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otc.sh
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#!/bin/bash
# vi:set ts=3 sw=3:
# == Module: Open Telekom Cloud CLI 0.8.x
#
# Manage OTC via Command Line
#
# Provides a shell/curl/jq based alternative to the
# python-openstackclient tools, exposing a lot o standard OpenStack functions
# as well as some custom OTC interfaces.
#
# === Parameters
#
# === Variables
#
# Recognized variables from environment:
#
# BANDWIDTH
# set to default value "25" if unset
# VOLUMETYPE
# set to default value "SATA" if unset
# APILIMIT
# Either an integer, limiting the number of API results per call, or "off", removing limits.
# If unset, default limits are used (different among API calls), can be overridden by --limit NNN.
# MAXGETKB
# The maximum size for API (GET) response size that the API gateway allows without cutting it
# if off (and thus breaking it for https). otc.sh tries to auto-paginate here ...
#
# ... and the standard OS_ variables that you also need for the OpenStack python tools
# If unset, these are looked for in standard places
# ~/.ostackrc.$OTC_TENANT, ~/.ostackrc, ~/novarc, ~/openrc
#
# === Examples
#
# Examples
# See help ...
#
# === Authors
#
# Zsolt Nagy <[email protected]>
# Kurt Garloff <[email protected]>
# Christian Kortwich <[email protected]>
#
# === Copyright
#
# Copyright 2016 - 2017 T-Systems International GmbH
# License: CC-BY-SA-4.0
#
[ "$1" = -x ] && shift && set -x
VERSION=0.8.32
# Get Config ####################################################################
warn_too_open()
{
PERM=$(stat -Lc "%a" "$1")
if test "${PERM:2:1}" != "0"; then
echo "#Warning: $1 permissions too open ($PERM)" 1>&2
fi
}
may_read_env_files()
{
for file in "$@"; do
if test -r "$file"; then
echo "#Note: Reading environment from $file ..." 1>&2
source "$file"
warn_too_open "$file"
if test -n "$OS_PASSWORD" -a -n "$OS_USERNAME"; then break; fi
fi
done
}
otc_dir="$(dirname "$0")"
# Parse otc-tools specific config file (deprecated)
if test -r ~/.otc_env.sh; then
source ~/.otc_env.sh
warn_too_open ~/.otc_env.sh
#else
# echo "#Note: No ~/.otc_env.sh found, no defaults for ECS creation" 1>&2
fi
# Parse standard OpenStack environment setting files if needed
if test -z "$OS_PASSWORD" -o -z "$OS_USERNAME"; then
may_read_env_files ~/.ostackrc.$OTC_TENANT ~/.ostackrc ~/.novarc ~/novarc
fi
# Defaults
if test -z "$OS_USER_DOMAIN_NAME"; then
export OS_USER_DOMAIN_NAME="${OS_USERNAME##* }"
fi
if test -n "$OS_AUTH_URL"; then
REG=${OS_AUTH_URL#*://}
REG=${REG#*.}
if test -z "$OS_REGION_NAME"; then
export OS_REGION_NAME=${REG%%.*}
fi
#echo "OS_REGION_NAME: $OS_REGION_NAME"
#REG=${REG#*.}
export OS_CLOUD_ENV=${REG%%.*}
fi
if test -z "$OS_PROJECT_NAME"; then
if test -n "$OS_TENANT_NAME"; then
export OS_PROJECT_NAME="$OS_TENANT_NAME"
else
export OS_PROJECT_NAME="$OS_REGION_NAME"
fi
fi
if test -z "$MAXGETKB"; then
export MAXGETKB=251
fi
# S3 environment
if test -z "$S3_ACCESS_KEY_ID" -a -r ~/.s3rc.$OTC_TENANT; then
echo "#Note: Reading S3 environment from ~/.s3rc.$OTC_TENANT ..." 1>&2
source ~/.s3rc.$OTC_TENANT
warn_too_open ~/.s3rc.$OTC_TENANT
fi
if test -z "$S3_ACCESS_KEY_ID" -a -r ~/.s3rc; then
echo "#Note: Reading S3 environment from ~/.s3rc ..." 1>&2
source ~/.s3rc
warn_too_open ~/.s3rc
fi
# Alternatively parse CSV as returned by OTC
if test -r ~/credentials-$OTC_TENANT.csv; then
CRED=credentials-$OTC_TENANT.csv
else
CRED=credentials.csv
fi
if test -z "$S3_ACCESS_KEY_ID" -a -r ~/$CRED; then
echo -n "#Note: Parsing S3 $CRED ... " 1>&2
LN=$(tail -n1 ~/$CRED | sed 's/"//g')
UNM=${LN%%,*}
LN=${LN#*,}
if test "$UNM" = "$OS_USERNAME"; then
echo "succeeded" 1>&2
export S3_ACCESS_KEY_ID="${LN%,*}"
export S3_SECRET_ACCESS_KEY="${LN#*,}"
else
echo "user mismatch \"$UNM\" != \"$OS_USERNAME\"" 1>&2
fi
warn_too_open ~/$CRED
fi
# ENVIRONMENT SETTINGS ####################################################################
unset FLAVORSET
# Defaults
if test -z "$BANDWIDTH"; then BANDWIDTH=25; fi
if test -z "$VOLUMETYPE"; then
if [[ "$INSTANCE_TYPE" == e1.* ]] || [[ "$INSTANCE_TYPE" == e2.* ]] || [[ "$INSTANCE_TYPE" == hl1.* ]]; then
#VOLUMETYPE=co-p1
VOLUMETYPE="uh-l1"
else
VOLUMETYPE="SATA"
fi
fi
test -n "$S3_HOSTNAME" || export S3_HOSTNAME=obs.otc.t-systems.com
if test -n "$OS_AUTH_URL"; then
