diff options
Diffstat (limited to 'kubernetes')
| -rwxr-xr-x | kubernetes/oneclick/createAll.bash | 189 | ||||
| -rwxr-xr-x | kubernetes/oneclick/deleteAll.bash | 150 | ||||
| -rw-r--r-- | kubernetes/oneclick/setenv.bash | 15 | ||||
| -rw-r--r-- | kubernetes/oneclick/tools/autoCleanConfig.bash | 54 | ||||
| -rw-r--r-- | kubernetes/oneclick/tools/autoCreateConfig.bash | 65 | ||||
| -rw-r--r-- | kubernetes/oneclick/tools/collectInfo.bash | 171 |
6 files changed, 0 insertions, 644 deletions
diff --git a/kubernetes/oneclick/createAll.bash b/kubernetes/oneclick/createAll.bash deleted file mode 100755 index ded7c392ed..0000000000 --- a/kubernetes/oneclick/createAll.bash +++ /dev/null @@ -1,189 +0,0 @@ -#!/bin/bash - -. $(dirname "$0")/setenv.bash - - -usage() { - cat <<EOF -Usage: $0 [PARAMs] --u : Display usage --n [NAMESPACE] : Kubernetes namespace (required) --v [VALUES] : HELM values filepath (usefull when deploying one component at a time) --l [LOCATION] : Location of oom project --i [INSTANCE] : ONAP deployment instance # (default: 1) --a [APP] : Specify a specific ONAP component (default: all) - from the following choices: - sdc, aai ,mso, message-router, robot, vid, aaf, uui - sdnc, portal, policy, appc, multicloud, clamp, consul, vnfsdk -EOF -} - -check_return_code(){ - ret=$? - if [ $ret -ne 0 ]; then - printf "The command $1 returned with error code $ret \n" 1>&2 - exit $ret - fi -} - -create_service_account() { - cmd=`echo kubectl create clusterrolebinding $1-admin-binding --clusterrole=cluster-admin --serviceaccount=$1:default` - eval ${cmd} - check_return_code $cmd -} - -create_namespace() { - cmd=`echo kubectl create namespace $1` - eval ${cmd} -} - -create_registry_key() { -cmd=`echo kubectl --namespace $1 create secret docker-registry $2 --docker-server=$3 --docker-username=$4 --docker-password=$5 --docker-email=$6` - eval ${cmd} - check_return_code $cmd -} - -configure_dcaegen2() { - if [ ! -s "$OPENSTACK_PRIVATE_KEY_PATH" ] - then - echo "ERROR: $OPENSTACK_PRIVATE_KEY_PATH does not exist or is empty. Cannot launch dcae gen2." - return 1 - fi - - cmd=`echo kubectl --namespace $1-$2 create secret generic $2-openstack-ssh-private-key --from-file=key=${OPENSTACK_PRIVATE_KEY_PATH}` - eval ${cmd} - check_return_code $cmd - - if [ ! -s "$DCAEGEN2_CONFIG_INPUT_FILE_PATH" ] - then - echo "ERROR: $DCAEGEN2_CONFIG_INPUT_FILE_PATH does not exist or is empty. Cannot launch dcae gen2." - return 1 - fi - - cmd=`echo kubectl --namespace $1-$2 create configmap $2-config-inputs --from-file=inputs.yaml=${DCAEGEN2_CONFIG_INPUT_FILE_PATH}` - eval ${cmd} - check_return_code $cmd -} - -create_onap_helm() { - HELM_VALUES_ADDITION="" - if [[ ! -z $HELM_VALUES_FILEPATH ]]; then - HELM_VALUES_ADDITION="--values=$HELM_VALUES_FILEPATH" - fi - # Have to put a check for dcaegen2 because it requires external files to helm - # which should not be part of the Chart. - if [ "$2" = "dcaegen2" ]; - then - configure_dcaegen2 $1 $2 - local result=$? - if [ $result -ne 0 ] - then - echo "ERROR: dcaegen2 failed to configure: