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*** Settings ***
Library ONAPLibrary.Templating WITH NAME Templating
Library ONAPLibrary.Utilities
Library RequestsLibrary
Library Collections
Library String
Library OperatingSystem
Resource ../resources/global_properties.robot
Resource chart_museum.robot
*** Variables ***
${CLIENT_ID} robot123
${SESSION_NAME} nifi-api
${DCAEMOD_SERVER} http://dcaemod.simpledemo.onap.org
${IS_PROCESS_GROUP_SET} False
${IS_FLOW_DISTRIBUTED} False
${IS_SERVICE_DEPLOYED} False
${PROCESS_GROUP_ID} ${EMPTY}
${TYPE_ID} ${EMPTY}
${BLUEPRINT_NAME} ${EMPTY}
${DISTRIBUTION_TARGET_ID} ${EMPTY}
${REGISTRY_CLIENT_ID} ${EMPTY}
${DCAEMOD_ONBOARDING_API_SERVER} ${GLOBAL_DCAEMOD_ONBOARDING_API_SERVER_PROTOCOL}://${GLOBAL_DCAEMOD_ONBOARDING_API_SERVER_NAME}:${GLOBAL_DCAEMOD_ONBOARDING_API_SERVER_PORT}
${DCAEMOD_DESIGNTOOL_SERVER} ${GLOBAL_DCAEMOD_DESIGNTOOL_SERVER_PROTOCOL}://${GLOBAL_DCAEMOD_DESIGNTOOL_SERVER_NAME}:${GLOBAL_DCAEMOD_DESIGNTOOL_SERVER_PORT}
${DCAEMOD_DISTRIBUTOR_API_SERVER} ${GLOBAL_DCAEMOD_DISTRIBUTOR_API_SERVER_PROTOCOL}://${GLOBAL_DCAEMOD_DISTRIBUTOR_API_SERVER_NAME}:${GLOBAL_DCAEMOD_DISTRIBUTOR_API_SERVER_PORT}
${HELM_RELEASE} kubectl --namespace onap get pods | sed 's/ .*//' | grep robot | sed 's/-.*//'
*** Keywords ***
Deploy DCAE Application
[Arguments] ${componentSpec} ${dict_values} ${compSpecName} ${processGroupName}
Onboard Component Spec ${componentSpec} ${dict_values} ${compSpecName}
${processGroupId} = Create Process Group ${processGroupName}
Set Test Variable ${IS_PROCESS_GROUP_SET} True
Set Test Variable ${PROCESS_GROUP_ID} ${processGroupId}
Create Processor ${PROCESS_GROUP_ID} ${compSpecName}
Save Flow By Version Controlling ${processGroupName} ${PROCESS_GROUP_ID}
Distribute The Flow ${PROCESS_GROUP_ID}
Set Test Variable ${IS_FLOW_DISTRIBUTED} True
Deploy Applictaion ${processGroupName} ${compSpecName}
Set Test Variable ${CHART_NAME} ${compSpecName}
Delete Config Map With Mounted Config File
${configMapStatus} = Run Keyword And Return Status Config Map Exists ${CONFIG_MAP_NAME}
Run Keyword If ${configMapStatus} Delete Config Map ${CONFIG_MAP_NAME}
Remove File ${CONFIG_MAP_FILE}
Delete Config Map
[Arguments] ${configMapName}
${configMapDelete} = Run And Return Rc kubectl -n onap delete configmap ${configMapName}
Should Be Equal As Integers ${configMapDelete} 0
Create Config Map From File
[Arguments] ${configMapName} ${configMapFilePath}
${createConfigMapRC} = Run And Return Rc kubectl -n onap create configmap ${configMapName} --from-file=${configMapFilePath}
Should Be Equal As Integers ${createConfigMapRC} 0
Wait Until Keyword Succeeds 1 min 5s Config Map Exists ${configMapName}
Config Map Exists
[Arguments] ${configMapName}
${configMapExists} = Run And Return Rc kubectl -n onap get configmap | grep ${configMapName}
Should Be Equal As Integers ${configMapExists} 0
Get Pod Yaml
[Arguments] ${compSpecName}
${podYaml} = Run And Return Rc And Output kubectl -n onap get pod $(kubectl get pod -n onap | grep ${compSpecName} | awk '{print $1}') -o yaml
Should Be Equal As Integers ${podYaml[0]} 0
${podYaml} = Set Variable ${podYaml[1]}
[Return] ${podYaml}
Get Content Of Mounted Folder Inside Container
[Arguments] ${compSpecName} ${volumeMountPath}
${mountedFolderContent} = Run And Return Rc And Output kubectl -n onap exec $(kubectl get pod -n onap | grep ${compSpecName} | awk '{print $1}') -c ${compSpecName} -- ls ${volumeMountPath}
Should Be Equal As Integers ${mountedFolderContent[0]} 0
${mountedFolderContent} = Set Variable ${mountedFolderContent[1]}
[Return] ${mountedFolderContent}
Verify If Volume Is Mounted
[Arguments] ${podYaml} ${volumeMountPath}
Should Contain ${podYaml} ${volumeMountPath}