if [[ "$OS_AUTH_URL" = *"/v3" ]]; then
export IAM_AUTH_URL="$OS_AUTH_URL/auth/tokens"
else
export IAM_AUTH_URL="$OS_AUTH_URL/tokens"
fi
else
export IAM_AUTH_URL="https://iam.${OS_REGION_NAME}.otc.t-systems.com/v3/auth/tokens"
fi
if test -z "$TMPDIR"; then TMPDIR=/dev/shm; fi
if test ! -d "$TMPDIR"; then TMPDIR=/tmp; fi
PRIMARYDNS=${PRIMARYDNS:-100.125.4.25}
SECDNS=${SECDNS:-9.9.9.9}
# REST call curl wrappers ###########################################################
# Output HTML
dumphtml()
{
echo "$@" | sed 's/<[^>]*>//g'
}
is_html()
{
echo "$1" | grep '<[hH][tT][mM][lL]' 2>&1 >/dev/null
}
is_html_err()
{
if ! is_html "$1"; then return 1; fi
echo "$1" | grep '<[tT][iT][tT][lL][eE]> *[45][012][0-9] [A-Z]' 2>&1 >/dev/null
}
uriencodenoteq()
{
local OUT
OUT="${*//%/%25}"
OUT="${OUT// /%20}"
OUT="${OUT//\?/%3F}"
OUT="${OUT//&/%26}"
OUT="${OUT//\"/%22}"
OUT="${OUT//\//%2F}"
OUT="${OUT//,/%2C}"
OUT="${OUT//;/%3B}"
OUT="${OUT//!/%21}"
OUT="${OUT//:/%3A}"
OUT="${OUT//\#/%23}"
echo "$OUT"
}
uriencode()
{
OUT="$(uriencodenoteq $*)"
OUT="${OUT//=/%3D}"
echo "$OUT"
}
hashtoken()
{
while read ln; do
if ! echo "$ln" | grep '\-Token' >/dev/null 2>&1; then continue; fi
echo "$ln" | sed 's@^.*\-Token: MII\([^ ]*\).*$@MII\1@g' | md5sum | awk '{ print $1; }'
#if test ${PIPESTATUS[1]} != 0; then echo "ERROR IN SED" 1>&2; exit 2; fi
done
}
# Generic wrapper to facilitate debugging
docurl()
{
local ANS RC TMPHDR
# TODO: Alternatively use -w "%{http_code}\n"
TMPHDR=`mktemp $TMPDIR/curlhdr.$$.XXXXXXXXXX`
#TMPHDR=`mktemp -u $TMPDIR/curlhdr.$$.XXXXXXXXXX`
#mkfifo -m 0600 "$TMPHDR"
if test -n "$DEBUG"; then
TKNDEB=$(echo "$@" | hashtoken)
echo "#DEBUG: docurl $INS $@" | sed -e "s/-Token: MII[^ ]*/-Token: MII$TKNDEB/g" -e 's/"password": "[^"]*"/"password": "SECRET"/g' 1>&2
if test "$DEBUG" = "2"; then
ANS=`curl $INS -D $TMPHDR "$@"`
RC=$?
TKNDEB=$(cat $TMPHDR | hashtoken)
echo -n "#DEBUG: Header" 1>&2
cat $TMPHDR | sed "s/X-Subject-Token: MII.*\$/X-Subject-Token: MII$TKNDEB/" 1>&2
else
ANS=`curl $INS -D $TMPHDR "$@"`
RC=$?
fi
TKNDEB=$(echo "$ANS" | hashtoken)
echo "#DEBUG: ($RC) $ANS" | sed "s/X-Subject-Token: MII.*\$/X-Subject-Token: MII$TKNDEB/" 1>&2
#echo "$ANS"
else
ANS=`curl $INS -D $TMPHDR "$@"`
RC=$?
#echo "$ANS"
fi
HDRCODE=$(cat "$TMPHDR" | head -n1 | grep '^HTTP')
HDRCODE=$(echo "$HDRCODE" | sed 's/^HTTP\/[0-9.]* \([0-9]*\) .*$/\1/')
#echo "$HDRCODE" 1>&2
CODE=$HDRCODE
rm $TMPHDR
if test $RC != 0; then echo "$ANS" 1>&2; return $RC
else
# Sometimes function is called with '-i' and the response contains HTTP headers
# For a proper response processing get the pure BODY
local BODY HDR2 CODE2 JBODY ERROR ECODE MSG
HDR=$(echo "$ANS" | head -n1 | grep '^HTTP')
if test -n "$HDR"; then
# strip off headers on the first empty string. It is still not 100% solution,
# but there is no way to access CURLOPT_HEADERFUNCTION from bash
# OS X sed seems to be not handling \r \s correctly, so one with printf should be added
BODY=$(echo "$ANS" | sed "1,/^\s*$(printf '\r')*$/d")
else
BODY=$ANS
fi
HDR2=$(echo "$BODY" | head -n1 | grep '^HTTP')
CODE2=$(echo "$HDR2" | sed 's/^HTTP\/[0-9.]* \([0-9]*\) .*$/\1/')
if is_html_err "$BODY"; then
dumphtml "$BODY" 1>&2; return 9
fi
if echo "$BODY" | grep '{' >/dev/null; then JBODY="{${BODY#*\{}"; else JBODY=""; fi
ERROR=$(echo "$JBODY" | jq '.error' 2>/dev/null | tr -d '"')
if test "$ERROR" != "null" -a -z "$QUIETERR"; then echo "$ERROR" 1>&2; fi
CODE=$(echo "$JBODY"| jq '.code' 2>/dev/null)
ECODE=$(echo "$JBODY"| jq '.error.error_code' 2>/dev/null)
if test "$CODE" == "null"; then
CODE=$(echo "$JBODY"| jq '.[] | .code' 2>/dev/null)
if test "${CODE:0:4}" == "null" -o "${CODE:0:2}" == "[]"; then CODE=""; fi
fi
#echo -e "docurl DEBUG: HDR=$HDR\nHDR2=$HDR2\nBODY=$BODY\nERROR=$ERROR\nCODE=$CODE\nECODE=$ECODE" 1>&2
#if test -z "$CODE" -o "$CODE" == "null" && test "$ECODE" != "null"; then CODE="$ECODE"; fi
if test "$INDMS" != 1; then
MSG=$(echo "$JBODY"| jq '.message' 2>/dev/null)
TYP=$(echo "$JBODY"| jq '.type' 2>/dev/null)
DET=$(echo "$JBODY"| jq '.detail' 2>/dev/null)
if echo "$MSG" | grep "Token need to refresh" >/dev/null 2>&1 && test -z "$INAUTH"; then
echo "#Note: $MSG -> Retry" 1>&2
local OLDDC=$DISCARDCACHE
DISCARDCACHE=1
if test -n "$PRJ_ID_UNSET"; then unset OS_PROJECT_ID; fi
getIAMToken $REQSCOPE || exit $?
