ccsdk/sli - Contains code for Service Logic Interpreter (SLI)

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author	Dan Timoney <dtimoney@att.com>	2022-09-14 13:29:47 +0000
committer	Gerrit Code Review <gerrit@onap.org>	2022-09-14 13:29:47 +0000
commit	475ac067ec2e913c4821a19a4415858704b79844 (patch)
tree	e480b23f8576e33eb61ff361ba7a70c9cfbba6a6 /adaptors/saltstack-adaptor/saltstack-adaptor-provider/pom.xml
parent	55f36008180f8657428efa7e6b7e53602f0d6d78 (diff)
parent	812cf9a5f6ae7140be475342f19833a2e213c1ae (diff)

Merge "[sli/core/sliPlutinUtils] Adding Extra Constraint Filtering on ShortestPathCompute"

Diffstat (limited to 'adaptors/saltstack-adaptor/saltstack-adaptor-provider/pom.xml')

0 files changed, 0 insertions, 0 deletions

#!/bin/bash ############################################################################# # # Copyright (c) 2017 AT&T Intellectual Property. All rights reserved. # # 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. # ############################################################################# # prepare a curl command # parameters: URL METHOD CURLOPTIONS EXTRA_HEADERS_AS_A_STRING AUTH_AS_USER:PASS DATA assemble_curl_command() { local URL="$1" local METHOD="$2" local CURLOPTIONS="$3" local EXTRA_HEADERS="$4" local AUTH="$5" local DATA="$6" local CMD='' if [ ! -z "$METHOD" ]; then CMD="curl $CURLOPTIONS $METHOD" else CMD="curl $CURLOPTIONS -X GET" fi if [ ! -z "$EXTRA_HEADERS" ]; then CMD="$CMD $EXTRA_HEADERS" fi if [ ! -z "$AUTH" ]; then CMD="$CMD $AUTH" fi if [ ! -z "$DATA" ]; then CMD="$CMD $DATA" fi CMD="$CMD $URL" echo "$CMD" } # Make a rest API call # parameters: URL METHOD expected_response_code EXTRA_HEADERS_AS_A_STRING AUTH_AS_USER:PASS DATA call_api_for_response_code() { local CURLOPTIONS='-kIso /dev/null -w "%{http_code}"' read -r CMDF <<-END $(assemble_curl_command "$1" "$2" "$CURLOPTIONS" "$4" "$5" "$6") END eval "$CMDF"; } call_api_for_response_body() { local CURLOPTIONS='-ksb' read -r CMDF <<-END $(assemble_curl_command "$1" "$2" "$CURLOPTIONS" "$4" "$5" "$6") END eval "$CMDF" } call_api_for_response_header() { local CURLOPTIONS='-ks -o /dev/null -D -' read -r CMDF <<-END $(assemble_curl_command "$1" "$2" "$CURLOPTIONS" "$4" "$5" "$6") END eval "$CMDF" } call_api_for_verbose() { local CURLOPTIONS='-kIv' read -r CMDF <<-END $(assemble_curl_command "$1" "$2" "$CURLOPTIONS" "$4" "$5" "$6") END eval "$CMDF" #local TFILE=$(mktemp /tmp/curlcmd.XXXXXXXXX) #echo $CMD > $TFILE #eval $(cat $TFILE) #rm -f $TFILE } # Wait till a web service API return specified response code # parameters: URL METHOD EXPECTED_RESP_CODE EXTRA_HEADERS_AS_A_STRING AUTH_AS_USER:PASS DATA wait_for_api() { local RESP="$3" local ACTUALRESP ACTUALRESP=$(call_api_for_response_code "$1" "$2" "$3" "$4" "$5" "$6") while [ "$ACTUALRESP" != "$RESP" ]; do echo "RESP CODE $ACTUALRESP, not as expected RESP CODE $RESP @ $(date)." sleep 30 ACTUALRESP=$(call_api_for_response_code "$1" "$2" "$3" "$4" "$5" "$6") done echo "RESP CODE $ACTUALRESP, matches with expected RESP CODE $RESP." } # Wait till a TCP port is open # parameters: HOST PORT wait_for_tcp_port() { local DEST="$1" local PORT="$2" while ! nc -z -w 1 "$DEST" "$PORT"; do sleep 4 echo '.' done } wait_for_aai_ready() { # wait till A&AI up and ready local AAIHOST AAIHOST=$(cat /opt/config/aai1_ip_addr.txt) local AAIURL="https://$AAIHOST:8443/aai/v11/examples/cloud-regions" local AAIMETHOD='-X GET' local AAIRESP='200' local AAIHEADERS='-H "X-FromAppId: AAI-Temp-Tool" -H "X-TransactionId: AAI-Temp-Tool" -H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local AAIAUTH='-u AAI:AAI' local AAIDATA='' echo "===> Waiting for A&AI to get ready for getting $AAIRESP from $AAIURL @ $(date)" wait_for_api "$AAIURL" "$AAIMETHOD" "$AAIRESP" "$AAIHEADERS" "$AAIAUTH" "$AAIDATA" echo "===> A&AI