<service-logic
xmlns='http://www.onap.org/sdnc/svclogic'
xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xsi:schemaLocation='http://www.onap.org/sdnc/svclogic ./svclogic.xsd' module='GENERIC-RESOURCE-API' version='${project.version}'>
<method rpc='auto-ip-assignment' mode='sync'>
<block atomic="true">
<switch test='`$auto-ip-assignment-input.aic-cloud-region`'>
<outcome value=''>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="auto-ip-assignment-input.aic-cloud-region is null" />
</return>
</outcome>
</switch>
<switch test='`$auto-ip-assignment-input.vf-module.model-customization-uuid`'>
<outcome value=''>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="auto-ip-assignment-input.vf-module.model-customization-uuid is null" />
</return>
</outcome>
</switch>
<switch test='`$auto-ip-assignment-input.vf-module-id`'>
<outcome value=''>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="auto-ip-assignment-input.vf-module-id is null" />
</return>
</outcome>
</switch>
<switch test='`$auto-ip-assignment-input.service-instance-id`'>
<outcome value=''>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="auto-ip-assignment-input.service-instance-id is null" />
</return>
</outcome>
</switch>
<get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.sql.SqlResource' resource='SQL'
key='SELECT * from VF_MODULE_MODEL WHERE customization_uuid = $auto-ip-assignment-input.vf-module.model-customization-uuid'
pfx='db1.vf-module-model'>
<outcome value='failure'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Error reading VF_MODULE_MODEL table" />
</return>
</outcome>
<outcome value='not-found'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="404" />
<parameter name="error-message" value="`'No model found for VF module customization UUID ' + $vnf-topology-operation-input.vnf-request-information.model-customization-uuid`" />
</return>
</outcome>
</get-resource>
<get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.sql.SqlResource' resource='SQL'
key='SELECT * from VF_MODULE_TO_VFC_MAPPING WHERE vf_module_customization_uuid = $auto-ip-assignment-input.vf-module.model-customization-uuid
AND vm_count > 0'
pfx='db1.vf-module-to-vfc-mapping[]'>
<outcome value='failure'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Error reading VF_MODULE_TO_VFC_MAPPING table" />
</return>
</outcome>
<outcome value='not-found'>
<set>
<parameter name='db1.vf-module-to-vfc-mapping_length' value='0' />
</set>
</outcome>
</get-resource>
<block atomic='true'>
<get-resource plugin="org.onap.ccsdk.sli.adaptors.aai.AAIService"
resource="cloud-region"
key="cloud-region.cloud-owner = $prop.cloud-region.cloud-owner AND
cloud-region.cloud-region-id = $auto-ip-assignment-input.aic-cloud-region AND
depth = '0'"
pfx='aai.cloud-region' >
<outcome value='not-found'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="404" />
<parameter name="error-message" value="`'aic-cloud-region, '+ $generate-fqpn-input.aic-cloud-region + ' not found in AAI'`" />
</return>
</outcome>
<outcome value='failure'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Error retrieving cloud region from AAI" />
</return>
</outcome>
</get-resource>
<switch test='`$aai.cloud-region.relationship-list.relationship_length`'>
<outcome value='0'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="cloud-region missing relationships in AAI" />
</return>
</outcome>
<outcome value=''>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="cloud-region missing relationships in AAI" />
</return>
</outcome>
</switch>
<for index='ridx' start='0' end='`$aai.cloud-region.relationship-list.relationship_length`' >
<for silentFailure='false' index='rdidx' start='0' end="`$aai.cloud-region.relationship-list.relationship[$ridx].relationship-data_length`" >
<switch test='`$aai.cloud-region.relationship-list.relationship[$ridx].relationship-data[$rdidx].relationship-key`'>
<outcome value='complex.physical-location-id'>
<block atomic='true'>
<block>
<set>
<parameter name='tmp.aic-clli' value='`$aai.cloud-region.relationship-list.relationship[$ridx].relationship-data[$rdidx].relationship-value`' />
</set>
<execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='substring'>
<parameter name='result' value='tmp.truncated.clli8' />
<parameter name='string' value='`$tmp.aic-clli`' />
<parameter name='begin-index' value='0' />
<parameter name='end-index' value='8' />
</execute>
<set>
<parameter name='generate-FQPN-input.location-clli8' value='`$tmp.truncated.clli8`' />
