${CUSTOMER SPEC PATH} /business/customers/customer/
${SERVICE SUBSCRIPTIONS} /service-subscriptions/service-subscription/
${SERVICE INSTANCE} /service-instances?service-instance-id=
-${SERVCE INSTANCE TEMPLATE} robot/assets/templates/aai/service_subscription.template
+${SERVCE INSTANCE TEMPLATE} robot/assets/templates/aai/service_subscription.template
${GENERIC_VNF_PATH_TEMPLATE} /network/generic-vnfs/generic-vnf/\${vnf_id}/vf-modules/vf-module/\${vf_module_id}
${GENERIC_VNF_QUERY_TEMPLATE} /network/generic-vnfs/generic-vnf/\${vnf_id}/vf-modules/vf-module?vf-module-name=\${vf_module_name}
${VLB_CLOSED_LOOP_HACK_BODY} robot/assets/templates/aai/vlb_closed_loop_hack.template
+
+#*************** Test Case Variables *************
${VLB_CLOSED_LOOP_DELETE}
${VLB_CLOSED_LOOP_VNF_ID}
-*** Keywords ***
+*** Keywords ***
Validate Service Instance
- [Documentation] Query and Validates A&AI Service Instance
+ [Documentation] Query and Validates A&AI Service Instance
[Arguments] ${service_instance_name} ${service_type} ${customer_name}
- ${cust_resp}= Run A&AI Get Request ${INDEX PATH}/business/customers?subscriber-name=${customer_name}
+ ${cust_resp}= Run A&AI Get Request ${INDEX PATH}/business/customers?subscriber-name=${customer_name}
${resp}= Run A&AI Get Request ${INDEX PATH}${CUSTOMER SPEC PATH}${cust_resp.json()['customer'][0]['global-customer-id']}${SERVICE SUBSCRIPTIONS}${service_type}${SERVICE INSTANCE}${service_instance_name}
Dictionary Should Contain Value ${resp.json()['service-instance'][0]} ${service_instance_name}
Dictionary Should Contain Key ${resp.json()['service-instance'][0]} persona-model-id
Dictionary Should Contain Key ${resp.json()['service-instance'][0]} persona-model-version
-
+
Validate Generic VNF
- [Documentation] Query and Validates A&AI Service Instance
- [Arguments] ${vnf_name} ${vnf_type} ${service_instance_id}
- ${generic_vnf}= Run A&AI Get Request ${INDEX PATH}/network/generic-vnfs/generic-vnf?vnf-name=${vnf_name}
+ [Documentation] Query and Validates A&AI Service Instance
+ [Arguments] ${vnf_name} ${vnf_type} ${service_instance_id}
+ ${generic_vnf}= Run A&AI Get Request ${INDEX PATH}/network/generic-vnfs/generic-vnf?vnf-name=${vnf_name}
Dictionary Should Contain Value ${generic_vnf.json()} ${vnf_name}
${returned_vnf_type}= Get From Dictionary ${generic_vnf.json()} vnf-type
Should Contain ${returned_vnf_type} ${vnf_type}
[Return] ${generic_vnf.json()}
-
+
VLB Closed Loop Hack
- [Arguments] ${service} ${generic_vnf} ${closedloop_vf_module}
+ [Arguments] ${service} ${generic_vnf} ${closedloop_vf_module}
Return From Keyword If '${service}' != 'vLB'
${vnf_id}= Get From Dictionary ${generic_vnf} vnf-id
${vf_modules}= Get From Dictionary ${generic_vnf} vf-modules
${persona_model_id}= Get From Dictionary ${closedloop_vf_module} invariantUUID
${persona_model_version}= Get From Dictionary ${closedloop_vf_module} version
${dummy}= Catenate dummy_${vnf_id}
- ${dict}= Create Dictionary vnf_id=${vnf_id} vf_module_id=${dummy} persona_model_id=${persona_model_id} persona_model_version=${persona_model_version}
+ ${dict}= Create Dictionary vnf_id=${vnf_id} vf_module_id=${dummy} persona_model_id=${persona_model_id} persona_model_version=${persona_model_version}
${datapath}= Template String ${GENERIC_VNF_PATH_TEMPLATE} ${dict}
- ${data}= Fill JSON Template File ${VLB_CLOSED_LOOP_HACK_BODY} ${dict}
+ ${data}= Fill JSON Template File ${VLB_CLOSED_LOOP_HACK_BODY} ${dict}
${put_resp}= Run A&AI Put Request ${INDEX PATH}${datapath} ${data}
${status_string}= Convert To String ${put_resp.status_code}
- Should Match Regexp ${status_string} ^(201|412)$
- Set Test Variable ${VLB_CLOSED_LOOP_DELETE} ${datapath}
- Set Test Variable ${VLB_CLOSED_LOOP_VNF_ID} ${vnf_id}
+ Should Match Regexp ${status_string} ^(201|412)$
+ Set Test Variable ${VLB_CLOSED_LOOP_DELETE} ${datapath}
+ Set Test Variable ${VLB_CLOSED_LOOP_VNF_ID} ${vnf_id}
VLB Closed Loop Hack Update
[Documentation] Update the A&AI vDNS scaling vf module to have persona-model-version 1 rather than 1.0
[Arguments] ${stack_name}
${dict}= Create Dictionary vnf_id=${VLB_CLOSED_LOOP_VNF_ID} vf_module_name=${stack_name}
- ${query}= Template String ${GENERIC_VNF_QUERY_TEMPLATE} ${dict}
+ ${query}= Template String ${GENERIC_VNF_QUERY_TEMPLATE} ${dict}
${get_resp}= Run A&AI Get Request ${INDEX_PATH}${query}
${json}= Set Variable ${get_resp.json()}
Set to Dictionary ${json} persona-model-version 1
${vf_module_id}= Get From Dictionary ${json} vf-module-id
Set to Dictionary ${dict} vf_module_id=${vf_module_id}
- ${uri}= Template String ${GENERIC_VNF_PATH_TEMPLATE} ${dict}
+ ${uri}= Template String ${GENERIC_VNF_PATH_TEMPLATE} ${dict}
${resp}= Run A&AI Put Request ${INDEX_PATH}${uri} ${json}
${get_resp}= Run A&AI Get Request ${INDEX_PATH}${query}
Teardown VLB Closed Loop Hack
Return From Keyword If ' ${VLB_CLOSED_LOOP_DELETE}' == ''
Delete A&AI Entity ${VLB_CLOSED_LOOP_DELETE}
-
-
+
+
Validate VF Module
- [Documentation] Query and Validates A&AI Service Instance
+ [Documentation] Query and Validates A&AI Service Instance
[Arguments] ${vf_module_name} ${stack_type}
- Run Keyword If '${stack_type}'=='vLB' Validate vLB Stack ${vf_module_name}
- Run Keyword If '${stack_type}'=='vFW' Validate Firewall Stack ${vf_module_name}
- Run Keyword If '${stack_type}'=='vVG' Validate vVG Stack ${vf_module_name}
+ Run Keyword If '${stack_type}'=='vLB' Validate vLB Stack ${vf_module_name}
+ Run Keyword If '${stack_type}'=='vFW' Validate Firewall Stack ${vf_module_name}
+ Run Keyword If '${stack_type}'=='vVG' Validate vVG Stack ${vf_module_name}
-*** Keywords ***
+*** Keywords ***
Create AAI Service Instance
- [Documentation] Query and Validates A&AI Service Instance
- [Arguments] ${customer_id} ${service_type} ${service_instance_id} ${service_instance_name}
+ [Documentation] Query and Validates A&AI Service Instance
+ [Arguments] ${customer_id} ${service_type} ${service_instance_id} ${service_instance_name}
${json_string}= Catenate { "service-type": "VDNS" , "service-subscriptions":[{"service-instance-id":"instanceid123","service-instance-name":"VDNS"}]}
${put_resp}= Run A&AI Put Request ${INDEX PATH}${CUSTOMER SPEC PATH}${CUSTOMER ID}${SERVICE SUBSCRIPTIONS}/{service_type} ${json_string}
Should Be Equal As Strings ${put_resp.status_code} 201
- [Return] ${put_resp.status_code}
-
-
\ No newline at end of file
+ [Return] ${put_resp.status_code}
+
Load Customer And Models
[Documentation] Use openECOMP to Orchestrate a service.