DISCARDCACHE=$OLDDC
declare -a ARGS
for a in "$@"; do ARGS[${#ARGS[@]}]=$(echo $a | sed "s/Token: MII[^ ]*/Token: $TOKEN/"); done
docurl "${ARGS[@]}"
return
fi
if test -n "$MSG" -a "$MSG" != "null"; then
if test -z "$QUIETERR"; then echo "ERROR ${CODE}: $MSG $TYP $DET" | tr -d '"' 1>&2; fi
return 9
fi
MSG=$(echo "$ANS"| jq '.[] | .message' 2>/dev/null)
TYP=$(echo "$ANS"| jq '.[] | .type' 2>/dev/null)
DET=$(echo "$ANS"| jq '.[] | .detail' 2>/dev/null)
if test -n "$MSG" -a "${MSG:0:4}" != "null" -a "${MSG:0:2}" != "[]"; then echo "ERROR[] ${CODE}: $MSG $TYP $DET" | tr -d '"' 1>&2; return 9; fi
if test -n "$ECODE" -a "$ECODE" != "null"; then RC=9; fi
fi
# PUT/HEAD only return an HTTP header
if test -n "$CODE" && test "$CODE" -ge 400; then RC=9; echo "$HDR" | sed 's/^HTTP\/[0-9.]* //' 1>&2; fi
if test -n "$CODE2" && test "$CODE2" -ge 400; then RC=9; echo "$HDR2" | sed 's/^HTTP\/[0-9.]* //' 1>&2; fi
HDR=$(echo "$ANS" | head -n1 | grep '^HTTP')
CODE=$(echo "$HDR" | sed 's/^HTTP\/[0-9.]* \([0-9]*\) .*$/\1/')
if test -n "$CODE" && test "$CODE" -ge 400; then echo "${HDR#* }" 1>&2; RC=9; fi
fi
echo "$ANS"
#echo "docurl Return code: $RC" 1>&2
return $RC
}
curlpost()
{
docurl -i -sS -H "Content-Type: application/json" -d "$@"
}
curlhead()
{
docurl -I -sS -X HEAD -H "Content-Type: application/json" -H "Accept: application/json" "$@"
}
curlpostauth()
{
TKN="$1"; shift
docurl -sS -X POST \
-H "Content-Type: application/json" \
-H "Accept: application/json" \
-H "X-Auth-Token: $TKN" \
-H "X-Language: en-us" \
-d "$@"
}
curlputauth()
{
TKN="$1"; shift
if test -n "$1"; then
docurl -sS -X PUT -H "Content-Type: application/json" -H "Accept: application/json" \
-H "X-Auth-Token: $TKN" -d "$@"
else
docurl -sS -X PUT -H "Content-Type: application/json" -H "Accept: application/json" \
-H "X-Auth-Token: $TKN" "$@"
fi
}
curlputauthbinfile()
{
TKN="$1"; shift
docurl -sS -X PUT -H "Content-Type: application/octet-stream" \
-H "X-Auth-Token: $TKN" -T "$@"
}
curlgetauth()
{
TKN="$1"; shift
docurl -sS -X GET -H "Content-Type: application/json" -H "Accept: application/json" \
-H "X-Auth-Token: $TKN" -H "X-Language: en-us" "$@"
}
curlheadauth()
{
TKN="$1"; shift
docurl -sS -X HEAD --head -H "X-Auth-Token: $TKN" "$@"
}
curlheadauthparm()
{
TKN="$1"; shift
URL="$1"; shift
docurl -sS -X HEAD --head -H "Content-Type: application/json" -H "X-Auth-Token: $TKN" "$@" "$URL"
}
curlgetauth_pag()
{
local URL="$2" HASLIM HASPAR LIM TMPF MARKPAR NOANS LASTNO
unset HASLIM
echo "$URL" | grep -q 'limit=' && HASLIM=1
#echo "$HASLIM $MAXGETKB $RECSZ" 1>&2
if test -n "$HASLIM" -o -z "$MAXGETKB" -o "$MAXGETKB" == "off" -o -z "$RECSZ"; then curlgetauth "$@"; return; fi
TKN="$1"
unset HASPAR
echo "$URL" | grep -q '?' && HASPAR=1
#RECSZ, HDRSZ, ARRNM, IDFIELD
LIM=$((($MAXGETKB*1024-$HDRSZ)/$RECSZ))
if test "$HASPAR" == 1; then
LIMPAR="&limit=$LIM"
else
LIMPAR="?limit=$LIM"
fi
TMPF=$(mktemp $TMPDIR/otc.sh.$$.XXXXXXXX)
MARKPAR=""
NOANS=0; LASTNO=1
local RC=0
while test $NOANS != $LASTNO -a $(($NOANS%$LIM)) == 0; do
LASTNO=$NOANS
docurl -sS -X GET -H "Content-Type: application/json" -H "Accept: application/json" \
-H "X-Auth-Token: $TKN" -H "X-Language: en-us" "$URL$LIMPAR$MARKPAR" >>$TMPF
# Remember error
RV=$?