</set>
</block>
<get-resource plugin="org.onap.ccsdk.sli.adaptors.aai.AAIService"
resource="complex"
key="complex.physical-location-id = $aai.cloud-region.relationship-list.relationship[$ridx].relationship-data[$rdidx].relationship-value"
pfx='aai.complex' >
<outcome value='not-found'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Complex not found in AAI" />
</return>
</outcome>
<outcome value='failure'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Error retrieving complex from AAI" />
</return>
</outcome>
</get-resource>
<set>
<parameter name='generate-FQPN-input.complex-region' value='`$aai.complex.region`' />
</set>
</block>
</outcome>
</switch>
</for>
</for>
<set>
<parameter name='generate-FQPN-input.aic-cloud-region'
value='`$auto-ip-assignment-input.aic-cloud-region`' />
</set>
</block>
<set>
<parameter name='tmp.network-role-query-results_length' value='0' />
</set>
<set>
<parameter name='eipam-ip-block.plans_length' value = '0' />
<parameter name='query-aai-l3-network-by-network-role-output.' value = '' />
</set>
<set>
<parameter name='qridx' value = '0' />
</set>
<set>
<parameter name='pidx' value = '0' />
</set>
<for index='vm-type-index' start='0' end='`$db1.vf-module-to-vfc-mapping_length`' >
<block atomic="true">
<set>
<parameter name='vm-type-loop' value = 'START' />
<parameter name='tmp.vm-type' value = '`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
</set>
<set>
<parameter name='tmp.db1.' value = '' />
</set>
<set>
<parameter name='db1.vfc-to-network-role-mapping.' value = '' />
</set>
<get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.sql.SqlResource' resource='SQL'
key='SELECT * from VFC_TO_NETWORK_ROLE_MAPPING WHERE vfc_customization_uuid = $db1.vf-module-to-vfc-mapping[$vm-type-index].vfc-customization-uuid
AND (ipv4_count > 0 OR ipv6_count > 0 OR ipv4_floating_count > 0 OR ipv6_floating_count > 0)'
pfx='db1.vfc-to-network-role-mapping[]'>
<outcome value='not-found'>
<set>
<parameter name='db1.vfc-to-network-role-mapping_length' value='0' />
</set>
</outcome>
<outcome value='failure'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Error reading VFC_TO_NETWORK_ROLE_MAPPING table" />
</return>
</outcome>
</get-resource>
<set>
<parameter name='tmp.qresult.network-role' value = '`$tmp.network-role-query-results[$q].l3-network.network-role`' />
</set>
<for index='network-role-index' start='0' end='`$db1.vfc-to-network-role-mapping_length`' >
<block atomic="true">
<set>
<parameter name='network-role-loop' value = 'START' />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='false' />
</set>
<set>
<parameter name='tmp.network-role.found' value = 'false' />
</set>
<set>
<parameter name='tmp.db1.network-role' value = '`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
</set>
<set>
<parameter name='tmp.db1.network-role-tag' value = '`$db1.vfc-to-network-role-mapping[$network-role-index].network-role-tag`' />
</set>
<block atomic='true'>
<block>
<for index='q' start='0' end='`$tmp.network-role-query-results_length`' >
<set>
<parameter name='tmp.qresult.network-role' value = '`$tmp.network-role-query-results[$q].l3-network.network-role`' />
</set>
<switch test='`$tmp.qresult.network-role == $tmp.db1.network-role`' >
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.network-name'
value='`$tmp.network-role-query-results[$q].l3-network.network-name`' />
<parameter name='generate-FQPN-input.network-id'
value='`$tmp.network-role-query-results[$q].l3-network.network-id`' />
</set>
<set>
<parameter name='tmp.network-role.found' value = 'true' />
</set>
<set>
<parameter name='query-results-found-index' value = '`$q`' />
</set>
<return status='failure'></return>
</block>
</outcome>
</switch>
</for>
<return status='success'></return>
</block>
<switch test='`$tmp.network-role.found`'>
<outcome value='false'>
<block atomic='true'>
<set>
<parameter name='query-aai-l3-network-by-network-role-input.aic-cloud-region'
value='`$auto-ip-assignment-input.aic-cloud-region`' />
<parameter name='query-aai-l3-network-by-network-role-input.service-instance-id'
value='`$auto-ip-assignment-input.service-instance-id`' />
<parameter name='query-aai-l3-network-by-network-role-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<!--
filter options: service-instance-id, aic-cloud-region, null, Other (or any string)
- null or Other will filter by aic-cloud-region first, then service-instance-id
