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voltha
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#!/bin/bash
# Copyright 2019 Ciena Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
set -f
unalias -a
shopt -s extglob
TOTAL_START_TIME="$(date +%s)"
mkdir -p "$(pwd)/bin"
PATH="$(pwd)/bin:$PATH"; export PATH
GOPATH="$(pwd)"; export GOPATH
FANCY=${FANCY:-1}
if [ "$TERM X" == " X" ]; then
FANCY=0
fi
# trap ctrl-c and call ctrl_c()
trap ctrl_c INT
function ctrl_c() {
echo -en "$CNORM"
echo ""
echo "ctrl-c trapped"
echo "Thank you for trying 'voltha up'"
exit
}
HELM_VERSION=${HELM_VERSION:-v3.2.4}
VOLTCTL_VERSION=${VOLTCTL_VERSION:-latest}
KIND_VERSION=${KIND_VERSION:-v0.8.1}
VK_RELEASE=${VK_RELEASE:-master}
EXTRA_TOOLS=
RED=
GREEN=
YELLOW=
BLUE=
BOLD=
NORMAL=
ERROR=
CEOL=
CNORM=
CIVIS=
if [ "$FANCY" -eq 1 ]; then
RED="$(tput setaf 1)"
GREEN="$(tput setaf 2)"
YELLOW="$(tput setaf 3)"
BLUE="$(tput setaf 4)"
BOLD="$(tput bold)"
NORMAL="$(tput sgr0)"
ERROR="\xe2\x9c\x97\x20"
CEOL="$(tput el)"
CNORM="$(tput cnorm)"
CIVIS="$(tput civis)"
fi
NAME=${NAME:-minimal}
ENABLE_ONOS_EXTRANEOUS_RULES=${ENABLE_ONOS_EXTRANEOUS_RULES:-no}
INFRA_NS=${INFRA_NS:-default}
VOLTHA_NS=${VOLTHA_NS:-voltha}
BBSIM_NS=${BBSIM_NS:-voltha}
ADAPTER_NS=${ADAPTER_NS:-voltha}
WITH_TIMINGS=${WITH_TIMINGS:-no}
WITH_BBSIM=${WITH_BBSIM:-no}
WITH_EFK=${WITH_EFK:-no}
WITH_TRACING=${WITH_TRACING:-no}
WITH_RADIUS=${WITH_RADIUS:-no}
WITH_EAPOL=${WITH_EAPOL:-yes}
WITH_DHCP=${WITH_DHCP:-yes}
WITH_IGMP=${WITH_IGMP:-no}
WITH_ONOS=${WITH_ONOS:-yes}
NUM_OF_ONOS=${NUM_OF_ONOS:-1}
NUM_OF_ATOMIX=${NUM_OF_ATOMIX:-0}
WITH_CHAOS=${WITH_CHAOS:-no}
WITH_ADAPTERS=${WITH_ADAPTERS:-yes}
WITH_SIM_ADAPTERS=${WITH_SIM_ADAPTERS:-no}
WITH_OPEN_ADAPTERS=${WITH_OPEN_ADAPTERS:-yes}
WITH_PORT_FORWARDS=${WITH_PORT_FORWARDS:-yes}
WITH_KAFKA=${WITH_KAFKA:-yes}
WITH_ETCD=${WITH_ETCD:-yes}
WITH_PPROF=${WITH_PPROF:-no}
WITH_INCREMENTAL_EVTO_UPDATE=${WITH_INCREMENTAL_EVTO_UPDATE:-no}
SCHEDULE_ON_CONTROL_NODES=${SCHEDULE_ON_CONTROL_NODES:-no}
CONFIG_SADIS=${CONFIG_SADIS:-no} # yes | no | file | bbsim | external | URL
SADIS_CFG=${SADIS_CFG:-onos-files/onos-sadis-sample.json}
INSTALL_ONOS_APPS=${INSTALL_ONOS_APPS:-no}
JUST_K8S=${JUST_K8S:-no}
DEPLOY_K8S=${DEPLOY_K8S:-yes}
INSTALL_KUBECTL=${INSTALL_KUBECTL:-yes}
INSTALL_HELM=${INSTALL_HELM:-yes}
HELM_USE_UPGRADE=${HELM_USE_UPGRADE:-no}
UPDATE_HELM_REPOS=${UPDATE_HELM_REPOS:-yes}
WAIT_ON_DOWN=${WAIT_ON_DOWN:-yes}
WAIT_TIMEOUT=${WAIT_TIMEOUT:-30m}
VOLTHA_DOWN_ON_TIMEOUT=${VOLTHA_DOWN_ON_TIMEOUT:-no}
VOLTHA_LOG_LEVEL=${VOLTHA_LOG_LEVEL:-WARN}
VOLTHA_CHART=${VOLTHA_CHART:-onf/voltha}
VOLTHA_CHART_VERSION=${VOLTHA_CHART_VERSION:-latest}
VOLTHA_BBSIM_CHART=${VOLTHA_BBSIM_CHART:-onf/bbsim}
VOLTHA_BBSIM_CHART_VERSION=${VOLTHA_BBSIM_CHART_VERSION:-latest}
ELASTICSEARCH_CHART=${ELASTICSEARCH_CHART:-elastic/elasticsearch}
ELASTICSEARCH_CHART_VERSION=${ELASTICSEARCH_CHART_VERSION:-latest}
KIBANA_CHART=${KIBANA_CHART:-elastic/kibana}
KIBANA_CHART_VERSION=${KIBANA_CHART_VERSION:-latest}
FLUENTD_ELASTICSEARCH_CHART=${FLUENTD_ELASTICSEARCH_CHART:-kiwigrid/fluentd-elasticsearch}