[Arguments] ${customer_name}
- Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} ${GLOBAL_OPENSTACK_SERVICE_REGION} SharedNode OwnerType v1 CloudZone
+ Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} SharedNode OwnerType v1 CloudZone
Set Test Variable ${CUSTOMER_NAME} ${customer_name}
${status} ${value}= Run Keyword And Ignore Error Distribute Model vFW demoVFW
${status} ${value}= Run Keyword And Ignore Error Distribute Model vLB demoVLB
## MSO polling is 60 second intervals
Sleep 60s
- Create Customer For VNF Demo ${CUSTOMER_NAME} ${CUSTOMER_NAME} INFRA ${GLOBAL_AAI_CLOUD_OWNER} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_ID}
+ ${region}= Get Openstack Region
+ Create Customer For VNF Demo ${CUSTOMER_NAME} ${CUSTOMER_NAME} INFRA ${GLOBAL_AAI_CLOUD_OWNER} ${region} ${TENANT_ID}
Distribute Model
[Arguments] ${service} ${modelName}
*** Variables ***
${MULTIPART_PATH} /bulkadd
${NAMED_QUERY_PATH} /aai/search/named-query
-${NAMED_QUERY_TEMPLATE} robot/assets/templates/aai/named_query.template
-${REVERSE_HEATBRIDGE}
+${NAMED_QUERY_TEMPLATE} robot/assets/templates/aai/named_query.template
${BASE_URI} /cloud-infrastructure/cloud-regions/cloud-region/\${cloud}/\${region}
${IMAGE_URI} ${BASE_URI}/images/image/\${image_id}
${VSERVER_URI} ${BASE_URI}/tenants/tenant/\${tenant}/vservers/vserver/\${vserver_id}
${L_INTERFACE_URI} ${VSERVER_URI}/l-interfaces/l-interface/\${linterface_id}
-
+#******************** Test Case Variables ****************
+${REVERSE_HEATBRIDGE}
+
*** Keywords ***
Execute Heatbridge
[Documentation] Run the Heatbridge against the stack to generate the bulkadd message
... Execute the build add
- ... Validate the add results by running the named query
- [Arguments] ${stack_name} ${service_instance_id} ${service}
- Return From Keyword If '${service}' == 'vVG'
+ ... Validate the add results by running the named query
+ [Arguments] ${stack_name} ${service_instance_id} ${service}
+ Return From Keyword If '${service}' == 'vVG'
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${stack_name}
${stack_id}= Get From Dictionary ${stack_info} id
${tenant_id}= Get From Dictionary ${stack_info} OS::project_id
${vnf_id}= Get From Dictionary ${stack_info} vnf_id
- ${openstack_identity_url}= Catenate ${GLOBAL_OPENSTACK_KEYSTONE_SERVER}/v2.0
- Init Bridge ${openstack_identity_url} ${GLOBAL_VM_PROPERTIES['openstack_username']} ${GLOBAL_VM_PROPERTIES['openstack_password']} ${tenant_id} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${GLOBAL_AAI_CLOUD_OWNER}
+ ${openstack_identity_url}= Catenate ${GLOBAL_OPENSTACK_KEYSTONE_SERVER}/v2.0
+ ${region}= Get Openstack Region
+ ${user} ${pass}= Get Openstack Credentials
+ Init Bridge ${openstack_identity_url} ${user} ${pass} ${tenant_id} ${region} ${GLOBAL_AAI_CLOUD_OWNER}
${request}= Bridge Data ${stack_id}
Log ${request}
${resp}= Run A&AI Put Request ${VERSIONED_INDEX_PATH}${MULTIPART_PATH} ${request}
Run Validation Query
- [Documentation] Run A&AI query to validate the bulk add
+ [Documentation] Run A&AI query to validate the bulk add
[Arguments] ${stack_info} ${service}
- Return from Keyword If '${service}' == ''
+ Return from Keyword If '${service}' == ''
${server_name_parameter}= Get From Dictionary ${GLOBAL_VALIDATE_NAME_MAPPING} ${service}
${vserver_name}= Get From Dictionary ${stack_info} ${server_name_parameter}
- Run Vserver Query ${vserver_name}
+ Run Vserver Query ${vserver_name}
Run Vserver Query
- [Documentation] Run A&AI query to validate the bulk add
+ [Documentation] Run A&AI query to validate the bulk add
[Arguments] ${vserver_name}
${dict}= Create Dictionary vserver_name=${vserver_name}
${request}= OperatingSystem.Get File ${NAMED_QUERY_TEMPLATE}
- ${request}= Template String ${request} ${dict}
+ ${request}= Template String ${request} ${dict}
${resp}= Run A&AI Post Request ${NAMED_QUERY_PATH} ${request}
- Should Be Equal As Strings ${resp.status_code} 200
-
-
+ Should Be Equal As Strings ${resp.status_code} 200
+
+
Execute Reverse Heatbridge
[Documentation] VID has already torn down the stack, reverse HB
Return From Keyword If len(${REVERSE_HEATBRIDGE}) == 0
:for ${uri} in @{REVERSE_HEATBRIDGE}
\ Run Keyword And Ignore Error Delete A&AI Entity ${uri}
-Generate Reverse Heatbridge From Stack Name
+Generate Reverse Heatbridge From Stack Name
[Arguments] ${stack_name}
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${stack_name} timeout=10s
${reverse_heatbridge}= Generate Reverse Heatbridge From Stack Info ${stack_info}
[Return] ${reverse_heatbridge}
-
-Generate Reverse Heatbridge From Stack Info
+
+Generate Reverse Heatbridge From Stack Info
[Arguments] ${stack_info}
${reverse_heatbridge}= Create List
${stack_name}= Get From Dictionary ${stack_info} name
${stack_id}= Get From Dictionary ${stack_info} id
${tenant_id}= Get From Dictionary ${stack_info} OS::project_id
- ${keys}= Create Dictionary region=${GLOBAL_OPENSTACK_SERVICE_REGION} cloud=${GLOBAL_AAI_CLOUD_OWNER} tenant=${tenant_id}
+ ${region}= Get Openstack Region
+ ${keys}= Create Dictionary region=${region} cloud=${GLOBAL_AAI_CLOUD_OWNER} tenant=${tenant_id}
${stack_resources}= Get Stack Resources auth ${stack_name} ${stack_id}
${resource_list}= Get From Dictionary ${stack_resources} resources
:FOR ${resource} in @{resource_list}
\ Log ${resource}
\ Run Keyword If '${resource['resource_type']}' == 'OS::Nova::Server' Generate Vserver Uri auth ${resource['physical_resource_id']} ${reverse_heatbridge} ${keys} ${resource_list}
[Return] ${reverse_heatbridge}
-
+
Generate Vserver Uri
[Documentation] Run teardown against the server to generate a message that removes it
[Arguments] ${alias} ${port_id} ${reverse_heatbridge} ${keys} ${resource_list}
${resp}= Get Openstack Server By Id ${alias} ${port_id}
Return From Keyword If '${resp.status_code}' != '200'
- ${info}= Set Variable ${resp.json()}
- Set To Dictionary ${keys} vserver_id=${info['server']['id']}
- Set To Dictionary ${keys} flavor=${info['server']['flavor']['id']}
- Set To Dictionary ${keys} image_id=${info['server']['image']['id']}
+ ${info}= Set Variable ${resp.json()}
+ Set To Dictionary ${keys} vserver_id=${info['server']['id']}
+ Set To Dictionary ${keys} flavor=${info['server']['flavor']['id']}
+ Set To Dictionary ${keys} image_id=${info['server']['image']['id']}
${uri}= Template String ${VSERVER_URI} ${keys}
Append To List ${reverse_heatbridge} ${uri}
${uri}= Template String ${FLAVOR_URI} ${keys}
[Arguments] ${alias} ${server_id} ${reverse_heatbridge} ${keys}
${resp}= Get Openstack Port By Id ${alias} ${server_id}
Return From Keyword If '${resp.status_code}' != '200'
- ${info}= Set Variable ${resp.json()}
+ ${info}= Set Variable ${resp.json()}
Set To Dictionary ${keys} vserver_id=${info['port']['device_id']}
Set To Dictionary ${keys} linterface_id=${info['port']['name']}
${uri}= Template String ${L_INTERFACE_URI} ${keys}
Append To List ${reverse_heatbridge} ${uri}
-
+
Documentation The main interface for interacting with Openstack. It handles low level stuff like managing the authtoken and Openstack required fields
Library OpenstackLibrary
Library RequestsLibrary
-Library UUID
+Library UUID
Library OperatingSystem
Resource ../global_properties.robot
Resource ../json_templater.robot
*** Keywords ***
Get Openstack Volume Types
[Documentation] Returns the openstack volume types information
- [Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_CINDER_TYPES_PATH}
+ [Arguments] ${alias}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${OPENSTACK_CINDER_TYPES_PATH}
[Return] ${resp.json()}
-
+
Get Openstack Volume
[Documentation] Returns the openstack volume information for the passed in volume id
[Arguments] ${alias} ${volume_id}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_CINDER_VOLUMES_PATH} /${volume_id}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${OPENSTACK_CINDER_VOLUMES_PATH} /${volume_id}
[Return] ${resp.json()}
Add Openstack Volume
${uuid}= Generate UUID
${arguments}= Create Dictionary name=${name} description=${GLOBAL_APPLICATION_ID}${uuid} size=${size} type=${OPENSTACK_CINDER_VOLUMES_TYPE} availability_zone=${OPENSTACK_CINDER_AVAILABILITY_ZONE}
${data}= Fill JSON Template ${data_template} ${arguments}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_CINDER_VOLUMES_PATH} data_path= data=${data}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${OPENSTACK_CINDER_VOLUMES_PATH} data_path= data=${data}
Should Be Equal As Strings 200 ${resp.status_code}
[Return] ${resp.json()['volume']['id']}
-
+
Delete Openstack Volume
[Documentation] Runs an Openstack Request to delete a volume
[Arguments] ${alias} ${volume_id}
- ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_CINDER_VOLUMES_PATH} /${volume_id}
+ ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_CINDER_SERVICE_TYPE} ${OPENSTACK_CINDER_VOLUMES_PATH} /${volume_id}
${status_string}= Convert To String ${resp.status_code}
- Should Match Regexp ${status_string} ^(204|200|404)$
+ Should Match Regexp ${status_string} ^(204|200|404)$
[Return] ${resp.text}
\ No newline at end of file
*** Settings ***
-Documentation The interface for interacting with Openstack Heat API.
+Documentation The interface for interacting with Openstack Heat API.