<parameter name='query-aai-l3-network-by-network-role-input.filter'
value='service-instance-id' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='query-aai-l3-network-by-network-role' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while querying AAI to retrieve l3-network by network-role: ' + $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='generate-FQPN-input.network-name'
value='`$query-aai-l3-network-by-network-role-output.l3-network.network-name`' />
<parameter name='generate-FQPN-input.network-id'
value='`$query-aai-l3-network-by-network-role-output.l3-network.network-id`' />
</set>
<set>
<parameter name='tmp.network-role-query-results[$qridx].l3-network.'
value='`$query-aai-l3-network-by-network-role-output.l3-network.`' />
<parameter name='tmp.network-role-query-results[$qridx].l3-network.network-role-tag'
value='`$tmp.db1.network-role-tag`' />
<!--
<parameter name='tmp.network-role-query-results[$qridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' /><parameter name='tmp.network-role-query-results[$qridx].network-name'
value='`$query-aai-l3-network-by-network-role-output.l3-network.network-name`' />
-->
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].l3-network.'
value='query-aai-l3-network-by-network-role-output.l3-network.' />
</set>
<set>
<parameter name='qridx' value='`$qridx + 1`' />
</set>
<set>
<parameter name='tmp.network-role-query-results_length' value='`$qridx`' />
</set>
<block atomic="true">
<set>
<parameter name='ridx' value='0' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].subnet-role'
value="`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`" />
</set>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`'>
<outcome value='4'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='0' />
</set>
<for index='vm-index' start='0' end='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-count`' >
<for index='ipv4-index' start='0' end='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-count`' >
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='`$tmp.client-key.seq + 1`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='FIXED' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<block>
<switch test='`$tmp.client-key.seq < 10`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='000' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 100`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='00' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 1000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='0' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 10000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='' />
</set>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$tmp.client-key.padding + $tmp.client-key.seq`"/>
<!-- rdn|zrdm3amdns02testdns001|data|static|VIP|4|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</for>
</for>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`'>
<outcome value='6'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='0' />
</set>
<for index='vm-index' start='0' end='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-count`' >
<for index='ipv6-index' start='0' end='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-count`' >
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='`$tmp.client-key.seq + 1`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='FIXED' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<block>
<switch test='`$tmp.client-key.seq < 10`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='000' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 100`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='00' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 1000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='0' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 10000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='' />
</set>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$tmp.client-key.padding + $tmp.client-key.seq`"/>
<!-- rdn|zrdm3amdns02testdns001|data|static|VIP|4|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</for>
</for>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$tmp.plan-index-to-be-incremented`'>
<outcome value='true'>
<block>
<set>
<parameter name='pidx' value='`$pidx + 1`' />
</set>
<set>
<parameter name="eipam-ip-block.plans_length" value="`$pidx`"/>
</set>
</block>
</outcome>
</switch>
</block>
</block>
</outcome>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].l3-network.'