# TODO: Handle 413 => halve page size
if test $RC == 0 -a $RV != 0; then RC=$RV; fi
# TODO: Actually, look for _links next pointer
local ANS=$(cat $TMPF | jq -r ".${ARRNM}[] | .${IDFIELD}")
NOANS=$(echo "$ANS" | wc -l)
LAST=$(echo "$ANS" | tail -n1 | tr -d '"')
MARKPAR="&marker=$LAST"
done
cat $TMPF
rm $TMPF
return $RC
}
curldeleteauth()
{
TKN="$1"; shift
URL="$1"; shift
if test -n "$2"; then
HDR="$1"; shift
#docurl -sS -X DELETE -H "Content-Type: application/json" -H "Accept: application/json" -H "$HDR" -H "X-Auth-Token: $TKN" "$URL" "$@"
docurl -sS -X DELETE -H "Accept: application/json" -H "$HDR" -H "X-Auth-Token: $TKN" "$URL" "$@"
else
#docurl -sS -X DELETE -H "Content-Type: application/json" -H "Accept: application/json" -H "X-Auth-Token: $TKN" "$URL" "$@"
docurl -sS -X DELETE -H "Accept: application/json" -H "X-Auth-Token: $TKN" "$URL" "$@"
fi
}
curldeleteauth_language()
{
TKN="$1"; shift
docurl -sS -X DELETE \
-H "Content-Type: application/json" \
-H "Accept: application/json" \
-H "X-Language: en-us" \
-H "X-Auth-Token: $TKN" "$@"
}
curlpatchauth()
{
TKN="$1"; shift
if test -z "$3"; then CTYPE="application/json"; else CTYPE="$3"; fi
docurl -sS -X PATCH \
-H "Content-Type: $CTYPE" \
-H "Accept: application/json" \
-H "X-Auth-Token: $TKN" \
-d "$@"
}
# ARGS: TKN URL PATH OP VALUE [CONTENTTYPE]
curldopatch()
{
TKN="$1"; shift
#if test -z "$4"; then OP="remove"; else OP="$3"; VAL="\"value\": \"$4\", "; fi
if test "$3" != "remove"; then VAL="\"value\": \"$4\", "; fi
if test -z "$5"; then CTYPE="application/json"; else CTYPE="$5"; fi
curlpatchauth "$TKN" "[{\"path\": \"$2\", $VAL\"op\": \"$3\"}]" "$1" "$CTYPE"
}
# ARGS: TKN URL PATH VALUE [CONTENTTYPE]
curladdorreplace()
{
TKN="$1"; shift
local VAL
if test -z "$4"; then CTYPE="application/json"; else CTYPE="$4"; fi
VAL=$(curlgetauth "$TKN" "$1" | jq ".$2"; return ${PIPESTATUS[0]})
echo "#DEBUG: /$2: $VAL -> $3" 1>&2
if test "$VAL" = "null"; then
if test -z "$3"; then
echo "WARN: Nothing to do, /$2 already non-existent" 1>&2
else
curldopatch "$TKN" "$1" "/$2" "add" "$3" "$CTYPE"
fi
else
if test -z "$3"; then
curldopatch "$TKN" "$1" "/$2" "remove" "" "$CTYPE"
else
curldopatch "$TKN" "$1" "/$2" "replace" "$3" "$CTYPE"
fi
fi
}
curldeleteauthwithjsonparameter()
{
# $1: TOKEN
# $2: PARAMETER
# $3: URI
TKN="$1"; shift
docurl -sS -X DELETE \
-H "Content-Type: application/json" \
-H "X-Language: en-us" \
-H "X-Auth-Token: $TKN" -d "$@" | jq '.'
}
unset SUBNETAZ
##########################################################################################
#FUNCTIONS ###############################################################################
# Helper to remove unnecessary trailing , in JSON (before })
rmvCommaJSON()
{
# Remove trailing , even w/o '}'
CLBR=$2
STR="$1"
LF="
"
TB=$(echo -e "\t")
declare -i LN=${#STR}
declare -i CI=$LN
while test $CI -gt 0; do
let CI-=1
CHR="${STR:$CI:1}"
if test "$CHR" == "}"; then CLBR=1; continue; fi
if test "$CHR" == "$LF" -o "$CHR" == " " -o "$CHR" == "$TB"; then continue; fi
if test $CLBR == 1 -a "$CHR" == ","; then
let LN-=1
STR="${STR:0:$CI}${STR:$((CI+1)):$((LN-CI))}"
continue
fi
CLBR=0
done
echo "$STR"
}
# Arguments CATALOGJSON SERVICETYPE
getcatendpoint()
{
local SERVICE_EP=$(echo "$1" | jq "select(.type == \"$2\") | .endpoints[].url" | tr -d '"')
if test "$SERVICE_EP" != "null"; then
echo "$SERVICE_EP"
fi
}
# Arguments: SERVICESJSON ENDPOINTSJSON SERVICETYPE PROJECTID
getendpoint()
{
local SERVICE_ID=$(echo "$1" | jq ".services[] | select(.type == \"$3\" and .enabled == true) | .id")
if test -z "$SERVICE_ID"; then return; fi
local SERVICE_EP=$(echo "$2" | jq ".endpoints[] | select(.service_id == $SERVICE_ID and .region == \"$OS_REGION_NAME\") | .url" | tr -d '"' | sed -e "s/\$(tenant_id)s/$4/g")
echo "$SERVICE_EP"
}
# Arguments SERVICEJSON SERVICETYPE
getv2endpoint()
{
local SERVICE_EP=$(echo "$1" | jq ".access.serviceCatalog[] | select(.type == \"$2\") | .endpoints[].publicURL" | tr -d '"')
if test "$SERVICE_EP" != "null"; then
echo "$SERVICE_EP"