Library OpenstackLibrary
Library RequestsLibrary
-Library UUID
+Library UUID
Library OperatingSystem
Library HEATUtils
Library StringTemplater
Resource openstack_common.robot
*** Variables ***
-${OPENSTACK_HEAT_API_VERSION} /v1
+${OPENSTACK_HEAT_API_VERSION} /v1
${OPENSTACK_HEAT_STACK_PATH} /stacks
${OPENSTACK_HEAT_ADD_STACK_TEMPLATE} robot/assets/templates/heat_add_stack.template
Get Openstack Stacks
[Documentation] Returns the openstack stacks info
[Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH}
[Return] ${resp.json()}
-
+
Get Openstack Stack
[Documentation] Returns the openstack stacks info for the given stack name
- [Arguments] ${alias} ${stack_name}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH} /${stack_name}
+ [Arguments] ${alias} ${stack_name}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH} /${stack_name}
[Return] ${resp.json()}
-
+
Create Openstack Stack
[Documentation] Takes an openstack heat yaml and returns the created stack
[Arguments] ${alias} ${request}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH} data_path= data=${request}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH} data_path= data=${request}
[Return] ${resp.json()}
Make Add Stack Request
${dict}= Create Dictionary template=${templatedata} parameters=${envdata} stack_name=${name}
${resp}= OperatingSystem.Get File ${OPENSTACK_HEAT_ADD_STACK_TEMPLATE}
${request}= Template String ${resp} ${dict}
- Log $request
+ Log $request
[Return] ${request}
Delete Openstack Stack
[Documentation] Deletes and Openstack Stack for the passed name and id
- [Arguments] ${alias} ${stack_name} ${stack_id}
+ [Arguments] ${alias} ${stack_name} ${stack_id}
${data_path}= Catenate /${stack_name}/${stack_id}
- ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH} data_path=${data_path}
+ ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH} data_path=${data_path}
Should Be Equal As Strings 204 ${resp.status_code}
[Return] ${resp}
Get Stack Details
- [Documentation] Gets all of the information necessary for tearing down an existing Openstack Stack
- [Arguments] ${alias} ${stack_name}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH} /${stack_name}
- ${result}= Stack Info Parse ${resp.json()}
+ [Documentation] Gets all of the information necessary for tearing down an existing Openstack Stack
+ [Arguments] ${alias} ${stack_name}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH} /${stack_name}
+ ${result}= Stack Info Parse ${resp.json()}
[Return] ${result}
Get Stack Template
- [Documentation] Gets all of the template information of an existing Openstack Stack
- [Arguments] ${alias} ${stack_name} ${stack_id}
+ [Documentation] Gets all of the template information of an existing Openstack Stack
+ [Arguments] ${alias} ${stack_name} ${stack_id}
${data_path}= Catenate /${stack_name}/${stack_id}/template
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH} ${data_path}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH} ${data_path}
${template}= Catenate ${resp.json()}
[Return] ${template}
-
+
Get Stack Resources
- [Documentation] Gets all of the resources of an existing Openstack Stack
- [Arguments] ${alias} ${stack_name} ${stack_id}
+ [Documentation] Gets all of the resources of an existing Openstack Stack
+ [Arguments] ${alias} ${stack_name} ${stack_id}
${data_path}= Catenate /${stack_name}/${stack_id}/resources
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_HEAT_STACK_PATH} ${data_path}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_HEAT_SERVICE_TYPE} ${OPENSTACK_HEAT_STACK_PATH} ${data_path}
[Return] ${resp.json()}
-
+
Wait for Stack to Be Deployed
[Arguments] ${alias} ${stack_name} ${timeout}=600s
- ${stack_info}= Wait Until Keyword Succeeds ${timeout} 30 sec Get Deployed Stack ${alias} ${stack_name}
+ ${stack_info}= Wait Until Keyword Succeeds ${timeout} 30 sec Get Deployed Stack ${alias} ${stack_name}
${status}= Get From Dictionary ${stack_info} stack_status
Should Be Equal ${status} CREATE_COMPLETE
[Return] ${stack_info}
-
+
Get Deployed Stack
- [Arguments] ${alias} ${stack_name}
+ [Arguments] ${alias} ${stack_name}
${stack_info}= Get Stack Details ${alias} ${stack_name}
${status}= Get From Dictionary ${stack_info} stack_status
Should Not Be Equal ${status} CREATE_IN_PROGRESS
- [Return] ${stack_info}
-
\ No newline at end of file
+ [Return] ${stack_info}
Documentation The main interface for interacting with Openstack Keystone API. It handles low level stuff like managing the authtoken and Openstack required fields
Library OpenstackLibrary
Library RequestsLibrary
-Library UUID
+Library UUID
+Library Collections
Library OperatingSystem
Resource ../global_properties.robot
Resource ../json_templater.robot
${headers}= Create Dictionary Accept=application/json Content-Type=application/json X-TransactionId=${GLOBAL_APPLICATION_ID}-${uuid} X-FromAppId=${GLOBAL_APPLICATION_ID}
Log Sending authenticate post request ${data_path} with headers ${headers} and data ${data}
${resp}= Post Request keystone ${data_path} data=${data} headers=${headers}
- Save Openstack Auth ${alias} ${resp.text}
+ Save Openstack Auth ${alias} ${resp.text}
Log Received response from keystone ${resp.text}
-
+
Get Openstack Tenants
[Documentation] Returns all the openstack tenant info
[Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_KEYSTONE_SERVICE_TYPE} region= url_ext=${OPENSTACK_KEYSTONE_TENANT_PATH} data_path=
+ ${resp}= Internal Get Openstack With Region ${alias} ${GLOBAL_OPENSTACK_KEYSTONE_SERVICE_TYPE} region= url_ext=${OPENSTACK_KEYSTONE_TENANT_PATH} data_path=
[Return] ${resp.json()}
-
+
Get Openstack Tenant
[Documentation] Returns the openstack tenant info for the specified tenantid
[Arguments] ${alias} ${tenant_id}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_KEYSTONE_SERVICE_TYPE} region= url_ext=${OPENSTACK_KEYSTONE_TENANT_PATH} data_path=/${tenant_id}
+ ${resp}= Internal Get Openstack With Region ${alias} ${GLOBAL_OPENSTACK_KEYSTONE_SERVICE_TYPE} region= url_ext=${OPENSTACK_KEYSTONE_TENANT_PATH} data_path=/${tenant_id}
[Return] ${resp.json()}
-
+
Set Openstack Credentials
[Arguments] ${username} ${password}
- Return From Keyword If '${username}' != '' ${username} ${password}
+ Return From Keyword If '${username}' != '' ${username} ${password}
+ ${user} ${pass}= Get Openstack Credentials
+ [Return] ${user} ${pass}
+
+Get Openstack Credentials
+ Dictionary Should Contain Key ${GLOBAL_VM_PROPERTIES} openstack_username
[Return] ${GLOBAL_VM_PROPERTIES['openstack_username']} ${GLOBAL_VM_PROPERTIES['openstack_password']}
\ No newline at end of file
Documentation The main interface for interacting with Openstack. It handles low level stuff like managing the authtoken and Openstack required fields
Library OpenstackLibrary
Library RequestsLibrary
-Library UUID
+Library UUID
Library OperatingSystem
Library Collections
Resource ../global_properties.robot
Get Openstack Network
[Documentation] Runs an Openstack Request and returns the network info
[Arguments] ${alias} ${network_id}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_NETWORK_PATH} /${network_id}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_NETWORK_PATH} /${network_id}
[Return] ${resp.json()}
Get Openstack Networks
[Documentation] Runs an Openstack Request and returns the network info
- [Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_NETWORK_PATH}
+ [Arguments] ${alias}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_NETWORK_PATH}
[Return] ${resp.json()}
Get Openstack Subnets
[Documentation] Runs an Openstack Request and returns the network info
- [Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_SUBNET_PATH}
+ [Arguments] ${alias}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_SUBNET_PATH}
[Return] ${resp.json()}
Get Openstack Ports
[Documentation] Runs an Openstack Request and returns the network info
- [Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_PORT_PATH}
+ [Arguments] ${alias}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_PORT_PATH}
[Return] ${resp.json()}
Add Openstack Network
${data_template}= OperatingSystem.Get File ${OPENSTACK_NEUTRON_NETWORK_ADD_BODY_FILE}
${arguments}= Create Dictionary name=${name}
${data}= Fill JSON Template ${data_template} ${arguments}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_NETWORK_PATH} data_path= data=${data}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_NETWORK_PATH} data_path= data=${data}
Should Be Equal As Strings 201 ${resp.status_code}
[Return] ${resp.json()['network']['id']}
Delete Openstack Network
[Documentation] Runs an Openstack Request to delete a network
[Arguments] ${alias} ${network_id}
- ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_NETWORK_PATH} /${network_id}
+ ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_NETWORK_PATH} /${network_id}
${status_string}= Convert To String ${resp.status_code}
- Should Match Regexp ${status_string} ^(204|200)$
+ Should Match Regexp ${status_string} ^(204|200)$
[Return] ${resp.text}
Add Openstack Network With Subnet If Not Exists
[Documentation] Runs an Openstack Request to add a network and returns that network id of the created network
[Arguments] ${alias} ${name} ${cidr}
${network}= Get Openstack Subnet By Name ${alias} ${name} ${cidr}
- ${pass} ${v}= Run Keyword and Ignore Error Dictionary Should Contain Key ${network} id
+ ${pass} ${v}= Run Keyword and Ignore Error Dictionary Should Contain Key ${network} id
Run Keyword If '${pass}' == 'FAIL' Add Openstack Network With Subnet ${alias} ${name} ${cidr}
${network}= Get Openstack Subnet By Name ${alias} ${name} ${cidr}
${network_id}= Get From Dictionary ${network} id
[Return] ${network_id}
-
+
Add Openstack Network With Subnet
[Documentation] Runs an Openstack Request to add a network and returns that network id of the created network
${data_template}= OperatingSystem.Get File ${OPENSTACK_NEUTRON_SUBNET_ADD_BODY_FILE}
${arguments}= Create Dictionary network_id=${network_id} cidr=${cidr} subnet_name=${name}
${data}= Fill JSON Template ${data_template} ${arguments}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_SUBNET_PATH} data_path= data=${data}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_SUBNET_PATH} data_path= data=${data}
Should Be Equal As Strings 201 ${resp.status_code}
[Return] ${network_id}
-
+
Get Openstack Subnet By Name
[Documentation] Retrieve the subnet from openstack by it's name.