ready @ $(date)" } wait_for_multicloud_ready() { # wait till MultiCloud up and ready local MCHOST MCHOST=$(cat /opt/config/openo_ip_addr.txt) local MCURL="http://$MCHOST:9005/api/multicloud-titanium_cloud/v0/swagger.json" local MCMETHOD='-X GET' local MCRESP='200' local MCHEADERS='-H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local MCAUTH='' local MCDATA='' echo "===> Waiting for MultiCloud to get ready for getting $MCRESP from $MCURL @ $(date)" wait_for_api "$MCURL" "$MCMETHOD" "$MCRESP" "$MCHEADERS" "$MCAUTH" "$MCDATA" echo "===> MultiCloud ready @ $(date)" } register_multicloud_pod25dns_with_aai() { # Register MultiCloud with A&AI local CLOUD_OWNER='pod25dns' local CLOUD_VERSION='titanium_cloud' local CLOUD_REGION local CLOUD_ENV local CLOUD_IDENTITY_URL local DNSAAS_SERVICE_URL local DNSAAS_USERNAME='demo' local DNSAAS_PASSWORD='onapdemo' CLOUD_REGION="$(cat /opt/config/dnsaas_region.txt)" CLOUD_ENV="$(cat /opt/config/cloud_env.txt)" MCIP="$(cat /opt/config/openo_ip_addr.txt)" CLOUD_IDENTITY_URL="http://${MCIP}/api/multicloud-titanium_cloud/v0/${CLOUD_OWNER}_${CLOUD_REGION}/identity/v2.0" local RESPCODE DNSAAS_SERVICE_URL="$(cat /opt/config/dnsaas_keystone_url.txt)" # a tenant of the same name must be set up on the Deisgnate providing OpenStack DNSAAS_TENANT_NAME="$(cat /opt/config/dnsaas_tenant_name.txt)" cat >"/tmp/${CLOUD_OWNER}_${CLOUD_REGION}.json" <<EOL { "cloud-owner" : "$CLOUD_OWNER", "cloud-region-id" : "$CLOUD_REGION", "cloud-region-version" : "$CLOUD_VERSION", "cloud-type" : "$CLOUD_ENV", "cloud-zone" : "cloud zone", "complex-name" : "complex name2", "identity-url": "$CLOUD_IDENTITY_URL", "owner-defined-type" : "owner-defined-type", "sriov-automation" : false, "esr-system-info-list" : { "esr-system-info" : [ { "esr-system-info-id": "532ac032-e996-41f2-84ed-9c7a1766eb30", "cloud-domain": "Default", "default-tenant" : "$DNSAAS_TENANT_NAME", "user-name" : "$DNSAAS_USERNAME", "password" : "$DNSAAS_PASSWORD", "service-url" : "$DNSAAS_SERVICE_URL", "ssl-cacert": "example-ssl-cacert-val-75021", "ssl-insecure": true, "system-name": "example-system-name-val-29071", "system-type": "VIM", "ip-address": "example-ip-address-val-44432", "port": "example-port-val-93235", "type": "example-type-val-85255", "protocal": "example-protocal-val-52954", "vendor": "example-vendor-val-94515", "version": "example-version-val-71880" } ] } } EOL local REGHOST local REGURL local REGMETHOD='-X PUT' local REGHEADERS='-H "X-FromAppId: AAI-Temp-Tool" -H "X-TransactionId: AAI-Temp-Tool" -H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local REGRESP='201' local REGAUTH='-u AAI:AAI' local REGDATA REGHOST="$(cat /opt/config/aai1_ip_addr.txt)" REGURL="https://$REGHOST:8443/aai/v11/cloud-infrastructure/cloud-regions/cloud-region/$CLOUD_OWNER/$CLOUD_REGION" REGDATA="-T /tmp/${CLOUD_OWNER}_${CLOUD_REGION}.json" echo "Register MultiCloud with A&AI owner $CLOUD_OWNER" RESP=$(call_api_for_response_code "$REGURL" "$REGMETHOD" "$REGRESP" "$REGHEADERS" "$REGAUTH" "$REGDATA") echo "RESP CODE: $RESP" } register_multicloud_pod25_with_aai() { # Register MultiCloud with A&AI local CLOUD_OWNER='pod25' local CLOUD_VERSION='titanium_cloud' local CLOUD_REGION local DNSAAS_CLOUD_REGION local CLOUD_ENV local MCIP local CLOUD_IDENTITY_URL local KEYSTONE_URL local USERNAME local PASSWORD local TENANT_NAME CLOUD_REGION="$(cat /opt/config/openstack_region.txt)" DNSAAS_CLOUD_REGION="$(cat /opt/config/dnsaas_region.txt)" CLOUD_ENV="$(cat /opt/config/cloud_env.txt)" MCIP="$(cat /opt/config/openo_ip_addr.txt)" CLOUD_IDENTITY_URL="http://${MCIP}/api/multicloud-titanium_cloud/v0/${CLOUD_OWNER}_${CLOUD_REGION}/identity/v2.0" KEYSTONE_URL="$(cat /opt/config/openstack_keystone_url.txt)" if [[ "$KEYSTONE_URL" == */v3 ]]; then echo "$KEYSTONE_URL" elif [[ "$KEYSTONE_URL" == */v2.0 ]]; then