Pre-requisites not met. Skipping deploying it and continue" - return - fi - fi - - cmd=`echo helm install $LOCATION/$2/ --name $1-$2 --namespace $1 --set nsPrefix=$1,nodePortPrefix=$3 ${HELM_VALUES_ADDITION}` - eval ${cmd} - check_return_code $cmd -} - -#MAINs -NS= -HELM_VALUES_FILEPATH="" -LOCATION="../" -INCL_SVC=true -APP= -INSTANCE=1 -MAX_INSTANCE=5 -DU=$ONAP_DOCKER_USER -DP=$ONAP_DOCKER_PASS - -SINGLE_COMPONENT=false - -while getopts ":n:u:s:i:a:du:dp:l:v:" PARAM; do - case $PARAM in - u) - usage - exit 1 - ;; - n) - NS=${OPTARG} - ;; - v) - HELM_VALUES_FILEPATH=${OPTARG} - ;; - i) - INSTANCE=${OPTARG} - ;; - l) - LOCATION=${OPTARG} - ;; - a) - SINGLE_COMPONENT=true - APP=${OPTARG} - if [[ -z $APP ]]; then - usage - exit 1 - fi - ;; - du) - DU=${OPTARG} - ;; - dp) - DP=${OPTARG} - ;; - ?) - usage - exit - ;; - esac -done - -if [[ -z $NS ]]; then - usage - exit 1 -fi - -if [[ ! -z "$APP" ]]; then - HELM_APPS=($APP) -fi - - -if [ "$INSTANCE" -gt "$MAX_INSTANCE" ];then - printf "\n********** You choose to create ${INSTANCE}th instance of ONAP \n" - printf "\n********** Due to port allocation only ${MAX_INSTANCE} instances of ONAP is allowed per kubernetes deployment\n" - exit 1 -fi - -start=$((300+2*INSTANCE)) -end=$((start+1)) - -printf "\n********** Creating instance ${INSTANCE} of ONAP with port range ${start}00 and ${end}99\n" - - -printf "\n********** Creating ONAP: ${ONAP_APPS[*]}\n" - -if [ "$SINGLE_COMPONENT" == "false" ] -then - printf "\nCreating namespace **********\n" - create_namespace $NS - - printf "\nCreating registry secret **********\n" - create_registry_key $NS ${NS}-docker-registry-key $ONAP_DOCKER_REGISTRY $DU $DP $ONAP_DOCKER_MAIL - - printf "\nCreating service account **********\n" - create_service_account $NS -fi - -printf "\n\n********** Creating deployments for ${HELM_APPS[*]} ********** \n" - -for i in ${HELM_APPS[@]}; do - - printf "\nCreating deployments and services **********\n" - create_onap_helm $NS $i $start - - printf "\n" -done - -printf "\n**** Done ****\n" diff --git a/kubernetes/oneclick/deleteAll.bash b/kubernetes/oneclick/deleteAll.bash deleted file mode 100755 index 9833af7909..0000000000 --- a/kubernetes/oneclick/deleteAll.bash +++ /dev/null @@ -1,150 +0,0 @@ -#!/bin/bash - -. $(dirname "$0")/setenv.bash - -delete_namespace() { - kubectl delete namespace $1 -} - -delete_service_account() { - kubectl delete clusterrolebinding $1-admin-binding -} - -delete_registry_key() { - kubectl --namespace $1 delete secret ${1}-docker-registry-key -} - -delete_app_helm() { - helm delete $1-$2 --purge -} - -wait_terminate() { - printf "Waiting for namespaces termination...