+import json
+import os.path
+
+
'''
This metadata identifies the folders to be zipped and uploaded to SDC for model distribution for a given VNF
'''
"vPKG" : 'vpg_name_0',
}
+
+
+# Create dictionaries for new MAPPING data to join to original MAPPING data
+GLOBAL_SERVICE_FOLDER_MAPPING2 = {}
+GLOBAL_SERVICE_VNF_MAPPING2 = {}
+GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING2 = {}
+GLOBAL_SERVICE_DEPLOYMENT_ARTIFACT_MAPPING2 = {}
+GLOBAL_SERVICE_TEMPLATE_MAPPING2 = {}
+GLOBAL_VALIDATE_NAME_MAPPING2 = {}
+
+
+
+folder=os.path.join('./demo/service_mapping')
+subfolders = [d for d in os.listdir(folder) if os.path.isdir(os.path.join(folder, d))]
+
+for service in subfolders:
+ filepath=os.path.join('./demo/service_mapping', service, 'service_mapping.json')
+ with open(filepath, 'r') as f:
+ service_mappings = json.load(f)
+ for mapping in service_mappings:
+ if mapping == 'GLOBAL_SERVICE_FOLDER_MAPPING':
+ GLOBAL_SERVICE_FOLDER_MAPPING2[service]=service_mappings[mapping][service]
+ if mapping == 'GLOBAL_SERVICE_VNF_MAPPING':
+ GLOBAL_SERVICE_VNF_MAPPING2[service]=service_mappings[mapping][service]
+ if mapping == 'GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING':
+ GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING2[service]=service_mappings[mapping][service]
+ if mapping == 'GLOBAL_SERVICE_DEPLOYMENT_ARTIFACT_MAPPING':
+ GLOBAL_SERVICE_DEPLOYMENT_ARTIFACT_MAPPING2[service]=service_mappings[mapping][service]
+ if mapping == 'GLOBAL_SERVICE_TEMPLATE_MAPPING':
+ GLOBAL_SERVICE_TEMPLATE_MAPPING2[service]=service_mappings[mapping][service]
+ if mapping == 'GLOBAL_VALIDATE_NAME_MAPPING':
+ GLOBAL_VALIDATE_NAME_MAPPING2[service]=service_mappings[mapping][service]
+
+# Merge dictionaries
+GLOBAL_SERVICE_FOLDER_MAPPING = dict(GLOBAL_SERVICE_FOLDER_MAPPING.items() + GLOBAL_SERVICE_FOLDER_MAPPING2.items())
+GLOBAL_SERVICE_VNF_MAPPING = dict(GLOBAL_SERVICE_VNF_MAPPING.items() + GLOBAL_SERVICE_VNF_MAPPING2.items())
+GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING = dict(GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING.items() + GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING2.items())
+GLOBAL_SERVICE_DEPLOYMENT_ARTIFACT_MAPPING = dict(GLOBAL_SERVICE_DEPLOYMENT_ARTIFACT_MAPPING.items() + GLOBAL_SERVICE_DEPLOYMENT_ARTIFACT_MAPPING2.items())
+GLOBAL_SERVICE_TEMPLATE_MAPPING = dict(GLOBAL_SERVICE_TEMPLATE_MAPPING.items() + GLOBAL_SERVICE_TEMPLATE_MAPPING2.items())
+GLOBAL_VALIDATE_NAME_MAPPING = dict(GLOBAL_VALIDATE_NAME_MAPPING.items() + GLOBAL_VALIDATE_NAME_MAPPING2.items())
${catalog_service_id}= Add ASDC Catalog Service ${catalog_service_name}
${catalog_resource_ids}= Create List
${catalog_resources}= Create Dictionary
+ ##### TODO: Support for Multiple resources of one type in a service ######
+ # The zip list is the resources - no mechanism to indicate more than 1 of the items in the zip list
+ # GLOBAL_SERVICE_VNF_MAPPING has the logical mapping but its not the same key as model_zip_path
+ # ${vnflist}= Get From Dictionary ${GLOBAL_SERVICE_VNF_MAPPING} ${service}