fi
}
# Token caching ...
IAMTokenFilename()
{
# We don't need OS_REGION_NAME, as it's contained in the PROJECT.
local FN="${OS_USERNAME% *}"
if test "$REQSCOPE" != "unscoped"; then FN="$FN.$OS_USER_DOMAIN_NAME"; fi
local PRJ=$OS_PROJECT_ID
if test -z "$PRJ"; then PRJ="$OS_PROJECT_NAME"; fi
if test "$REQSCOPE" = "project"; then FN="$FN.$PRJ"; fi
echo "$HOME/tmp/.otc.cache.$FN"
}
# Filename
readIAMTokenFile()
{
local TKFN=$1
if ! test -r $TKFN; then return 1; fi
if test -n "$DISCARDCACHE" -o -n "$NOCACHE"; then return 1; fi
local RESP=$(cat $TKFN)
# TODO: Check for expiration in next minutes
local now=$(date +"%s")
# NOTE: This needs testing for keystonev2
local exp=$(echo "$RESP" | tail -n1 | jq '.token.expires_at' | tr -d '"')
if test "$exp" == "null" -o -z "$exp"; then exp=$(echo "$RESP" | tail -n1 | jq '.access.token.expires' | tr -d '"'); fi
if test "$exp" == "null"; then return 1; fi
exp=$(date -d "${exp%Z}" +"%s")
if test -n "$DEBUG"; then echo "Token valid for $(($exp-$now))s" 1>&2; fi
TOKEN=`echo "$RESP" | grep "X-Subject-Token:" | cut -d' ' -f 2`
if test -z "$TOKEN"; then TOKEN=`echo "$IAMJSON" | jq -r '.access.token.id' | tr -d '"'`; fi
if test $(($exp-$now)) -lt 900; then
if test $(($exp-$now)) -ge 1; then echo "$TOKEN"; return 42; else return 2; fi
fi
# TODO: Check Token validity with HEAD /v3/auth/tokens
if test -n "$CHECKTOKEN"; then
curlheadauthparm $TOKEN "$IAM_AUTH_URL" -H "X-Subject-Token: $TOKEN" || return 3
fi
echo "$RESP"
}
# Filename, Header and Body
writeIAMTokenFile()
{
local TKFN=$1
if ! test -d "$(dirname $TKFN)"; then mkdir "$(dirname $TKFN)"; fi
OLDUMASK=$(umask)
umask 0177
echo "$2" > $TKFN
umask $OLDUMASK
}
getIAMTokenKeystone()
{
local TENANT PROJECT USER SCOPE IAM_REQ RESP
# Project by ID or by Name
if test -n "$OS_PROJECT_ID"; then
TENANT="\"tenantId\": \"$OS_PROJECT_ID\""
PROJECT="\"project\": { \"id\": \"$OS_PROJECT_ID\" }"
else
TENANT="\"tenantName\": \"$OS_PROJECT_NAME\""
PROJECT="\"project\": { \"name\": \"$OS_PROJECT_NAME\" }"
fi
# USER by ID or by Name
if test -n "$OS_USER_ID"; then
USER="\"id\": \"$OS_USER_ID\""
else
USER="\"name\": \"$OS_USERNAME\""
fi
# Token scope: project vs domain
if test "$REQSCOPE" == "domain"; then
SCOPE="\"scope\": { \"domain\": { \"name\": \"$OS_USER_DOMAIN_NAME\" } }"
elif test "$REQSCOPE" == "unscoped"; then
SCOPE=""
else
SCOPE="\"scope\": { $PROJECT }"
fi
if [[ "$IAM_AUTH_URL" = *"v3/auth/tokens" ]]; then
if test -n "$OLDTOKEN" -a -n "$TOKENFROMTOKEN"; then
IAM_REQ='{
"auth": {
"identity": {
"methods": [ "token" ],
"token": { "id": "'"$OLDTOKEN"'" }
},
'$SCOPE'
}
}'
else
IAM_REQ='{
"auth": {
"identity": {
"methods": [ "password" ],
"password": {
"user": {
'$USER',
"password": "'"$OS_PASSWORD"'",
"domain": { "name": "'"${OS_USER_DOMAIN_NAME}"'" }
}
}
},
'$SCOPE'
}
}'
fi
if test -n "$OS_PROJECT_DOMAIN_NAME"; then
IAM_REQ=$(echo "$IAM_REQ" | sed "/\"project\":/i\ \t\t\t\t\"domain\": { \"name\": \"$OS_PROJECT_DOMAIN_NAME\" },")
fi
else
IAM_REQ='{
"auth": {
'$TENANT',
"passwordCredentials": {
"username": "'"$OS_USERNAME"'",
"password": "'"$OS_PASSWORD"'"
}
}
}
'
fi
export INAUTH=1
RESP=$(curlpost "$IAM_REQ" "$IAM_AUTH_URL")
RC=$?
if test $RC != 0; then echo -e "ERROR: Authentication call failed\n$IAMRESP" 1>&2; exit $RC; fi
unset INAUTH
echo "$RESP"
}
# Get a token (and the project ID)
TROVE_OVERRIDE=0
IS_OTC=1
getIAMToken()
{
if test -z "$OS_USERNAME" -o -z "$OS_PASSWORD" -o -z "$IAM_AUTH_URL"; then
echo "ERROR: Need to set OS_USERNAME, OS_PASSWORD, OS_AUTH_URL, and OS_PROJECT_NAME environment" 1>&2
echo " Optionally: OS_CACERT, HTTPS_PROXY, S3_ACCESS_KEY_ID, and S3_SECRET_ACCESS_KEY" 1>&2
exit 1
fi
if test -z "$OS_PROJECT_ID"; then PRJ_ID_UNSET=1; fi
REQSCOPE=${1:-project}
local IAMRESP TKNFN=$(IAMTokenFilename)
export BASEURL="${IAM_AUTH_URL/:443\///}" # remove :443 port when present
BASEURL=${BASEURL%%/v[23]*}
IAMRESP=$(readIAMTokenFile $TKNFN)
RC=$?