FLUENTD_ELASTICSEARCH_CHART_VERSION=${FLUENTD_ELASTICSEARCH_CHART_VERSION:-latest}
VOLTHA_TRACING_CHART=${VOLTHA_TRACING_CHART:-onf/voltha-tracing}
VOLTHA_TRACING_CHART_VERSION=${VOLTHA_TRACING_CHART_VERSION:-latest}
VOLTHA_ADAPTER_SIM_CHART=${VOLTHA_ADAPTER_SIM_CHART:-onf/voltha-adapter-simulated}
VOLTHA_ADAPTER_SIM_CHART_VERSION=${VOLTHA_ADAPTER_SIM_CHART_VERSION:-latest}
VOLTHA_ADAPTER_OPEN_OLT_CHART=${VOLTHA_ADAPTER_OPEN_OLT_CHART:-onf/voltha-adapter-openolt}
VOLTHA_ADAPTER_OPEN_OLT_CHART_VERSION=${VOLTHA_ADAPTER_OPEN_OLT_CHART_VERSION:-latest}
VOLTHA_ADAPTER_OPEN_ONU_CHART=${VOLTHA_ADAPTER_OPEN_ONU_CHART:-onf/voltha-adapter-openonu}
VOLTHA_ADAPTER_OPEN_ONU_CHART_VERSION=${VOLTHA_ADAPTER_OPEN_ONU_CHART_VERSION:-latest}
ONOS_CHART=${ONOS_CHART:-onf/onos}
ONOS_CHART_VERSION=${ONOS_CHART_VERSION:-latest}
ONOS_CLASSIC_CHART=${ONOS_CLASSIC_CHART:-onos/onos-classic}
ONOS_CLASSIC_CHART_VERSION=${ONOS_CLASSIC_CHART_VERSION:-latest}
KAFKA_CHART=${KAFKA_CHART:-incubator/kafka}
KAFKA_CHART_VERSION=${KAFKA_CHART_VERSION:=latest}
BBSIM_SADIS_SERVER_CHART=${BBSIM_SADIS_SERVER_CHART:-bbsim-sadis/bbsim-sadis-server}
BBSIM_SADIS_SERVER_CHART_VERSION=${BBSIM_SADIS_SERVER_CHART_VERSION:-latest}
ETCD_CHART=${ETCD_CHART:-etcd/etcd}
ETCD_CHART_VERSION=${ETCD_CHART_VERSION:-latest}
RADIUS_CHART=${RADIUS_CHART:-onf/freeradius}
RADIUS_CHART_VERSION=${RADIUS_CHART_VERSION:-latest}
EXTRA_HELM_INSTALL_ARGS=${EXTRA_HELM_INSTALL_ARGS:-}
INTERNAL_EXTRA_HELM_INSTALL_ARGS=
NUM_OF_BBSIM=${NUM_OF_BBSIM:-1}
NUM_OF_WORKER_NODES=${NUM_OF_WORKER_NODES:-2}
NUM_OF_CONTROLLER_NODES=${NUM_OF_CONTROLLER_NODES:-1}
NUM_OF_OPENONU=${NUM_OF_OPENONU:-1}
NUM_OF_KAFKA=${NUM_OF_KAFKA:-1}
NUM_OF_ETCD=${NUM_OF_ETCD:-1}
MAX_NUM_OF_BBSIM=10
MAX_NUM_OF_OPENONU=10
LEGACY_BBSIM_INDEX=${LEGACY_BBSIM_INDEX:-no}
PF_ADDRESS=${PF_ADDRESS:-0.0.0.0}
KIND_CFG_FILE=${KIND_CFG_FILE:-}
HOSTOS="$(uname -s | tr "[:upper:]" "[:lower:"])"
HOSTARCH="$(uname -m | tr "[:upper:]" "[:lower:"])"
if [ "$HOSTARCH" == "x86_64" ]; then
HOSTARCH="amd64"
fi
BBSIM_LABEL="-l app=bbsim"
NO_LABEL=
# checks to see if a given WORD is in the given LIST of words
function is_in() {
local WORD LIST
WORD="$1"; shift
LIST="$*"
LIST=${LIST//+([[:space:],|])/:}
[ "$(echo ":$LIST:" | grep -ic ":$WORD:")" -ne 0 ]
}
function parseDuration() {
local DUR RESULT TERM TERMS VALUE UNIT
DUR=$1
RESULT=0
TERMS="$(echo "$DUR" | sed -Ee 's/([sSmMhHdD])/\1 /g' -e 's/,$//g')"
for TERM in $TERMS; do
VALUE="$(echo "$TERM" | sed -Ee 's/([0-9]+)[sSmMhHdD]/\1/')"
UNIT="$(echo "$TERM" | sed -Ee 's/[0-9]+([sSmMhHdD])/\1/')"
case $UNIT in
s|S)
RESULT=$((RESULT + VALUE)) ;;
m|M)
RESULT=$((RESULT + (VALUE * 60))) ;;
h|H)
RESULT=$((RESULT + (VALUE * 3600))) ;;
d|D)
RESULT=$((RESULT + (VALUE * 86400))) ;;
*) ;;
esac
done
echo $RESULT
}
function doTimeout() {
local MSG=$1
2>&1 echo -e "\n${RED}${BOLD}${ERROR}TIMEOUT:${NORMAL}${RED} Operation timed out after '$WAIT_TIMEOUT': $MSG"
exit 125
}
function get_service_ep() {
local NS=$1
local NAME=$2
kubectl -n "$NS" get service "$NAME" -o json | jq -r '.spec.clusterIP + ":" + (.spec.ports[0].port|tostring)'
}
# Used to verify configuration values are set to "yes" or "no" value or convert
# equivalents to "yes" or "no"
YES="y,yes,t,true,1"