[Arguments] ${alias} ${network_name} ${network_cidr}
${resp}= Get Openstack Subnets ${alias}
@{list}= Get From Dictionary ${resp} subnets
- ${returnnet}= Set Variable
+ ${returnnet}= Set Variable
:for ${net} in @{list}
\ ${name}= Get From Dictionary ${net} name
\ ${cidr}= Get From Dictionary ${net} cidr
\ ${returnnet}= Set Variable ${net}
- \ Exit For Loop If '${name}'=='${network_name}' and '${cidr}'=='${network_cidr}'
+ \ Exit For Loop If '${name}'=='${network_name}' and '${cidr}'=='${network_cidr}'
\ ${returnnet}= Create DIctionary
[Return] ${returnnet}
-Get Openstack IP By Name
+Get Openstack IP By Name
[Arguments] ${alias} ${network_name} ${cidr} ${ip}
${ports}= Get Openstack Ports For Subnet ${alias} ${network_name} ${cidr}
Log ${ports}
Get Openstack Port By Id
[Arguments] ${alias} ${port_id}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_PORT_PATH}/${port_id}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_PORT_PATH}/${port_id}
[Return] ${resp}
-
+
Delete Openstack Port
- [Arguments] ${alias} ${port_id}
- ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NEUTRON_PORT_PATH} /${port_id}
+ [Arguments] ${alias} ${port_id}
+ ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NEUTRON_SERVICE_TYPE} ${OPENSTACK_NEUTRON_PORT_PATH} /${port_id}
${status_string}= Convert To String ${resp.status_code}
- Should Match Regexp ${status_string} ^(204|200)$
+ Should Match Regexp ${status_string} ^(204|200)$
[Return] ${resp.text}
-
-
\ No newline at end of file
+
Library OpenstackLibrary
Library RequestsLibrary
Library JSONUtils
-Library UUID
+Library UUID
Library OperatingSystem
Library Collections
Resource ../global_properties.robot
Get Openstack Keypair
[Documentation] Runs an Openstack Request and returns the keypair info
[Arguments] ${alias} ${keypair_name}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_KEYPAIR_PATH} /${keypair_name}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_KEYPAIR_PATH} /${keypair_name}
[Return] ${resp.json()}
Add Openstack Keypair
${ssh_key}= OperatingSystem.Get File ${OPENSTACK_NOVA_KEYPAIR_SSH_KEY}
${arguments}= Create Dictionary name=${name} publickey=${ssh_key}
${data}= Fill JSON Template ${data_template} ${arguments}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_KEYPAIR_PATH} data_path= data=${data}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_KEYPAIR_PATH} data_path= data=${data}
Should Be Equal As Strings 200 ${resp.status_code}
[Return] ${resp.json()['keypair']['name']}
Delete Openstack Keypair
[Documentation] Runs an Openstack Request to delete a keypair
[Arguments] ${alias} ${keypair_name}
- ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_KEYPAIR_PATH} /${keypair_name}
+ ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_KEYPAIR_PATH} /${keypair_name}
${status_string}= Convert To String ${resp.status_code}
- Should Match Regexp ${status_string} ^(204|202|200)$
+ Should Match Regexp ${status_string} ^(204|202|200)$
[Return] ${resp.text}
Get Openstack Servers
[Documentation] Returns the list of servers as a dictionary by name
[Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_SERVERS_PATH} /detail
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_SERVERS_PATH} /detail
Log Returned from Internal Get Openstack
${by_name}= Make List Into Dict ${resp.json()['servers']} name
Log got it
[Return] ${by_name}
-
+
Get Openstack Server By Id
[Documentation] Returns the openstack stacks info for the given stack name
- [Arguments] ${alias} ${server_id}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_SERVERS_PATH} /${server_id}
+ [Arguments] ${alias} ${server_id}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_SERVERS_PATH} /${server_id}
[Return] ${resp}
-
+
Get Openstack Flavors
[Documentation] Runs an Openstack Request and returns the flavor list
[Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_FLAVORS_PATH}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_FLAVORS_PATH}
[Return] ${resp.json()}
Get Openstack Images
[Documentation] Runs an Openstack Request and returns the flavor list
[Arguments] ${alias}
- ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_IMAGES_PATH}
+ ${resp}= Internal Get Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_IMAGES_PATH}
[Return] ${resp.json()}
Reboot Server
[Documentation] Requests a reboot of the passed server id
- [Arguments] ${alias} ${server_id}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_SERVERS_PATH} /${server_id}/action ${OPENSTACK_NOVA_SERVERS_REBOOT_BODY}
+ [Arguments] ${alias} ${server_id}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_SERVERS_PATH} /${server_id}/action ${OPENSTACK_NOVA_SERVERS_REBOOT_BODY}
[Return] ${resp}
Add Server
[Documentation] Adds a server for the passed if
[Arguments] ${alias} ${name} ${imageRef} ${flavorRef}
${dict}= Create Dictionary name=${name} imageRef=${imageRef} flavorRef=${flavorRef}
- ${data}= Fill JSON Template File ${OPENSTACK_NOVA_SERVER_ADD_BODY_FILE} ${dict}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_SERVERS_PATH} data_path= data=${data}
+ ${data}= Fill JSON Template File ${OPENSTACK_NOVA_SERVER_ADD_BODY_FILE} ${dict}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_SERVERS_PATH} data_path= data=${data}
[Return] ${resp}
Add Server For Image Name
${imageRef}= Get Id For Name ${images} ${imageName}
${flavorRef}= Get Id For Name ${flavors} ${flavorName}
${dict}= Create Dictionary name=${name} imageRef=${imageRef} flavorRef=${flavorRef}
- ${data}= Fill JSON Template File ${OPENSTACK_NOVA_SERVER_ADD_BODY_FILE} ${dict}
- ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_SERVERS_PATH} data_path= data=${data}
+ ${data}= Fill JSON Template File ${OPENSTACK_NOVA_SERVER_ADD_BODY_FILE} ${dict}
+ ${resp}= Internal Post Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_SERVERS_PATH} data_path= data=${data}
${status_string}= Convert To String ${resp.status_code}
Should Match Regexp ${status_string} ^(202)$
[Return] ${resp.json()}
Wait for Server to Be Active
[Arguments] ${alias} ${server_id} ${timeout}=300s
- ${server_info}= Wait Until Keyword Succeeds ${timeout} 10 sec Get Active Server ${alias} ${server_id}
+ ${server_info}= Wait Until Keyword Succeeds ${timeout} 10 sec Get Active Server ${alias} ${server_id}
${status}= Get From Dictionary ${server_info} status
Should Be Equal ${status} ACTIVE
[Return] ${server_info}
Get Active Server
- [Arguments] ${alias} ${server_id}
+ [Arguments] ${alias} ${server_id}
${resp}= Get Openstack Server By Id ${alias} ${server_id}
Should Be Equal As Strings ${resp.status_code} 200
- ${server_info}= Set Variable ${resp.json()}
+ ${server_info}= Set Variable ${resp.json()}
${server_info}= Get From Dictionary ${server_info} server
${status}= Get From Dictionary ${server_info} status
Should Not Be Equal ${status} BUILD
- [Return] ${server_info}
+ [Return] ${server_info}
Wait for Server to Be Deleted
[Arguments] ${alias} ${server_id}
Delete Server
[Documentation] Runs an Openstack Request to delete a keypair
[Arguments] ${alias} ${server_id}
- ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${OPENSTACK_NOVA_SERVERS_PATH} /${server_id}
+ ${resp}= Internal Delete Openstack ${alias} ${GLOBAL_OPENSTACK_NOVA_SERVICE_TYPE} ${OPENSTACK_NOVA_SERVERS_PATH} /${server_id}
${status_string}= Convert To String ${resp.status_code}
- Should Match Regexp ${status_string} ^(204)$
+ Should Match Regexp ${status_string} ^(204)$
[Return] ${resp.text}
Get Id For Name
[Arguments] ${list} ${name}
:for ${item} in @{list}
- \ ${id}= Get From Dictionary ${item} id
+ \ ${id}= Get From Dictionary ${item} id
\ ${n}= Get From Dictionary ${item} name
- \ Return from Keyword If '${n}' == '${name}' ${id}
- [Return] None
+ \ Return from Keyword If '${n}' == '${name}' ${id}
+ [Return] None
*** Settings ***
Documentation The private interface for interacting with Openstack. It handles low level stuff like managing the authtoken and Openstack required fields
+Library Collections
Library OpenstackLibrary
Library RequestsLibrary
-Library UUID
+Library UUID
Resource ../global_properties.robot
+*** Variables ***
+#**************** Test Case Variables ******************
+${OPENSTACK_SERVICE_REGION}
+
*** Keywords ***
Internal Get Openstack
[Documentation] Runs an Openstack Get Request and returns the response
- [Arguments] ${alias} ${service_type} ${region} ${url_ext} ${data_path}=
+ [Arguments] ${alias} ${service_type} ${url_ext} ${data_path}=
+ ${region}= Get Openstack Region
+ ${resp}= Internal Get Openstack With Region ${alias} ${service_type} ${region} ${url_ext} ${data_path}
+ [Return] ${resp}
+
+Internal Get Openstack With Region
+ [Documentation] Runs an Openstack Get Request and returns the response
+ [Arguments] ${alias} ${service_type} ${region} ${url_ext} ${data_path}=
Log Internal Get Openstack values alias=${alias} service_type=${service_type} region=${region} url_ext=${url_ext} data_path=${data_path}
${url}= Get Openstack Service Url ${alias} ${service_type} ${region}
${uuid}= Generate UUID
${session_alias}= Catenate openstack-${uuid}
- ${session}= Create Session ${session_alias} ${url}${url_ext} verify=True
+ ${session}= Create Session ${session_alias} ${url}${url_ext} verify=True
${token}= Get Openstack Token ${alias}
${headers}= Create Dictionary Accept=application/json Content-Type=application/json X-TransactionId=${GLOBAL_APPLICATION_ID}-${uuid} X-FromAppId=${GLOBAL_APPLICATION_ID} X-Auth-Token=${token}
${resp}= Get Request ${session_alias} ${data_path} headers=${headers}
- Log Received response from openstack ${resp.text}
+ Log Received response from openstack ${resp.text}
[Return] ${resp}
Internal Post Openstack
[Documentation] Runs an Openstack Post Response and returns the response
- [Arguments] ${alias} ${service_type} ${region} ${url_ext} ${data_path}= ${data}=
+ [Arguments] ${alias} ${service_type} ${url_ext} ${data_path}= ${data}=
+ ${region}= Get Openstack Region
Log Internal Post Openstack values alias=${alias} service_type=${service_type} region=${region} url_ext=${url_ext} data_path=${data_path}
${url}= Get Openstack Service Url ${alias} ${service_type} ${region}
${uuid}= Generate UUID
${session_alias}= Catenate openstack-${uuid}
- ${session}= Create Session ${session_alias} ${url}${url_ext} verify=True
+ ${session}= Create Session ${session_alias} ${url}${url_ext} verify=True
${token}= Get Openstack Token ${alias}
${headers}= Create Dictionary Accept=application/json Content-Type=application/json X-TransactionId=${GLOBAL_APPLICATION_ID}-${uuid} X-FromAppId=${GLOBAL_APPLICATION_ID} X-Auth-Token=${token}
${resp}= Post Request ${session_alias} ${data_path} data=${data} headers=${headers}
Internal Delete Openstack
[Documentation] Runs an Openstack Delete Request and returns the response
- [Arguments] ${alias} ${service_type} ${region} ${url_ext} ${data_path}=
+ [Arguments] ${alias} ${service_type} ${url_ext} ${data_path}=
+ ${region}= Get Openstack Region
Log Internal Post Openstack values alias=${alias} service_type=${service_type} region=${region} url_ext=${url_ext} data_path=${data_path}
${url}= Get Openstack Service Url ${alias} ${service_type} ${region}
${uuid}= Generate UUID
${headers}= Create Dictionary Accept=application/json Content-Type=application/json X-TransactionId=${GLOBAL_APPLICATION_ID}-${uuid} X-FromAppId=${GLOBAL_APPLICATION_ID} X-Auth-Token=${token}
${resp}= Delete Request ${session_alias} ${data_path} headers=${headers}
Log Received response from openstack ${resp.text}
- [Return] ${resp}
\ No newline at end of file
+ [Return] ${resp}
+
+Get Openstack Region
+ [Documentation] Returns the current openstack region test variable
+ ... Defaults to the openstack region of the Robot VM
+ Return From Keyword If len('${OPENSTACK_SERVICE_REGION}') > 0 ${OPENSTACK_SERVICE_REGION}
+ Dictionary Should Contain Key ${GLOBAL_VM_PROPERTIES} region
+ Set Test Variable ${OPENSTACK_SERVICE_REGION} ${GLOBAL_VM_PROPERTIES['region']}
+ Log Setting OPENSTACK_SERVICE_REGION=${OPENSTACK_SERVICE_REGION}
+ [Return] ${OPENSTACK_SERVICE_REGION}
+
+Set Openstack Region Test Variable
+ [Documentation] Sets the openstack service region of the current test case
+ ... To be used to override the service region of the Robot VM (default)
+ [Arguments] ${openstack_service_region}
+ Set Test Variable ${OPENSTACK_SERVICE_REGION} ${openstack_service_region}
+
*** Keywords ***
Policy Check Firewall Stack
- [Documentation] Identifies the firewall servers in the VFW Stack in the GLOBAL_OPENSTACK_SERVICE_REGION
- [Arguments] ${stack_name} ${policy_rate}
+ [Documentation] Executes the vFW policy closed loop test.