+ # Save the resource_id in a dictionary keyed byt the resource NAme in the zipfile name (vFWDT_vFWSNK.zip or vFWDT_vPKG.zip)
+ # Create the resources but dont immediately add resource
+ # Add Resource to Service in a separate FOR loop
+ # TODO: CHECK vCPE models to make sure they aren't broken with the split
+ ${resource_types}= Create Dictionary
+
: FOR ${zip} IN @{model_zip_path}
\ ${loop_catalog_resource_id}= Setup ASDC Catalog Resource ${zip} ${cds}
+ # zip can be vFW.zip or vFWDT_VFWSNK.zip
+ \ ${resource_type_match}= Get Regexp Matches ${zip} ${service}_(.*)\.zip 1
+ \ ${resource_type_string}= Set Variable If '${resource_type_match}' is '[]' ${service} ${resource_type_match[0]}
+ \ Set To Dictionary ${resource_types} ${resource_type_string} ${loop_catalog_resource_id}
\ Append To List ${catalog_resource_ids} ${loop_catalog_resource_id}
- \ ${loop_catalog_resource_resp}= Get ASDC Catalog Resource ${loop_catalog_resource_id}
- \ ${catalog_resource_unique_name}= Add ASDC Resource Instance ${catalog_service_id} ${loop_catalog_resource_id} ${loop_catalog_resource_resp['name']}
- \ Set To Dictionary ${catalog_resources} ${loop_catalog_resource_id}=${loop_catalog_resource_resp}
+
+
+ ${vnflist}= Get From Dictionary ${GLOBAL_SERVICE_VNF_MAPPING} ${service}
+
+ # Spread the icons on the pallette starting on the left
+ ${xoffset}= Set Variable ${0}
+
+ : FOR ${vnf} IN @{vnflist}
+ #\ ${catalog_resource_unique_name}= Add ASDC Resource Instance ${catalog_service_id} ${loop_catalog_resource_id} ${loop_catalog_resource_resp['name']}
+ \ ${loop_catalog_resource_resp}= Get ASDC Catalog Resource ${resource_types['${vnf}']}
+ \ Set To Dictionary ${catalog_resources} ${resource_types['${vnf}']}=${loop_catalog_resource_resp}
+ \ ${catalog_resource_unique_name}= Add ASDC Resource Instance ${catalog_service_id} ${resource_types['${vnf}']} ${loop_catalog_resource_resp['name']} ${xoffset}
+ \ ${xoffset}= Set Variable ${xoffset+100}
#
# do this here because the loop_catalog_resource_resp is different format after adding networks
${vf_module}= Find Element In Array ${loop_catalog_resource_resp['groups']} type org.openecomp.groups.VfModule
#
# do network
${networklist}= Get From Dictionary ${GLOBAL_SERVICE_GEN_NEUTRON_NETWORK_MAPPING} ${service}
- ${xoffset}= Set Variable ${100}
${generic_neutron_net_uuid}= Get Generic NeutronNet UUID
:FOR ${network} in @{networklist}
\ ${loop_catalog_resource_id}= Set Variable ${generic_neutron_net_uuid}
${invariantUUID} Get From Dictionary ${generic_vnf} persona-model-id
Update vVFWCL Policy ${invariantUUID}
- ${vpg_unprotected_ip}= Get From Dictionary ${vpkg_stack_info} vpg_private_ip_0
- ${vsn_protected_ip}= Get From Dictionary ${vsnk_stack_info} vsn_private_ip_0
+ ${vpg_unprotected_ip}= Get From Dictionary ${vpkg_stack_info} vpg_int_unprotected_private_ip_0
+ ${vsn_protected_ip}= Get From Dictionary ${vsnk_stack_info} vsn_int_protected_private_ip_0
${vpg_public_ip}= Get Server Ip ${server_list} ${vpkg_stack_info} vpg_name_0 network_name=public
${vsn_public_ip}= Get Server Ip ${server_list} ${vsnk_stack_info} vsn_name_0 network_name=public