NO="n,no,f,false,0"
YES_OR_NO="$YES,$NO"
# If the given VAR matches a truth value then normalize that
# value, else return original value
function normalize_yes_no() {
local VAR VAL
VAR=$1
VAL="$(eval echo "\$$VAR")"
if ! is_in "$VAL" "$YES_OR_NO"; then
echo "$VAL"
return 1
fi
if is_in "$VAL" "$YES"; then
echo "yes"
else
echo "no"
fi
return 0
}
# If the given VAR matches a truth value then normalize that
# value, else display an error
function verify_yes_no() {
local VAR VAL
VAR=$1
VAL="$(eval echo "\$$VAR")"
if ! is_in "$VAL" "$YES_OR_NO"; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid '$VAR' value of '$VAL'. Should be 'yes' or 'no'${NORMAL}"
echo "INVALID"
return 1
fi
if is_in "$VAL" "$YES"; then
echo "yes"
else
echo "no"
fi
return 0
}
ALL_YES_NO="\
ENABLE_ONOS_EXTRANEOUS_RULES \
WITH_TIMINGS \
WITH_BBSIM \
WITH_EFK \
WITH_TRACING \
WITH_EAPOL \
WITH_DHCP \
WITH_IGMP \
WITH_CHAOS \
WITH_ADAPTERS \
WITH_SIM_ADAPTERS \
WITH_OPEN_ADAPTERS \
WITH_PORT_FORWARDS \
WITH_PPROF \
WITH_INCREMENTAL_EVTO_UPDATE \
JUST_K8S \
DEPLOY_K8S \
INSTALL_ONOS_APPS \
INSTALL_KUBECTL \
INSTALL_HELM \
HELM_USE_UPGRADE \
UPDATE_HELM_REPOS \
WAIT_ON_DOWN \
VOLTHA_DOWN_ON_TIMEOUT \
LEGACY_BBSIM_INDEX \
SCHEDULE_ON_CONTROL_NODES \
"
OPT_YES_NO="\
CONFIG_SADIS \
WITH_KAFKA \
WITH_RADIUS \
WITH_ETCD \
WITH_ONOS \
"
ALL_OPTIONS="\
NAME \
$ALL_YES_NO \
$OPT_YES_NO \
WAIT_TIMEOUT \
VOLTHA_LOG_LEVEL \
VOLTHA_CHART \
VOLTHA_CHART_VERSION \
VOLTHA_BBSIM_CHART \
VOLTHA_BBSIM_CHART_VERSION \
BBSIM_SADIS_SERVER_CHART \
BBSIM_SADIS_SERVER_CHART_VERSION \
VOLTHA_TRACING_CHART \
VOLTHA_TRACING_CHART_VERSION \
NUM_OF_BBSIM \
NUM_OF_WORKER_NODES \
NUM_OF_CONTROLLER_NODES \
NUM_OF_KAFKA \
NUM_OF_ETCD \
ELASTICSEARCH_CHART \
ELASTICSEARCH_CHART_VERSION \
KIBANA_CHART \
KIBANA_CHART_VERSION \
FLUENTD_ELASTICSEARCH_CHART \
FLUENTD_ELASTICSEARCH_CHART_VERSION \
NUM_OF_OPENONU \
VOLTHA_ADAPTER_SIM_CHART \
VOLTHA_ADAPTER_SIM_CHART_VERSION \
VOLTHA_ADAPTER_OPEN_OLT_CHART \
VOLTHA_ADAPTER_OPEN_OLT_CHART_VERSION \
VOLTHA_ADAPTER_OPEN_ONU_CHART \
VOLTHA_ADAPTER_OPEN_ONU_CHART_VERSION \
ONOS_CHART \
ONOS_CHART_VERSION \
ONOS_CLASSIC_CHART \
ONOS_CLASSIC_CHART_VERSION \
KAFKA_CHART \
KAFKA_CHART_VERSION \
ETCD_CHART \
ETCD_CHART_VERSION \
RADIUS_CHART \
RADIUS_CHART_VERSION \
ONOS_API_PORT \
ONOS_SSH_PORT \
SADIS_CFG \
VOLTHA_API_PORT \
VOLTHA_SSH_PORT \
VOLTHA_ETCD_PORT \
ELASTICSEARCH_PORT \
KIBANA_PORT \
VOLTHA_KAFKA_PORT \
VOLTHA_PPROF_PORT \
OPENOLT_PPROF_PORT \
OFAGENT_PPROF_PORT \
TRACING_GUI_PORT \
VK_RELEASE \
KIND_VERSION \
VOLTCTL_VERSION \
HELM_VERSION \
NUM_OF_ONOS \
NUM_OF_ATOMIX \
VOLTHA_NS \
ADAPTER_NS \
INFRA_NS \
BBSIM_NS \
SADIS_BANDWIDTH_PROFILES \
SADIS_SUBSCRIBERS \
PF_ADDRESS \
KIND_CFG_FILE \
"
# Iterate over yes/no configuration options and validate
for VAR in $ALL_YES_NO; do
eval "$VAR"="$(verify_yes_no "$VAR")"
if [ "$(eval echo "\$$VAR")" == "INVALID" ]; then
exit 1;
fi
done
# Iterate over optional yes/no configuration options and
# normalize values if they are truth values
for VAR in $OPT_YES_NO; do
eval "$VAR"="$(normalize_yes_no "$VAR")"