+ [Arguments] ${stack_name} ${policy_rate}
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${stack_name}
${stack_id}= Get From Dictionary ${stack_info} id
- ${server_list}= Get Openstack Servers auth
+ ${server_list}= Get Openstack Servers auth
Log ${server_list}
${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_public_ip}= Get Server Ip ${server_list} ${stack_info} vpg_name_0 network_name=public
+ ${vpg_public_ip}= Get Server Ip ${server_list} ${stack_info} vpg_name_0 network_name=public
${vsn_public_ip}= Get Server Ip ${server_list} ${stack_info} vsn_name_0 network_name=public
${upper_bound}= Evaluate ${policy_rate}*2
Wait Until Keyword Succeeds 300s 1s Run VFW Policy Check ${vpg_public_ip} ${policy_rate} ${upper_bound} 1
Run VFW Policy Check
- [Documentation] Push traffic above upper bound, wait for policy to fix it, push traffic to lower bound, wait for policy to fix it,
+ [Documentation] Push traffic above upper bound, wait for policy to fix it, push traffic to lower bound, wait for policy to fix it,
[Arguments] ${vpg_public_ip} ${policy_rate} ${upper_bound} ${lower_bound}
# Force traffic above threshold
Check For Policy Enforcement ${vpg_public_ip} ${policy_rate} ${upper_bound}
# Force traffic below threshold
Check For Policy Enforcement ${vpg_public_ip} ${policy_rate} ${lower_bound}
-
+
Check For Policy Enforcement
- [Documentation] Push traffic above upper bound, wait for policy to fix it, push traffic to lower bound, wait for policy to fix it,
+ [Documentation] Push traffic above upper bound, wait for policy to fix it, push traffic to lower bound, wait for policy to fix it,
[Arguments] ${vpg_public_ip} ${policy_rate} ${forced_rate}
Enable Streams ${vpg_public_ip} ${forced_rate}
Wait Until Keyword Succeeds 20s 5s Test For Expected Rate ${vpg_public_ip} ${forced_rate}
Wait Until Keyword Succeeds 280s 5s Test For Expected Rate ${vpg_public_ip} ${policy_rate}
Test For Expected Rate
- [Documentation] Ge the number of pg-streams from the PGN, and test to see if it is what we expect.
+ [Documentation] Ge the number of pg-streams from the PGN, and test to see if it is what we expect.
[Arguments] ${vpg_public_ip} ${number_of_streams}
${list}= Get List Of Enabled Streams ${vpg_public_ip}
${list}= Evaluate ${list['sample-plugin']}['pg-streams']['pg-stream']
- Length Should Be ${list} ${number_of_streams}
+ Length Should Be ${list} ${number_of_streams}
Policy Check vLB Stack
- [Documentation] Identifies the firewall servers in the VFW Stack in the GLOBAL_OPENSTACK_SERVICE_REGION
- [Arguments] ${stack_name} ${policy_rate}
+ [Documentation] Executes the vLB policy closed loop test
+ [Arguments] ${stack_name} ${policy_rate}
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${stack_name}
${stack_id}= Get From Dictionary ${stack_info} id
- ${server_list}= Get Openstack Servers auth
- ${vlb_public_ip}= Get Server Ip ${server_list} ${stack_info} vlb_name_0 network_name=public
+ ${server_list}= Get Openstack Servers auth
+ ${vlb_public_ip}= Get Server Ip ${server_list} ${stack_info} vlb_name_0 network_name=public
${upper_bound}= Evaluate ${policy_rate}*2
- Start DNS Traffic ${vlb_public_ip} ${upper_bound}
+ Start DNS Traffic ${vlb_public_ip} ${upper_bound}
# Now wiat for the dnsscaling stack to be deployed
${prefix}= Get DNSScaling Prefix
- ${dnsscaling}= Replace String Using Regexp ${stack_name} ^Vfmodule_ ${prefix}
+ ${dnsscaling}= Replace String Using Regexp ${stack_name} ^Vfmodule_ ${prefix}
${dnsscaling_info}= Wait for Stack to Be Deployed auth ${dnsscaling}
VLB Closed Loop Hack Update ${dnsscaling}
# TO DO: Log into vLB and cehck that traffic is flowing to the new DNS
- [Return] ${dnsscaling}
+ [Return] ${dnsscaling}
Get DNSScaling Prefix
${mapping}= Get From Dictionary ${GLOBAL_SERVICE_TEMPLATE_MAPPING} vLB
:for ${dict} in @{mapping}
\ Return From Keyword If '${dict['isBase']}' == 'false' ${dict['prefix']}
[Return] None
-
+
Start DNS Traffic
[Documentation] Run nslookups at rate per second. Run for 10 minutes or until it is called by the terminate process
[Arguments] ${vlb_public_ip} ${rate}
${pid}= Start Process ./dnstraffic.sh ${vlb_public_ip} ${rate} ${GLOBAL_DNS_TRAFFIC_DURATION}
- [Return] ${pid}
\ No newline at end of file
+ [Return] ${pid}
\ No newline at end of file
*** Keywords ***
Validate Dns Scaling Stack
- [Documentation] Identifies the servers in the STACK_NAME in the GLOBAL_OPENSTACK_SERVICE_REGION
- [Arguments] ${STACK_NAME}
+ [Documentation] Wait for the DNS scaling stack to be instantiated
+ [Arguments] ${STACK_NAME}
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${STACK_NAME}
${stack_id}= Get From Dictionary ${stack_info} id
- ${server_list}= Get Openstack Servers auth
+ ${server_list}= Get Openstack Servers auth
Log ${server_list}
- #${vpg_unprotected_ip}= Get From Dictionary ${stack_info} vpg_private_ip_0
- #${vsn_protected_ip}= Get From Dictionary ${stack_info} vsn_private_ip_0
- ${vdns_public_ip}= Get Server Ip ${server_list} ${stack_info} vdns_name_0 network_name=public
+ ${vdns_public_ip}= Get Server Ip ${server_list} ${stack_info} vdns_name_0 network_name=public
Wait For Server ${vdns_public_ip}
Log Accessed all servers
#Wait for vDNS ${vdns_public_ip}
Log All server processes up
Wait For vDNS
- [Documentation] Wait for the defined firewall processes to come up
- [Arguments] ${ip}
- Wait for Process on Host java DNSServer ${ip}
+ [Documentation] Wait for the DNSServer to be running on the scaling DNS.
+ ... Disabled. Potential for robot to hang due to network reconfigurations at startup.
+ [Arguments] ${ip}
+ Wait for Process on Host java DNSServer ${ip}
*** Keywords ***
Validate Firewall Stack
- [Documentation] Identifies the firewall servers in the VFW Stack in the GLOBAL_OPENSTACK_SERVICE_REGION
+ [Documentation] Identifies and validates the firewall servers in the VFW Stack
[Arguments] ${STACK_NAME}
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${STACK_NAME}
Log All server processes up
${vpg_oam_ip}= Get From Dictionary ${stack_info} vpg_private_ip_1
${appc}= Create Mount Point In APPC ${vpg_name_0} ${vpg_oam_ip}
-
- # Following hack was implemented because the stack doesn't always come up clean
- # It was found that rebooting the servers at this point did not improve the
- # chances of the packets flowing to the SNK
- #${status} ${data}= Run Keyword And Ignore Error Wait For Packets ${vpg_public_ip} ${vpg_unprotected_ip} ${vsn_protected_ip} ${vsn_public_ip}
- #Return From Keyword if '${status}' == 'PASS'
- #Close All Connections
- #Find And Reboot The Server ${stack_info} ${server_list} vfw_name_0
- #Find And Reboot The Server ${stack_info} ${server_list} vpg_name_0
- #Find And Reboot The Server ${stack_info} ${server_list} vsn_name_0
- ## Gives some time for servers to shutdown
- #Sleep 10s
- #Wait For Server ${vfw_public_ip}
- #Wait For Server ${vpg_public_ip}
- #Wait For Server ${vsn_public_ip}
-
Wait For Packets ${vpg_public_ip} ${vpg_unprotected_ip} ${vsn_protected_ip} ${vsn_public_ip}
Wait For Packets
*** Keywords ***
Validate vLB Stack
- [Documentation] Identifies the LB and DNS servers in the vLB stack in the GLOBAL_OPENSTACK_SERVICE_REGION
- [Arguments] ${stack_name}
+ [Documentation] Identifies the LB and DNS servers in the vLB stack
+ [Arguments] ${stack_name}
Run Openstack Auth Request auth
${stack_info}= Wait for Stack to Be Deployed auth ${stack_name}
${stack_id}= Get From Dictionary ${stack_info} id
- ${server_list}= Get Openstack Servers auth
+ ${server_list}= Get Openstack Servers auth
Log Returned from Get Openstack Servers
-
- #${vpg_unprotected_ip}= Get From Dictionary ${stack_info} vpg_private_ip_0
- #${vsn_protected_ip}= Get From Dictionary ${stack_info} vsn_private_ip_0
- ${vlb_public_ip}= Get Server Ip ${server_list} ${stack_info} vlb_name_0 network_name=public
- ##${vdns_public_ip}= Get Server Ip ${server_list} ${stack_info} vdns_name_0 network_name=public
-
-# SCript hands right here. Trying to figure out what it is....