Verify If Config Map Is Mounted As Volume
[Arguments] ${podYaml} ${configMapName}
Should Contain ${podYaml} ${configMapName}
Verify If Mounted Folder Is Empty
[Arguments] ${mountedFolderContent}
Should Be Empty ${mountedFolderContent}
Verify If Mounted Folder Contains File
[Arguments] ${compSpecName} ${fileName} ${configMapDir}
${dirContent} = Run And Return Rc And Output kubectl -n onap exec $(kubectl get pod -n onap | grep ${compSpecName} | awk '{print $1}') -c ${compSpecName} -- ls ${configMapDir}
Should Be Equal As Integers ${dirContent[0]} 0
Should Contain ${dirContent[1]} ${fileName}
Verify File Content
[Arguments] ${compSpecName} ${configMapFilePath} ${content}
${fileContent} = Run And Return Rc And Output kubectl -n onap exec $(kubectl get pod -n onap | grep ${compSpecName} | awk '{print $1}') -c ${compSpecName} -- cat ${configMapFilePath}
Should Be Equal As Integers ${fileContent[0]} 0
Should Contain ${fileContent[1]} ${content}
Verify If Component Is Onboarded
[Arguments] ${compSpecName}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_ONBOARDING_API_SERVER}
${headers}= Create Dictionary content-type=application/json
${resp} = Get Request ${SESSION_NAME} /onboarding/components?name=${compSpecName} headers=${headers}
Log ${resp.json()}
Should Not Be Empty ${resp.json().get('components')}
Onboard Component Spec
[Arguments] ${componentSpec} ${dict_values} ${compSpecName}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_ONBOARDING_API_SERVER}
${headers}= Create Dictionary content-type=application/json
Templating.Create Environment dcaemod ${GLOBAL_TEMPLATE_FOLDER}
${componentSpec}= Templating.Apply Template dcaemod ${componentSpec} ${dict_values}
${resp} = Post Request ${SESSION_NAME} /onboarding/components data=${componentSpec} headers=${headers}
Should Be True ${resp.status_code} < 300
Wait Until Keyword Succeeds 2 min 5s Verify If Component Is Onboarded ${compSpecName}
Log ${resp.json()}
Add Registry Client
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${headers}= Create Dictionary content-type=application/json
${data} = Set Variable {"revision": {"version": 0}, "component": {"name": "registry_test", "uri": "http://dcaemod-nifi-registry:18080"}}
${resp} = Post Request ${SESSION_NAME} /nifi-api/controller/registry-clients data=${data} headers=${headers}
Should Be True ${resp.status_code} < 300
Set Global Variable ${REGISTRY_CLIENT_ID} ${resp.json().get('id')}
Set Global Variable ${REGISTRY_CLIENT_VERSION} ${resp.json().get('revision').get('version')}
Add Distribution Target
${session}= Create Session distributor ${DCAEMOD_DISTRIBUTOR_API_SERVER}
${headers}= Create Dictionary content-type=application/json
${data} = Set Variable {"name": "runtime_test", "runtimeApiUrl": "http://dcaemod-runtime-api:9090"}
${resp} = Post Request distributor /distributor/distribution-targets data=${data} headers=${headers}
Should Be True ${resp.status_code} < 300
Set Global Variable ${DISTRIBUTION_TARGET_ID} ${resp.json().get('id')}
Create Process Group
[Arguments] ${name}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${headers}= Create Dictionary content-type=application/json
${resp} = Get Request ${SESSION_NAME} /nifi-api/flow/process-groups/root/ headers=${headers}
Should Be True ${resp.status_code} < 300
Log ${resp.json()}
${parentGroupId} = Set Variable ${resp.json().get('processGroupFlow').get('id')}
${data} = Set Variable {"revision": {"clientId": "${CLIENT_ID}", "version": 0}, "component" : {"parentGroupId" : "${parentGroupId}", "name" : "${name}"}}
${resp} = Post Request ${SESSION_NAME} /nifi-api/process-groups/${parentGroupId}/process-groups data=${data} headers=${headers}
Should Be True ${resp.status_code} < 300