done
# check number (range) of bbsim, max bbsim must not exceed 10 instances!
# note: instances will be numbered from 0 to 9
if [ "$1" == "up" ]; then
if [ "$NUM_OF_BBSIM" -lt 1 ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of BBSIM instances. NUM_OF_BBSIM (${NUM_OF_BBSIM}) is less than 1${NORMAL}"
exit 1
fi
if [ "$NUM_OF_BBSIM" -gt "$MAX_NUM_OF_BBSIM" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of BBSIM instances. NUM_OF_BBSIM (${NUM_OF_BBSIM}) is greater than $MAX_NUM_OF_BBSIM${NORMAL}"
exit 1
fi
if [ "$NUM_OF_OPENONU" -lt 1 ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of OPENONU instances. NUM_OF_OPENONU (${NUM_OF_OPENONU}) is less than 1${NORMAL}"
exit 1
fi
if [ "$NUM_OF_OPENONU" -gt "$MAX_NUM_OF_OPENONU" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of OPENONU instances. NUM_OF_OPENONU (${NUM_OF_OPENONU}) is greater than $MAX_NUM_OF_OPENONU${NORMAL}"
exit 1
fi
HAVE_CLUSTER="$(kind get clusters 2>/dev/null | grep -c "voltha-$NAME")"
if [ "$HAVE_CLUSTER" -eq 0 ]; then
# If the user has specified a kind cluster configuration file,
# 'KIND_CFG_FILE` then we need to gleem from that file the number
# of worker and controller nodes as this overrides any setting of
# these values
if [ -n "$KIND_CFG_FILE" ]; then
NUM_OF_WORKER_NODES="$(sed 's/ //g' "$KIND_CFG_FILE" | grep -c "^-role:worker$")"
NUM_OF_CONTROLLER_NODES="$(sed 's/ //g' "$KIND_CFG_FILE" | grep -c "^-role:control-plane$")"
fi
# check that NUM_OF_KAFKA, NUM_OF_ONOS, NUM_OF_ATOMIX, NUM_OF_ETCD is:
# <= NUM_OF_WORKER_NODES + 1 if SCHEDULE_ON_CONTROL_NODES == y
# <= NUM_OF_WORKER_NODES if SCHEDULE_ON_CONTROL_NODES == n
SCHEDULABLE_NODES=$NUM_OF_WORKER_NODES
if [ "$SCHEDULE_ON_CONTROL_NODES" == "yes" ]; then
SCHEDULABLE_NODES=$((NUM_OF_CONTROLLER_NODES+NUM_OF_WORKER_NODES))
fi
else
TOTAL_NODES=$(kubectl get --all-namespaces nodes -o name | wc -l)
NUM_OF_CONTROLLER_NODES=$(kubectl get --all-namespaces nodes -l node-role.kubernetes.io/master -o name | wc -l)
NUM_OF_WORKER_NODES=$((TOTAL_NODES - NUM_OF_CONTROLLER_NODES))
# shellcheck disable=SC2016
SCHEDULABLE_NODES=$(kubectl get no -o 'go-template={{range .items}}{{$taints:=""}}{{range .spec.taints}}{{if eq .effect "NoSchedule"}}{{$taints = print $taints .key ","}}{{end}}{{end}}{{if not $taints}}{{.metadata.name}}{{ "\n"}}{{end}}{{end}}' | wc -l | sed -e 's/ //g')
rm -f "$TMP_KUBECFG"
fi
NODES="SCHEDULE_ON_CONTROL_NODES: $SCHEDULE_ON_CONTROL_NODES, SCHEDULABLE_NODES: $SCHEDULABLE_NODES, NUM_OF_CONTROLLER_NODES: $NUM_OF_CONTROLLER_NODES, NUM_OF_WORKER_NODES: $NUM_OF_WORKER_NODES"
if is_in "$WITH_KAFKA" "yes,external" && [ ! "$NUM_OF_KAFKA" -le "$SCHEDULABLE_NODES" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of KAFKA replicas. NUM_OF_KAFKA (${NUM_OF_KAFKA}) is greater than the available nodes ($NODES)${NORMAL}"
exit 1
fi
if is_in "$WITH_ETCD" "yes,external" && [ ! "$NUM_OF_ETCD" -le "$SCHEDULABLE_NODES" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of ETCD replicas. NUM_OF_ETCD (${NUM_OF_ETCD}) is greater than the available nodes ($NODES)${NORMAL}"
exit 1
fi