- #Wait For Server ${vlb_public_ip}
- #Wait For Server ${vdns_public_ip}
- #Log Accessed all servers
-
-
- # Following is a hack because the stack doesn't always come up clean
- # Give some time for VLB server to reconfigure the network so our script doesn't hang
+ ${vlb_public_ip}= Get Server Ip ${server_list} ${stack_info} vlb_name_0 network_name=public
Log Waiting for ${vlb_public_ip} to reconfigure
Sleep 180s
- #${status} ${data}= Run Keyword And Ignore Error Wait For vLB ${vlb_public_ip}
- #Return From Keyword if '${status}' == 'PASS'
- #Close All Connections
- #Find And Reboot The Server ${stack_info} ${server_list} vlb_name_0
-
- # Give some time for VLB server to reconfigure the network so our script doesn't hang
- #Log Waiting for ${vlb_public_ip} to reconfigure
- #Sleep 180s
- Wait For vLB ${vlb_public_ip}
+ # Server validations diabled due to issues with load balancer network reconfiguration
+ # at startup hanging the robot scripts
+ Wait For vLB ${vlb_public_ip}
Log All server processes up
Wait For vLB
- [Documentation] Wait for the VLB to be functioning as a DNS
- [Arguments] ${ip}
- Wait Until Keyword Succeeds 300s 10s DNSTest ${ip}
+ [Documentation] Wait for the VLB to be functioning as a DNS
+ [Arguments] ${ip}
+ Wait Until Keyword Succeeds 300s 10s DNSTest ${ip}
Log Succeeded
-
+
DNSTest
[Documentation] Wait for the defined VLoadBalancer to process nslookup
[Arguments] ${ip}
- Log Looking up ${ip}
+ Log Looking up ${ip}
#${returned_ip}= Dns Request host1.dnsdemo.openecomp.org ${ip}
#Should Contain '${returned_ip}' .
${ASSETS} ${EXECDIR}/robot/assets/
*** Keywords ***
-Validate vVG Stack
- [Documentation] Identifies the LB and DNS servers in the vLB stack in the GLOBAL_OPENSTACK_SERVICE_REGION
- [Arguments] ${stack_name}
+Validate vVG Stack
+ [Documentation] Validation of vVG stack (TBD)
+ [Arguments] ${stack_name}
Log All server processes up
# Max nslookup requests per second before triggering event.
${VLBPOLICYRATE} 20
-${CONFIG_POLICY_NAME} vFirewall
-${CONFIG_POLICY_TYPE} Unknown
-${OPS_POLICY_NAME}
+${CONFIG_POLICY_NAME} vFirewall
+${CONFIG_POLICY_TYPE} Unknown
+${OPS_POLICY_NAME}
${OPS_POLICY_TYPE} BRMS_PARAM
# VFW low threshold
${Expected_Threshold_3} 200
${Expected_Direction_3} GREATER_OR_EQUAL
-${DNSSCALINGSTACK}
+#********** Test Case Variables ************
+${DNSSCALINGSTACK}
*** Keywords ***
VFW Policy
Log Suite name ${SUITE NAME} ${TEST NAME} ${PREV TEST NAME}
Initialize VFW Policy
- ${stackname}= Orchestrate VNF vFW closedloop
+ ${stackname}= Orchestrate VNF vFW closedloop
Policy Check Firewall Stack ${stackname} ${VFWPOLICYRATE}
-
+
VDNS Policy
Initialize VDNS Policy
${stackname}= Orchestrate VNF vDNS closedloop
${dnsscaling}= Policy Check vLB Stack ${stackname} ${VLBPOLICYRATE}
Set Test Variable ${DNSSCALINGSTACK} ${dnsscaling}
-
+
Initialize VFW Policy
# Create Config Policy
# Push Config Policy ${CONFIG_POLICY_NAME} ${CONFIG_POLICY_TYPE}
# Create Ops Policy
-# Push Ops Policy ${OPS_POLICY_NAME} ${OPS_POLICY_TYPE}
+# Push Ops Policy ${OPS_POLICY_NAME} ${OPS_POLICY_TYPE}
Get Configs VFW Policy
-
+
Initialize VDNS Policy
Get Configs VDNS Policy
-
+
Get Configs VFW Policy
[Documentation] Get Config Policy for VFW
${getconfigpolicy}= Catenate .*${CONFIG_POLICY_NAME}*
${output} = Fill JSON Template File ${GECONFIG_VFW_TEMPLATE} ${configpolicy_name}
${get_resp} = Run Policy Get Configs Request ${RESOURCE_PATH_GET_CONFIG} ${output}
Should Be Equal As Strings ${get_resp.status_code} 200
-
+
${json}= Parse Json ${get_resp.content}
${config}= Parse Json ${json[0]["config"]}
-
- # Extract object1 from Array
+
+ # Extract object1 from Array
${severity}= Get Variable Value ${config["content"]["thresholds"][0]["severity"]}
- Should Be Equal ${severity} ${Expected_Severity_1}
+ Should Be Equal ${severity} ${Expected_Severity_1}
${Thresold_Value}= Get Variable Value ${config["content"]["thresholds"][0]["thresholdValue"]}
- Should Be Equal ${Thresold_Value} ${Expected_Threshold_1}
+ Should Be Equal ${Thresold_Value} ${Expected_Threshold_1}
${direction}= Get Variable Value ${config["content"]["thresholds"][0]["direction"]}
- Should Be Equal ${direction} ${Expected_Direction_1}
-
+ Should Be Equal ${direction} ${Expected_Direction_1}
+
# Extract object2 from Array
${severity_1}= Get Variable Value ${config["content"]["thresholds"][1]["severity"]}
- Should Be Equal ${severity_1} ${Expected_Severity_2}
+ Should Be Equal ${severity_1} ${Expected_Severity_2}
${Thresold_Value_1}= Get Variable Value ${config["content"]["thresholds"][1]["thresholdValue"]}
- Should Be Equal ${Thresold_Value_1} ${Expected_Threshold_2}
+ Should Be Equal ${Thresold_Value_1} ${Expected_Threshold_2}
${direction_1}= Get Variable Value ${config["content"]["thresholds"][1]["direction"]}
- Should Be Equal ${direction_1} ${Expected_Direction_2}
-
+ Should Be Equal ${direction_1} ${Expected_Direction_2}
+
Get Configs VDNS Policy
[Documentation] Get Config Policy for VDNS
${getconfigpolicy}= Catenate .*vLoadBalancer*
Should Be Equal As Strings ${get_resp.status_code} 200
${json}= Parse Json ${get_resp.content}
${config}= Parse Json ${json[0]["config"]}
-
- # Extract object1 from Array
+
+ # Extract object1 from Array
${severity}= Get Variable Value ${config["content"]["thresholds"][0]["severity"]}
- Should Be Equal ${severity} ${Expected_Severity_3}
+ Should Be Equal ${severity} ${Expected_Severity_3}
${Thresold_Value}= Get Variable Value ${config["content"]["thresholds"][0]["thresholdValue"]}
- Should Be Equal ${Thresold_Value} ${Expected_Threshold_3}
+ Should Be Equal ${Thresold_Value} ${Expected_Threshold_3}
${direction}= Get Variable Value ${config["content"]["thresholds"][0]["direction"]}
- Should Be Equal ${direction} ${Expected_Direction_3}
+ Should Be Equal ${direction} ${Expected_Direction_3}
Teardown Closed Loop
[Documentation] Tear down a closed loop test case
- Terminate All Processes
- Teardown VNF
- Log Teardown complete
+ Terminate All Processes
+ Teardown VNF
+ Log Teardown complete
Create Config Policy
- [Documentation] Create Config Policy
- ${randompolicyname} = Create Policy Name
+ [Documentation] Create Config Policy
+ ${randompolicyname} = Create Policy Name
${policyname1}= Catenate com.${randompolicyname}
- ${CONFIG_POLICY_NAME}= Set Test Variable ${policyname1}
+ ${CONFIG_POLICY_NAME}= Set Test Variable ${policyname1}
${configpolicy}= Create Dictionary policy_name=${CONFIG_POLICY_NAME}
${output} = Fill JSON Template File ${CREATE_CONFIG_TEMPLATE} ${configpolicy}
${put_resp} = Run Policy Put Request ${RESOURCE_PATH_CREATE} ${output}
Create Policy Name
[Documentation] Generate Policy Name
- [Arguments] ${prefix}=ETE_
+ [Arguments] ${prefix}=ETE_
${random}= Generate Random String 15 [LOWER][NUMBERS]
${policyname}= Catenate ${prefix}${random}
[Return] ${policyname}
-
+
Create Ops Policy
- [Documentation] Create Opertional Policy
- ${randompolicyname} = Create Policy Name
+ [Documentation] Create Opertional Policy
+ ${randompolicyname} = Create Policy Name
${policyname1}= Catenate com.${randompolicyname}
- ${OPS_POLICY_NAME}= Set Test Variable ${policyname1}
+ ${OPS_POLICY_NAME}= Set Test Variable ${policyname1}
${dict}= Create Dictionary policy_name=${OPS_POLICY_NAME}
#${NEWPOLICY1}= Create Dictionary policy_name=com.${OPS_POLICY_NAME}
${output} = Fill JSON Template File ${CREATE_OPS_TEMPLATE} ${dict}
${put_resp} = Run Policy Put Request ${RESOURCE_PATH_CREATE} ${output}
Log ${put_resp}
Should Be Equal As Strings ${put_resp.status_code} 200
-
+
Push Ops Policy
[Documentation] Push Ops Policy
[Arguments] ${policyname} ${policytype}
- ${dict}= Create Dictionary policy_name=${policyname} policy_type=${policytype}
+ ${dict}= Create Dictionary policy_name=${policyname} policy_type=${policytype}
${output} = Fill JSON Template ${PUSH_POLICY_TEMPLATE} ${dict}
${put_resp} = Run Policy Put Request ${RESOURCE_PATH_CREATE_PUSH} ${output}
Should Be Equal As Strings ${put_resp.status_code} 200
Push Config Policy
[Documentation] Push Config Policy
[Arguments] ${policyname} ${policytype}
- ${dict}= Create Dictionary policy_name=${policyname} policy_type=${policytype}
+ ${dict}= Create Dictionary policy_name=${policyname} policy_type=${policytype}
${output} = Fill JSON Template ${PUSH_POLICY_TEMPLATE} ${dict}
${put_resp} = Run Policy Put Request ${RESOURCE_PATH_CREATE_PUSH} ${output}
Should Be Equal As Strings ${put_resp.status_code} 200
-
-
+
+
Delete Config Policy
[Documentation] Delete Config Policy
[Arguments] ${policy_name}
${policyname3}= Catenate com.Config_BRMS_Param_${policyname}.1.xml
- ${dict}= Create Dictionary policy_name=${policyname3}
+ ${dict}= Create Dictionary policy_name=${policyname3}
${output} = Fill JSON Template ${DEL_POLICY_TEMPLATE} ${dict}
${put_resp} = Run Policy Delete Request ${RESOURCE_PATH_CREATE_DELETE} ${output}
- Should Be Equal As Strings ${put_resp.status_code} 200