echo "$KEYSTONE_URL" else KEYSTONE_URL="${KEYSTONE_URL}/v3" echo "$KEYSTONE_URL" fi USERNAME="$(cat /opt/config/openstack_user.txt)" PASSWORD="$(cat /opt/config/openstack_password.txt)" TENANT_NAME="$(cat /opt/config/tenant_name.txt)" cat >"/tmp/${CLOUD_OWNER}_${CLOUD_REGION}.json" <<EOL { "cloud-owner" : "$CLOUD_OWNER", "cloud-region-id" : "$CLOUD_REGION", "cloud-region-version" : "$CLOUD_VERSION", "cloud-type" : "$CLOUD_ENV", "cloud-zone" : "cloud zone", "complex-name" : "complex name", "identity-url": "$CLOUD_IDENTITY_URL", "owner-defined-type" : "owner-defined-type", "sriov-automation" : false, "cloud-extra-info" : "{\"epa-caps\":{\"huge_page\":\"true\",\"cpu_pinning\":\"true\",\"cpu_thread_policy\":\"true\",\"numa_aware\":\"true\",\"sriov\":\"true\",\"dpdk_vswitch\":\"true\",\"rdt\":\"false\",\"numa_locality_pci\":\"true\"},\"dns-delegate\":{\"cloud-owner\":\"pod25dns\",\"cloud-region-id\":\"${DNSAAS_CLOUD_REGION}\"}}", "esr-system-info-list" : { "esr-system-info" : [ { "esr-system-info-id": "432ac032-e996-41f2-84ed-9c7a1766eb29", "cloud-domain": "Default", "default-tenant" : "$TENANT_NAME", "user-name" : "$USERNAME", "password" : "$PASSWORD", "service-url" : "$KEYSTONE_URL", "ssl-cacert": "example-ssl-cacert-val-75021", "ssl-insecure": true, "system-name": "example-system-name-val-29070", "system-type": "VIM", "ip-address": "example-ip-address-val-44431", "port": "example-port-val-93234", "type": "example-type-val-85254", "protocal": "example-protocal-val-52954", "vendor": "example-vendor-val-94515", "version": "example-version-val-71880" } ] } } EOL local REGHOST local REGURL local REGMETHOD='-X PUT' local REGHEADERS='-H "X-FromAppId: AAI-Temp-Tool" -H "X-TransactionId: AAI-Temp-Tool" -H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local REGRESP='201' local REGAUTH='-u AAI:AAI' local REGDATA REGHOST="$(cat /opt/config/aai1_ip_addr.txt)" REGURL="https://$REGHOST:8443/aai/v11/cloud-infrastructure/cloud-regions/cloud-region/$CLOUD_OWNER/$CLOUD_REGION" REGDATA="-T /tmp/${CLOUD_OWNER}_${CLOUD_REGION}.json" echo "Register MultiCloud with A&AI owner $CLOUD_OWNER" RESP=$(call_api_for_response_code "$REGURL" "$REGMETHOD" "$REGRESP" "$REGHEADERS" "$REGAUTH" "$REGDATA") echo "RESP CODE: $RESP" } verify_multicloud_registration() { local CLOUD_OWNER='pod25' local CLOUD_REGION local CLOUD_VERSION='titanium_cloud' local CLOUD_ENV local REGHOST local REGURL local REGMETHOD='-X GET' local REGHEADERS='-H "X-FromAppId: AAI-Temp-Tool" -H "X-TransactionId: AAI-Temp-Tool" -H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local REGRESP='200' local REGAUTH='-u AAI:AAI' local REGDATA='' local RESPCODE CLOUD_REGION="$(cat /opt/config/openstack_region.txt)" CLOUD_ENV="$(cat /opt/config/cloud_env.txt)" REGHOST="$(cat /opt/config/aai1_ip_addr.txt)" REGURL="https://$REGHOST:8443/aai/v11/cloud-infrastructure/cloud-regions/cloud-region/${CLOUD_OWNER}/${CLOUD_REGION}?depth=all" # Verify MultiCloud with A&AI RESPCODE=$(call_api_for_response_code "$REGURL" "$REGMETHOD" "$REGRESP" "$REGHEADERS" "$REGAUTH" "$REGDATA") echo "Register MultiCloud with A&AI owner $CLOUD_OWNER verify response code: $RESPCODE" CLOUD_OWNER='pod25dns' REGURL="https://$REGHOST:8443/aai/v11/cloud-infrastructure/cloud-regions/cloud-region/${CLOUD_OWNER}/${CLOUD_REGION}?depth=all" RESPCODE=$(call_api_for_response_code "$REGURL" "$REGMETHOD" "$REGRESP" "$REGHEADERS" "$REGAUTH" "$REGDATA") echo "Register MultiCloud with A&AI owner $CLOUD_OWNER verify response code: $RESPCODE" } register_dns_zone_proxied_designate() { local CLOUD_OWNER='pod25' local CLOUD_REGION local CLOUD_VERSION='titanium_cloud' local CLOUD_ENV local DNSAAS_TENANT_NAME local MCHOST local MCURL local MCMETHOD='-X POST' local MCRESP='200' local MCHEADERS='-H "Content-Type: application/json" -H "Accept: application/json"' local