, used
# to determine the template to use for YAML file.
# launch Used to determine the template used for the YAML file,
# normally carried in by sourcing this script in another
# script that has declared it.
# log If set to true the script will tail the container logs
# as part of the bash script.
# purge If set to true it will delete the created object once this
# script ends.
# workaround Used to enable the logging workaround, when set will
# launch a modified template that waits for a command. In
# most cases it will be waiting to have a script run via
# kubectl exec. Required when using a version of Kubernetes
# that has known issues that impact the retrieval of
# container logs when using kubectl. Defaulting to be true
# whenever logging is enabled until ICP upgrades their
# Kubernetes version to a version that doesn't need this.
#
###############################################################################
build_scripts_dir=${build_scripts_dir:-"$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )/.."}
# Kubernetes Variables
namespace=${namespace:-openbmc}
registry=${registry:-master.cfc:8500/openbmc/}
img_pl_sec=${img_pl_sec:-regkey}
job_timeout=${job_timeout:-60}
pod_timeout=${pod_timeout:-600}
# Options which decide script behavior
invoker=${invoker:-${1}}
log=${log:-${2}}
purge=${purge:-${3}}
launch=${launch:-${4}}
workaround=${workaround:-${log}}
# Set the variables for the specific invoker to fill in the YAML template
# Other variables in the template not declared here are declared by invoker
case ${invoker} in
Build-Jenkins)
deploy_name=${deploy_name:-jenkins-master}
pod_name=${pod_name:-jenkins-master-pod}
new_img_name="${img_repo}jenkins-master-${ARCH}:${j_vrsn}"
h_claim=${h_claim:-jenkins-home}
cluster_ip=${cluster_ip:-10.0.0.175}
http_nodeport=${http_nodeport:-32222}
agent_nodeport=${agent_nodeport:-32223}
;;
OpenBMC-build)
w_claim=${w_claim:-jenkins-slave-space}
s_claim=${s_claim:-shared-state-cache}
o_claim=${o_claim:-openbmc-reference-repo}
new_img_name=${new_img_name:-${registry}${distro}:${img_tag}-${ARCH}}
pod_name=${pod_name:-openbmc${BUILD_ID}-${target}-builder}
;;
QEMU-build)
pod_name=${pod_name:-qemubuild${BUILD_ID}}
w_claim=${w_claim:-jenkins-slave-space}
q_claim=${q_claim:-qemu-repo}
new_img_name="${registry}${img_name}"
;;
QEMU-launch)
deploy_name=${deploy_name:-qemu-launch-deployment}
pod_name=${pod_name:-qemu-instance}
replicas=${replicas:-5}
w_claim=${w_claim:-jenkins-slave-space}
jenkins_subpath=${jenkins_subpath:-Openbmc-Build/openbmc/build}
new_img_name="${registry}qemu-instance"
;;
XCAT-launch)
;;
generic)
;;
*)
exit 1
;;
esac
# Tag the image created by the invoker with a name that includes the registry
docker tag ${img_name} ${new_img_name}
img_name=${new_img_name}
# Push the image that was built to the image repository
docker push ${img_name}
if [[ "$ARCH" == x86_64 ]]; then
ARCH=amd64
fi
extras=""
if [[ "${workaround}" == "true" ]]; then
extras+="-v2"
fi
yaml_file=$(eval "echo \"$(<${build_scripts_dir}/kubernetes/Templates/${invoker}-${launch}${extras}.yaml)\"")
kubectl create -f - <<< "${yaml_file}"
# If launch is a job we have to find the pod_name with identifiers
if [[ "${launch}" == "job" ]]; then
while [ -z ${replace} ]
do
if [ ${job_timeout} -lt 0 ]; then
kubectl delete -f - <<< "${yaml_file}"
echo "Timeout occurred before job was present in the API"
exit 1
else
sleep 1
let job_timeout-=1
fi
replace=$(kubectl get pods -n ${namespace} | grep ${pod_name} | awk 'print $1')
done
pod_name=${replace}
fi
# Once pod is running track logs
if [[ "${log}" == true ]]; then
# Wait for Pod to be running
check_status="kubectl describe pod ${pod_name} -n ${namespace}"
status=$( ${check_status} | grep Status: )
while [ -z "$( echo ${status} | grep Running)" ]
do
if [ ${pod_timeout} -lt 0 ]; then
kubectl delete -f - <<< "${yaml_file}"
echo "Timeout occurred before pod was Running"
exit 1
else
sleep 1
let pod_timeout-=1
fi
status=$( ${check_status} | grep Status: )
done
# Tail the logs of the pod, if workaround enabled start executing build script instead.
if [[ "${workaround}" == "true" ]]; then
kubectl exec -it ${pod_name} -n ${namespace} ${WORKSPACE}/build.sh
else
kubectl logs -f ${pod_name} -n ${namespace}
fi
fi
# Delete the object if purge is true
if [[ "${purge}" == true ]]; then
kubectl delete -f - <<< "${yaml_file}"
fi