if is_in "$WITH_ONOS" "yes,legacy,classic,micro"; then
if [ ! "$NUM_OF_ATOMIX" -le "$SCHEDULABLE_NODES" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of ATOMIX replicas. NUM_OF_ATOMIX (${NUM_OF_ATOMIX}) is greater than the available nodes ($NODES)${NORMAL}"
exit 1
fi
if [ ! "$NUM_OF_ONOS" -le "$SCHEDULABLE_NODES" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} Invalid setting of ONOS replicas. NUM_OF_ONOS (${NUM_OF_ONOS}) is greater than the available nodes ($NODES)${NORMAL}"
exit 1
fi
fi
fi
# normalize non-truth value options
if is_in "$WITH_KAFKA" "e,external"; then
WITH_KAFKA="external"
fi
if is_in "$WITH_ETCD" "e,external"; then
WITH_ETCD="external"
fi
if is_in "$WITH_ONOS" "l,legacy"; then
WITH_ONOS="legacy"
elif is_in "$WITH_ONOS" "c,classic"; then
WITH_ONOS="classic"
elif is_in "$WITH_ONOS" "u,m,micro"; then
WITH_ONOS="micro"
fi
if [ "$WITH_ONOS" == "micro" ]; then
>&2 echo -e "${YELLOW}${BOLD}${ERROR}WARNING:${NORMAL}${YELLOW} The value specified as WITH_ONOS, '$WITH_ONOS', is not valid.${NORMAL}"
exit 1
fi
if is_in "$WITH_ONOS" "yes,classic"; then
# there is an extra utility required if we are using ONOS CLASSIC as
# the chart for classic specifies images differently
EXTRA_TOOLS+=" yq"
fi
if [ "$LEGACY_BBSIM_INDEX" == "no" ]; then
BBSIM_SADIS_SVC="bbsim0"
else
BBSIM_SADIS_SVC="bbsim"
fi
SADIS_SUBSCRIBERS=${SADIS_SUBSCRIBERS:-http://$BBSIM_SADIS_SVC.$VOLTHA_NS.svc:50074/v2/subscribers/%s}
SADIS_BANDWIDTH_PROFILES=${SADIS_BANDWIDTH_PROFILES:-http://$BBSIM_SADIS_SVC.$VOLTHA_NS.svc:50074/v2/bandwidthprofiles/%s}
if [ "$HELM_USE_UPGRADE" == "yes" ]; then
_HELM_DESC="Upgrade/Install"
else
_HELM_DESC="Install"
fi
# Check for prerequiste tools
TOOLS="curl sed jq $EXTRA_TOOLS"
if [ "$DEPLOY_K8S" == "yes" ]; then
TOOLS+=" docker"
fi
NOT_FOUND=""
for T in $TOOLS; do
if [ -z "$(command -v "$T")" ]; then
NOT_FOUND+=" $T"
fi
done
if [ -n "$NOT_FOUND" ]; then
>&2 echo -e "${RED}${BOLD}${ERROR}ERROR:${NORMAL}${RED} The following required tools where not found, please install them:$NOT_FOUND"
exit 1
fi
TIMEOUT_SECONDS="$(parseDuration "$WAIT_TIMEOUT")"
mkdir -p .voltha
touch .voltha/ports
HAVE="$(grep "$NAME" .voltha/ports)"
if [ "$HAVE X" == " X" ]; then
# Find free port prefix
START=81
while true; do
if [ "$(grep -c $START .voltha/ports)" -eq 0 ]; then
break
fi
START="$((START + 1))"
done
DELTA="$((START - 81))"
ONOS_API_PORT=${ONOS_API_PORT:-${START}81}
ONOS_SSH_PORT=${ONOS_SSH_PORT:-${START}01}
VOLTHA_API_PORT=${VOLTHA_API_PORT:-5$((55 + DELTA))55}
VOLTHA_SSH_PORT=${VOLTHA_SSH_PORT:-$((50 + DELTA))22}
VOLTHA_ETCD_PORT=${VOLTHA_ETCD_PORT:-$((23 + DELTA))79}
VOLTHA_KAFKA_PORT=${VOLTHA_KAFKA_PORT:-$((90 + DELTA))92}
VOLTHA_PPROF_PORT=${VOLTHA_PPROF_PORT:-$((60 + DELTA))60}
OPENOLT_PPROF_PORT=${OPENOLT_PPROF_PORT:-$((60 + DELTA))61}
OFAGENT_PPROF_PORT=${OFAGENT_PPROF_PORT:-$((60 + DELTA))62}
ELASTICSEARCH_PORT=${ELASTICSEARCH_PORT:-$((92 + DELTA))00}
KIBANA_PORT=${KIBANA_PORT:-$((56 + DELTA))01}
TRACING_GUI_PORT=${TRACING_GUI_PORT:-1$((66 + DELTA))86}
else
VALUES="$(echo "$HAVE" | sed -e 's/\s//g' | cut -d= -f2)"