value='tmp.network-role-query-results[$query-results-found-index].l3-network.' />
</set>
<block atomic="true">
<set>
<parameter name='ridx' value='0' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].subnet-role'
value="`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`" />
</set>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`'>
<outcome value='4'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='0' />
</set>
<for index='vm-index' start='0' end='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-count`' >
<for index='ipv4-index' start='0' end='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-count`' >
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='`$tmp.client-key.seq + 1`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='FIXED' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<block>
<switch test='`$tmp.client-key.seq < 10`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='000' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 100`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='00' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 1000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='0' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 10000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='' />
</set>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$tmp.client-key.padding + $tmp.client-key.seq`"/>
<!-- rdn|zrdm3amdns02testdns001|data|static|VIP|4|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</for>
</for>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`'>
<outcome value='6'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='0' />
</set>
<for index='vm-index' start='0' end='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-count`' >
<for index='ipv6-index' start='0' end='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-count`' >
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='`$tmp.client-key.seq + 1`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='FIXED' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<block>
<switch test='`$tmp.client-key.seq < 10`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='000' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 100`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='00' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 1000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='0' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 10000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='' />
</set>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$tmp.client-key.padding + $tmp.client-key.seq`"/>
<!-- rdn|zrdm3amdns02testdns001|data|static|VIP|4|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</for>
</for>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$tmp.plan-index-to-be-incremented`'>
<outcome value='true'>
<block>
<set>
<parameter name='pidx' value='`$pidx + 1`' />
</set>
<set>
<parameter name="eipam-ip-block.plans_length" value="`$pidx`"/>
</set>
</block>
</outcome>
</switch>
</block>
</block>
</outcome>
</switch>
</block>
</block>
</for>
</block>
</for>
<for index='vm-type-index' start='0' end='`$db1.vf-module-to-vfc-mapping_length`' >
<block atomic="true">
<set>
<parameter name='vm-type-floating-loop' value = 'START' />
<parameter name='tmp.vm-type' value = '`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
</set>
<set>
<parameter name='db1.vfc-to-network-role-mapping.' value = '' />
</set>
<get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.sql.SqlResource' resource='SQL'
key='SELECT * from VFC_TO_NETWORK_ROLE_MAPPING WHERE vfc_customization_uuid = $db1.vf-module-to-vfc-mapping[$vm-type-index].vfc-customization-uuid
AND (ipv4_count > 0 OR ipv6_count > 0 OR ipv4_floating_count > 0 OR ipv6_floating_count > 0)'
pfx='db1.vfc-to-network-role-mapping[]'>
<outcome value='not-found'>
<set>
<parameter name='db1.vfc-to-network-role-mapping_length' value='0' />
</set>
</outcome>
<outcome value='failure'>
<return status='failure'>
<parameter name='ack-final' value='Y'/>
<parameter name="error-code" value="500" />
<parameter name="error-message" value="Error reading VFC_TO_NETWORK_ROLE_MAPPING table" />
</return>
</outcome>
</get-resource>
<set>
<parameter name='tmp.db1.network-role' value = '' />
</set>
<for index='network-role-index' start='0' end='`$db1.vfc-to-network-role-mapping_length`' >
<block atomic="true">
<set>
<parameter name='network-role-loop' value = 'START' />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='false' />
</set>
<set>
<parameter name='tmp.network-role.found' value = 'false' />
</set>
<set>
<parameter name='tmp.db1.network-role' value = '`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
</set>
<block atomic="true">
<block>
<for index='q' start='0' end='`$tmp.network-role-query-results_length`' >
<set>
<parameter name='tmp.qresult.network-role' value = '`$tmp.network-role-query-results[$q].l3-network.network-role`' />
</set>
<switch test='`$tmp.qresult.network-role == $tmp.db1.network-role`' >
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.network-name'
value='`$tmp.network-role-query-results[$q].l3-network.network-name`' />
<parameter name='generate-FQPN-input.network-id'
value='`$tmp.network-role-query-results[$q].l3-network.network-id`' />
</set>
<set>
<parameter name='tmp.network-role.found' value = 'true' />
</set>
<set>
<parameter name='query-results-found-index' value = '`$q`' />
</set>
<return status='failure'></return>
</block>
</outcome>
</switch>
</for>
<return status='success'></return>
</block>
<switch test='`$tmp.network-role.found`'>
<outcome value='false'>
<block atomic='true'>
<set>
<parameter name='query-aai-l3-network-by-network-role-input.aic-cloud-region'
value='`$auto-ip-assignment-input.aic-cloud-region`' />
<parameter name='query-aai-l3-network-by-network-role-input.service-instance-id'
value='`$auto-ip-assignment-input.service-instance-id`' />
<parameter name='query-aai-l3-network-by-network-role-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<!--
filter options: service-instance-id, aic-cloud-region, null, Other (or any string)
- null or Other will filter by aic-cloud-region first, then service-instance-id
<parameter name='query-aai-l3-network-by-network-role-input.filter'
value='service-instance-id' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='query-aai-l3-network-by-network-role' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while querying AAI to retrieve l3-network by network-role: ' + $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='generate-FQPN-input.network-name'
value='`$query-aai-l3-network-by-network-role-output.l3-network.network-name`' />
<parameter name='generate-FQPN-input.network-id'
value='`$query-aai-l3-network-by-network-role-output.l3-network.network-id`' />
</set>
<set>
<parameter name='tmp.network-role-query-results[$qridx].l3-network.'