\n" - while true; do - declare -i _STATUS=0 - for i in ${HELM_APPS[@]}; do - kubectl get pods --namespace $1 | grep -w " $i" > /dev/null 2>&1 - if [ "$?" -ne "0" ]; then - _STATUS=1 - break - fi - done - - if [ "$SINGLE_COMPONENT" == "false" ]; then - kubectl get namespaces $1 > /dev/null 2>&1 - _STATUS=$? - fi - if [ "$_STATUS" -ne "0" ]; then - break - fi - sleep 2 - done -} - -usage() { - cat <<EOF -Usage: $0 [PARAMs] --u : Display usage --n [NAMESPACE] : Kubernetes namespace (required) --c : kubectl context (default: current context) --y : Skip interactive confirmation (default: no) --a [APP] : Specify a specific ONAP component (default: all) - from the following choices: - sdc, aai ,mso, message-router, robot, vid, aaf, uui - sdnc, portal, policy, appc, multicloud, clamp, consul, vnfsdk --N : Do not wait for deletion of namespace and its objects -EOF -} - -#MAINs -NS= -INCL_SVC=false -APP= -WAIT_TERMINATE=true -SKIP_INTERACTIVE_CONFIRMATION=no -KUBECTL_CONTEXT= -SINGLE_COMPONENT=false -while getopts ":c:n:u:s:a:yN" PARAM; do - case $PARAM in - u) - usage - exit 1 - ;; - n) - NS=${OPTARG} - ;; - a) - APP=${OPTARG} - if [[ -z $APP ]]; then - usage - exit 1 - fi - SINGLE_COMPONENT=true - ;; - N) - WAIT_TERMINATE=false - ;; - y) - SKIP_INTERACTIVE_CONFIRMATION=yes - ;; - c) - KUBECTL_CONTEXT=${OPTARG} - ;; - ?) - usage - exit - ;; - esac -done - -if [[ -z $NS ]]; then - usage - exit 1 -fi - -if [[ "$SKIP_INTERACTIVE_CONFIRMATION" != yes ]]; then - current_kubectl_context=$(kubectl config get-contexts |grep "*" |awk '{print $2}') - if test "$KUBECTL_CONTEXT" != "$current_kubectl_context"; then - printf "Current kubectl context does not match context specified:\x1b[31m $current_kubectl_context\x1b[0m\n" - if [ ! -z "$KUBECTL_CONTEXT" -a "$KUBECTL_CONTEXT" != " " ]; then - read -p "Do you wish to switch context to $KUBECTL_CONTEXT and continue?" yn - case $yn in - [Yy]* ) kubectl config use-context $KUBECTL_CONTEXT;; - * ) printf "Skipping delete...\n"; exit;; - esac - else - printf "You are about to delete deployment from:\x1b[31m $current_kubectl_context\x1b[0m\n" - read -p "To continue enter context name: " response - - if test "$response" != "$current_kubectl_context" - then - printf "Your response does not match current context! Skipping delete ...\n" - exit 1 - fi - fi - fi -fi - -if [[ ! -z "$APP" ]]; then - HELM_APPS=($APP) -fi - -printf "\n********** Cleaning up ONAP: ${ONAP_APPS[*]}\n" - -for i in ${HELM_APPS[@]}; do - delete_app_helm $NS $i -done - -if [ "$SINGLE_COMPONENT" == "false" ] -then - delete_app_helm $NS "config" - delete_namespace $NS - delete_registry_key $NS - delete_service_account $NS -fi - -if $WAIT_TERMINATE; then - wait_terminate $NS -fi - -printf "\n********** Gone **********\n" diff --git a/kubernetes/oneclick/setenv.bash b/kubernetes/oneclick/setenv.bash deleted file mode 100644 index 716b76c410..0000000000 --- a/kubernetes/oneclick/setenv.bash +++ /dev/null @@ -1,15 +0,0 @@ -#!/bin/bash - -# Deploying MSB first so the started ONAP services can be registered to MSB -HELM_APPS=('consul' 'msb' 'mso' 'message-router' 'sdnc' 'vid' 'robot' 'portal' 'policy' 'aai' 'sdc' 'dcaegen2' 'log' 'cli' 'multicloud' 'clamp' 'vnfsdk' 'uui' 'aaf' 'vfc' 'esr') -ONAP_DOCKER_REGISTRY=${ONAP_DOCKER_REGISTRY:-nexus3.onap.org:10001} -ONAP_DOCKER_USER=${ONAP_DOCKER_USER:-docker} -ONAP_DOCKER_PASS=${ONAP_DOCKER_PASS:-docker} -ONAP_DOCKER_MAIL=${ONAP_DOCKER_MAIL:-$USERNAME@$USERDOMAIN} -# Openstack key