Log ${resp.json()}
${processGroupId} = Set Variable ${resp.json().get('id')}
[Return] ${processGroupId}
Verify If NIFI Processor Is Created
[Arguments] ${typeName}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${headers}= Create Dictionary content-type=application/json
${resp} = Get Request ${SESSION_NAME} /nifi-api/flow/processor-types?type=org.onap.dcae.${typeName} headers=${headers}
Log ${resp.json()}
Should Not Be Empty ${resp.json().get('processorTypes')}
Create Processor
[Arguments] ${processGroupId} ${compSpecName}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${headers}= Create Dictionary content-type=application/json
${typeName} = Evaluate $compSpecName.title()
${typeName} = Remove String ${typeName} -
${data} = Set Variable {"revision": {"clientId": "${CLIENT_ID}", "version": 0},"component": {"parentGroupId": "${processGroupId}", "name": "${compSpecName}", "type": "org.onap.dcae.${typeName}"}}
Wait Until Keyword Succeeds 60s 5s Verify If NIFI Processor Is Created ${typeName}
${resp} = Post Request ${SESSION_NAME} /nifi-api/process-groups/${processGroupId}/processors data=${data} headers=${headers}
Should Be True ${resp.status_code} < 300
Save Flow By Version Controlling
[Arguments] ${flowName} ${processGroupId}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${headers}= Create Dictionary content-type=application/json
${resp} = Get Request ${SESSION_NAME} /nifi-api/flow/registries/${REGISTRY_CLIENT_ID}/buckets headers=${headers}
Should Be True ${resp.status_code} < 300
Log ${resp.json()}
${bucketId} = Set Variable ${resp.json().get('buckets')[0].get('id')}
${processGrVersion} ${_}= Get Process Group Revision ${processGroupId}
${data} = Set Variable {"versionedFlow": {"flowName": "${flowName}", "bucketId": "${bucketId}", "registryId": "${REGISTRY_CLIENT_ID}"}, "processGroupRevision": {"clientId": "${CLIENT_ID}", "version": ${processGrVersion}}}
${resp} = Post Request ${SESSION_NAME} /nifi-api/versions/process-groups/${processGroupId} data=${data} headers=${headers}
Should Be True ${resp.status_code} < 300
Distribute The Flow
[Arguments] ${processGroupId}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${session}= Create Session distributor ${DCAEMOD_DISTRIBUTOR_API_SERVER}
${headers}= Create Dictionary content-type=application/json
${resp} = Get Request ${SESSION_NAME} /nifi-api/process-groups/${processGroupId} headers=${headers}
Should Be True ${resp.status_code} < 300
Log ${resp.json()}
${flowId} = Set Variable ${resp.json().get('component').get('versionControlInformation').get('flowId')}
${data} = Set Variable {"processGroupId": "${flowId}"}
${resp} = Post Request distributor /distributor/distribution-targets/${DISTRIBUTION_TARGET_ID}/process-groups data=${data} headers=${headers}
Should Be True ${resp.status_code} < 300
Deploy Applictaion
[Arguments] ${processGroupName} ${compSpecName}
${command_output} = Run And Return Rc And Output helm repo update
Should Be Equal As Integers ${command_output[0]} 0
${helm_install}= Set Variable helm install ${ONAP_HELM_RELEASE}-${compSpecName} chart-museum/${compSpecName} --set global.repository=${registry_ovveride}
${helm_install_command_output} = Run And Return Rc And Output ${helm_install}
Log ${helm_install_command_output[1]}
Should Be Equal As Integers ${helm_install_command_output[0]} 0
Set Test Variable ${IS_SERVICE_DEPLOYED} True
${kubectl_patch}= Set Variable kubectl patch deployment ${ONAP_HELM_RELEASE}-${compSpecName} -p '{"spec":{"template":{"spec":{"containers":[{"name": "${compSpecName}","image":"docker.io/nginx:latest"}]}}}}'
${kubectl_patch_command_output}= Run And Return Rc And Output ${kubectl_patch}
Log ${kubectl_patch_command_output[1]}