MCAUTH='' local MCDATA='' ## export endpoint prefix local MULTICLOUD_PLUGIN_ENDPOINT CLOUD_REGION="$(cat /opt/config/openstack_region.txt)" CLOUD_ENV="$(cat /opt/config/cloud_env.txt)" if [ -z "$1" ]; then DCAE_ZONE="$(cat /opt/config/dcae_zone.txt)"; else DCAE_ZONE="$1"; fi DNSAAS_TENANT_NAME="$(cat /opt/config/dnsaas_tenant_name.txt)" MCHOST=$(cat /opt/config/openo_ip_addr.txt) MCURL="http://$MCHOST:9005/api/multicloud-titanium_cloud/v0/swagger.json" MCDATA='-d "{\"auth\":{\"tenantName\": \"'${DNSAAS_TENANT_NAME}'\"}}"' MULTICLOUD_PLUGIN_ENDPOINT=http://${MCHOST}/api/multicloud-titanium_cloud/v0/${CLOUD_OWNER}_${CLOUD_REGION} ### zone operations # because all VM's use 10.0.100.1 as their first DNS server, the designate DNS server as seocnd, we need to use a # domain outside of the first DNS server's domain local DCAE_DOMAIN local ZONENAME DCAE_DOMAIN="$(cat /opt/config/dcae_domain.txt)" ZONENAME="${DCAE_ZONE}.${DCAE_DOMAIN}." echo "===> Register DNS zone $ZONENAME under $DNSAAS_TENANT_NAME" ### Get Token local TOKEN MCURL="${MULTICLOUD_PLUGIN_ENDPOINT}/identity/v3/auth/tokens" echo "=====> Getting token from $MCURL" #TOKEN=$(call_api_for_response_header "$MCURL" "$MCMETHOD" "$MCRESP" "$MCHEADERS" "$MCAUTH" "$MCDATA" | grep 'X-Subject-Token' | sed "s/^.*: //") TOKEN=$(curl -v -s -H "Content-Type: application/json" -X POST -d "{\"auth\":{\"tenantName\": \"${DNSAAS_TENANT_NAME}\"}}" "${MCURL}" 2>&1 | grep X-Subject-Token | sed "s/^.*: //") echo "Received Keystone token $TOKEN from $MCURL" if [ -z "$TOKEN" ]; then echo "Faile to acquire token for creating DNS zone. Exit" exit 1 fi local PROJECTID PROJECTID=$(curl -v -s -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones?name=${ZONENAME}" |grep 'project_id' |sed 's/^.*"project_id":"$[a-zA-Z0-9-]*$",.*$/\1/') if [ ! -z "$PROJECTID" ]; then ### query the zone with zone id echo "!!!!!!> zone $ZONENAME already registered by project $PROJECTID" else ### create a zone echo "=====> No zone of same name $ZONENAME found, creating new zone " curl -sv -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X POST -d "{ \"name\": \"$ZONENAME\", \"email\": \"lji@research.att.com\"}" "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones" fi ### list zones echo "=====> Zone listing" curl -sv -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones" | python -m json.tool ### query the zone with zone name #echo "=====> Querying zone $ZONENAME" #curl -s -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones?name=${ZONENAME}" ### export ZONE id local ZONEID ZONEID=$(curl -v -sb -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones?name=${ZONENAME}" |grep 'id' |sed 's/^.*"id":"$[a-zA-Z0-9-]*$",.*$/\1/') echo "=====> After creation, zone $ZONENAME ID is $ZONEID" ### query the zone with zone id #echo "=====> Querying zone $ZONENAME by ID $ZONEID" #curl -sv -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones/${ZONEID}" } register_dns_zone_designate() { local HEADER_CONTENT_TYPE_JSON="Content-Type: application/json" local HEADER_ACCEPT_JSON="Accept: application/json" local HEADER_TOKEN local DCAE_ZONE local DCAE_DOMAIN local ZONE_NAME local ZONE_ID local KEYSTONE_URL local API_ENDPOINT local API_DATA local TENANT_NAME local TENANT_ID local ZONE_PROJECT_ID if [ -z "$1" ]; then DCAE_ZONE="$(cat /opt/config/dcae_zone.txt)"; else DCAE_ZONE="$1"; fi DCAE_DOMAIN="$(cat /opt/config/dcae_domain.txt)" ZONE_NAME="${DCAE_ZONE}.