value='`$query-aai-l3-network-by-network-role-output.l3-network.`' />
<parameter name='tmp.network-role-query-results[$qridx].l3-network.network-role-tag'
value='`$tmp.db1.network-role-tag`' />
<!--
<parameter name='tmp.network-role-query-results[$qridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' /><parameter name='tmp.network-role-query-results[$qridx].network-name'
value='`$query-aai-l3-network-by-network-role-output.l3-network.network-name`' />
-->
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].l3-network.'
value='query-aai-l3-network-by-network-role-output.l3-network.' />
</set>
<set>
<parameter name='qridx' value='`$qridx + 1`' />
</set>
<set>
<parameter name='tmp.network-role-query-results_length' value='`$qridx`' />
</set>
<block atomic="true">
<set>
<parameter name='ridx' value='0' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].subnet-role'
value="`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`" />
</set>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`'>
<outcome value='4'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='0' />
</set>
<for index='vm-index' start='0' end='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-count`' >
<for index='ipv4-index' start='0' end='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-count`' >
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='`$tmp.client-key.seq + 1`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='FIXED' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<block>
<switch test='`$tmp.client-key.seq < 10`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='000' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 100`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='00' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 1000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='0' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 10000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='' />
</set>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$tmp.client-key.padding + $tmp.client-key.seq`"/>
<!-- rdn|zrdm3amdns02testdns001|data|static|VIP|4|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</for>
</for>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`'>
<outcome value='6'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='0' />
</set>
<for index='vm-index' start='0' end='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-count`' >
<for index='ipv6-index' start='0' end='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-count`' >
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`' />
</set>
<set>
<parameter name='tmp.client-key.seq' value='`$tmp.client-key.seq + 1`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='FIXED' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<block>
<switch test='`$tmp.client-key.seq < 10`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='000' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 100`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='00' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 1000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='0' />
</set>
</outcome>
<outcome value='false'>
<switch test='`$tmp.client-key.seq < 10000`'>
<outcome value='true'>
<set>
<parameter name='tmp.client-key.padding' value='' />
</set>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
</block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$tmp.client-key.padding + $tmp.client-key.seq`"/>
<!-- rdn|zrdm3amdns02testdns001|data|static|VIP|4|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</for>
</for>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$tmp.plan-index-to-be-incremented`'>
<outcome value='true'>
<block>
<set>
<parameter name='pidx' value='`$pidx + 1`' />
</set>
<set>
<parameter name="eipam-ip-block.plans_length" value="`$pidx`"/>
</set>
</block>
</outcome>
</switch>
</block>
</block>
</outcome>
<outcome value='true'>
<block>
<set>
<parameter name='eipam-ip-block.plans[$pidx].l3-network.'