Should Be Equal As Integers ${kubectl_patch_command_output[0]} 0
Wait Until Keyword Succeeds 4 min 15s Check NGINX Applictaion ${compSpecName}
Check NGINX Applictaion
[Arguments] ${compSpecName}
${check_command}= Set Variable kubectl get deployment -n onap | grep ${compSpecName} | grep 1/1
${check_command_command_output}= Run And Return Rc And Output ${check_command}
Log ${check_command_command_output[1]}
Should Be Equal As Integers ${check_command_command_output[0]} 0
Undeploy Application
[Arguments] ${CHART_NAME}
Uninstall helm charts ${ONAP_HELM_RELEASE}-${CHART_NAME}
Get Process Group Revision
[Arguments] ${processGroupId}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${headers}= Create Dictionary content-type=application/json
${resp} = Get Request ${SESSION_NAME} /nifi-api/versions/process-groups/${processGroupId} headers=${headers}
Should Be True ${resp.status_code} < 300
${currentProcessGrVersion} = Set Variable ${resp.json().get('processGroupRevision').get('version')}
${clientId} = Set Variable ${resp.json().get('processGroupRevision').get('clientId')}
[Return] ${currentProcessGrVersion} ${clientId}
Delete Distribution Target
${session}= Create Session distributor ${DCAEMOD_DISTRIBUTOR_API_SERVER}
${resp} = Delete Request distributor /distributor/distribution-targets/${DISTRIBUTION_TARGET_ID}
Should Be True ${resp.status_code} < 300
Delete Process Group
[Arguments] ${processGroupId}
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${processGrVersion} ${clientId}= Get Process Group Revision ${processGroupId}
${resp} = Delete Request ${SESSION_NAME} /nifi-api/process-groups/${processGroupId}?version=${processGrVersion}&clientId=${clientId}
Should Be True ${resp.status_code} < 300
Delete Registry Client
${session}= Create Session ${SESSION_NAME} ${DCAEMOD_DESIGNTOOL_SERVER}
${resp} = Delete Request ${SESSION_NAME} /nifi-api/controller/registry-clients/${REGISTRY_CLIENT_ID}?version=${REGISTRY_CLIENT_VERSION}
Should Be True ${resp.status_code} < 300
Configure Nifi Registry And Distribution Target
Restart Runtime API
Add Registry Client
Add Distribution Target
Add chart repository chart-museum http://chart-museum:80 onapinitializer demo123456!
${command_output} = Run And Return Rc And Output ${HELM_RELEASE}
Should Be Equal As Integers ${command_output[0]} 0
Set Global Variable ${ONAP_HELM_RELEASE} ${command_output[1]}
Restart Runtime API
${restart_command}= Set Variable kubectl delete pod $(kubectl get pods -n onap | grep dcaemod-runtime-api | awk '{print $1}') -n onap
${restart_command_command_output}= Run And Return Rc And Output ${restart_command}
Log ${restart_command_command_output[1]}
Should Be Equal As Integers ${restart_command_command_output[0]} 0
Wait Until Keyword Succeeds 2 min 5s Check Runtime API
Check Runtime API
${check_command}= Set Variable kubectl get deployment -n onap | grep dcaemod-runtime-api | grep 1/1
${check_command_command_output}= Run And Return Rc And Output ${check_command}
Log ${check_command_command_output[1]}
Should Be Equal As Integers ${check_command_command_output[0]} 0
Delete Nifi Registry And Distribution Target
Run Keyword If '${DISTRIBUTION_TARGET_ID}' != '${EMPTY}' Wait Until Keyword Succeeds 2 min 5s Delete Distribution Target
Run Keyword If '${REGISTRY_CLIENT_ID}' != '${EMPTY}' Wait Until Keyword Succeeds 2 min 5s Delete Registry Client
Delete Process Group And Deployment
Run Keyword If ${IS_PROCESS_GROUP_SET} Run Keywords Delete Process Group ${PROCESS_GROUP_ID}
... AND Set Suite Variable ${IS_PROCESS_GROUP_SET} False
Run Keyword If ${IS_SERVICE_DEPLOYED} Run Keywords Undeploy Application ${CHART_NAME}
... AND Set Suite Variable ${IS_SERVICE_DEPLOYED} False
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