${DCAE_DOMAIN}." TENANT_NAME="$(cat /opt/config/tenant_name.txt)" TENANT_ID="$(cat /opt/config/tenant_id.txt)" KEYSTONE_URL="$(cat /opt/config/openstack_keystone_url.txt)" if [[ "$KEYSTONE_URL" == */v3 ]]; then echo "$KEYSTONE_URL" elif [[ "$KEYSTONE_URL" == */v2.0 ]]; then echo "$KEYSTONE_URL" else KEYSTONE_URL="${KEYSTONE_URL}/v2.0" echo "$KEYSTONE_URL" fi USERNAME="$(cat /opt/config/openstack_user.txt)" PASSWORD="$(cat /opt/config/openstack_password.txt)" API_ENDPOINT="${KEYSTONE_URL}/tokens" API_DATA="{\"auth\": {\"project\": \"${TENANT_NAME}\", \"tenantId\": \"${TENANT_ID}\", \"passwordCredentials\": {\"username\": \"${USERNAME}\", \"password\": \"${PASSWORD}\"}}}" echo "===> Getting token from ${API_ENDPOINT}" RESP=$(curl -s -v -H "${HEADER_CONTENT_TYPE_JSON}" -d "${API_DATA}" "${API_ENDPOINT}") TOKEN="$(echo ${RESP} | jq -r .access.token.id)" if [ -z "$TOKEN" ]; then echo "Faile to acquire token for creating DNS zone. Exit" exit 1 fi HEADER_TOKEN="X-Auth-Token: ${TOKEN}" DESIGNATE_URL=$(echo ${RESP} | jq -r '.access.serviceCatalog[] | select(.name=="designate") | .endpoints[0].publicURL') if [ -z ${DESIGNATE_URL} ]; then echo "Fail to find Designate API endpoint. Exit" exit 1 fi API_ENDPOINT="${DESIGNATE_URL}/v2/zones" echo "===> Register DNS zone $ZONE_NAME at Designate API endpoint ${API_ENDPOINT}" RESP=$(curl -v -s -H "$HEADER_TOKEN" "$API_ENDPOINT") ZONE_ID=$(echo $RESP |jq -r --arg ZONE_NAME "$ZONE_NAME" '.zones[] |select(.name==$ZONE_NAME) |.id') if [ -z "$ZONE_ID" ]; then echo "======> Zone ${ZONE_NAME} does not exist. Create" API_DATA="{\"name\": \"${ZONE_NAME}\", \"email\": \"dcae@onap.org\", \"type\": \"PRIMARY\", \"ttl\": 7200, \"description\": \"DCAE DNS zoen created for ONAP deployment $DCAE_ZONE\"}" RESP=$(curl -s -v -X POST -H "$HEADER_ACCEPT_JSON" -H "$HEADER_CONTENT_TYPE_JSON" -H "$HEADER_TOKEN" -d "$API_DATA" "$API_ENDPOINT") ZONE_ID=$(echo $RESP | jq .id) if [ -z "$ZONE_ID" ]; then echo "Fail to create DNS zone ${ZONE_NAME}. Exit" exit 1 fi else echo "======> Zone ${ZONE_NAME} already exists." API_ENDPOINT="${DESIGNATE_URL}/v2/zones/${ZONE_ID}" RESP=$(curl -s -v -H "$HEADER_ACCEPT_JSON" -H "$HEADER_TOKEN" "$API_ENDPOINT") ZONE_PROJECT_ID=$(echo $RESP | jq -r .project_id) if [ "$ZONE_PROJECT_ID" != "noauth-project" ] && [ "$ZONE_PROJECT_ID" != "$TENANT_ID" ]; then echo "======> Zone ${ZONE_NAME} owned by other projects, may have problem creating records" else echo "======> Zone ${ZONE_NAME} okay to create new records" fi fi } delete_dns_zone() { local CLOUD_OWNER='pod25' local CLOUD_REGION local CLOUD_VERSION='titanium_cloud' local CLOUD_ENV local DCAE_ZONE local DNSAAS_TENANT_NAME local MCHOST local MCURL local MCMETHOD='-X GET' local MCRESP='200' local MCHEADERS='-H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local MCAUTH='' local MCDATA='' local MULTICLOUD_PLUGIN_ENDPOINT CLOUD_REGION="$(cat /opt/config/openstack_region.txt)" CLOUD_ENV="$(cat /opt/config/cloud_env.txt)" DCAE_ZONE="$(cat /opt/config/dcae_zone.txt)" DNSAAS_TENANT_NAME="$(cat /opt/config/dnsaas_tenant_name.txt)" MCHOST=$(cat /opt/config/openo_ip_addr.txt) MCURL="http://$MCHOST:9005/api/multicloud-titanium_cloud/v0/swagger.json" local DCAE_DOMAIN local ZONENAME DCAE_DOMAIN="$(cat /opt/config/dcae_domain.txt)" ZONENAME="${DCAE_ZONE}.${DCAE_DOMAIN}." MCDATA='"{\"auth\":{\"tenantName\": \"'${DNSAAS_TENANT_NAME}'\"}}"' MULTICLOUD_PLUGIN_ENDPOINT=http://${MCHOST}/api/multicloud-titanium_cloud/v0/${CLOUD_OWNER}_${CLOUD_REGION} ### Get Token local TOKEN TOKEN=$(curl -v -s -H "Content-Type: application/json" -X POST -d "{\"auth\":{\"tenantName\": \"${DNSAAS_TENANT_NAME}\"}}" "${MULTICLOUD_PLUGIN_ENDPOINT}/identity/v3/auth/tokens" 2>&1 | grep X-Subject-Token | sed "s/^.*: //") local ZONEID ZONEID=$(curl -v -s -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones?name=${ZONENAME}" |sed 's/^.*"id":"$[a-zA-Z0-9-]*$",.