if test $RC != 0; then
if test -n "$DEBUG"; then echo "No valid cached token, request from keystone" 1>&2; fi
if test $RC = 42; then OLDTOKEN="$IAMRESP"; fi
IAMRESP="$(getIAMTokenKeystone)"
RC=$?
if test $RC != 0; then exit $RC; fi
if test -z "$NOCACHE"; then writeIAMTokenFile $TKNFN "$IAMRESP"; fi
fi
if [[ "$IAM_AUTH_URL" = *"v3/auth/tokens" ]]; then
TOKEN=`echo "$IAMRESP" | grep "X-Subject-Token:" | cut -d' ' -f 2`
#echo ${TOKEN} | sed -e 's/[0-9]/./g' -e 's/[a-z]/x/g' -e 's/[A-Z]/X/g'
if test -z "$OS_PROJECT_ID"; then
OS_PROJECT_ID=`echo "$IAMRESP" | tail -n1 | jq -r '.token.project.id'`
fi
if test -z "$TOKEN" -o -z "$OS_PROJECT_ID"; then
echo "ERROR: Failed to authenticate and get token from $IAM_AUTH_URL for user $OS_USERNAME" 1>&2
exit 2
fi
if test -z "$OS_USER_DOMAIN_ID"; then
OS_USER_DOMAIN_ID=`echo "$IAMRESP" | getUserDomainIdFromIamResponse `
fi
if test -z "$OS_USER_DOMAIN_ID"; then
echo "ERROR: Failed to determine user domain id from $IAM_AUTH_URL for user $OS_USERNAME" 1>&2
exit 2
fi
# Parse IAM RESP catalogue
local CATJSON=$(echo "$IAMRESP" | tail -n1 | jq '.token.catalog[]')
local ROLEJSON=$(echo "$IAMRESP" | tail -n1 | jq '.token.roles[]')
if test -n "$CATJSON" -a "$CATJSON" != "null"; then
CINDER_URL=$(getcatendpoint "$CATJSON" volumev2 $OS_PROJECT_ID)
NEUTRON_URL=$(getcatendpoint "$CATJSON" network $OS_PROJECT_ID)
GLANCE_URL=$(getcatendpoint "$CATJSON" image $OS_PROJECT_ID)
DESIGNATE_URL=$(getcatendpoint "$CATJSON" dns $OS_PROJECT_ID)
NOVA_URL=$(getcatendpoint "$CATJSON" compute $OS_PROJECT_ID)
HEAT_URL=$(getcatendpoint "$CATJSON" orchestration $OS_PROJECT_ID)
TROVE_URL=$(getcatendpoint "$CATJSON" database $OS_PROJECT_ID)
KEYSTONE_URL=$(getcatendpoint "$CATJSON" identity $OS_PROJECT_ID)
CEILOMETER_URL=$(getcatendpoint "$CATJSON" metering $OS_PROJECT_ID)
IRONIC_URL=$(getcatendpoint "$CATJSON" baremetal $OS_PROJECT_ID)
MANILA_URL=$(getcatendpoint "$CATJSON" sharev2 $OS_PROJECT_ID)
KARBOR_URL=$(getcatendpoint "$CATJSON" data-protect $OS_PROJECT_ID)
#if test -n "$OUTPUT_CAT"; then echo "$CATJSON" | jq '.'; fi
if test -n "$OUTPUT_CAT"; then echo "$CATJSON" | jq '.id+" "+.type+" "+.name+" "+.endpoints[].url+" "+.endpoints[].region+" "+.endpoints[].interface' | tr -d '"' | sort -k2 -u; fi
#if test -n "$OUTPUT_CAT"; then echo "$CATJSON" | jq 'def str(s): s|tostring; .id+" "+.type+" "+.name+" "+str(.endpoints[])' | sed 's/\\"url\\"://' | tr -d '"'; fi
if test -n "$OUTPUT_ROLES"; then echo "$ROLEJSON" | jq '.id+" "+.name' | tr -d '"'; fi
if test -n "$DEL_TOKEN"; then curldeleteauth $TOKEN "$IAM_AUTH_URL"; fi
else
SERVICES="$(curlgetauth $TOKEN ${IAM_AUTH_URL%auth*}services)"
ENDPOINTS="$(curlgetauth $TOKEN ${IAM_AUTH_URL%auth*}endpoints)"
#if test "$?" != "0"; then
# echo "ERROR: No keystone v3 service catalog" 1>&2
# exit 2
#fi
CINDER_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" volumev2 $OS_PROJECT_ID)
NEUTRON_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" network $OS_PROJECT_ID)
GLANCE_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" image $OS_PROJECT_ID)
DESIGNATE_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" dns $OS_PROJECT_ID)
NOVA_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" compute $OS_PROJECT_ID)
HEAT_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" orchestration $OS_PROJECT_ID)
TROVE_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" database $OS_PROJECT_ID)
KEYSTONE_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" identity $OS_PROJECT_ID)
CEILOMETER_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" metering $OS_PROJECT_ID)