-
+ Should Be Equal As Strings ${put_resp.status_code} 200
+
Delete Ops Policy
[Documentation] Delete Ops Policy
[Arguments] ${policy_name}
${policyname3}= Catenate com.Config_MS_com.vFirewall.1.xml
- ${dict}= Create Dictionary policy_name=${policyname3}
+ ${dict}= Create Dictionary policy_name=${policyname3}
${output} = Fill JSON Template ${DEL_POLICY_TEMPLATE} ${dict}
${put_resp} = Run Policy Delete Request ${RESOURCE_PATH_CREATE_DELETE} ${output}
- Should Be Equal As Strings ${put_resp.status_code} 200
-
+ Should Be Equal As Strings ${put_resp.status_code} 200
+
Orchestrate VNF vFW closedloop
[Documentation] VNF Orchestration for vFW
- Log VNF Orchestration flow TEST NAME=${TEST NAME}
- Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} ${GLOBAL_OPENSTACK_SERVICE_REGION} SharedNode OwnerType v1 CloudZone
- ${stack_name} ${service}= Orchestrate VNF ETE_CLP vFW vFW ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_NAME}
- [Return] ${stack_name}
-
+ Log VNF Orchestration flow TEST NAME=${TEST NAME}
+ Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} SharedNode OwnerType v1 CloudZone
+ ${stack_name} ${service}= Orchestrate VNF ETE_CLP vFW vFW ${TENANT_NAME}
+ [Return] ${stack_name}
+
Orchestrate VNF vDNS closedloop
[Documentation] VNF Orchestration for vLB
- Log VNF Orchestration flow TEST NAME=${TEST NAME}
- Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} ${GLOBAL_OPENSTACK_SERVICE_REGION} SharedNode OwnerType v1 CloudZone
- ${stack_name} ${service}= Orchestrate VNF ETE_CLP vLB vLB ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_NAME}
- [Return] ${stack_name}
+ Log VNF Orchestration flow TEST NAME=${TEST NAME}
+ Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} SharedNode OwnerType v1 CloudZone
+ ${stack_name} ${service}= Orchestrate VNF ETE_CLP vLB vLB ${TENANT_NAME}
+ [Return] ${stack_name}
Documentation The main interface for interacting with ASDC. It handles low level stuff like managing the http request library and DCAE required fields
Library OperatingSystem
Library ArchiveLibrary
-Library Collections
+Library Collections
Resource ../asdc_interface.robot
Variables ../../assets/service_mappings.py
${SCALING_DIRECTORY} dns_scaling
${ASDC_ZIP_DIRECTORY} ${ASDC_ASSETS_DIRECTORY}/temp
-${CATALOG_RESOURCE_IDS}
-${CATALOG_SERVICE_ID}
+#***************** Test Case Variables *********************
+${CATALOG_RESOURCE_IDS}
+${CATALOG_SERVICE_ID}
*** Keywords ***
${ziplist}= Create List
:for ${directory} in @{directory_list}
\ ${zip}= Catenate ${ASDC_ZIP_DIRECTORY}/${directory}.zip
- \ ${folder}= Catenate ${ASDC_ASSETS_DIRECTORY}/${directory}
+ \ ${folder}= Catenate ${ASDC_ASSETS_DIRECTORY}/${directory}
\ OperatingSystem.Create Directory ${ASDC_ASSETS_DIRECTORY}/temp
\ Create Zip From Files In Directory ${folder} ${zip}
- \ Append To List ${ziplist} ${zip}
+ \ Append To List ${ziplist} ${zip}
${catalog_service_name} ${catalog_resource_name} ${vf_modules} ${catalog_resource_ids} ${catalog_service_id} Distribute Model From ASDC ${ziplist} ${catalog_service_name}
Set Test Variable ${CATALOG_RESOURCE_IDS} ${catalog_resource_ids}
Set Test Variable ${CATALOG_SERVICE_ID} ${catalog_service_id}
- [Return] ${catalog_service_name} ${catalog_resource_name} ${vf_modules}
-
+ [Return] ${catalog_service_name} ${catalog_resource_name} ${vf_modules}
+
Teardown Model Distribution
[Documentation] Clean up at the end of the test
- Log ${CATALOG_SERVICE_ID} ${CATALOG_RESOURCE_IDS}
- Teardown Models ${CATALOG_SERVICE_ID} ${CATALOG_RESOURCE_IDS}
-
+ Log ${CATALOG_SERVICE_ID} ${CATALOG_RESOURCE_IDS}
+ Teardown Models ${CATALOG_SERVICE_ID} ${CATALOG_RESOURCE_IDS}
+
Teardown Models
[Documentation] Clean up at the end of the test
[Arguments] ${catalog_service_id} ${catalog_resource_ids}
Return From Keyword If '${catalog_service_id}' == ''
:for ${catalog_resource_id} in @{catalog_resource_ids}
- \ ${resourece_json}= Mark ASDC Catalog Resource Inactive ${catalog_resource_id}
+ \ ${resourece_json}= Mark ASDC Catalog Resource Inactive ${catalog_resource_id}
${service_json}= Mark ASDC Catalog Service Inactive ${catalog_service_id}
${services_json}= Delete Inactive ASDC Catalog Services
${resources_json}= Delete Inactive ASDC Catalog Resources
-
\ No newline at end of file
*** Variables ***
+#**************** TEST CASE VARIABLES **************************
${TENANT_NAME}
${TENANT_ID}
${REGIONS}
Orchestrate VNF
[Documentation] Use openECOMP to Orchestrate a service.
- [Arguments] ${customer_name} ${service} ${product_family} ${lcp_region} ${tenant}
+ [Arguments] ${customer_name} ${service} ${product_family} ${tenant}
+ ${lcp_region}= Get Openstack Region
${uuid}= Generate UUID
Set Test Variable ${CUSTOMER_NAME} ${customer_name}_${uuid}
Set Test Variable ${SERVICE} ${service}
${vf_module_name}= Catenate Vfmodule_Ete_Name${uuid}
${service_model_type} ${vnf_type} ${vf_modules} = Model Distribution For Directory ${service}
Run Keyword If '${service}' == 'vVG' Create VVG Server ${uuid}
- Create Customer For VNF ${CUSTOMER_NAME} ${CUSTOMER_NAME} INFRA ${service_type} ${GLOBAL_AAI_CLOUD_OWNER} ${GLOBAL_OPENSTACK_SERVICE_REGION}
+ Create Customer For VNF ${CUSTOMER_NAME} ${CUSTOMER_NAME} INFRA ${service_type} ${GLOBAL_AAI_CLOUD_OWNER}
Setup Browser
Login To VID GUI
${service_instance_id}= Create VID Service Instance ${customer_name} ${service_model_type} ${service} ${service_name}
Create Customer For VNF
[Documentation] VNF Orchestration Test setup....
... Create Tenant if not exists, Create Customer, Create Service and related relationships
- [Arguments] ${customer_name} ${customer_id} ${customer_type} ${service_type} ${cloud_owner} ${cloud_region_id}
+ [Arguments] ${customer_name} ${customer_id} ${customer_type} ${service_type} ${cloud_owner}
+ ${cloud_region_id}= Get Openstack Region
${resp}= Create Customer ${customer_name} ${customer_id} ${customer_type} ${service_type} ${cloud_owner} ${cloud_region_id} ${TENANT_ID}
Should Be Equal As Strings ${resp} 201
Create Service If Not Exists ${service_type}
Setup Orchestrate VNF
[Documentation] Called before each test case to ensure tenant and region data
... required by the Orchstrate VNF exists in A&AI
- [Arguments] ${cloud_owner} ${cloud_region_id} ${cloud_type} ${owner_defined_type} ${cloud_region_version} ${cloud_zone}
+ [Arguments] ${cloud_owner} ${cloud_type} ${owner_defined_type} ${cloud_region_version} ${cloud_zone}
Initialize Tenant From Openstack
Initialize Regions From Openstack
:FOR ${region} IN @{REGIONS}
Teardown VNF
[Documentation] Called at the end of a test case to tear down the VNF created by Orchestrate VNF
+ ${lcp_region}= Get Openstack Region
Teardown VVG Server
Run Keyword If '${TEST STATUS}' == 'PASS' Teardown VLB Closed Loop Hack
- Run Keyword If '${TEST STATUS}' == 'PASS' Teardown VID ${SERVICE_INSTANCE_ID} ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_ID}
+ Run Keyword If '${TEST STATUS}' == 'PASS' Teardown VID ${SERVICE_INSTANCE_ID} ${lcp_region} ${TENANT_ID}
Run Keyword If '${TEST STATUS}' == 'PASS' Teardown Model Distribution
Run Keyword If '${TEST STATUS}' == 'PASS' Clean A&AI Inventory
Close All Browsers
Resource ../mso_interface.robot
Resource vid_interface.robot
-
-*** Keywords ***
-
+
+*** Keywords ***
+
Create VID VNF
- [Documentation] Creates a VNF instance using VID for passed instance id with the passed service instance name
- [Arguments] ${service_instance_id} ${service_instance_name} ${product_family} ${lcp_region} ${tenant} ${vnf_type}
+ [Documentation] Creates a VNF instance using VID for passed instance id with the passed service instance name
+ [Arguments] ${service_instance_id} ${service_instance_name} ${product_family} ${lcp_region} ${tenant} ${vnf_type}
Go To VID HOME
Click Link xpath=//div[@heading = 'Search for Existing Service Instances']/a
Wait Until Page Contains Please search by timeout=60s
#Wait Until Page Contains Element xpath=//div[@class='statusLine aaiHidden'] timeout=60s
#Wait Until Element Is Not Visible xpath=//div[@class='statusLine aaiHidden'] timeout=60s
-
- # If we don't wait for this control to be enabled, the submit results in a 'not found' pop-up (UnexpectedAlertPresentException)
+
+ # If we don't wait for this control to be enabled, the submit results in a 'not found' pop-up (UnexpectedAlertPresentException)
Input Text When Enabled //input[@name='selectedServiceInstance'] ${service_instance_id}
Click Button button=Submit
Wait Until Page Contains Element link=View/Edit timeout=60s
- Click Element xpath=//a[contains(text(), 'View/Edit')]
+ Click Element xpath=//a[contains(text(), 'View/Edit')]
Wait Until Page Contains View/Edit Service Instance timeout=60s
#Wait Until Page Contains Element xpath=//div[@class='statusLine aaiVisible'] timeout=120s
#Wait Until Element Is Not Visible xpath=//div[@class='statusLine aaiVisible'] timeout=60s