*$/\1/') curl -s -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X DELETE "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones/${ZONEID}" } list_dns_zone() { local CLOUD_OWNER='pod25' local CLOUD_REGION local CLOUD_VERSION='titanium_cloud' local CLOUD_ENV local DCAE_ZONE local DNSAAS_TENANT_NAME local MCHOST local MCURL local MCMETHOD='-X GET' local MCRESP='200' local MCHEADERS='-H "Real-Time: true" -H "Content-Type: application/json" -H "Accept: application/json"' local MCAUTH='' local MCDATA='' local MULTICLOUD_PLUGIN_ENDPOINT CLOUD_REGION="$(cat /opt/config/openstack_region.txt)" CLOUD_ENV="$(cat /opt/config/cloud_env.txt)" DCAE_ZONE="$(cat /opt/config/dcae_zone.txt)" DNSAAS_TENANT_NAME="$(cat /opt/config/dnsaas_tenant_name.txt)" MCHOST=$(cat /opt/config/openo_ip_addr.txt) MCURL="http://$MCHOST:9005/api/multicloud-titanium_cloud/v0/swagger.json" MCDATA='"{\"auth\":{\"tenantName\": \"'${DNSAAS_TENANT_NAME}'\"}}"' MULTICLOUD_PLUGIN_ENDPOINT=http://${MCHOST}/api/multicloud-titanium_cloud/v0/${CLOUD_OWNER}_${CLOUD_REGION} ### Get Token local TOKEN TOKEN=$(curl -v -s -H "Content-Type: application/json" -X POST -d "{\"auth\":{\"tenantName\": \"${DNSAAS_TENANT_NAME}\"}}" "${MULTICLOUD_PLUGIN_ENDPOINT}/identity/v3/auth/tokens" 2>&1 | grep X-Subject-Token | sed "s/^.*: //") local DCAE_DOMAIN local ZONENAME DCAE_DOMAIN="$(cat /opt/config/dcae_domain.txt)" ZONENAME="${DCAE_ZONE}.${DCAE_DOMAIN}." local ZONEID ZONEID=$(curl -v -s -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones?name=${ZONENAME}" |sed 's/^.*"id":"$[a-zA-Z0-9-]*$",.*$/\1/') curl -v -s -H "Content-Type: application/json" -H "X-Auth-Token: $TOKEN" -X GET "${MULTICLOUD_PLUGIN_ENDPOINT}/dns-delegate/v2/zones/${ZONEID}/recordsets" } ################################## start of vm_init ##################################### # prepare the configurations needed by DCAEGEN2 installer rm -rf /opt/app/config mkdir -p /opt/app/config # private key sed -e 's/\\n/\n/g' /opt/config/priv_key | sed -e 's/^[ \t]*//g; s/[ \t]*$//g' > /opt/app/config/key chmod 777 /opt/app/config/key # move keystone url file #cp /opt/config/keystone_url.txt /opt/app/config/keystone_url.txt URL_ROOT='nexus.onap.org/service/local/repositories/raw/content' REPO_BLUEPRINTS='org.onap.dcaegen2.platform.blueprints' REPO_DEPLOYMENTS='org.onap.dcaegen2.deployments' if [ -e /opt/config/dcae_deployment_profile.txt ]; then DEPLOYMENT_PROFILE=$(cat /opt/config/dcae_deployment_profile.txt) fi DEPLOYMENT_PROFILE=${DEPLOYMENT_PROFILE:-R1} NEXUS_USER=$(cat /opt/config/nexus_username.txt) NEXUS_PASSWORD=$(cat /opt/config/nexus_password.txt) NEXUS_DOCKER_REPO=$(cat /opt/config/nexus_docker_repo.txt) DOCKER_VERSION=$(cat /opt/config/docker_version.txt) # use rand_str as zone ZONE=$(cat /opt/config/rand_str.txt) MYFLOATIP=$(cat /opt/config/dcae_float_ip.txt) MYLOCALIP=$(cat /opt/config/dcae_ip_addr.txt) # start docker image pulling while we are waiting for A&AI to come online docker login -u "$NEXUS_USER" -p "$NEXUS_PASSWORD" "$NEXUS_DOCKER_REPO" if [ "$DEPLOYMENT_PROFILE" == "R1" ]; then RELEASE_TAG='releases' # download blueprint input template files rm -rf /opt/app/inputs-templates mkdir -p /opt/app/inputs-templates wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/inputs.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/cdapinputs.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/phinputs.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/dhinputs.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/invinputs.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/vesinput.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/tcainputs.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/he-ip.