IRONIC_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" baremetal $OS_PROJECT_ID)
MANILA_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" sharev2 $OS_PROJECT_ID)
KARBOR_URL=$(getendpoint "$SERVICES" "$ENDPOINTS" data-protect $OS_PROJECT_ID)
fi
if test -n "$OUTPUT_DOM"; then echo "$IAMRESP" | tail -n1 | jq '.token.project.domain.id' | tr -d '"'; fi
else
IS_OTC=0
local IAMJSON=`echo "$IAMRESP" | tail -n1`
TOKEN=`echo "$IAMJSON" | jq -r '.access.token.id' | tr -d '"'`
if test -z "$OS_PROJECT_ID"; then
OS_PROJECT_ID=`echo "$IAMJSON" | tail -n1 | jq -r '.access.token.tenant.id'`
fi
if test -z "$TOKEN" -o -z "$OS_PROJECT_ID"; then
echo "ERROR: Failed to authenticate and get token from $IAM_AUTH_URL for user $OS_USERNAME" 1>&2
exit 2
fi
local CATJSON=$(echo "$IAMRESP" | tail -n1 | jq '.access.serviceCatalog[]')
local ROLEJSON=$(echo "$IAMRESP" | tail -n1 | jq '.access')
CINDER_URL=$(getv2endpoint "$IAMJSON" volumev2 $OS_PROJECT_ID)
NEUTRON_URL=$(getv2endpoint "$IAMJSON" network $OS_PROJECT_ID)
GLANCE_URL=$(getv2endpoint "$IAMJSON" image $OS_PROJECT_ID)
DESIGNATE_URL=$(getv2endpoint "$IAMJSON" dns $OS_PROJECT_ID)
NOVA_URL=$(getv2endpoint "$IAMJSON" compute $OS_PROJECT_ID)
HEAT_URL=$(getv2endpoint "$IAMJSON" orchestration $OS_PROJECT_ID)
TROVE_URL=$(getv2endpoint "$IAMJSON" database $OS_PROJECT_ID)
KEYSTONE_URL=$(getv2endpoint "$IAMJSON" identity $OS_PROJECT_ID)
CEILOMETER_URL=$(getv2endpoint "$IAMJSON" metering $OS_PROJECT_ID)
IRONIC_URL=$(getv2endpoint "$IAMJSON" baremetal $OS_PROJECT_ID)
MANILA_URL=$(getv2endpoint "$IAMJSON" sharev2 $OS_PROJECT_ID)
KARBOR_URL=$(getv2endpoint "$IAMJSON" data-protect $OS_PROJECT_ID)
if test -n "$OUTPUT_CAT"; then echo "$CATJSON" | jq '.endpoints[].id+" "+.type+" "+.name+" "+.endpoints[].publicURL+" "+.endpoints[].region+" public"' | tr -d '"' | sort -k2 -u; fi
if test -n "$OUTPUT_ROLES"; then echo "$ROLEJSON" | jq '.metadata.roles[]+" "+.user.roles[].name' | tr -d '"'; fi
fi
# FIXME: Delete this
# For now fall back to hardcoded URLs
if test -z "$NOVA_URL" -a "$IS_OTC" = "1" -a "$REQSCOPE" == "project"; then
echo "WARN: Using hardcoded endpoints, will be removed" 1>&2
CINDER_URL=${BASEURL/iam/evs}/v2/$OS_PROJECT_ID
NEUTRON_URL=${BASEURL/iam/vpc}
GLANCE_URL=${BASEURL/iam/ims}
DESIGNATE_URL=${BASEURL/iam/dns}
NOVA_URL=${BASEURL/iam/ecs}/v2/$OS_PROJECT_ID
HEAT_URL=${BASEURL/iam/rts}/v1/$OS_PROJECT_ID
TROVE_URL=${BASEURL/iam/rds}/v1.0
IRONIC_URL=${BASEURL/iam/bms}
MANILA_URL=${BASEURL/iam/sfs}/v2/$OS_PROJECT_ID
KARBOR_URL=${BASEURL/iam/csbs}/v1/$OS_PROJECT_ID
fi
# DEBUG only: echo "$IAMRESP" | tail -n1 | jq -C .
#if test -n "$DEBUG"; then
# echo "$IAMRESP" | sed 's/X-Subject-Token: MII.*$/X-Subject-Token: MIIsecretsecret/' 1>&2
#fi
if test -z "$KEYSTONE_URL"; then KEYSTONE_URL=$BASEURL/v3; fi
if test -z "$CEILOMETER_URL"; then CEILOMETER_URL=${BASEURL/iam/ces}; fi
AUTH_URL_ECS="$NOVA_URL/servers"
export AUTH_URL_ECS_JOB="${NOVA_URL/v2/v1}/jobs"
export AUTH_URL_ECS_DETAIL="$NOVA_URL/servers/detail"
AUTH_URL_ECS_CLOUD="${NOVA_URL/v2/v1}/cloudservers"
AUTH_URL_ECS_CLOUD_ACTION="$AUTH_URL_ECS_CLOUD/action"
AUTH_URL_ECS_CLOUD_DELETE="$AUTH_URL_ECS_CLOUD/delete"
AUTH_URL_FLAVORS="$AUTH_URL_ECS_CLOUD/flavors"
AUTH_URL_KEYNAMES="$NOVA_URL/os-keypairs"
AUTH_URL_VPCS="$NEUTRON_URL/v1/$OS_PROJECT_ID/vpcs"
AUTH_URL_ROUTER="$NEUTRON_URL/v2.0/routers"
AUTH_URL_PUBLICIPS="$NEUTRON_URL/v1/$OS_PROJECT_ID/publicips"
AUTH_URL_SEC_GROUPS="$NEUTRON_URL/v1/$OS_PROJECT_ID/security-groups"
#AUTH_URL_SEC_GROUP_RULES="$NEUTRON_URL/v2/$OS_PROJECT_ID/security-group-rules"