${upper_bound}= Evaluate ${policy_rate}*2
${stack_id}= Get From Dictionary ${stack_info} id
${server_list}= Get Openstack Servers auth
- ${vpg_unprotected_ip}= Get From Dictionary ${stack_info} vpg_private_ip_0
- ${vsn_protected_ip}= Get From Dictionary ${stack_info} vsn_private_ip_0
+ ${vpg_unprotected_ip}= Get From Dictionary ${stack_info} vpg_int_unprotected_private_ip_0
+ ${vsn_protected_ip}= Get From Dictionary ${stack_info} vsn_int_protected_private_ip_0
${vpg_name_0}= Get From Dictionary ${stack_info} vpg_name_0
${vfw_public_ip}= Get Server Ip ${server_list} ${stack_info} vfw_name_0 network_name=public
${vpg_public_ip}= Get Server Ip ${server_list} ${stack_info} vpg_name_0 network_name=public
Wait For Server ${vpg_public_ip}
Wait For Server ${vsn_public_ip}
Log Accessed all servers
- Wait For Firewall ${vfw_public_ip}
- Wait For Packet Generator ${vpg_public_ip}
- Wait For Packet Sink ${vsn_public_ip}
- Log All server processes up
- ${vpg_oam_ip}= Get From Dictionary ${stack_info} vpg_private_ip_1
+ # TODO: Stop here in validation until resolving ssh login
+ #Wait For Firewall ${vfw_public_ip}
+ #Wait For Packet Generator ${vpg_public_ip}
+ #Wait For Packet Sink ${vsn_public_ip}
+ #Log All server processes up
+ ${vpg_oam_ip}= Get From Dictionary ${stack_info} vpg_onap_private_ip_0
${appc}= Create Mount Point In APPC ${vpg_name_0} ${vpg_oam_ip}
- Wait For Packets ${vpg_public_ip} ${vpg_unprotected_ip} ${vsn_protected_ip} ${vsn_public_ip}
+ #Wait For Packets ${vpg_public_ip} ${vpg_unprotected_ip} ${vsn_protected_ip} ${vsn_public_ip}
Wait For Packets
[Documentation] Final vfw validation that packets are flowing from the pgn VM to the snk VM
Validate Service Instance ${service_instance_id} ${service} ${customer_name}
${vnflist}= Get From Dictionary ${GLOBAL_SERVICE_VNF_MAPPING} ${service}
${generic_vnfs}= Create Dictionary
+ ${vnf_name_index}= Set Variable 0
:for ${vnf} in @{vnflist}
- \ ${vnf_name}= Catenate Ete_${vnf}_${uuid}
- \ ${vf_module_name}= Catenate Vfmodule_Ete_${vnf}_${uuid}
+ \ ${vnf_name}= Catenate Ete_${vnf}_${uuid}_${vnf_name_index}
+ \ ${vf_module_name}= Catenate Vfmodule_Ete_${vnf}_${uuid}_${vnf_name_index}
+ \ ${vnf_name_index}= Evaluate ${vnf_name_index} + 1
\ ${vnf_type}= Get VNF Type ${catalog_resources} ${vnf}
\ ${vf_module}= Get VF Module ${catalog_resources} ${vnf}
\ Append To List ${STACK_NAMES} ${vf_module_name}
[Tags] instantiateVFWCL
Instantiate VNF vFWCL base_vpkg
+Instantiate VFWDT
+ [Tags] instantiateVFWDT
+ Instantiate VNF vFWDT base_vpkg
+
Delete Instantiated VNF
[Documentation] This test assumes all necessary variables are loaded via the variable file create in Save For Delete
[Timeout] 600
Model Distribution For Directory service=vFWNG cds=vfwng
+Distribute Demo vFWDT Model
+ [Documentation] Distribute Demo vFWDT (does not delete model after distribution)
+ [Tags] DistributeDemoVFWDT
+ [Timeout] 600
+ Model Distribution For Directory service=vFWDT
+
[Tags] ete distribute
Distribute vVG Model vVG
[Tags] ete distribute
+Distribute vFWDT Model vFWDT
+ [Tags] distributeVFWDT
Code Review / testsuite.git / commitdiff