pair private key file location required to enable dcaegen2 installer CRUD operations in your Openstack -# Ensure you set the name of your keypair in the dcae-parameters.yaml entry "keypair: "dcae-g2" -# example: export OPENSTACK_PRIVATE_KEY_PATH=/home/user/Downloads/dcae-g2.pem -OPENSTACK_PRIVATE_KEY_PATH=${OPENSTACK_PRIVATE_KEY_PATH:-~/.ssh/onap_rsa} -# dcaegen2 bootstrap configuration input yaml file. Start from the sample, and set your environments real values: -# example: export DCAEGEN2_CONFIG_INPUT_FILE_PATH=/tmp/dcae-parameters.yaml -DCAEGEN2_CONFIG_INPUT_FILE_PATH=${DCAEGEN2_CONFIG_INPUT_FILE_PATH:-../dcaegen2/dcae-parameters-sample.yaml} diff --git a/kubernetes/oneclick/tools/autoCleanConfig.bash b/kubernetes/oneclick/tools/autoCleanConfig.bash deleted file mode 100644 index e274e0d0c5..0000000000 --- a/kubernetes/oneclick/tools/autoCleanConfig.bash +++ /dev/null @@ -1,54 +0,0 @@ -######################################################################################## -# This script wraps {$OOM}/kubernetes/oneclick/deleteAll.sh script along with # -# the following steps to clean up ONAP configure for specified namespace: # -# - remove namespace # -# - remove release # -# - remove shared directory # -# # -# To run it, just enter the following command: # -# ./autoCleanConfig.bash <namespace, default is "onap"> # -######################################################################################## -#!/bin/bash - - -NS=$1 -if [[ -z $NS ]] -then - echo "Namespace is not specified, use onap namespace." - NS="onap" -fi - -echo "Clean up $NS configuration" -cd .. -./deleteAll.bash -n $NS -y -cd - - -echo "---------------------------------------------- -Force remove namespace..." -kubectl delete namespace $NS -echo "...done : kubectl get namespace ------------------------------------------------ ->>>>>>>>>>>>>> k8s namespace" -kubectl get namespace -while [[ ! -z `kubectl get namespace|grep $NS` ]] -do - echo "Wait for namespace $NS to be deleted ------------------------------------------------ ->>>>>>>>>>>>>> k8s namespace" - kubectl get namespace - sleep 2 -done - -echo "Force delete helm process ..." -helm delete $NS-config --purge --debug -echo "...done : helm ls --all - ----------------------------------------------- ->>>>>>>>>>>>>> helm" -helm ls --all - -echo "Remove $NS dockerdata..." -sudo rm -rf /dockerdata-nfs/onap -echo "...done : ls -altr /dockerdata-nfs - ----------------------------------------------- ->>>>>>>>>>>>>> /dockerdata-nfs directory" -ls -altr /dockerdata-nfs diff --git a/kubernetes/oneclick/tools/autoCreateConfig.bash b/kubernetes/oneclick/tools/autoCreateConfig.bash deleted file mode 100644 index 99ea03e1bb..0000000000 --- a/kubernetes/oneclick/tools/autoCreateConfig.bash +++ /dev/null @@ -1,65 +0,0 @@ -######################################################################################## -# This script wraps {$OOM}/kubernetes/config/createConfig.sh script # -# and will only terminated when the configuration is Completed or failed # -# # -# To run it, just enter the following command: # -# ./autoCreateConfig.bash <namespace, default is "onap"> # -######################################################################################## -#!