ONOS_API_PORT=${ONOS_API_PORT:-$(echo "$VALUES" | cut -d, -f1)}
ONOS_SSH_PORT=${ONOS_SSH_PORT:-$(echo "$VALUES" | cut -d, -f2)}
VOLTHA_API_PORT=${VOLTHA_API_PORT:-$(echo "$VALUES" | cut -d, -f3)}
VOLTHA_SSH_PORT=${VOLTHA_SSH_PORT:-$(echo "$VALUES" | cut -d, -f4)}
VOLTHA_ETCD_PORT=${VOLTHA_ETCD_PORT:-$(echo "$VALUES" | cut -d, -f5)}
VOLTHA_KAFKA_PORT=${VOLTHA_KAFKA_PORT:-$(echo "$VALUES" | cut -d, -f6)}
VOLTHA_PPROF_PORT=${VOLTHA_PPROF_PORT:-$(echo "$VALUES" | cut -d, -f7)}
OPENOLT_PPROF_PORT=${OPENOLT_PPROF_PORT:-$(echo "$VALUES" | cut -d, -f8)}
OFAGENT_PPROF_PORT=${OFAGENT_PPROF_PORT:-$(echo "$VALUES" | cut -d, -f9)}
ELASTICSEARCH_PORT=${ELASTICSEARCH_PORT:-$(echo "$VALUES" | cut -d, -f10)}
KIBANA_PORT=${KIBANA_PORT:-$(echo "$VALUES" | cut -d, -f11)}
TRACING_GUI_PORT=${TRACING_GUI_PORT:-$(echo "$VALUES" | cut -d, -f12)}
# Some ports were added after the .voltha/ports files was created.
# Calculate the original DELTA from the VOLTHA_SSH_PORT so that it can
# be used to set up newer port-forwards.
DELTA="$((VOLTHA_SSH_PORT/100-50))"
if [ -z "$VOLTHA_KAFKA_PORT" ]; then
VOLTHA_KAFKA_PORT=${VOLTHA_KAFKA_PORT:-$((90 + DELTA))92}
fi
if [ -z "$VOLTHA_PPROF_PORT" ]; then
VOLTHA_PPROF_PORT=${VOLTHA_PPROF_PORT:-$((60 + DELTA))60}
fi
if [ -z "$OPENOLT_PPROF_PORT" ]; then
OPENOLT_PPROF_PORT=${OPENOLT_PPROF_PORT:-$((60 + DELTA))61}
fi
if [ -z "$OFAGENT_PPROF_PORT" ]; then
OFAGENT_PPROF_PORT=${OFAGENT_PPROF_PORT:-$((60 + DELTA))62}
fi
if [ -z "$ELASTICSEARCH_PORT" ]; then
ELASTICSEARCH_PORT=${ELASTICSEARCH_PORT:-$((92 + DELTA))00}
fi
if [ -z "$KIBANA_PORT" ]; then
KIBANA_PORT=${KIBANA_PORT:-$((56 + DELTA))01}
fi
if [ -z "$TRACING_GUI_PORT" ]; then
TRACING_GUI_PORT=${TRACING_GUI_PORT:-1$((66 + DELTA))86}
fi
fi
PORTTMP="$(mktemp -u)"
grep -v "$NAME" .voltha/ports > "$PORTTMP"
echo "$NAME=$ONOS_API_PORT,$ONOS_SSH_PORT,$VOLTHA_API_PORT,$VOLTHA_SSH_PORT,$VOLTHA_ETCD_PORT,$VOLTHA_KAFKA_PORT,$VOLTHA_PPROF_PORT,$OPENOLT_PPROF_PORT,$OFAGENT_PPROF_PORT,$ELASTICSEARCH_PORT,$KIBANA_PORT,$TRACING_GUI_PORT" >> "$PORTTMP"
cp "$PORTTMP" .voltha/ports
rm -f "$PORTTMP"
export ONOS_API_PORT ONOS_SSH_PORT
IDX=1
CLOCK="TIME:"
SPIN_PARTS=
NOT_VERIFIED=
THEX=
BUILD=
VERIFIED=
HELM=
OLD_KEY=
BIRD=
HIGH_VOLTAGE=
PLUG=
FORWARD=
GO=
DOWNLOAD=
GEAR=
NO_ENTRY=
LOCK=
if [ "$FANCY" -eq 1 ]; then
SPIN_PARTS="\xe2\xa2\x8e\xe2\xa1\xb0 \xe2\xa2\x8e\xe2\xa1\xa1 \xe2\xa2\x8e\xe2\xa1\x91 \xe2\xa2\x8e\xe2\xa0\xb1 \xe2\xa0\x8e\xe2\xa1\xb1 \xe2\xa2\x8a\xe2\xa1\xb1 \xe2\xa2\x8c\xe2\xa1\xb1 \xe2\xa2\x86\xe2\xa1\xb1"
CLOCK="\xe2\x8f\xb1"
THEX="${RED}${BOLD}\xe2\x9c\x97\x20${NORMAL}"
BUILD="${YELLOW}${BOLD}\xf0\x9f\x8f\x97${NORMAL}"
NOT_VERIFIED="$BUILD"
VERIFIED="${GREEN}${BOLD}\xe2\x9c\x93\x20${NORMAL}"
HELM="${BLUE}${BOLD}\xE2\x8E\x88${NORMAL}"
OLD_KEY="\xF0\x9F\x97\x9D"
BIRD="\xF0\x9F\x90\xA6"
HIGH_VOLTAGE="\xE2\x9A\xA1"
PLUG="\xF0\x9F\xa7\xa9"
FORWARD="\xE2\x87\xA8"
GO="\xf0\x9f\x9a\x80"
DOWNLOAD="\xf0\x9f\x93\xa5"
GEAR="\xe2\x9a\x99"
NO_ENTRY="\xe2\x9b\x94"
LOCK="\xf0\x9f\x94\x92"
fi
duration() {
local h m s t
h="$(($1 / 3600))"
m="$(($1 % 3600 / 60))"
s="$(($1 % 60))"
t=""
if [ "$h" -gt 0 ]; then
t="$t${h}h"
fi
if [ "$m" -gt 0 ]; then
t="$t${m}m"
fi
echo "$t${s}s"
}
printtime() {
local INDENT
if [ "$1" == "-" ]; then
INDENT=" "
shift
fi
echo -e "$INDENT $CLOCK $(duration "$1")"
}
bspin() {
IDX=1
local INDENT
if [ "$1" == "-" ]; then
INDENT=" "
shift
fi
if [ "$FANCY" -eq 0 ]; then
LINE="${*//[[:space:]+-]}"
if [ "$LINE X" == " X" ]; then
return
fi
echo -e "$CIVIS$INDENT$*"
else
echo -en "$CIVIS$INDENT $*"
fi
}
sspin() {
local INDENT
if [ "$1" == "-" ]; then
INDENT=" "
shift
fi
if [ "$FANCY" -eq 0 ]; then
LINE="${*//[[:space:]+-]}"
if [ "$LINE X" == " X" ]; then
return
fi
echo -e "$INDENT$*"
else
C="$(echo "$SPIN_PARTS" | cut '-d ' -f "$IDX")"
echo -en "\r$INDENT$C $*"
IDX="$((IDX + 1))"
if [ "$IDX" -gt 8 ]; then
IDX=1
fi
fi
}
espin() {
local INDENT
if [ "$1" == "-" ]; then
INDENT=" "
shift
fi
if [ "$FANCY" -eq 0 ]; then
LINE="${*//[[:space:]+-]}"
if [ "$LINE X" == " X" ]; then
return
fi
echo -e "$INDENT$*"
else
echo -e "\r$INDENT$*$CNORM"
fi
}
if [ "$1" == "get" ] && [ "$2" == "voltconfig" ]; then
echo "$HOME/.volt/config-$NAME"
exit
fi
if [ $# -ne 1 ] || ! is_in "$1" "up,down,dump,clean"; then
>&2 echo "What wouild you like to do today:"
>&2 echo " up - bring up voltha"
>&2 echo " down - tear down voltha"
>&2 echo " dump - create a debug dump of running system"
exit 1
fi
do_curl() {
local DATA_ARGS CREDS CMD_ECHO CMD_OUTPUT SC_OUTPUT WAIT_START INDENTA EXTRAA NOW
local INDENT=$1
local OP=$2
local USER=$3
local PASS=$4
local URL=$5
local DATA_TYPE=$6
local DATA=$7
local MSG=$8
local VALID_RESULTS=$9
local EXTRA=${10}
local ICON=${11}
# Turn into an array for passing
INDENTA=()
if [ -n "$INDENT" ]; then
INDENTA=("$INDENT")
fi
IFS=' ' read -r -a EXTRAA <<< "$EXTRA"