Click Element button=Add VNF
-
+
# This is where firefox breaks. Th elink never becomes visible when run with the script.
Click Element link=${vnf_type}
Wait Until Page Contains Element xpath=//input[@parameter-id='instanceName'] 20s
Wait Until Element Is Enabled xpath=//input[@parameter-id='instanceName'] 20s
-
- ## Without this sleep, the input text below gets immediately wiped out.
+
+ ## Without this sleep, the input text below gets immediately wiped out.
## Wait Until Angular Ready just sleeps for its timeout value
Sleep 10s
Input Text xpath=//input[@parameter-id='instanceName'] ${service_instance_name}
- Select From List By Label xpath=//select[@parameter-id='productFamily'] ${product_family}
- Select From List By Label xpath=//select[@parameter-id='lcpRegion'] ${lcp_region}
- Select From List By Label xpath=//select[@parameter-id='tenant'] ${tenant}
+ Select From List By Label xpath=//select[@parameter-id='productFamily'] ${product_family}
+ Select From List By Label xpath=//select[@parameter-id='lcpRegion'] ${lcp_region}
+ Select From List By Label xpath=//select[@parameter-id='tenant'] ${tenant}
Click Element button=Confirm
Wait Until Element Contains xpath=//div[@ng-controller= 'msoCommitController']/pre[@class = 'log ng-binding'] Status: OK (200) timeout=120
${response text}= Get Text xpath=//div[@ng-controller= 'msoCommitController']/pre[@class = 'log ng-binding']
- Should Not Contain ${response text} FAILED
+ Should Not Contain ${response text} FAILED
Click Element button=Close
${instance_id}= Parse Instance Id ${response text}
Wait Until Page Contains ${service_instance_name} 60s
- [Return] ${instance_id}
+ [Return] ${instance_id}
-Delete VID VNF
- [Arguments] ${service_instance_id} ${lcp_region} ${tenant} ${vnf_instance_id}
+Delete VID VNF
+ [Arguments] ${service_instance_id} ${lcp_region} ${tenant} ${vnf_instance_id}
Go To VID HOME
Click Link xpath=//div[@heading = 'Search for Existing Service Instances']/a
Wait Until Page Contains Please search by timeout=60s
Wait Until Page Contains Element xpath=//div[@class='statusLine aaiHidden'] timeout=60s
Wait Until Element Is Not Visible xpath=//div[@class='statusLine aaiHidden'] timeout=60s
-
- # If we don't wait for this control to be enabled, the submit results in a 'not found' pop-up (UnexpectedAlertPresentException)
+
+ # If we don't wait for this control to be enabled, the submit results in a 'not found' pop-up (UnexpectedAlertPresentException)
Input Text When Enabled //input[@name='selectedServiceInstance'] ${service_instance_id}
Click Button button=Submit
Wait Until Page Contains Element link=View/Edit timeout=60s
- Click Element link=View/Edit
+ Click Element link=View/Edit
Wait Until Page Contains View/Edit Service Instance timeout=60s
Wait Until Page Contains Element xpath=//div[@class='statusLine'] timeout=120s
Wait Until Element Is Not Visible xpath=//div[@class='statusLine aaiHidden'] timeout=60s
-
-
- Click On Element When Visible xpath=//li/div[contains(.,'${vnf_instance_id}')]/a/span[@class='glyphicon glyphicon-remove'] timeout=120s
- Select From List By Label xpath=//select[@parameter-id='lcpRegion'] ${lcp_region}
- Select From List By Label xpath=//select[@parameter-id='tenant'] ${tenant}
+
+
+ Click On Element When Visible xpath=//li/div[contains(.,'${vnf_instance_id}')]/a/span[@class='glyphicon glyphicon-remove'] timeout=120s
+ Select From List By Label xpath=//select[@parameter-id='lcpRegion'] ${lcp_region}
+ Select From List By Label xpath=//select[@parameter-id='tenant'] ${tenant}
Click Element xpath=//div[@class='buttonRow']/button[@ngx-enabled='true']
#//*[@id="mContent"]/div/div/div/div/table/tbody/tr/td/div/div[2]/div/div[1]/div[5]/button[1]
-
+
${response text}= Get Text xpath=//div[@ng-controller='deletionDialogController']//div[@ng-controller= 'msoCommitController']/pre[@class = 'log ng-binding']
${request_id}= Parse Request Id ${response text}
Poll MSO Get Request ${GLOBAL_MSO_STATUS_PATH}${request_id} COMPLETE
-
-Create VID VNF module
- [Arguments] ${service_instance_id} ${vf_module_name} ${LCP_REGION} ${TENANT} ${VNF_TYPE}
+
+Create VID VNF module
+ [Arguments] ${service_instance_id} ${vf_module_name} ${lcp_region} ${TENANT} ${VNF_TYPE}
Go To VID HOME
Click Link xpath=//div[@heading = 'Search for Existing Service Instances']/a
Wait Until Page Contains Please search by timeout=60s
Wait Until Page Contains Element xpath=//div[@class='statusLine aaiHidden'] timeout=60s
-
- # If we don't wait for this control to be enabled, the submit results in a 'not found' pop-up (UnexpectedAlertPresentException)
+
+ # If we don't wait for this control to be enabled, the submit results in a 'not found' pop-up (UnexpectedAlertPresentException)
Input Text When Enabled //input[@name='selectedServiceInstance'] ${service_instance_id}
Click Button button=Submit
Wait Until Page Contains Element link=View/Edit timeout=60s
- Click Element link=View/Edit
+ Click Element link=View/Edit
Wait Until Page Contains View/Edit Service Instance timeout=60s
Wait Until Page Contains Element xpath=//div[@class='statusLine'] timeout=120s
Wait Until Element Is Not Visible xpath=//div[@class='statusLine aaiHidden'] timeout=120s
- Wait Until Element Is Visible button=Add VF-Module timeout=120s
+ Wait Until Element Is Visible button=Add VF-Module timeout=120s
Click Element button=Add VF-Module
-
+
# This is where firefox breaks. Th elink never becomes visible when run with the script.
Click Element link=${vnf_type}
Wait Until Page Contains Element xpath=//input[@parameter-id='instanceName'] 20s
Wait Until Element Is Enabled xpath=//input[@parameter-id='instanceName'] 20s
-
- ## Without this sleep, the input text below gets immediately wiped out.
+
+ ## Without this sleep, the input text below gets immediately wiped out.
## Wait Until Angular Ready just sleeps for its timeout value
Sleep 10s
- Input Text xpath=//input[@parameter-id='instanceName'] ${vf_module_name}
- Select From List By Label xpath=//select[@parameter-id='lcpRegion'] ${lcp_region}
- Select From List By Label xpath=//select[@parameter-id='tenant'] ${tenant}
+ Input Text xpath=//input[@parameter-id='instanceName'] ${vf_module_name}
+ Select From List By Label xpath=//select[@parameter-id='lcpRegion'] ${lcp_region}
+ Select From List By Label xpath=//select[@parameter-id='tenant'] ${tenant}
Click Element button=Confirm
Wait Until Element Contains xpath=//div[@ng-controller= 'msoCommitController']/pre[@class = 'log ng-binding'] requestId timeout=120
- ${response text}= Get Text xpath=//div[@ng-controller= 'msoCommitController']/pre[@class = 'log ng-binding']
+ ${response text}= Get Text xpath=//div[@ng-controller= 'msoCommitController']/pre[@class = 'log ng-binding']
Click Element button=Close
${instance_id}= Parse Instance Id ${response text}
-
+
${request_id}= Parse Request Id ${response text}
Poll MSO Get Request ${GLOBAL_MSO_STATUS_PATH}${request_id} COMPLETE
-
- [Return] ${instance_id}
\ No newline at end of file
+
+ [Return] ${instance_id}
\ No newline at end of file
Resource ../resources/test_templates/vnf_orchestration_test_template.robot
-Test Setup Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} ${GLOBAL_OPENSTACK_SERVICE_REGION} SharedNode OwnerType v1 CloudZone
+Test Setup Setup Orchestrate VNF ${GLOBAL_AAI_CLOUD_OWNER} SharedNode OwnerType v1 CloudZone
Test Template Orchestrate VNF
-Test Teardown Teardown VNF
-
-*** Test Cases *** CUSTOMER SERVICE PRODUCT_FAMILY LCP_REGION TENANT
-Instantiate Virtual Firewall ETE_Customer vFW vFW ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_NAME}
+Test Teardown Teardown VNF
+
+*** Test Cases *** CUSTOMER SERVICE PRODUCT_FAMILY TENANT
+Instantiate Virtual Firewall ETE_Customer vFW vFW ${TENANT_NAME}
[Tags] ete instantiate
-Instantiate Virtual DNS ETE_Customer vLB vLB ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_NAME}
+Instantiate Virtual DNS ETE_Customer vLB vLB ${TENANT_NAME}
[Tags] ete instantiate
-Instantiate Virtual Volume Group ETE_Customer vVG vVG ${GLOBAL_OPENSTACK_SERVICE_REGION} ${TENANT_NAME}
+Instantiate Virtual Volume Group ETE_Customer vVG vVG ${TENANT_NAME}
[Tags] ete instantiate
-
+
Code Review / testsuite.git / commitdiff