AUTH_URL_SEC_GROUP_RULES="$NEUTRON_URL/v2.0/security-group-rules"
AUTH_URL_SUBNETS="$NEUTRON_URL/v1/$OS_PROJECT_ID/subnets"
AUTH_URL_IMAGES="$GLANCE_URL/v2/images"
AUTH_URL_IMAGESV1="$GLANCE_URL/v1/cloudimages"
AUTH_URL_IMAGESV2="$GLANCE_URL/v2/cloudimages"
VBS_URL="${CINDER_URL/evs/vbs}"
AUTH_URL_CVOLUMES="$CINDER_URL/cloudvolumes"
AUTH_URL_CVOLUMES_DETAILS="$CINDER_URL/cloudvolumes/detail"
AUTH_URL_VOLS="$CINDER_URL/volumes"
AUTH_URL_CBACKUPS="$VBS_URL/cloudbackups"
AUTH_URL_CBACKUPPOLS="$VBS_URL/backuppolicy"
AUTH_URL_BACKS="$CINDER_URL/backups"
AUTH_URL_SNAPS="$CINDER_URL/snapshots"
AUTH_URL_ELB="${NEUTRON_URL/vpc/elb}/v1.0/$OS_PROJECT_ID/elbaas"
AUTH_URL_ELB_LB="$AUTH_URL_ELB/loadbalancers"
if test -z "$TROVE_URL"; then TROVE_URL=${BASEURL/iam/rds}; TROVE_OVERRIDE=1; fi
AUTH_URL_RDS="${TROVE_URL%/v1.0}/rds"
AUTH_URL_RDS_DOMAIN="${AUTH_URL_RDS}/v1/$OS_USER_DOMAIN_ID"
AUTH_URL_RDS_PROJECT="${AUTH_URL_RDS}/v1/$OS_PROJECT_ID"
AUTH_URL_DNS="$DESIGNATE_URL/v2/zones"
# FIXME: Use full URLs that point to the service
AUTH_URL_AS="${HEAT_URL/rts/as}"
AUTH_URL_AS="${AUTH_URL_AS%%/v[12]*}/autoscaling-api/v1/$OS_PROJECT_ID"
AUTH_URL_CES="$CEILOMETER_URL"
AUTH_URL_CCE="${BASEURL/iam/cce}"
AUTH_URL_KMS="${BASEURL/iam/kms}"
AUTH_URL_SMN="${BASEURL/iam/smn}"
AUTH_URL_CTS="${BASEURL/iam/cts}"
AUTH_URL_DMS="${BASEURL/iam/dms}"
AUTH_URL_MRS="${BASEURL/iam/mrs}"
AUTH_URL_DEH="${BASEURL/iam/deh}"
AUTH_URL_ANTIDDOS="${BASEURL/iam/antiddos}"
AUTH_URL_DCS="${BASEURL/iam/dcs}/v1.0/$OS_PROJECT_ID" # instances
if test -n "$MANILA_URL"; then
AUTH_URL_SFS="$MANILA_URL"
else
AUTH_URL_SFS="${BASEURL/iam/sfs}/v2/$OS_PROJECT_ID" # shares
fi
# Catalog bug!
if echo "$KARBOR_URL" | grep ' ' >/dev/null; then
echo "WARN: Wrong CSBS URL: $KARBOR_URL, fixing up ..." 1>&2
KARBOR_URL="${KARBOR_URL/ /}"
fi
#AUTH_URL_CSBS="${BASEURL/iam/csbs}/v1/$OS_PROJECT_ID"
if test -n "$KARBOR_URL"; then AUTH_URL_CSBS="$KARBOR_URL"; else AUTH_URL_CSBS=${BASE_URL/iam/csbs}/v1/$OS_PROJECT_ID; fi
AUTH_URL_DWS="${BASEURL/iam/dws}/v1.0/$OS_PROJECT_ID"
AUTH_URL_TMS="${BASEURL/iam/tms}/v1.0"
AUTH_URL_MAAS="${BASEURL/iam/maas}/v1/$OS_PROJECT_ID"
AUTH_URL_NAT="${NEUTRON_URL/vpc/nat}/v2.0"
AUTH_URL_DIS="${AUTH_URL_MRS/mrs/dis}/v2/$OS_PROJECT_ID"
AUTH_URL_DCAAS="${NEUTRON_URL/vpc/dcaas}/v2.0/dcaas"
AUTH_URL_MKT="${BASEURL/iam/marketplace}/v1"
}
build_data_volumes_json()
{
local info_str=$1
local DATA_VOLUMES=""
disks=(${info_str//,/ })
for disk in "${disks[@]}"; do
info=(${disk//:/ })
if test -n "$DATA_VOLUMES"; then
DATA_VOLUMES="$DATA_VOLUMES, "
fi
DATA_VOLUMES="$DATA_VOLUMES{ \"volumetype\": \"${info[0]}\", \"size\": ${info[1]} }"
done
echo $DATA_VOLUMES
}
isnum()
{
echo "$@" | grep '^[0-9]\{1,99\}$' >/dev/null 2>&1
}
jsonesc()
{
if isnum "$@"; then
echo "$@"
elif test "$@" == "null" -o "$@" == "true" -o "$@" == "false"; then
echo "$@"
else
echo "\"$@\""
fi
}
keyval2list()
{
local LIST=""
OLDIFS="$IFS"
IFS=","
for tag in $*; do
LIST="$LIST \"${tag/=/.}\","
done
IFS="$OLDIFS"
echo "${LIST%,}"
}
keyval2listasterix()
{
local LIST=""
OLDIFS="$IFS"
IFS=","
for tag in $*; do
LIST="$LIST \"${tag/=/*}\","
done
IFS="$OLDIFS"
echo "${LIST%,}"
}
keyval2json()
{
local JSON=""
OLDIFS="$IFS"
IFS=","
for tag in $*; do
KEY="${tag%%=*}"
VAL="$(jsonesc ${tag#*=})"
JSON="$JSON \"$KEY\": $VAL,"
done
IFS="$OLDIFS"
echo "${JSON%,}"
}
keyval2keyvalue()
{
local JSON=""
OLDIFS="$IFS"
IFS=","
for tag in $*; do
KEY="${tag%%=*}"
if test "$KEY" != "$tag"; then
VAL="$(jsonesc ${tag#*=})"
JSON="$JSON { \"key\": \"$KEY\", \"value\": $VAL },"
else
JSON="$JSON { \"key\": \"$KEY\" },"
fi
done
IFS="$OLDIFS"
echo "${JSON%,}"
}