# Thanks to the latest version of ONOS using the return code 207 this gets a
# whole lot nastier. Can't thank them enough for doing this. So in order to
# capture the command and the output in the log file as well as capture the
# status code to verify it is 200 and not 207 mutltiple files and a bit of
# hackery must be used. Thanks again ONOS.
CMD_ECHO="$(mktemp -u)"
CMD_OUTPUT="$(mktemp -u)"
SC_OUTPUT="$(mktemp -u)"
WAIT_START="$(date +%s)"
CREDS=()
if [ -n "$USER" ]; then
CREDS=("--user" "$USER:$PASS")
fi
DATA_ARGS=()
if [ -n "$DATA" ]; then
if [ "$DATA_TYPE" == "file" ]; then
DATA_ARGS=("--data" "@$DATA")
elif [ "$DATA_TYPE" == "json" ]; then
DATA_ARGS=("--data" "$DATA")
fi
fi
bspin "${INDENTA[@]}" "$MSG" "$ICON"
while true; do
NOW="$(date +%s)"
if [ "$((NOW - WAIT_START))" -gt "$TIMEOUT_SECONDS" ]; then
espin "${INDENTA[@]}" "$THEX"
rm -f "$CMD_ECHO" "$CMD_OUTPUT" "$SC_OUTPUT"
doTimeout "$MSG"
fi
(set -x; curl -sSL "${CREDS[@]}" -w "%{http_code}" -o "$CMD_OUTPUT" -X "$OP" "${EXTRAA[@]}" "$URL" "${DATA_ARGS[@]}" >"$SC_OUTPUT" 2>/dev/null) >>"$CMD_ECHO" 2>&1
RESULT=$?
# Dump everything to the log
cat "$CMD_ECHO" >> "$LOG"
test -r "$CMD_OUTPUT" && cat "$CMD_OUTPUT" >> "$LOG"
SC="$(cat "$SC_OUTPUT")"
echo "RESPONSE CODE: $SC" >> "$LOG"
echo "ERROR CODE: $RESULT" >> "$LOG"
# clean up temp files
rm -f "$CMD_ECHO" "$CMD_OUTPUT" "$SC_OUTPUT"
if [ "$RESULT" -eq 0 ] && is_in "$SC" "$VALID_RESULTS"; then
break
fi
sleep 1
sspin "${INDENTA[@]}"
done
espin "${INDENTA[@]}" "$VERIFIED"
}
push_onos_config() {
local DATA_TYPE=$1
local MSG=$2
local RESOURCE=$3
local DATA=$4
do_curl "-" "POST" "karaf" "karaf" "http://$_ONOS_API_EP/onos/v1/$RESOURCE" "$DATA_TYPE" "$DATA" "$MSG" "200" "--fail -H Content-Type:application/json" "$GEAR"
}
check_onos_app_active() {
local APP_ID WAIT_START RESULT NOW
APP_ID=$1
WAIT_START="$(date +%s)"
bspin - "Checking that $APP_ID is active $CLOCK"
while true; do
NOW="$(date +%s)"
if [ "$((NOW - WAIT_START))" -gt "$TIMEOUT_SECONDS" ]; then
espin - "$THEX"
doTimeout "waiting for ONOS application activation '$APP_ID'"
fi
if (set -x; curl --fail -sSL --user karaf:karaf -X GET "http://$_ONOS_API_EP/onos/v1/applications/$APP_ID" | grep ACTIVE >>"$LOG" 2>&1) >>"$LOG" 2>&1; then
break
fi
sleep 1
sspin -
done
sleep 5 # OSGI components take a little longer that the app to activate
espin - "$VERIFIED"
}
override_onos_app() {
local APP NAME WAIT_START NOW
APP=$1
NAME="$(basename "$APP" | sed -e 's/^[0-9][0-9]*-//g' -e 's/-.*$//g')"
WAIT_START="$(date +%s)"
while true; do
NOW="$(date +%s)"
if [ "$((NOW - WAIT_START))" -gt "$TIMEOUT_SECONDS" ]; then
espin - "$THEX"
doTimeout "waiting to overwrite ONOS application '$APP'"
fi
sspin -
# Attempt to delete old version (if it exists)
(set -x; curl --fail -sSL --user karaf:karaf -X DELETE "http://$_ONOS_API_EP/onos/v1/applications/$NAME" >>"$LOG" 2>&1) >>"$LOG" 2>&1
RESULT=$?