value='tmp.network-role-query-results[$query-results-found-index].l3-network.' />
</set>
<block atomic="true">
<set>
<parameter name='ridx' value='0' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].subnet-role'
value="`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`" />
</set>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`'>
<outcome value='4'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-floating-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-vrf-name`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`" />
</set>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv4-use-dhcp`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='VIP' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].group-number'
value='1' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].group-number + '|0001'`" />
<!-- rdn|data|static|FIXED|4|1|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`'>
<outcome value='6'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`'>
<outcome value='N'>
<switch test='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-floating-count > 0`'>
<outcome value='true'>
<block atomic='true'>
<set>
<parameter name='generate-FQPN-input.plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='generate-FQPN-input.vrf-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-vrf-name`' />
<parameter name='generate-FQPN-input.subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='generate-FQPN-input.network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<!--
<parameter name='generate-FQPN-input.plans-index' value='`$pidx`' /><parameter name='generate-FQPN-input.requests-index' value='`$ridx`' />
-->
</set>
<call module='GENERIC-RESOURCE-API' rpc='generate-FQPN' mode='sync' >
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while generating FQPN: '+ $error-message`" />
</return>
</outcome>
</call>
<set>
<parameter name='tmp.plan-index-to-be-incremented' value='true' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].plan-name'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-address-plan-name`' />
<parameter name='eipam-ip-block.plans[$pidx].address-family'
value="`'ipv' + $db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`" />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-version'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-ip-version`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].use-dhcp'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].ipv6-use-dhcp`' />
</set>
<block atomic='true'>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].'
value='generate-FQPN-output.' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vm-type'
value='`$db1.vf-module-to-vfc-mapping[$vm-type-index].vm-type`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].network-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].network-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role'
value='`$db1.vfc-to-network-role-mapping[$network-role-index].subnet-role`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].ip-type'
value='VIP' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].group-number'
value='1' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].vnfc-name'
value='`$auto-ip-assignment-input.vnf-topology.vnf-assignments.vnf-vms[$vm-type-index].vm-names[$vm-index].vnfc-names[0].vnfc-name`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].client-key'
value="`$eipam-ip-block.plans[$pidx].requests[$ridx].vm-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].network-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].subnet-role + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-type + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].ip-version + '|' +
$eipam-ip-block.plans[$pidx].requests[$ridx].group-number + '|0001'`" />
<!-- rdn|data|static|FIXED|4|1|0001 -->
<parameter name='eipam-ip-block.plans[$pidx].requests[$ridx].info'
value='`$auto-ip-assignment-input.vf-module-id`' />
</set>
<set>
<parameter name='ridx' value='`$ridx + 1`' />
</set>
<set>
<parameter name='eipam-ip-block.plans[$pidx].requests_length' value='`$ridx`' />
</set>
</block>
</block>
</outcome>
</switch>
</outcome>
</switch>
</outcome>
</switch>
<switch test='`$tmp.plan-index-to-be-incremented`'>
<outcome value='true'>
<block>
<set>
<parameter name='pidx' value='`$pidx + 1`' />
</set>
<set>
<parameter name="eipam-ip-block.plans_length" value="`$pidx`"/>
</set>
</block>
</outcome>
</switch>
</block>
</block>
</outcome>
</switch>
</block>
</block>
</for>
</block>
</for>
<block atomic='true'>
<switch test='`$eipam-ip-block.plans_length > 0`'>
<outcome value='true'>
<block atomic='true'>
<switch test='`$auto-ip-assignment-input.service-type`'>
<outcome value=''>
<set>
<parameter name='service-data.service-information.service-type' value='NA' />
</set>
</outcome>
</switch>
<execute plugin="com.att.sdnctl.sli.plugin.eipam.EIPAMPlugin" method="assignIPAddress">
<outcome value='failure'>
<return status="failure">
<parameter name="ack-final" value="Y" />
<parameter name="error-code" value="500"/>
<parameter name="error-message" value="`'An error occured while obtaining ip addresses from EIPAM: ' + $error-message`" />
</return>
</outcome>
</execute>
</block>
</outcome>
</switch>
</block>
</block>
</method>
</service-logic>