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_BLUEPRINTS}/${RELEASE_TAG}/input-templates/hr-ip.yaml # generate blueprint input files pip install --upgrade jinja2 wget https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/scripts/detemplate-bpinputs.py \ && \ (python detemplate-bpinputs.py /opt/config /opt/app/inputs-templates /opt/app/config; \ rm detemplate-bpinputs.py) # Run docker containers cd /opt docker pull "$NEXUS_DOCKER_REPO/onap/org.onap.dcaegen2.deployments.bootstrap:$DOCKER_VERSION" \ && docker pull nginx & ######################################### # Wait for then register with A&AI ######################################## DNSAAS_PROXYED=$(tr '[:upper:]' '[:lower:]' < /opt/config/dnsaas_config_enabled.txt) if [ "$DNSAAS_PROXYED" == 'true' ]; then echo "Using proxyed DNSaaS service, performing additional registration and configuration" wait_for_aai_ready register_multicloud_pod25_with_aai register_multicloud_pod25dns_with_aai verify_multicloud_registration wait_for_multicloud_ready register_dns_zone_proxied_designate "$ZONE" echo "Registration and configuration for proxying DNSaaS completed." else echo "Using Designate DNSaaS service, performing additional registration and configuration" register_dns_zone_designate "$ZONE" fi ######################################### # Start DCAE Bootstrap container ######################################### chmod 777 /opt/app/config rm -f /opt/config/runtime.ip.consul rm -f /opt/config/runtime.ip.cm #docker login -u "$NEXUS_USER" -p "$NEXUS_PASSWORD" "$NEXUS_DOCKER_REPO" #docker pull "$NEXUS_DOCKER_REPO/onap/org.onap.dcaegen2.deployments.bootstrap:$DOCKER_VERSION" docker run -d --name boot -v /opt/app/config:/opt/app/installer/config -e "LOCATION=$ZONE" "$NEXUS_DOCKER_REPO/onap/org.onap.dcaegen2.deployments.bootstrap:$DOCKER_VERSION" # waiting for bootstrap to complete then starting nginx for proxying healthcheck calls echo "Waiting for Consul to become accessible" while [ ! -f /opt/app/config/runtime.ip.consul ]; do echo "."; sleep 30; done # start proxy for consul's health check CONSULIP=$(head -1 /opt/app/config/runtime.ip.consul | sed 's/[[:space:]]//g') echo "Consul is available at $CONSULIP" fi if [[ $DEPLOYMENT_PROFILE == R2* ]]; then RELEASE_TAG='R2' set +e rm -rf /opt/app/inputs-templates mkdir -p /opt/app/inputs-templates wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/docker-compose-1.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/docker-compose-2.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/docker-compose-3.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/docker-compose-4.yaml wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/register.sh wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/setup.sh wget -P /opt/app/inputs-templates https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/heat/teardown.sh pip install --upgrade jinja2 wget https://${URL_ROOT}/${REPO_DEPLOYMENTS}/${RELEASE_TAG}/scripts/detemplate-bpinputs.py \ && \ (python detemplate-bpinputs.py /opt/config /opt/app/inputs-templates /opt/app/config; \ rm detemplate-bpinputs.py) if [ -e /opt/app/config/register.sh ]; then chmod +x /opt/app/config/register.sh fi if [ -e /opt/app/config/setup.sh ]; then chmod +x /opt/app/config/setup.sh fi if [ -e /opt/app/config/build-plugins.sh ]; then chmod +x /opt/app/config/build-plugins.sh fi set -e cd /opt/app/config # deploy essentials /opt/docker/docker-compose -f docker-compose-1.yaml up -d echo "Waiting for Consul to come up ready" while ! nc -z localhost 8500; do sleep 1; done echo "Waiting for DB to come up ready" while ! nc -z localhost 5432; do sleep 1; done echo "Waiting for CBS to come up ready" while ! nc -z localhost 10000; do sleep 1; done echo "All dependencies are up, proceed to the next phase" sleep 30 echo "Setup CloudifyManager and Registrator" ./setup.sh sleep 10 ./register.sh echo "Bring up DCAE MIN service components for R2 use cases" /opt/docker/docker-compose -f docker-compose-2.yaml up -d if [[ "$DEPLOYMENT_PROFILE" == "R2" || "$DEPLOYMENT_PROFILE" == "R2PLUS" ]]; then echo "Bring up DCAE platform components" /opt/docker/docker-compose -f docker-compose-3.yaml up -d if [ "$DEPLOYMENT_PROFILE" == "R2PLUS" ]; then echo "Bring up