sspin -
if [ $RESULT -ne 0 ]; then
continue
fi
if (set -x; curl --fail -sSL --user karaf:karaf -X POST -H Content-Type:application/octet-stream "http://$_ONOS_API_EP/onos/v1/applications?activate=true" --data-binary "@$APP" >>"$LOG" 2>&1) >>"$LOG" 2>&1; then
break
fi
sleep .2
done
}
activate_onos_app() {
local MSG APP WAIT_START NOW
MSG="$1"
APP=$2
WAIT_START="$(date +%s)"
bspin - "$MSG $GO"
while true; do
NOW="$(date +%s)"
if [ "$((NOW - WAIT_START))" -gt "$TIMEOUT_SECONDS" ]; then
espin - "$THEX"
doTimeout "waiting to activate ONOS application '$APP'"
fi
sspin -
if (set -x; curl --fail -sSL --user karaf:karaf -X POST "http://$_ONOS_API_EP/onos/v1/applications/$APP/active" >>"$LOG" 2>&1) >>"$LOG" 2>&1; then
break
fi
sleep .2
done
espin - "$VERIFIED"
}
count_pods() {
local NAMESPACE STATES LABELS CMD PODS
NAMESPACE=$1; shift
if [ "$NAMESPACE" == "all-namespaces" ]; then
NAMESPACE="--all-namespaces"
else
NAMESPACE="-n $NAMESPACE"
fi
STATES=$1; shift
LABELS=$1; shift
CMD=("kubectl get $NAMESPACE $LABELS pod")
PODS=$(${CMD[*]} -o go-template="{{range .items}}{{.metadata.name}}/{{.status.phase}}/_{{range .status.containerStatuses}}{{.ready}}_{{end}} {{end}}")
local COUNT=0
local PATTERNS="$*"
for POD in $PODS; do
local NAME STATE CONTAINERS TOTAL FOUND
NAME="$(echo "$POD" | cut -d/ -f 1)"
STATE="$(echo "$POD" | cut -d/ -f 2)"
CONTAINERS="$(echo "$POD" | cut -d/ -f 3 | sed -e 's/_/ /g')"
if [ "$STATES" == "*" ] || [ "$(echo "$STATES" | grep -c ":$STATE:")" -ne 0 ]; then
TOTAL="$(echo "$CONTAINERS" | wc -w)"
FOUND="$(echo "$CONTAINERS" | grep -o true | wc -l)"
if [ "$TOTAL" -eq "$FOUND" ]; then
for PATTERN in $PATTERNS; do
if [[ "$NAME" =~ $PATTERN ]]; then
COUNT="$((COUNT + 1))"
break
fi
done
fi
fi
done
echo $COUNT
}
wait_for_pods() {
local INDENT NAMESPACE EXPECT TYPE MESSAGE LABELS PATTERNS STATES HAVE ALL WAIT_START NOW
if [ "$1" == "-" ]; then
INDENT=$1; shift
fi
NAMESPACE=$1; shift
EXPECT=$1; shift
TYPE=$1; shift
MESSAGE=$1; shift
LABELS=$1; shift
PATTERNS=("$*")
STATES=":Running:"
if [ "$TYPE" == "not" ]; then
STATES="*"
fi
HAVE="$(count_pods "$NAMESPACE" "$STATES" "$LABELS" "${PATTERNS[@]}")"
ALL=$HAVE
if [ "$TYPE" == "only" ]; then
ALL="$(count_pods "all-namespaces" "*" ".*")"
fi
COUNT="$((300 / 15))"
WAIT_START="$(date +%s)"
bspin "$INDENT" "$MESSAGE"
sspin "$INDENT"
if [ "$HAVE" -ne "$EXPECT" ] || [ "$ALL" -ne "$HAVE" ]; then
while [ "$HAVE" -ne "$EXPECT" ] || [ "$ALL" -ne "$HAVE" ]; do
NOW="$(date +%s)"
if [ "$((NOW - WAIT_START))" -gt "$TIMEOUT_SECONDS" ]; then
espin "$INDENT" "$THEX"
doTimeout "waiting for PODs to start"
fi
sspin "$INDENT"
COUNT="$((COUNT - 1))"
if [ "$COUNT" -eq 0 ]; then
HAVE="$(count_pods "$NAMESPACE" "$STATES" "$LABELS" "${PATTERNS[@]}")"
ALL="$HAVE"
if [ "$TYPE" == "only" ]; then
ALL="$(count_pods "all-namespaces" "*" ".*")"
fi
COUNT="$((300 / 15))"
fi
sleep .15
done
fi
espin "$INDENT" "$VERIFIED"
if [ "$HAVE" -ne "$EXPECT" ]; then
return 1
fi
return 0
}
port_forward() {
local NS=$1; shift
local SVC=$1; shift
local PORTS="$*"
local TAG=$SVC-$NAME
(set -x; _TAG="$TAG" bash -c "while true; do kubectl port-forward --address $PF_ADDRESS -n $NS service/$SVC $PORTS; done" >>"$PFLOG" 2>&1 &) >>"$PFLOG" 2>&1
}
kill_port_forward() {
local TAG P_IDS PARENTS KIDS UNKNOWN PP_ID PF
while [ $# -gt 0 ]; do
PF=$1; shift
TAG=
if [ "$PF" != "__ALL__" ]; then
TAG="$PF-$NAME"
fi
PARENTS=
KIDS=
UNKNOWN=
# shellcheck disable=SC2009
P_IDS="$(ps e -ww -A | grep "_TAG=$TAG" | grep -v grep | awk '{print $1}')"
if [ -n "$P_IDS" ]; then
for P_ID in $P_IDS; do
PP_ID="$(ps -o ppid "$P_ID" | tail -n +2)"
if [ -n "$PP_ID" ]; then
if [ "$PP_ID" -eq 1 ]; then
PARENTS="$PARENTS $P_ID"
else
KIDS="$KIDS $P_ID"
fi
else
UNKNOWN="$UNKNOWN $P_ID"
fi
done
if [ -n "$PARENTS" ]; then
# shellcheck disable=SC2086
while ps -h $PARENTS >/dev/null 2>&1; do
(set -x; eval "kill -9 $PARENTS" >>"$LOG" 2>&1) >>"$LOG" 2>&1
done
fi
if [ -n "$KIDS" ]; then
# shellcheck disable=SC2086
while ps -h $KIDS >/dev/null 2>&1; do