/bin/bash - - -NS=$1 -if [[ -z $NS ]] -then - echo "Namespace is not specified, use onap namespace." - NS="onap" -fi - -echo "Create $NS config under config directory..." -cd ../../config -./createConfig.sh -n $NS -cd - - - -echo "...done : kubectl get namespace ------------------------------------------------ ->>>>>>>>>>>>>> k8s namespace" -kubectl get namespace - - -echo " ------------------------------------------------ ->>>>>>>>>>>>>> helm : helm ls --all" -helm ls --all - - -echo " ------------------------------------------------ ->>>>>>>>>>>>>> pod : kubectl get pods -n $NS -a" -kubectl get pods -n $NS -a - - -while true -do - echo "wait for $NS config pod reach to Completed STATUS" - sleep 5 - echo "-----------------------------------------------" - kubectl get pods -n $NS -a - - status=`kubectl get pods -n $NS -a |grep config |xargs echo | cut -d' ' -f3` - - if [ "$status" = "Completed" ] - then - echo "$NS config is Completed!!!" - break - fi - - if [ "$status" = "Error" ] - then - echo " -$NS config is failed with Error!!! -Logs are:" - kubectl logs config -n $NS -f - break - fi -done diff --git a/kubernetes/oneclick/tools/collectInfo.bash b/kubernetes/oneclick/tools/collectInfo.bash deleted file mode 100644 index 734c5a6c62..0000000000 --- a/kubernetes/oneclick/tools/collectInfo.bash +++ /dev/null @@ -1,171 +0,0 @@ -#!/bin/bash - -NS= -OUT_NAME=onap_info_$(date +%y.%m.%d_%H.%M.%S.%N) -OUT_FILE= -OUT_DIR=$(dirname "$0") -TMP_DIR=$(dirname $(mktemp -u)) -CONTAINER_LOGS_PATH=/var/log/onap -CP_CONTAINER_LOGS=false - -if [ ! -z "$DEBUG" ]; then - set -x -fi - -usage() { - cat <<EOF -Utility script collecting various information about ONAP deployment on kubernetes. - -Usage: $0 [PARAMs] --u : Display usage --n [NAMESPACE] : Kubernetes namespace (required) --a [APP] : Specify a specific ONAP component (default: all) --d [OUT_DIR] : Specify output folder for the collected info pack file - (default: current dir) --f [OUT_FILE] : Specify output file for the collected info - (default: file name with timestamp) --c : Collect log files from containers, from path ${CONTAINER_LOGS_PATH} -EOF -} - -call_with_log() { - local _cmd=$1 - local _log=$2 - # Make sure otput dir exists - mkdir -p "$(dirname "$_log")" - printf "Command: ${_cmd}\n" >> ${_log} - printf "================================================================================\n" >> ${_log} - eval "${_cmd}" >> ${_log} 2>&1 - printf "================================================================================\n" >> ${_log} -} - -collect_pod_info() { - local _ns=$1 - local _id=$2 - local _log_dir=$3 - local _cp_logs=$4 - declare -i _i=0 - kubectl -n $_ns get pods $_id -o=jsonpath='{range .spec.containers[*]}{.name}{"\n"}{end}' | while read c; do - call_with_log "kubectl -n $_ns logs $_id -c $c" "$_log_dir/$_id-$c.log" - if [ "$_i" -eq "0" ] && [ "$_cp_logs" == "true" ]; then - # copy logs from 1st container only as logs dir is shared between the containers - local _cmd="kubectl cp $_ns/$_id:${CONTAINER_LOGS_PATH} $_log_dir/$_id-$c -c $c" - if [ -z "$DEBUG" ]; then - _cmd+=" > /dev/null 2>&1" - fi - eval "${_cmd}" - fi - ((_i++)) - done -} - -collect_ns_info() { - local _ns=$1 - local _log_dir=$2/$_ns - call_with_log "kubectl -n $NS-$i get services -o=wide" "$_log_dir/list_services.log" - kubectl -n "$_ns" get services | while read i; do - local _id=`echo -n $i | tr -s ' ' | cut -d' ' -n -f1` - if [ "$_id" == "NAME" ]; then - continue - fi - call_with_log "kubectl -n $_ns describe services $_id" "$_log_dir/describe_services/$_id.log" - done - call_with_log "kubectl -n $NS-$i get pods -o=wide" "$_log_dir/list_pods.log" - kubectl -n "$_ns" get pods | while read i; do - local _id=`echo -n $i | tr -s ' ' | cut -d' ' -n -f1` - if [ "$_id" == "NAME" ]; then - continue - fi - call_with_log "kubectl -n $_ns describe pods $_id" "$_log_dir/describe_pods/$_id.log" - collect_pod_info "$_ns" "$_id" "$_log_dir/logs" "${CP_CONTAINER_LOGS}" - done -} - -while getopts ":un:a:d:f:c" PARAM; do - case $PARAM in - u) - usage - exit 1 - ;; - n) - NS=${OPTARG} - ;; - a) - APP=${OPTARG} - if [[ -z $APP ]]; then - usage - exit 1 - fi - ;; - d) - OUT_DIR=${OPTARG} - if [[ -z $OUT_DIR ]]; then - usage - exit 1 - fi - ;; - f) - OUT_FILE=${OPTARG} - if [[ -z $OUT_FILE ]]; then - usage - exit 1 - fi - ;; - c) - CP_CONTAINER_LOGS=true - ;; - ?) - usage - exit - ;; - esac -done - -if [ -z "$NS" ]; then - usage - exit 1 -fi - -if [[ -z $OUT_FILE ]]; then - OUT_FILE=$OUT_NAME.tgz -fi - -if [ ! -z "$APP" ]; then - _APPS=($APP) -else - _APPS=(`kubectl get namespaces | grep "^$NS-" | tr -s ' ' | cut -d' ' -n -f1 | sed -e "s/^$NS-//"`) -fi - -printf "Collecting information about ONAP deployment...\n" -printf "Components: %s\n" "${_APPS[*]}" - -# Collect common info -mkdir -p ${TMP_DIR}/${OUT_NAME}/ -echo "${_APPS[*]}" > ${TMP_DIR}/${OUT_NAME}/component-list.log -printf "Collecting Helm info\n" -call_with_log "helm version" "${TMP_DIR}/${OUT_NAME}/helm-version.log" -call_with_log "helm list" "${TMP_DIR}/${OUT_NAME}/helm-list.log" - -printf "Collecting Kubernetes info\n" -call_with_log "kubectl version" "${TMP_DIR}/${OUT_NAME}/k8s-version.log" -call_with_log "kubectl get nodes -o=wide" "${TMP_DIR}/${OUT_NAME}/k8s-nodes.log" -call_with_log "kubectl cluster-info" "${TMP_DIR}/${OUT_NAME}/k8s-cluster-info.log" -call_with_log "kubectl cluster-info dump" "${TMP_DIR}/${OUT_NAME}/k8s-cluster-info-dump.log" -call_with_log "kubectl top node" "${TMP_DIR}/${OUT_NAME}/k8s-top-node.log" - -# Collect per-component info -for i in ${_APPS[@]}; do - printf "Writing Kubernetes info of component $i\n" - collect_ns_info "$NS-$i" "${TMP_DIR}/${OUT_NAME}" -done - -# Pack and cleanup -mkdir -p ${OUT_DIR} -_OUT_DIR=`readlink -e ${OUT_DIR}` -printf "Packing output to ${_OUT_DIR}/${OUT_FILE}...\n" -cd ${TMP_DIR} -tar cfz ${_OUT_DIR}/${OUT_FILE} ${OUT_NAME} -cd - -printf "Cleaning up...\n" -rm -rf ${TMP_DIR}/${OUT_NAME} -printf "Done\n" |