additional (plus) DCAE service components" /opt/docker/docker-compose -f docker-compose-4.yaml up -d fi fi # start proxy for consul's health check CONSULIP=$(cat /opt/config/dcae_ip_addr.txt) echo "Consul is available at $CONSULIP" fi cat >./nginx.conf <<EOL server { listen 80; server_name dcae.simpledemo.onap.org; root /www/healthcheck; location /healthcheck { try_files /services.yaml =404; } location /R1 { proxy_pass http://${CONSULIP}:8500/v1/health/state/passing; } location /R2MIN{ try_files /r2mvp_healthy.yaml =404; } location /R2 { try_files /r2_healthy.yaml =404; } location /R2PLUS { try_files /r2plus_healthy.yaml =404; } } EOL HEALTHPORT=8000 docker run -d \ --name dcae-health \ -p ${HEALTHPORT}:80 \ -v "$(pwd)/nginx.conf:/etc/nginx/conf.d/default.conf" \ -v "/tmp/healthcheck:/www/healthcheck" \ --label "SERVICE_80_NAME=dcae-health" \ --label "SERVICE_80_CHECK_HTTP=/healthcheck" \ --label "SERVICE_80_CHECK_INTERVAL=15s" \ --label "SERVICE_80_CHECK_INITIAL_STATUS=passing" \ nginx echo "Healthcheck API available at http://${MYFLOATIP}:${HEALTHPORT}/healthcheck" echo " http://${MYFLOATIP}:${HEALTHPORT}/R1" echo " http://${MYFLOATIP}:${HEALTHPORT}/R2MIN" echo " http://${MYFLOATIP}:${HEALTHPORT}/R2PLUS" # run forever for updating health status based on consul set +e while : do rm -rf /tmp/healthcheck/* # all registered services SERVICES=$(curl -s http://consul:8500/v1/agent/services |jq '. | to_entries[] | .value.Service') # passing services SERVICES=$(curl -s http://consul:8500/v1/health/state/passing | jq '.[] | .ServiceName') # remove empty lines/entries SERVICES=$(echo "$SERVICES" | sed '/^\s*\"\"\s*$/d' |sed '/^\s*$/d') SERVICES_JSON=$(echo "$SERVICES" | sed 's/\"$/\",/g' | sed '$ s/.$//') echo "$(date): running healthy services:" echo ">>> " $SERVICES PLT_CONSUL=$(echo "$SERVICES" |grep consul) PLT_CBS=$(echo "$SERVICES" |grep "config_binding_service") MVP_PG_HOLMES=$(echo "$SERVICES" |grep "pgHolmes") MVP_VES=$(echo "$SERVICES" |grep "mvp.*ves") MVP_TCA=$(echo "$SERVICES" |grep "mvp.*tca") MVP_HR=$(echo "$SERVICES" |grep "mvp.*holmes-rule") MVP_HE=$(echo "$SERVICES" |grep "mvp.*holmes-engine") PLT_CM=$(echo "$SERVICES" |grep "cloudify.*manager") PLT_DH=$(echo "$SERVICES" |grep "deployment.*handler") PLT_PH=$(echo "$SERVICES" |grep "policy.*handler") PLT_SCH=$(echo "$SERVICES" |grep "service.*change.*handler") PLT_INV=$(echo "$SERVICES" |grep "inventory") PLT_PG_INVENTORY=$(echo "$SERVICES" |grep "pgInventory") PLUS_MHB=$(echo "$SERVICES" |grep "heartbeat") PLUS_PRH=$(echo "$SERVICES" |grep "prh") PLUS_MPR=$(echo "$SERVICES" |grep "mapper") PLUS_TRAP=$(echo "$SERVICES" |grep "snmptrap") DATA="{\"healthy\" : \"$(date)\", \"healthy_services\": [${SERVICES_JSON}]}" if [[ -n "$PLT_CONSUL" && -n "$PLT_CBS" && -n "$MVP_PG_HOLMES" && -n "$MVP_VES" && \ -n "$MVP_TCA" && -n "$MVP_HR" && -n "$MVP_HE" ]]; then echo "${DATA}" > /tmp/healthcheck/r2mvp_healthy.yaml echo "${DATA}" > /tmp/healthcheck/services.yaml echo ">>>>>> enough services satisfying R2MIN service deployment" else echo ">>>>>> not enough services satisfying R2MIN service deployment" fi if [[ -n "$PLT_CONSUL" && -n "$PLT_CBS" && -n "$PLT_CM" && -n "$PLT_DH" && \ -n "$PLT_PH" && -n "$PLT_SCH" && -n "$PLT_INV" && -n "$PLT_PG_INVENTORY" ]]; then echo ">>>>>> enough services satisfying R2 platform deployment" echo "${DATA}" > /tmp/healthcheck/r2_healthy.yaml if [[ -n "$PLUS_MHB" && -n "$PLUS_PRH" && -n "$PLUS_MPR" && -n "$PLUS_TRAP" ]]; then echo ">>>>>> enough services satisfying R2PLUS deployment" echo "${DATA}" > /tmp/healthcheck/r2plus_healthy.yaml else echo ">>>>>> not enough services satisfying R2PLUS service deployment" fi else echo ">>>>>> not enough services satisfying R2 platform or R2PLUS service deployment" fi sleep 60 done


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